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patentmatch_for_finetuning

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A control method in which a predetermined drive voltage waveform is applied to a piezoelectric element and ejection of a pulsed liquid jet from a liquid ejection device that uses the piezoelectric element and ejects a liquid having a pulsed shape is controlled the control method comprising inputting a first instructing value related to momentum of the pulsed liquid jet inputting a second instructing value related to the number of times of ejection of the pulsed liquid jets per unit time and setting an index value related to rising of the drive voltage waveform such that the momentum becomes the first instructing value based on voltage magnitude of the drive voltage waveform and the second instructing value.

A change of the frequency of the drive waveform is achieved by changing the length of the pause but not changing the voltage rise time t1.In other words the through rate of voltage rise does not change.Therefore the excision power per pulse is kept unchanged.The frequency of the volume variations of the pressure chamber 80 corresponds to the drive frequency of the piezoelectric element 30.

The gas turbine engine assembly as recited in any preceding claim including a check valve between the low pressure tap and the combined outlet.

In operation LPC bleed air is extracted through bleed valve 44 and fluidically communicated to auxiliary compressor 42 through bleed passage 40 to provide aircraft pressurization during all segments of flight.Shutoff valve 46 may be selectively opened or closed to control the bleed air flow rate to the auxiliary compressor 42.The LPC bleed air enters into an inlet of auxiliary compressor 42 and passes out an outlet of auxiliary compressor 42 into bleed passage 52 and into ECS 38.According to one embodiment during the cruising segment of the flight the engine 10 provides all of the LPC compressed air for pressurization of the aircrafts cabin.In this case the LPC bleed air is extracted from low pressure compressor 22 and flows through the auxiliary compressor 42 without substantial change to its pressure or temperature.In another embodiment the auxiliary compressor 42 adds energy to the LPC bleed air to increase pressure and temperature to suitable levels below a certain threshold before passing the conditioned LPC bleed air to the ECS 38.In one or more embodiments heat exchangers may be positioned along bleed passage 40 or bleed passage 52 in order to lower the temperature i.e.remove energy from the LPC bleed air.

The method as claimed in claim 11 further comprising in response to a touch interaction being input to one of UI elements included sub user interface of the second application being input while main user interface of a first application is provided to the main display area sub user interface of a first application is provided to the first curved sub display area and sub user interface of a second application is provided to the second curved sub display area executing a function of the second application corresponding to an UI element to which the touch interaction is input.

In this case when the drag input is terminated the controller 180 may display the execution screen information 600 in the region corresponding to a point at which the drag input is terminated.

A method according to claim 13 wherein the coupling 17C between the motor M and the bull gear 12 is customized for a specific out put pressure and output flowrate.

Referring again to Figure 3 frame 11 is selected by matching specified requirements of air separation plant for main air service to one of the seven frame sizes.For example if the air separation plant requires a range of output pressure of 5.5 to 6 bara and output flow rate of 120000 to 121000 Am3hr for main air service then the frame size of section 34 would be selected.Alternatively if the air separation plantrequires a range output pressure of 6.5 to 7.0 bara and output flow rate of 195000 to 196000 Am3hr.for main air service then the frame size of section 36 would be selected.

The surgical instrument according to any of claims 8 to 10 wherein the three rows of slots on the first side of the longitudinal channel include an inner row a middle row and an outer row wherein the inner row is closest to the longitudinal channel and wherein the outer row is farthest from the longitudinal channel.

With reference to Figure 9 a process flow diagram illustrates a method of applying the instrument 10 with the medical agent dispensing system in a surgical procedure performed on tissue in accordance with various embodiments of the invention.At step 202 the instrument 10 may be fired as described above to sever tissue and to apply staples to areas on both sides of an incision made in the tissue.At step 204 in connection with retraction of the knife shaft 56 from the severedstapled tissue the electric motor 98 may be activated to initiate rotation of the screw pump auger 76 within the pump auger casing 72 at step 206.At step 208 which may occur substantially in parallel with step 206 the pump auger casing 72 receives a quantity of a medical agent or components combined to create a quantity of the medical agent from the Ymanifold 96.At step 210 the medical agent is delivered by rotational action of the screw pump auger 76 to the lateral manifold 74.At step 212 the medical agent may be driven through the agent tubes 78 80 to be dispensed at step 214 through the plurality of agent ports 82 84 86 in the staple cartridge 62.Once dispensed through the plurality of agent ports 82 84 86 the medical agent may then cover or deluge at least a portion of tissue areas severed and stapled by action of the instrument 10 at step 202.

Oven according to claim 9 wherein claim 8 depends on claim 5 or 6 or 7 and wherein said threedimensional scan processing means 401 and said weight processing means 401 are configured for cooperating together in providing indications 503 about the cooking of the food 201 and nutritional values 504 of the food 201 based on said information about the volume andor shape andor weightandor typology of said food 201 through a comparison with third reference information stored in a memory 502.

It shall be mentioned that it is also possible that the oven has a function of inputting the weight by a user.

Secure chipset comprising at least a descrambling module for descrambling encrypted audiovideo data with at least a content key a watermarking module to embed a watermark into the descrambled audiovideo data based on a watermarking data and a security module said security module having means to receive a security message comprising at least the content key watermark instructions and security message signature said security module comprising means to extract the content key from the security message means to verify the content key and the watermark instructions with the security message signature and in case of successful verification means to verify that the watermarking module has duly received watermarking data and in the positive case means to pass this content key to the descrambling module and the watermark instructions to the watermark module.

According to one embodiment of the current invention control message 152 can contain the description of the access conditions of the receiver.Once received by the receivers security unit the control message is decrypted and the access conditions are compared with the rights contained in the security unit.If the access conditions match with the rights the CO can then be processed.

The method as in claim 1 wherein detecting motion based upon combinations of the comparisons when the factors exceed the threshold value further comprises comparing a current pframe macroblock bit size with a bit threshold value and detecting motion when the current pframe macroblock bit size exceeds a bit threshold value of the computed corresponding adaptive threshold values.

Won et al in a paper published in Proc.SPIE Conf.on Storage and Retrieval for Image and Video Databases January 1998 describe a method to extract features from compressed MPEG2 video by making use of the bits expended on the DC coefficients to locate edges in the frames.However their work is limited to Iframes only.Kobla et al describe a method in the same Proceedings using the DC image extraction of Yeo et al to form video trails that characterize the video clips.Feng et al IEEE International Conference on Image Processing Vol.II pp.821824 Sept.1619 1996 use the bit allocation across the macroblocks of MPEG2 frames to detect abrupt scene changes without extracting DC images.Feng et als technique is computationally the simplest since itdoes not require significant computation in addition to that require for parsing the compressed bitstream.

The process according to any of claims 14 wherein the blend has a molecular weight distribution defined as the ratio MwMn of weight average molecular weight Mw to number average molecular weight Mn of at least 2.0 and of at most 5 with Mn and Mw determined by size exclusion chromatography.

The bulk polymerizations are preferably performed in a socalled loop reactor.

The retractor system as claimed in any one of claims 1 to 13 wherein the at least first elongate retractor element is connected to the link by releasable fastening means.

To further secure the docking members 203 to the bladescrews 60 the blade receivers 238 of the docking members 203 may include a flexible tab 292 having a boss or protuberance not shown extending inwardly therefrom for engaging one of the holes 76 along the length of the blades 56.One blade receiver 238 per docking member 203 may include such a flexible tab 292 as shown in FIG.7 or both bladereceivers 238 of each docking member 203 may include a flexible tab 292.

The composition according to anyone of claims 1 to 4 wherein the content of the prostaglandin analogue compound is between 0.001 and 0.1 wv in weight based on the total volume of the ophtalmic composition.

In a preferred embodiment of the invention the ophthalmic aqueous solution obtained by means of the previously described method is characterized in that it includes latanoprost at a concentration of 0.005 a pH damper system that may be boric acid citric acid sorbic acid acetic acid sodium borate monobasic sodium phosphate dibasic sodium phosphate sodium citrate and sodium acetate in a range of concentration from 0.001 to 5.0 one or more agents that increase the viscosity such as hydroxypropylcellulose carbooxylmethylcellulose methylcellulose polyvinylic alcohol sodium hyaluronate sulfate chondrointin glycerin formal glycerol methyldinoglycerol and cyclodextrins in concentrations ranging from 0.05 to 20.00 one or more tensoactive agents moisturizers such as polyoxyl 40 stearate polysorbate 80 poloxamer and tyloxapol in concentrations ranging from 0.01to 20.0 one or more osmolarity regulating agents such as sodium chloride sorbitol manitol and dextrose at a concentration ranging from 0.6 to 1.8 expressed as chemical equivalents of sodium chloride one or more preservatives such as benzalkonium chloride benzetonium chloride thiomersal phenylmercury acetate or nitrate parabens chlorohexidine gluconate ethylic alcohol cetrimide sodium perborate and chlorobutanol in adequate concentration in order to provide a antimicrobian effect.It may also contain one or more antioxidant agents such as disodic edetate sodium metabisulfitesodium bisulfite acetylcysteine sodium thiosulfate and thiourea in adequate concentration in order to give the required effect.

A washing machine comprising a cabinet an inlet formed through the cabinet and allowing laundry to be inserted or withdrawn therethrough a door coupled to the cabinet to open and close the inlet and a hinge apparatus coupling the door to the cabinet wherein the hinge apparatus comprises a cabinet bracket coupled to a front surface of the cabinet a door bracket coupled to the door and a moving unit comprising a first moving unit coupled to the door bracket and allowing the door to be pivoted with respect to the cabinet and a second moving unit coupled to the cabinet bracket and allowing the door to move such that the door is protruded forward from the cabinet so as to be spaced apart from the cabinet.

The said movement from the closed position to the sliding position involves the door 5 moving away from the loading aperture 4 and from the front wall 3 at least as far as a point at which the space requirements of the door 5 and in particular those of the window 6 no longer interfere with the front wall 3 in the event of the door being moved transversely.

The method of claim 9 wherein the composition does not contain a conventional salicylatebased detergent.

In certain embodiments the antiwear agent is or comprises a dihydrocarbyl dithiophosphate metal salt such as zinc dialkyl dithiophosphate compounds zinc diaryl dithiophosphate or a combination or mixture thereof.The metal of the dihydrocarbyl dithiophosphate metal salt may be an alkali or alkaline earth metal or aluminum lead tinmolybdenum manganese nickel or copper.In some embodiments the metal is zinc.In other embodiments the alkyl group of the dihydrocarbyl dithiophosphate metal salt has from about 3 to about 22 carbon atoms from about 3 to about 18 carbon atoms from about 3 to about 12 carbon atoms or from about 3 to about 8 carbon atoms and may be linear or branched.

The device of any of claims 17 further comprising a time slot assignment device to monitor the bus for a time period detect during the time period a particular time slot during which no transmission by another device is detected and select the particular time slot as the time slot.

Inputoutput IO bus transceivers are generally equipped with the vehicle electronics and interface with the communications bus to transmit and receive data.In automotive applications variable pulse width modulation VPWM encoded signals are widely used.With VPWM encoded signals a symbol includes a voltage logic level that extends for a period of time and then a voltage transition or edge.Generally speaking the amount of time and the voltagelevel between trip points of the previous edge and the current edge defines the meaning of the symbol.

A money handling method including the steps ofputting a coin into a money change machine 170 recognizing the coin having been put into the money change machine storing a coin of a specified denomination among the recognized coin into a change storing and feeding unit 180 dispensing as a change the coin stored in the change storing and feeding unit to the outside of the money change machine sending at least a part of the coin among the coin having been put into the money change machine to a storing mechanism 182 and storing the coin having been sent to the storing mechanism into a storing member for pneumatic tube 16 to be transported by a pneumatic tube 114 connected to the money change machine.

An endless belt 52 can be placed against the ribbed ring 24 of shuttle 22.By operating endless belt 52 which is likewise provided with ribs which engage in the ribs of ring 24 the shuttle 22 can be rotated in the direction of the double arrow b until shuttle 22 is positioned such that the passage opening 43 provided inthe top of shuttle 22 is aligned with the opening 21 in counter surface 20.

A gas cylinder and valve arrangement comprising the sensor assembly of any one of claims 10 to 13.

Further whilst many applications use air as the gas within a vehicle tyre increasingly gases such as Nitrogen are used.The arrangements of the present invention are particularly suitable to such applications.Further because the measurement of mass is essentially independent of temperature the arrangement of the present invention is particularly useful in situations where environmental conditions may affect measurements.

The power tool according to any preceding claim wherein said flywheel ring has a contact surface which has a speed in a range of from about 20 fts to about 200 fts.

Referring to FIG.3 the slot board 19 is fastened on a bracket 20.The speed reduction mechanism includes a pinion 13 and flywheel 9 which engage each other the pinion 13 is driven by the motor against a circularrack formed in one embodiment on an interior peripheral surface of the flywheel 9 and the flywheel 9 is rotated around a fixed axis 191.

The control method according to claims 7 or 8 wherein the second rotation cycle S24 includes repeatedly performing a procedure of rotating the drum 12 until the drum reaches at least the second RPM and stopping rotation of the drum 12 after the drum reaches the second RPM.

After the dewatering and the preliminary drying have been performed on the laundry during a first one of a plurality of the second periods the control unit stops rotating the drum 3.In doing so the control unit turns off the drying heater 8 and the blower fan 7 as well.

The tire of claim 1 wherein the groove angleis in a range of from 30 to 31.

FIGS.14A through 14C show another tube 42 and groove 56 configuration.FIG.14A is an enlarged view and 14B is a detailed view showing the tube 42 compressed and inserted into the groove 56.FIG.14C is a detailed view showing the tube 42 fully inserted into the groove 56.The tube 42 may be generally elliptical in crosssection inserting into a likeconfigured groove 56.The groove 56 may have a narrow entryway formed between opposite parallel surfaces 148 150.In FIGS.14A through 14C the tube 42 is configured having an external geometry and passageway configuration with dimensions within the ranges specified as followsD1 2.2 to 3.8 mm D2 0.5 to 0.9 mm D30.8 to 1.0 mm R4 0.15 to 0.30 mm L1 3.65 to 3.8 mm L2 2.2 to 2.3 mm L3 1.8 to 2.0 mm.

The display controlling method of any of claims 1 to 6 wherein the step of tracking motions of eyeballs of the user further comprises detecting an area of the eyeball that is not covered by the eyelid of the user the step of controlling a 3D holographic virtual object presented in a display interface to rotate in response to the motions of the eyeballs of the user comprises scaling the 3D holographic virtual object according to changes in the area of the eyeball that is not covered by the eyelid of the user.

Based on the facial movement and center position of the pupil calculated the controller 180 can estimate the gaze direction.For example the controller 180 can determine which part of the display 151 the user is currently viewing.For the convenience of understanding the description of the present invention is provided based on the gaze direction.However the gaze direction may include a looking direction of the users face based on the motion of the users head.

The information processing system 10 according to claim 1 wherein the acknowledging unit 53 of the first mobile information terminal 12 is further capable of acknowledging as positional information user designation of a landmark mapped to a particular position on the map image and wherein when a landmark is designated as positional information the storage unit 102 stores the data along with the positional information on the landmark.

The electronic map information database 1e stores electronic map data which is in a digital form that can be processed by the server apparatus 1 and the terminal apparatus 2.In this case the electronic map data can be twodimensional electronic map data comprising xy coordinates hereinafter longitude and latitude to be defined respectively as x and y and can alternatively be threedimensional electronic map data by adding heightdirection z information to twodimensional information so as to express objects in the twodimensional electronic map in three dimensions.

A composition according to any one of the preceding claims wherein the probiotic is chosen among probiotic bacterial strains preferably the probiotic is a lactobacillus or a bifidobacterium more preferably the probiotic is Bifidobacterium lactis or Lactobacillus reuteri.

According to an embodiment the nutritional composition comprises sialic acid.Sialic acids are a family of over 50 members of 9carbon sugars all of which are derivatives of neuraminic acid.The predominant sialic acid family found in humans is from the Nacetylneuraminic acid subfamily.Sialic acids are contained in milk such as cows and goats milk for example.In mammals neuronal cell membranes have the highest concentration of sialic acid compared to the other body cell membranes.The majority of sialic acid in the brain is bound to gangliosides 65 followed by glycoproteins 32 with less than 3 as free form.Gangliosides are cell membrane components consisting of a lipid portion and a carbohydrate portion containing at least one or more sialic acid residues.Sialic acid typically occupies the terminal position of the oligosaccharide chain serving as the first point of contact of approaching cells.Sialic acid plays an essential role in the cell to cell interaction communication transmission and storage of information in the brain.In the present nutritional composition sialic acid may be added separately but is preferably provided in sufficient amounts by way of milk components used as ingredients of the nutritional composition naturally provided.Preferably the nutritional composition comprises at least 50 mg of sialic acid per 100 g of dry weight of the nutritional composition.According to an embodiment the nutritional composition comprises 60200 preferably 70150 more preferably 80110 mg sialic acid per 100 g of the dry weight of the nutritional composition.

The geared turbofan engine 120 or fan drive gear system 148 as recited in any preceding claim wherein the sun gear 176 includes first and second sets of gear teeth 178 180 that mesh with corresponding first and second rows of gear teeth 184 186 of the plurality of planet gears 182.

The gearbox input shaft 26 connects between the turbine and the gearbox 25.The shaft is supported by a bearing arrangement 28 that serves to locate the shaft radially within the engine with a support structure 30 that extends through to the engine casing.The input shaft can have slight eccentricity from the engine axis 2 caused by engine deformation andor misalignment.

A control device according to claim 1 or 2 wherein the processor is configured to calculate phaseerror indicators on the basis of the reception moments of the timing messages and form the control quantities on the basis of the phaseerror indicators each phaseerror indicator being a difference between the reception moment of the respective timing message and an ideal reception moment of that timing message.

In many communications networks there exists a need to synchronise the clock signals maintained in the network elements so that the frequencies and possibly also the phases of the clock signals in the network elements are locked to each other sufficiently well.In some communications networks there additionally exists a need to synchronise the time of day values maintained in the network elements so that the time of day values of the different network elements are identical as precisely as possible.In other words the time of day values maintained in the different network elements should correspond to a common time to a best possible precision.Such a common time is generally called the universal wall clock time.The network elements mentioned above may be routers or base stations of a mobile network for instance.

The method of any one of claims 1 to 3 further comprising determining location information of the mobile device obtaining expected magnetic field data based on the location information and determining the calibration parameter using the expected magnetic field data.

Equation 6 SZ1NSiZ Moreover r is expressed by following equation by using Cx Cy and Cz.

The device of claim 1 further comprising a user input receiver configured to receive a user input wherein the memory is configured to store candidate wakeup keyword models and the processor is further configured to register a candidate wakeup keyword model which is selected among the stored candidate wakeup keyword models according to the user input received through the user input receiver.

Using the speaker dependent recognition in some embodiments the speaker can be verified using the voice command portion of the voice signal which may comprise the entire voice signal.Hence there is no need to input a separate wakeup command.For example when the speaker is verified using unique voice characteristics of the user there is no need to input the separate wakeup command.Accordingly in these embodiments the voice command can also operate as the wakeup command.Thus in steps 202 and 204 the specific voice of the particular user is recognized and wakeup command is automatically detected via this speech recognition.

The method according to claim 2 characterized in that the determination of the first frequency value in each memory cell is performed in all Nunkomp consecutive first measuring portions of the measured signal which are disposed cyclically with all Nkomp consecutive second measuring portions of the measured signal in which the determination of all the at least one uncompressed second frequency value is performed.

It should be noted that in many oscilloscope display designs e.g.some of those described in copending U.S.Patent Application 09026185 for Sparse Vector Rasterization filed February 19 1998 and incorporated by reference above the maximum value added to the number stored in the rasterization memory by a particular rasterization cycle is never as large as the maximum amount that can be held in such a location.This means that in order to reach the actual maximum value that can be held by a location repetitive waveforms must keep hitting that pixel nearly continuously for some period of time.Such a buildup of multiple hits on the same pixel can be limited to a maximum of the level IAwhile the TOP region is reserved for acting as a timer for keeping the pixels associated with unusual waveforms at the same brightness produced by a value at or nearly equal to the same maximum intensity level that mapped from IA.

The decorative sheet according to any one of claims 3 to 5 wherein the ionizing radiation curing resin contains the delustering silica for adjusting luster and the delustering silica is a silica whose surface is treated with a fatty acid based wax.

Further in order to regulate properties such as flexibility and surface hardness of the cured product of the ionizing radiationcurable resin after coating an ionizing radiation noncurable resin may be added to the ionizing radiationcurable resin.Specific examples of ionizing radiation noncurable resins include thermoplastic resins such as polyurethane cellulosic polyvinyl butyral polyester acrylic polyvinyl chloride and polyvinyl acetate resins.Among them polyurethane cellulosic and polyvinyl butyral resins are preferred from the viewpoint of improving the flexibility.

The apparatus according to claim 1 and comprising a position sensor located within the probe and wherein the processor is configuredto receive in the first period first location signals from the position sensor indicative of a first location change for the probe by more than a predetermined location threshold and to receive in the third period second location signals from the position sensor indicative of a second location change for the probe by more than the predetermined location threshold.

As shown by an arrow 124 step 122 is repeated.At each repetition the probe is moved to a different position in tissue 102 so that the sensor exerts a different force on the tissue.For each different position the processor records the signal level of the detector and the force registered by the force meter.

Use of a plurality of silicon domains according to any of claims 1 to 8 in a battery for the storage of electrical energy.

As used herein the particle size distribution may be illustrated as a distribution curve of cumulative particle sizes from the smallest particle size to the largest particle size.D10 D50 and D90 respectively refer to a particle diameter of a silicon nanoparticle at 10 50 and 90 of a total cumulative particle diameter distribution of particles from the smallest particle diameter.The D10 D50 and D90 may be measured by using a known method for example using a particle size analyzer or TEM or SEM images.Alternatively for example the D10 D50 and D90 may be easily obtained by measuring the particle size with a device using dynamic lightscattering counting the number of particles within each particle size ranges by analyzing data and calculating D10 D50 and D90 therefrom.

A semiconductor die 30 according to any of claims 8 or 9 wherein the interconnectundertest 32 is a horizontal interconnection between a first electrical contact element31a Pad A at a first major surface of the semiconductor die 30 and a second electrical contact element 31b Pad B at the first major surface of the semiconductor die 30.

A die according to embodiments of the present invention may furthermore comprise at least one further input port andor at least one further output port connected to the data signal path between the first input port and the first output port andor to the data signal path between the first input port and at least one of the second output ports andor to the data signal path between at least one of the second input ports and the first output port.These further input or output ports are dedicated probe pads adapted for facilitating prebond die testing.

The method of claim 1 wherein a set of transmission instants SIi is defined by a starting transmission instant t0 and a period T.

Either approach solves the problem of packet delineation overhead and ensures that the unused transmission slot remainder is exactly zero if the OLT grants slot size based on the reported threshold.Additionally the light load penalty may be fully eliminated as a side effect by using a more complex packet scheduling mechanism.However it has been reported that nonpreemptive queuing increases queuing delay since all packets will have to wait a full cycle between being reported and being transmitted.

The mobile device of any of the claims 1 to 5 wherein the one or more processor is capable of controlling the display 190 to display a user interface for continuing reproduction of the music file in response to the external audio output device being disconnected from the connecting unit while the mobile device is in the silent mode.

Fig.1 shows an exterior perspective view of a portable telephone 1 according to an embodiment of the present invention.Fig.2 shows a plan view of this portable telephone 1.And Fig.3 shows an enlarged view of the main portion of this portable telephone 1.

The child carrier as claimed in any one of claims 1 to 8 characterized in that one side of said positioning component 71 abuts against said elastic member 72 and the other side of said positioning component 71 abuts against an inner side of said side wall 51 of said operable unit 5 when said operable unit 5 is rotated with respect to said base unit 4.

Next please refer to FIG.10 and FIG.11.FIG.10 is a diagram of the driving part 108 in FIG.8 rotating to the locking position relative to the second wheel base 102.FIG.11 is an interior diagram of the active brake device 104 and the second wheel base 102 in FIG.8 when the driving part 108 is located at the locking position.If the user wants to operate the active brake device 104 to brake the stroller 10 the user just needs to push the driving part 108 to rotate from the releasing position as shown in FIG.8 to the locking position as shown in FIG.10.At this time with rotation of the driving part 108 a guide portion 116a of the guide slot 116 of the driving part 108 may guide the engaging rod 112 to move along the slot hole 114 so as to be engaged with the hub 48 of the second wheel set 18.Thus the second wheel set 18 is incapable of rotating relative to the second wheel base 102.Furthermore the sliding block 110 may simultaneously pull the second end P2 of the linkage part 26 to move to a position as shown in FIG.11 and then the compressed second spring 52 can provide elastic force to the linkage part 26 so as to make the second end P2 pull the sliding block 110 tightly.In such a manner the engaging rod 112 can abut against the engaging portion 116b of the guide slot 116of the driving part 108 tightly as shown in FIG.10 so that the driving part 108 can be positioned at the locking position steadily.

A supporting terminal T3 for supporting a first terminal T1 in a broadcast communication network during automatic repeat request error control mechanism comprisinga receiver REC3 for receiving a data packet TX1DAT being transmitted by said first terminal T1 over said broadcast communication network towards a second terminal T2 anda storing means MEM3 for storing a copy of said data packet DAT anda transmitter TRANS3 for transmitting in the event of determination of an ARQ failure indication for said data packet DAT said copy of said data packet TX2DAT during an identical timeinterval as wherein said first terminal T1 retransmits said data packet TX2DAT towards said second terminal T2.

In response to the retransmission request signal NACK received from base station 30a relay station 20c transmits the decode and forward relay signal to base station 30a in frame 3.Furthermore mobile station 10 transmits the data signal retransmission signal to relay station 20b in frame 3 in response to the retransmission request signal NACK received from relay station 20b.Relay station 20b transmits the amplify and forward relay signal obtained from the retransmission signal to base station 30a in frame 3.Therefore base station 30a can receive the amplify and forward relay signal retransmitted from relay station 20b and the decode and forward relay signal transmitted from relay station20c at the same time and combine these signals.

The liquid ejection device according to any one of the preceding claims wherein the controller is configured to control the first and second sensors to detect the liquid ejection in parallel with ejecting by the head.

The first density nonuniformity compensation information calculation unit 124 calculates on the basis of the first test pattern read by the inline sensor 90 first density nonuniformity compensation information relating to highfrequency density nonuniformity caused by landing position error in the ejection unit.Furthermore the first density nonuniformity compensation information calculation unit 124 sends the calculated first density nonuniformity compensation information to the third density nonuniformity compensation information calculation unit 128.Moreover the first density nonuniformity compensation information calculation unit 124 also sends the first density nonuniformity compensation information to the density compensation processing unit 122 in accordance with requirements.

The method of claim 11 wherein at least one of the front tub section 50 250 350 450 the rear tub section 54 254 354 454 or the at least one middle tub section 52 252 252a 252b 352 352a 352b 352c 352d 452 452a 452b are formed from a molded polymeric material.

The first tub member 221 and the second tub member 223 may be mutually coupled to each other by for example beading but an interval between the tub 220 and the cabinet 11 may be reduced due to the projecting bonding line PL.Accordingly the first tub 221 and the second tub member 223 may be coupled to each other by for example thermal bonding method.Even if the first tub 221 and the second tub member 223 are coupled by beading the thermal bonding method may be performed at least on the planar surfaces 225.

The branching unit 210 of claim 1 or claim 2 whereinthe first and second incoming fiber and the first outgoing fiber 320 321 322 are configured to transmit wavelength division multiplex or WDM signals comprising a plurality of wavelengthsthe branching unit 210 further comprises a first WDM drop unit 350 configured to extract a first set of wavelengths from the first incoming fiber 320 a second WDM drop unit 351 configured to extract the first set of wavelengths from the second incoming fiber 321 and a first WDM add unit 352 configured to add the first set of wavelengths to the first outgoing fiber 322 andthe bypass switch 345 is configured to pass the first set of wavelengths from the second incoming fiber 321 to the first set of wavelengths from the first outgoing fiber 322 when in the first mode and to pass the first set of wavelengths from the first incoming fiber 320 to the first set of wavelengths from the first outgoing fiber 322 when in the second mode.

An embodiment of the present invention will be hereinafter described with reference to the drawings.FIG.1 illustrates the principle of an optical transmission system according to the present invention.The optical transmission system 1 is a system for branching optical signals to allow the signals to be communicated among at least three stations or more and is applied for example to a submarine optical transmission system.

A directivity control system comprising at least one imaging part that captures an image a sound collection part that collects sounds a display part that displays image data captured by the at least one imaging part a directive direction calculation part that calculates a directive direction which directs toward a sound position corresponding to a designated position of the image data from the sound collection part when any position of the displayed image data is designated and a control part that forms a directivity in the sounds collected by the sound collection part in the calculated directive direction wherein the control part controls output of the sounds collected by the sound collection part or output of the sounds which are collected by the sound collection part and of which the directivity is formed or suspends collection of sounds in the sound collection part when it is determined that the sound position is included in a preset protection region.

Moreover the imaging apparatus of the present invention may further comprise a sound collecting microphone which acquires a sound of the imaging region and the control unit may control at least one of the sensitivity and the directivity of the sound collecting microphone according to switching of the magnification converting lens.In the above configuration when the magnification converting lens is switched the sound of an area to be imaged after the switching is appropriately acquired.

A sensor assembly according to claim 10 or 11 further comprising a display arranged to be located on the gas cylinder and valve assembly.

In this arrangement the quartz crystal oscillator 202 functions as a highly selective filter element.Resistor R1 acts as a load resistor for the transistor T.Resistor R2 acts as a feedback resistor biasing the inverter T in its linear region of operation.This effectively enables the inverter T to operate as a high gain inverting amplifier.Another resistor RS is used between the output of the inverter T and the quartz crystal oscillator 202 to limit the gain and to dampen undesired oscillations in the circuit.

The portable electronic device 200 of claim 8 wherein the feedback module 200 includes a diaphragm plate 242 coupled to the display core 230.

The input apparatus shown in Fig.1 is composed of a liquid crystal display portion 1 and a touch sensor portion 2.Fixed on the display side of the liquid crystal display portion 1 is a flexible board 4 on which a piezoelectric actuator 3 is mounted.

The light control device according to claim 1 wherein said light controlling particle 16 is rodlike said light controlling particle 16 has an aspect ratio of from 5 to 30 and said light controlling particle 16 comprises any one kind of polyperiodide a polymer a carbonbased material a metallic material or inorganic compound.

Similarly to the seventh embodiment in the A plate 2 the X electrode 6 of the transparent electrode formed of indium tin oxide ITO is formed on one surface of the A substrate 4 that is the transparent support base composed of glass.Further the X electrode 6 is orthogonal to the YZ electrode pair 12 rather than one surface of the A substrate 4 and may be mounted in the stripe shape so as to be disposed in the light control cell having a box shape of the CL shown in FIG.26.

The method according to claim 1 or 2 comprising when a further touch is detected at a location associated with the one of the secondary characters entering the one of the secondary characters and moving the first key back to a keyboard position.

As shown in FIG.8 when the character input processing is started in the mobile terminal 10 according to the presentembodiment the screen display control unit 17 displays the text sheet 21 on the entire screen of the display unit 14 of the touch panel 11.The KANJI sheet 22a is overlaid on the text sheet 21 and displayed on the entire screen by the screen display control unit 17 S101 character string display control step whereby the standard screen shown in FIG.3 is configured.

A radio broadcasting receiving device 1 capable of receiving radio broadcasting and concurrent broadcasting serving as broadcasting in a simultaneousbroadcastingrelationship with the radio broadcasting the radio broadcasting receiving device comprising a radio receiving unit 101 102 configured to receive the radio broadcasting and to output audio data expressing a received voice a concurrent broadcasting receiving unit 103 configured to receive the concurrent broadcasting in a simultaneousbroadcastingrelationship with the radio broadcasting received by the radio receiving unit 101 102 and to output audio data expressing a received voice a delay time calculation unit 108 configured to calculate a delay time of the audio data output by the concurrent broadcasting with respect to the audio data output by the radio receiving unit 101 102 a delay unit 109 configured to delay by a time period corresponding to a set delay target time the audio data output by the radio receiving unit 101 102 and to output the audio data a control unit 108 configured to set as the delay target time the delay time calculated by the delay timecalculation unit 108 in the delay unit 109 and a selection unit 110 configured to selectively define as output target audio data one of the audio data output by the delay unit 109 and the audio data output by the concurrent broadcasting receiving unit 103 and to output a voice of the output target audio data to a user wherein the control unit 108 is configured to cause the concurrent broadcasting receiving unit 103 to initiate reception of the concurrent broadcasting at the time of switching the output target audio data from the audio data output by the delay unit 109 to the audio data output by the concurrent broadcasting receiving unit 103 the control unit 108 is configured to cause the delay unit 109 to initiate a timeextended output operation for extending in a temporal axis direction the audio data output by the radio receiving unit 101 102 and outputting the audio data and to cause the delay time calculation unit 108 to initiate calculation of the delay time if the concurrent broadcasting receiving unit 103 initiates outputting of the audio data the control unit 108 is configured to set as the delay target time the calculated delay time in the delay unit 109 if the delay time calculation unit 108 calculates the delay time and the control unit 108 is configured to cause the selection unit 110 to switch the output target audio data to the audiodata output by the concurrent broadcasting receiving unit 103 if a delay time of the audio data output by the delay unit 109 reaches the delay target time and after the delay target time is set the delay unit 109 is configured to continuously perform the timeextended output operation until the delay of the audio data output by the delay unit 109 reaches the delay target time.

Briefly a system is described for blending signals comprising a time modification adapted to receive a first input signal leadS and providing a timemodified output signal 03 a second switch SW2 adapted to select either the modified output signal 03 or a second input signal lagS and to provide an output blended signal outS.

The optical transmitter according to claim 1wherein the MachZehnder interferometers are semiconductor optical modulators of a MachZehnder type and wherein the low frequency signal is superimposed on a substrate bias voltage applied to the semiconductor optical modulators thereby changing the ratio of the driving amplitude with respect to the halfwave voltage symmetrically with respect to a center of the driving amplitude.

FIG.12 illustrates the relationship between intensity of the monitor signal f0 signal extracted from the AC component and bias deviation.FIG.12 part A represents a characteristic of the Iarm bias or the Qarm bias and FIG.12 part B represents a characteristic of 2 phase shifter bias.The graph of FIG.12 part A indicates a change from the maximum point of the AC component illustrated in FIG.7 part A and FIG.8 part A as a change of the lowfrequency signal f0.The graph of FIG.12 part B indicates a change from the minimum point of the AC component illustrated in FIG.7 part B and FIG.8 part B as a change of the lowfrequency signal f0.The direction of the change of the Iarm bias and Qarm bias is opposite to the direction of the change of the 2 phase shifter bias.

A pouch according to any of the preceding claims wherein the weight ratio of the complexing agent to the eRH reducing agent is in the range of from about 21 to about 101.

Preferably the hygroscopic material is an organic material.Preferably the hygroscopic material is a dispersant more preferably a salt of a carboxylic acid.Preferred carboxylic acid salts for use herein include organic polymers containing carboxylate monomers carboxylates such as citrate aminocarboxylates such as salts of MGDA GLDA etc.The hygroscopic material not only contributes to the stability of the pack but it is also an active ingredient in thecleaning process.Preferably the first composition comprises from 10 to 60 more preferably from 20 to 60 and especially from 30 to 60 by weight of hygroscopic material.

The downconversion circuit 30 according to any preceding claim wherein the downconversion circuit 30 is arranged to perform frequencytranslated filtering.

An actual implementation would rather use a switching mixer which means that the LO signal is a square wave instead of a pure sine.The Fourier series of a square wave with 50 duty cycle is sq1xLOt2n135sinnLOtn2sinLOt1Isin3LOt3sin5LOt5II

A method comprising the steps of digitizing an analog input signal to produce digital data processing the digital data to create a timedomain bitmap generating a trigger signal when a density value of a region of the timedomain bitmap violates a density threshold and storing digital data in a memory in response to the trigger signal.

Although the embodiments described above are described in the context of a realtime spectrum analyzer it will be appreciated that the principles described herein are equally applicable to any test and measurement instrument that is capable of accumulating multiple acquisitions of an input signal such as a swept spectrum analyzer a vector signal analyzer a logic analyzer and an oscilloscope.For example in some embodiments of the present invention an oscilloscope converts digital data that represents an input signal into a plurality of eye diagrams and then subtracts one of the eye diagrams from another one of the eye diagrams to produce a difference eye diagram that reveals very small intermittent signals that are present in the input signal.In that case the bitmap is not a frequencydomain bitmap as described above but rather represents an accumulation of sampled voltage values in the timedomain.

The image displaying apparatus as claimed in any one of claims 1 to 3 wherein the communication unit is connected to the external apparatus via a Network File System for sharing a file.

The device 1000 may display the partial region of the content based on a user input.In this case the device 1000 may display an entire region of the received content on the screen and may select a partial region of the content in response to a user input with respect to the entire region of the content displayed on the screen.The device 1000 may also display the selected partial region on an entire portion of the screen of the device 1000.

A laundry treatment device 100 comprisinga casing 2 housing a laundry treatment chamber 12 and including a front wall 4 defining a continuous front surface 4a said front wall having a laundry opening 3a to load andor unload said laundry treatment chamber a panel aperture 15 and a drawer aperture 60 said panel aperture and said drawer aperture being separated by a crosspiece 66a control panel assembly 1 for controlling operation of the laundry treatment device 100 said control panel assembly including an outer dashboard 11 which is structured to be coupled to said front wall 4 at said panel aperture 15 and to be operated by a usera drawer 63 and a drawer seat 61 to house said drawer the drawer seat being fixed or fixable to said front wall at said drawer aperture 60 so that said drawer is coupled in a retractable manner to said front wall 4 characterized in that said crosspiece 66 further comprises at least part of a first mechanical coupling system 67 to fasten or fastening said drawer seat to said crosspiece and at least part of a second mechanical coupling system 67 to fasten or fastening said outer dashboard 11 to said crosspiece.

The upper flange part 227 and the lower flange part 228 may extend from the upper surface 127 and the lower surface not shown respectively not continuously formed with the side flange part 226.As shown in FIG.4 while the upper surface 127 side surface 126 and lower surface not shown may be continuously formed from each other the upper flange part 227 continuously formed from the upper surface 127 the side flange part 226 continuously formed from the side surface 126 and the lower flange part 228 continuously formed from the lower surface may not be continuously formed from each other but separately formed.The upper surface 127 the side surface 126 and the lower surface may be continuously formed from each other because they are exposed outside as a part of the exterior of the washer.However the flange parts do not have to be continuously formed from each other because they are positioned in the cabinet 110 and are not exposed outside.

The method of claim 7 wherein the sending a privacy condition message further comprises sending a text message to the second communication device to disclose the privacy condition.

It is the object of the present invention to provide an apparatus and method for automatically reporting a speakerphone call mode of a portable wireless terminal to a calling partner.

A bandpass filter in particular according to claim 1 comprising a dielectric substrate and a conductive layer disposed over the dielectric substrate wherein the conductive layer comprises a loop portion 21 41 61 81 a pair of signal terminals 23 43 63 83 extending from two opposite sides of the loop portion and a pair of branches 25 45 65 85 extending from two opposite sides of the loop portion wherein the signal terminals and the branches extend from differentsides of the loop portion.

The frequency characteristics of the tunable filter 400 employing the constitution is shown in Fig.28 and Fig.29.The tunable filter shown in Fig.28 is the filter that the variable reactance blocks 102 of the tunable filter 400 shown in Fig.27 in the case of using the variable resonator 100a are variable capacitors.Fig.29 shows the frequency characteristics of the tunable filter shown in Fig.28.The lengthof the loop line 902 was set to one wavelength at 5 GHz and the impedance of the inputoutput line 7 the loop line 902 and the inputoutput port was set to 50.Fig.29 makes it clear that the center frequency of the tunable filter is moved to the lower frequency side by changing the capacitances of the variable capacitors from 0 pF to 0.5 pF.Further the graph also shows that bandwidth can be changed without changing the center frequency even if the position of the switch 903 to be turned to the conduction state Fig.29 shows the example of 10 20 and 30 degrees is changed at each capacitance.In short it is understood that the center frequency is not influenced by the change of the position of the switch 903 in the conduction state.Although the characteristic impedance of the loop line of the variable resonator used in this description is 50which is the same as that of the inputoutput line and the inputoutput port it is not limited particularly to this value but is a design parameter to be determined corresponding to performancecharacteristics required.Even in the tunable filter shown in Fig.30 the center frequency is not influenced by the change of the position of the switch 903 in the conduction state.

The weld filler metal of claim 3 or 4 wherein the second material includes a material chosen from a group comprising a list of materials in Table 2.

A suitable lowmelt material has a composition by weight of between about 22.5 and about 24.25 Cr up to about 0.3 Ti for example between about 0.15 and about 0.3 between about 6.5 and about 7.5 W between about 9 and about 11 Ni between about 3 and about 4 Ta up to about 0.65 C for example between about 0.55 and about 0.65 between about 2 and about 3 B about 1.3 Fe up to about 0.4 Si up to about 0.1 Mn up to about 0.02 S and a balance of cobalt.

The package integrity closure of claim 1 wherein in package integrity closure a the structure is integrally formed from a material which comprises a surface surrounding the closure.

The third tear line 21 defines sealing panel 26 of the outer film layer 13 and the die cuts 25 define a plurality of tab portions 27 in the sealing panel 26.The sealing panel 26 extends beyond the periphery of the first tear line 20 and the second tear line 23 adjacent to the opening 24 so that the sealing panel 26 completely covers and extends beyond the perimeters of the first panel 22 strips 50 52 54 and the second panel 42.As a result sealing panel 26 completely covers the first panel 22 the strips 50 52 54 and the second panel 42.

The nontransitory computer readable medium of claim 9 further comprising program instructions that confirm whether the pressure of the clutch has been released after releasing the pressure the clutch program instructions that wherein the charging the battery with power output from the HSG while the HSG is rotating by driving power output from the engine is performed when the pressure of the clutch has been released.

The hybrid vehicle on which the abovementioned power transmission system is mounted has the power generating motor 21 in addition to the engine 11 and the drive motor 12 whereby the driving of the vehicle is shifted to the driving by any one of the engine 11 the drive motor 12 and both in accordance with a running state.For example the vehicle can be driven by use of the drive motor 12 at a starting time when the drive torque is required and the vehicle can be driven by the engine 11 if the vehicle speed is increased and the vehicle can be driven by the drive motor 12 and the engine 11 at a highload running time such as a uphill running time.

A hydraulic circuit comprising at least one actuator 110200300 mechanically linked to a panel 50 the at least one actuator 110200300 capable of moving the panel 50 between a closed and one or more open positions and comprising at least one fluid opening 175202310 on one end of the actuator and wherein the at least one fluid opening 175202310 feeds andor returns pressurized fluid into the hydraulic circuit a source of pressurized fluid in fluid communication with the at least one fluid opening 175202310 for supplying fluid to the at least one actuator 110200300 in the hydraulic circuit at least one fluid stop valve A in fluid communication with the source of pressurized fluid and the at least one actuator 110200300 the stop valve A comprising at least one restrictive orifice at least one fluid controller that controls the flow of pressurized fluid through the fluid stop valve A from the source of pressurized fluid or from the at least one actuator a first hydraulic path operable when the at least one fluid stop valve A is in an open position in which pressurized fluid from the source of the pressurized fluid flows to the at least one fluid opening 175202310 of the at least one actuator 110200300 through the open fluid stop valve A and a second hydraulic path operable when the at least one fluid stop valve A is closed or at least partially closed as compared to its open configuration in the first hydraulic path whereby the restrictive orifice of the fluid stop valve A is narrowed thereby reducing the rate of flow of pressurized fluid from the at least one fluid stop valve A and entering the at least one fluid opening 175202310 of the at least one actuator 110200300 and substantially reducing the rate of andor stopping movement of the actuator 110200300.

The present system does not require the use of sensors to determine the position of the tailgate 31.As shown in Figure 5 in one embodiment there are two controllers baler controller 46 and tractor controller 47.The tractor controller 47 contains information concerning the maximum fluid flow from the source of pressurized fluid to the flow valve 50 52 shown in Figures 6 and 7.The baler controller 46 uses the maximum fluid flow rate to calculate the desired flow and opening and closing times.The baler controller 46 communicates these calculations to the tractor controller 47.The baler controller 46 and the tractor controller 47 control the desired fluid flow to the tailgate actuator 36 by controlling the position of the flow valve 50 52.

The method according to claim 1 characterized in that the step of coating the precursor solution includes wetcoating printing spin coating dip coating doctor blading curtain coating slide coating spraying slit casting meniscus coating screen printing ink jet printing pad printing flexographic printing and gravure printing.

The method of preparing a Group 1a1b3a6a material comprises providing a substrate optionally providing a Group 1a source comprising sodium providing aseleniumGroup 1b ink of the present invention providing a Group 3a source optionally providing a Group 6a source forming at least one Group 1a1b3a6a precursor material on the substrate by optionally using the Group 1a source to apply sodium to the substrate using the seleniumGroup 1b source to apply selenium and a Group 1b material to the substrate wherein the Group 1b material selected from copper and silver preferably copper using the Group 3a source to apply a Group 3a material to the substrate optionally using the Group 6a source to apply at least one of sulfur and selenium to the substrate treating the precursor material to form a Group 1a1b3a6a material having a formula NaLXmYnSpSeq wherein X is at least one Group 1b material selected from copper and silver preferably copper Y is at least one Group 3a material selected from aluminum gallium and indium preferably indium and gallium 0L0.75 0.25m1.5 n is 1 0p lt 2.5 and 0 lt q2.5.Preferably 0.5Lm1.5 and 1.8pq2.5.Preferably Y is In1bGab wherein 0b1.More preferably the Group 1a1b3a6a material is according to the formula NaLCumIn1dGadS2e1fSe2ef wherein 0L0.75 0.25m1.5 0d1 0.2e0.5 0 lt f1 wherein 0.5Lm1.5 and 1.82ef2e1f2.5.Optionally one or more of the Group 1a source the seleniumGroup 1b ink the Group 3a source and the Group 6a source of the present invention are combined before application to the substrate.The components of the precursor material can be treated by known methods to form the Group 1a1b3a6a material having formula NaLXmYnSpSeq.The components of the precursor material can be treated individually or in various combinations.Annealing temperatures for the deposited components can range from 200 to 650C with annealing times of 0.5 to 60 minutes.Optionally additional Group 6a material can be introduced during the annealing process in the form of at least one of a selenium ink selenium vapor selenium powder hydrogen selenide gas sulfur powder and hydrogen sulfide gas.The precursor materials can optionally be heated to the annealing temperature by use of a rapid thermal processing protocol such as with the use of a highpowered quartz lamp a laser or microwave heating methods.The precursor materials can optionally be heated to the annealing temperature using traditional heating methods for example in a furnace.

A levelling apparatus for a movable structure comprising at least one powered actuation means 1 characterized in that the powered actuation means 1 further comprises an override means for allowing manual actuation of the levelling apparatus.

Fig.6a shows the original screws 28 in the condition where the original manually operated steady is secured to a caravan bottom where the caravan structure is only indicated by shaded areas.The number 31 denotes the original hexagon head of the steady.Fig.6b shows dismounting the steady by removing the screws 28 in direction of the arrows after which the steady is separated from the caravan.

The method of any one of claims 1 to 5 wherein configuring the mobile device comprises presenting a splash screen on the mobile device when paired to the IVIS.

Next an embodiment of the portable information processor will be explained.In the following embodiment an explanation will be made assuming that the first device is a mobile device mounted on the vehicle and specifically it is a car navigation device and the second device is an indoor device installed inside the home and specifically it is a living unit.The portable information processor 10 will be explained as a brain unit 40.

A Near Field Communication method of detection of a tag 6 presence by a tag reader 5 comprisingstimulating S2 the transmitter 1 2 of the reader 5 so as to generate an impulse response of said transmitter 1 2evaluating S3 the generated impulse response of said transmitter 1 2assessing S4 from the evaluated impulse response of said transmitter 1 2 the presence S5 or the absence S6 of a tag 6.

The reader employs the transponder detection circuit to detect this change in the impulse response.In particular the transponder detection circuit monitors the level of a designated transponder detection parameter of the impulse response.When the transponder detection parameter reaches a predetermined threshold level the presence of a transponder in the surrounding space is confirmed and the transponder detection circuit switches the signal generator circuit from the low power detection state to the high power data transaction state thereby terminating generation of the ring signals.As such the signal generator circuit transitions to an excitation signal generator circuit wherein the signal generator circuit draws increased electrical current from the reader power supply to generate and transmit an excitation signal which is sufficient to activate the transponder.The excitation signal is received by the transponder and powers the transponder circuitry which in turn generates a transponder data signal for transmission to the reader.After the reader reads the received transponder data signal the signal generator circuit switches back to the detection state and resumes generation of the ring signals while terminating generation of the excitation signals.

The optical amplification stage 1 according to claim 1 or 2 wherein the first and second reflector are structured so that the optical power ratio of the optical radiation reflected by each optical reflector to the radiation incident thereto at least at the first and second OTDR wavelength is less than or equal to 7 dB preferably less than or equal to 10 dB andor greater than or equal to 20 dB preferably greater than or equal to 16 dB

When the optical amplifierrepeaters are to be monitored the optical switch 17 is turned to the b side step S11 the probe light source 11 of the optical transmission path monitoring apparatus 1 is turned off and the probe light source 12 is turned on step S12.The oscillating light from the probe light source 12 after being partly branched by the optical fiber coupler 13 is intensitymodulated by the optical modulator 14 into a short pulse to become the probe light 121 step S13.

The method of any of claims 1 to 11 further comprising receiving an instruction to reference one of the objects 226 228 on the unlock display screen 150 displaying the unlock display screen 150 including the reference to the object and receiving an instruction via the unlock display screen 150 to remove the reference to the object from the unlock display screen 150 and in response to receiving the instruction to remove the reference to the object from the unlock display screen 150 removing the reference to the object from the unlock display screen 150 and configuring the object suchthat the reference to that object is not displayed on subsequent unlock display screens.

FIGURE 5B is a second screen 520 of the example GUI.In these implementations the screen 520 shows a popup window 570 prompting to receive the password to log in to the enterprise account.The account settings may accordingly be added to the wireless communication device.As described with regard to FIG 4 log in to the enterprise account or adding the enterprise account to the wireless communication device may create a new record at the password manager on an enterprise server which may trigger an event for the enterprise server to push down settingspolicies to the wireless communication device.Upon detecting a patternparameter associated with the settingspolicies the wireless communication device may automatically generate the enterprise perimeter associated with the newly added enterprise account.

The method of claim 8 wherein the navigation rule includes a decision engine for controlling navigation between a plurality of selectable elements disposed in the bounded portion.

Referring to Fig.7 the North West nonpriority zone is defined in a complementary manner with reference to the North priority zone as shown in Fig.5a and Western candidate object or West priority zone.That is the zone is defined by the left hand border 200 of the North priority zone and the line 201 passing from the top left corner of the current object the object having the focus to the top right corner of the highest candidate West or Western candidate object.If there is no candidate West or if the upper border of the highest candidate West is situated below the upper border of the current object the border of the zone is defined by the upper border of the West priority zone as shown in Fig.5d.

A method 400 for wireless communications by a wireless node in a peertopeer P2P network comprising receiving 410 one or more advertisements of services offered by one or more other wireless nodes in the P2P network generating 420 a prioritized list of services based on one or more services offered by the wireless node and services listed in the received advertisements of services dropping a service from the prioritized list of services if a distance of the service is larger than a distance limit wherein the distance of the service is measured by a number of hops between the wireless node and another wireless node that initiated advertisement of the service and wherein the distance limit may vary based on the service or it may vary dynamically based on a network loading and network density and distributing 430 the prioritized list of services to other wireless nodes in the P2P network.

In the approach of the current invention one or more scalar relevance fieldsis or are defined over the network.Each relevance field describes the location and strength of the providers of a given service type.Relevance fields attributed to different service types are independent of each other.In the following we therefore look at a single relevance fieldfor one given service type only.

A turbomachine comprising a stator a rotor mounted in rotation in said stator and at least one magnetic bearing assembly 10 according to any one of the preceding claims radially arranged between the rotor and the stator.

Further according to the present invention an outer diameter of each of the electromagnetic stators is formed to have substantially as large as an outer diameter of the rotary disc and a ring made of a nonmagnetic material having a radial thickness enough to form a layer with large magnetoresistance is interposed between an outer circumferential portion of each of the electromagnetic stators and an inner circumferential portion of corresponding one of the casings to which the electromagnetic stator is attached.Accordingly two magnetic circuits formed by the respective electromagnetic stators are insulated from each other magnetically perfectly and the magnetic flux density in the inside magnetic pole tooth and the outside magnetic pole tooth of each of the electromagnetic stators can be increased.As a result it is possible to more surely prevent the formation of an abnormal magnetic circuit extending from one electromagnetic stator to the other electromagnetic stator through the casings or the collar and extending from the other electromagnetic stator to the one electromagnetic stator through the rotor disc.Thus electricenergy supplied to the electromagnetic coils is more effectively utilized to control the position of the rotating shaft so that it is possible to improve the control performance.

The battery pack of one of the preceding claims wherein each of the pair of ends plates 200 is coupled to each of the pair of side plates 300 300a 300b and to the top cover 400 400a 400b.

By so constructing as herein above described the pressure of the cell stacked body in the direction of stacking can be secured by means of the side face reinforcing member arranged on each of the side faces of the cell stacked body for example a side face plate covering each of the side faces of the cell stacked body.In other words separate from a member for protecting each ofthe side faces of the cell stacked body there is no need to use any clamping member for fastening the cell stacked body in the direction of stacking and therefore the size and the weight of the battery module can be reduced advantageously.

The drug dispensing box of claim 14 wherein the power transmission locking unit comprises a rotation part comprising a first end alternately rotating in a direction of the gear and in a direction opposite to that of the gear with respect to a rotation shaft and a second end disposed on the other side of the first end to rotate in a direction opposite to the rotation direction of the first end and a blocking unit body connected to the second end the blocking unit body comprising a second protrusion inserted between teeth of the gear wherein the blocking unit body is retreated together with the second end when the second end rotates in a direction opposite to that of the gear to allow the second protrusion to be separated from a space between the teeth of the gear.

In this way as the discharge locker 410 unlocks the medicine discharge mechanism 310 the discharge member 313 can be moved to open the discharge hole 15.

Hearing device according to any of the claims 12 wherein the closure member comprises a closure body with the first closure arm extending from the closure body.

As shown in FIGS.2 and 5 the battery case 7 is in the form of a container that is open on one side the far side in FIG.2 and an air battery 8 is housed inside this.

The method of claim 1 further comprising providing each of the blades with a backward sweep maximized at a selected radius of the blade wherein an influence of the backward sweep minimizes a distance between a pitch position providing a minimum in at least one of a current root bending moment and a current root shear compared to a pitch position of zero twist moment with respect to wind direction with a leading edge of the blade into the wind.

To explain the principle behind the alignment of the blades the wind turbine 10 having the swept sections pitched as indicated in Figs.3 and 4 can be compared to a cup anemometer device normally used for measuring wind speed having only two cups as illustrated in Fig.5.

The device 1 according to any of the preceding claims being arranged such that a transition from the condition of access rights not being set to one of the conditions access enabled and access disabled and vice versa is shiftable.

As discussed hereinbefore memory for the processor 128 may be in part implemented as a bank holding a plurality of OTP fuses 120.Configuration settings for the OTP fuses 120 may be stored in the flash memory 116.

Compressor according to Claim 4 wherein the compressor includes at least first and second volutes 20 the first volute corresponding to a single predetermined first volute size fixed for the first volute of the compressor size and the second volute corresponding to a single second volute size fixed for the second volute of the compressor size.

Referring again to Figure 3 frame 11 is selected by matching specified requirements of air separation plant for main air service to one of the seven frame sizes.For example if the air separation plant requires a range of output pressure of 5.5 to 6 bara and output flow rate of 120000 to 121000 Am3hr for main air service then the frame size of section 34 would be selected.Alternatively if the air separation plantrequires a range output pressure of 6.5 to 7.0 bara and output flow rate of 195000 to 196000 Am3hr.for main air service then the frame size of section 36 would be selected.

The light control device according to at least one of the preceding claims wherein a partition wall 19 is arranged between said first substrate 11 and said second substrate 12 and said suspension 17 is arranged so as to be subdivided by said partition wall 19.

FIG.7 is a diagram for describing a configuration of the light control device 13 of the present embodiment.Similarly to the first embodiment the SPD 1 is connected to the drive device 14 via the interconnecting conductor 21 and the interconnecting conductor 21 connecting the Z electrode 8 is also connected to the auxiliary power 22.The auxiliary power 22 includes a DC power source not shown including a battery a chargedischarge device not shown of a battery and an output circuit not shown of a driving waveform to the Z electrode 8 and the interconnection conductor 21.The auxiliary power 22 is fed by an external power supply 23 or a driving power supply 20 of the drive device 14 in a wired line or wireless line and the battery of the DC power source is charged.

The arrangement according to any of claims 1 to 4 wherein suppressor electrode as an opening of 0.3 to 1.2 mm particularly of 0.4 mm to 1 mm.

In focused electron beam systems a column is typically used to focus an electron beam onto the surface of a target to be imaged and optionally processed using the beam.In these columns an electron source generates the initial beam of electrons which then passes into an electron gun which typically focuses the charged particles into a roughly parallel beam which enters the main body of the column.Various types of electron sources have been used in focused electron beam systems including thermionic cathodes Schottky emitters and cold field emitters CFEs.Of these CFEs are characterized by the highest brightnesses and smallest energy spreads potentially enabling the smallest beam sizes at the target with the highest current densities thus enabling improved imaging resolution.Unfortunately CFE sources have also shown a tendency for very fast 0.5 to 1.5 hours quenching of the emission current even in excellent UHV1010 Torr conditions.In an attempt to solve or ameliorate this problem FEI Company Hillsboro OR developed and patented U.S.Patent No.7888654 to Tessner II et al.

The door of any of the preceding claims wherein one or more of the following applies the basic form of the front frame 30 30 is ringshaped the basic form of the rear frame 70 70 is ringshaped and the basic form 52 of the cover 50 50 is plateshaped.

Alternatively cover ring 7 can be fixed to rear frame 4 for example by means of the same snap fitting connection as described above wherein the seats 20 are located along the rear frame.

The liquid ejection control device according to claim 1 or 2 further comprising a falling shape setting section that changeably sets a falling shape of the drive voltage waveform depending on the second instructing value.

Fluid ejection conditions which are important in the case where the fluid ejection device incises or excises a living tissue by ejecting fluid in a pulsed manner are an excision power per pulse and an excision speed per unit time.In the case of the fluid ejection device disclosed in United States Unexamined Patent Application No.20090043480

The method 500 of either of claim 1 or 2 wherein if both the DRM value and the CDM value are at or above the at least one respective threshold then raising the urgency of the generated action.

CMMP 300 also includes maintenance task database 308 that includes information relating to maintenance tasks performed on aircraft in the fleet and intervals of performance of the maintenance tasks.The maintenance tasks and or maintenance intervals stored in database 308 are changed when further analysis of the data as described above indicates a maintenance task procedure or interval may be optimized to facilitate reducing the number of performance parameters values that are outside the range of acceptable values during future operation of the aircraft.

A luminaire 10 comprising a lamp device 11 according to any one of claims 1 to 4 and an equipment main body 82 including a socket 83 to which the lamp device 11 is connected.

The circuit board 210 in addition to the board 110 may be separately employed as shown in FIGS.2 and 3.That is only the light emitting device 100 may be mounted on the board 110 and only the electronic devices 220 may be mounted on the circuit board 210.The board 110 may be separated and spaced apart from the circuit board 210 to be disposed above the circuit board 210.Accordingly the light emitting device 100 may be disposed to have a height greater than that of the circuit board 210 with relation to the lower edge of the housing unit 400and the height of the light emitting device 100 may be adjustable.In such a structure in which two boards are used for the mounting of the light emitting device and the electronic devices instead a single board being used therefor as in the related art in a case in which a defect occurs in one of the elements only the defective element is required to be replaced whereby repair and maintenance may be facilitated.For example in the case that the electronic devices 220 are defective only the electronic devices 220 along with the circuit board 210 are replaced while the light emitting device 100 is retained.Furthermore since the board 110 may be formed of a metal PCB unlike the circuit board 210 formed of FR4 or CEM the board 110 may be superior in terms of thermal emission efficiency as compared with a single board formed of FR4 or CEM according to the related art.In addition since the height of the light emitting device 100 is adjustable light output may be increased as will be described below.

A resonator fiber optic gyroscope RFOG comprising a master laser assembly including a master laser device configured to emit a reference optical signal a first slave laser assembly including a first slave laser device configured to emit a clockwise CW optical signal the first slave laser device responsive to the reference optical signal through a CW optical phase lock loop a second slave laser assembly including a second slave laser device configured to emit a first counterclockwise CCW optical signal the second slave laser device responsive to the reference optical signal through a first CCW optical phase lock loop an optical resonator ring cavity in optical communication with the master laser device the first slave laser device and the second slave laser device a sine wave generator operatively coupled to the resonator ring cavity and configured to output a common cavity modulation frequency comprising an inphase I signal component and a quadrature Q signal component a laser stabilization servo module configured to receive a CW reflection signal that includes the common cavity modulation frequency from the resonator ring cavity a modulation stripper operatively coupled to the laser stabilization servo module the modulation stripper configured to receive the I and Q signal components of the common cavity modulation frequency from the sine wave generator receive a net error signal from the laser stabilization servo module demodulate the net error signal at the common cavity modulation frequency andtransmit a stripper signal to the laser stabilization servo module to remove the signal at the common cavity modulation frequency and a resonance tracking electronics module operatively coupled to the resonator ring cavity and configured to output resonance tracking error signals to the first and second slave laser assemblies wherein the laser stabilization servo module is configured to send a tuning signal to the master laser device as part of a feedback stabilization loop for the master laser device.

The processing unit 104 uses the calculated parameters in some embodiments to calculate control signals that are outputted to one or more optional actuators 106.For example in some embodiments the navigation system 100 is implemented in an unmanned vehicle.Hence the actuators 106 are implemented according to the vehicle type.For example in an unmanned aerial vehicle the actuators 106 are implemented as wing flaps thrusters etc.

The method of claim 13 wherein reflecting the field of view from each mirror via multiple further mirrors to provide multiple fields of view comprises providing multiple different angle views of a product proximate a horizontal scanning window 410 and a vertical scanning window 415 wherein the multiple different angle views comprise a pair of trail fields of view a pair of lead fields of view a pair of horizontal fields of view and a pair of vertical fields of view and wherein the mirrors are positioned normal to their axis of rotation.

To provide for increased operator convenience and efficiency as well as flexibility and economy in scanner design the scanner 100 further includes optical elements to direct images of bar codes to the scanner along desired pathways with these pathways being changed in predetermined ways.Such use of optical elements allows for an increase in the size of the scan volumes 110 and 112 in which positioning of a bar code for an effective scan can be performed.This use of optical elements also allows for economy in the use of imaging devices because one imaging device 108 can be used to capture images of bar codes presented at either of the scan windows 104 or 106 and also allows for flexibility in scanner design.Rather than placing an imaging device such as the imaging device 108 to have a direct view of a scan window such as the scan window 104 an imaging device can be placed at any location to which it is suitable to direct an image through the placement of optical elements.The optical elements include a rotating spinner 122 rotated by a motor 124.The scanner 100 further includes a sequence of fixed mirrors 126 128 and 130.In the present example the fixed mirror 126 receives light from a bar code 132 positioned in the scan volume 110 and reflects this received light to the fixed mirror 128 which in turn reflects the light to the rotating spinner 122.The spinner 122 in turn directs the reflection onto fixed mirror 130 so that the reflection is directed to the imaging device 108.The spinner 122 suitably has four differently angled facets so that the facets reflect incident light at different angles.As the spinner 122 rotates the position of each facet changes so that the field of view encompassed by the facet changes.In addition the angle of incidence of light striking the spinner 122 changes so that light originating from the same point strikes and leaves the facet at aconstantly changing angle.The effect of the rotation of the spinner 122 is therefore to capture and reflect light and therefore images of objects from which the light is reflected from different origins and to present images which translate through space with the rotation of the spinner.An image of the bar code 132 will therefore come into the field of view of the spinner 122 and will move along a pathway that takes it into the field of view of the imaging device 108 and this will occur for numerous positions and orientations of the bar code 132 in the scan volume 110.

A method 100 according to any of claims 13 wherein said at least one header is a Via header or a Contact header.

The invite field contains the invitees URI for identifying the invitee.The from field contains the initiators URI for identifying the initiator.The to field contains the contact address for contacting the invitee.The contact address may be different from the invitees URI in some cases such as if the invitees identification is different than the invitees contact address andor if the invitee has more then one contact address.In general the URI as an identifier is a username with or without a domain name or a telephone number e.g.01122334455.

The apparatus of claim 1 wherein the application driver executes the discless application before the disc has been loaded.

Here a judgment of whether an intended disc is loaded is performed in the following procedure.Each BDROM of the BDBOX has an identifier of a disc to be loaded next recorded thereon.The application manager 37 reads the identifier of a disc to be loaded next recorded on Disc A when Disc A is loaded.Then if a new BDROM is loaded after ejection of Disc A the application manager 37 reads the discs identifier and judges whether the identifier read from the new BDROM matches the Disc As identifier of a disc to be loaded next.If they match the newly loaded BDROM is among multiple BDROMs of the BDBOX one including the sequel of Disc As contents.In this case the application manager 37 determines that the intended disc has been loaded.

The brushless motor controller according to any one of the preceding claims wherein said rotor position detectors are Hall effect sensors.

In the present invention when the brushless motor is rotated at low speeds less than a predetermined number of revolutions it is driven by a sine wave PWM system and when the brushless motor is rotated at high speeds not less than a predetermined number of revolutions it is driven by a square wave PWM system whereby the brushless motor can be driven smoothly without much pulsating torque over the full range of revolutions from a low speed zero revolution to high speeds several tens of thousands of revolutions.

A program that instructs a computer to function as an audio separator that separates audios into a first audio and a second audio using two inputted audio signals an audio combiner that combines the first audio with the second audio based on proportions of the audios separated by the audio separator and an image combiner that combines a first image corresponding to the first audio with a second image corresponding to the second audio based on the proportions of the audios separated by the audio separator.

In another preferred embodiment of the invention primarily focused on video images the digital camera described in this invention also includes a primary microphone which records the sounds of the scene located in front of said digital camera and an additional microphone which records the sounds of the scene located behind the digital camera.It is understood that the primarymicrophone will normally be facing towards the front and at a forward position while the additional microphone will normally be facing towards the rear and at a backwards position.

The honeycomb structure according to claim 1 or 2 wherein in the cells arranged on the first line segment a shape of the respective five or less cells each arranged on the first line segment toward each of thecentral region and the circumferential region from the boundary between the central region and the circumferential region is a shape obtained by contracting a shape of the cells formed in the central region excluding the respective five or less cells in at least the extending direction of the first line segment.

In the periphery side area B it is preferablethat the opening ratio be 3565.If the opening ration in the periphery side area B is less than 35the zeolite inside the partition wall may not effectively used for conversion of NOx or the pressure loss may be large and if it is more than 65the strength of the honeycomb unit 11 may be insufficient.

A mobile terminal comprising a touch screen151 a wireless communication unit110 and a controller180 configured to cause the wireless communication unit110 to receive information from an external device cause the touch screen151 to display one of a plurality of home screen pages and generate a widget page in response to the received information the widget page being a home screen page that is newly generated in addition to the plurality of home screen pages.

Further as illustrated in FIG.3Aa an identification information region 401 that indicates to which of the multiple home screen pages the currentlyoutput objects correspond in terms of paging order and a home screen page 200 on which the object is displayed are included in the idle screen the home screen page or the menu screen.In addition a basic region 300 on which icons corresponding to a specific application that is predetermined through the user selection or by the controller 180 are fixedly displayed is additionally included in the idle screen the home screen page or the menu screen.

An edge fitting 1 according to any of the preceding claims characterized in that said border profile 6 has bevelled corners 17.

More specifically the projecting portion 70 has a second stepped portion 80 which is formed on the load releasing surface 72.The projecting portion 70 also has a first stepped portion 78 which is formed on the load receiving surface 74 and has the shape complementary to the second stepped portion 80.As illustrated in FIG.5 the first stepped portion 78 has a lower horizontal surface 82 an upper horizontal surface 84 and a first inclined surface 86.The lower horizontal surface 82 is disposed on the side closer to the sandwiching support portion.The upper horizontal surface 84 is disposed on the side far from the sandwiching support portion.The first inclined surface 86 is interposed between the lower horizontal surface 82 and the upperhorizontal surface 84 and faces upward and outward from the outer surface of the vertical wall.On the other hand as illustrated in FIG.6 the second stepped portion 80 has a lower horizontal surface 88 an upper horizontal surface 90 and a second inclined surface 92.The lower horizontal surface 88 is disposed on the side closer to the sandwiching support portion.The upper horizontal surface 90 is disposed on the side far from the sandwiching support portion.The second inclined surface 92 is interposed between the lower horizontal surface 88 and the upper horizontal surface 90 and faces upward and outward from the outer surface of the vertical wall.Accordingly between the stacked resinmade corner modules adjacent to each other in the vertical direction the lower horizontal surface 82 the first inclined surface 86 and the upper horizontal surface 84 of the first stepped portion 78 of the lower resinmade corner module 100 respectively abut against the lower horizontal surface 88 the second inclined surface 92 and the upper horizontal surface 90 of the second stepped portion 80 of the upper resinmade corner module 100.Thus the whole top surface 37 of the box structure 22 forms the load receiving surface while the whole inferior surface 39 of the box structure 22 forms the load releasing surface.

Process for the preparation of a heterophasic propylene copolymer RAHECO comprising a random propylene copolymer RPP and an elastomeric propylene copolymer E wherein the process is a sequential polymerization process comprising the steps of a polymerizing in a first reactor R1 propylene and ethylene andor a C4 to C12 olefin obtaining a first random propylene copolymer fraction RPP1 b transferring the first random propylene copolymer fraction RPP1 into a second reactor R2 c polymerizing in said second reactor R2 in the presence of the first random propylene copolymer fraction RPP1 propylene and ethylene andor a C4 to C12 olefin obtaining a second random propylene copolymer fraction RPP2 the first random propylene copolymer fraction RPP1 and the second random propylene copolymer fraction RPP2 form the matrix M of the heterophasic propylene copolymer RAHECO i.e.form the random propylene copolymer RPP wherein said matrix M i.e.the random propylene copolymer RPP has a comonomer content of at least 4.0 wt.d transferring said the matrix M i.e.said random propylene copolymer RPP into a third reactor R3 e polymerizing in said third reactor R3 in the presence of said the matrix M i.e.of said random propylene copolymer RPP propylene and ethylene andor a C4 to C12 olefin obtaining a first fraction E1 of the elastomeric propylene copolymer E of the heterophasic propylene copolymer RAHECO said first fraction E1 and the matrix M i.e.said random propylene copolymer RPP form a first intimate mixture IM f transferring said first intimate mixture IM into a fourth reactor R4 g polymerizing in said fourth reactor R4 in the presence ofthe first intimate mixture IMpropylene and ethylene andor a C4 to C12 olefin obtaining a second fraction E2 of the elastomeric propylene copolymer E of the heterophasic propylene copolymer RAHECO the second fraction E2 and the first intimate mixture IM form the heterophasic propylene copolymer RAHECO h removing the heterophasic propylene copolymer RAHECO from the fourth reactor R4 i optionally visbreaking said the heterophasic propylene copolymer RAHECO wherein the heterophasic propylene copolymer RAHECO after step g andor i has i a xylene cold soluble content XCS determined according ISO 16152 25 C in the range of 35 to 55 wt.and ii a comonomer content in the range of 8.0 to 17.0 wt..

The invention relates to a propylene polymer composition comprising a random propylene copolymer having an improved balance of mechanical and optical properties especially very good softness transparency and impact strength.More particularly the invention relates to a propylene polymer composition comprising a random propylene copolymer having a total comonomer content12.0 mol and having an improved balance of softness transparency and lowtemperature impact strength.The present invention also relates to a process for the production of such a polymer composition.

The apparatus of claim 1 further comprising an antenna 205 that operably couples to both the wireless receiver and the locationinformation wireless transmitter.

Referring additionally to FIG.3B some or all of these components of the transducer controller 177 and their required interfaces may be mounted on an appropriately sized circuit board 329 which is then housed within an appropriate transducer body 330.In the stylus implementation shown in FIG.3B all components except for the capacitor 314 are mounted on the board 329 inside the penshaped body 330.In the embodiment shown in FIG.3B the pressure sensor 306 is provided near the tip of the stylus so as to detect a pressure applied to the tip formed by the antenna 179 when the tip is applied against the sensing surface.In other embodiments though the pressure sensor 306 may be placed further away from the tip via a mechanism or linkage that transmits the pressure information from the tip to the location of the pressure sensor 306.The side switch 310 is provided to be exposed on the side of the penshaped body 330.The capacitor 314 such as a super capacitor is provided in the rear portion of the penshaped body 330 with the charge input connector 315 being exposed on the rear end of the penshaped body 330 to be connected to a charging docking station not shown.The antenna 179 which functions as a pen tip for the stylus transducer 175 of FIG.3B may be configured of any suitable conductive material and may be formed in any suitable shape.In one embodiment the stylus illustrated in FIG.3B has a length of 120 mm and a diameter of 11 mm although the dimensions of the stylus transducer are not so limited according to the present invention.

The computerimplemented method of predicting with high accuracy a descent trajectory of any of the preceding claims wherein the description of the aircraft intended descent is selected from idle descent 200 and nonidle descent 210 both further comprising a deceleration segment 220.

Evolving the candidate aircraft intents may comprise evolving the instructions.For example the types ofinstructions may vary or the values an instruction defines may vary.

The compositon of claim 2 where the concentration of Group 2 metal imidazolate complex is in the range of 0.1 to 0.5 M.

Sterically hindered imidazole ligands are disclosed along with the syntheses of the same which when complexed to a Group 2 metal form highly volatile and stable complexes that are exceptionally useful as precursor molecules for CVD ALD and the like thin film deposition processes.

The apparatus according to claim 3 wherein the destination node comprises a directive antenna reception directive angles of which are to be controlled and said acquisition means acquires the angle difference of the directive angles between the wireless communication paths based on the reception directive angles of the destination node.

As a result if the transmission power is concentrated on the bandwidths B1 B2 B3 having a relatively high channel transfer function based on RSSI andor SNR measurement results the whole radiated transmission power PB1PB2 PB3 can be reduced.

The magnetic drill of claim 4 further comprises a charging circuit configured to receive the AC input signal and maintain charge of the battery.

First the main control unit 14 determines whether or not the power switch 36 is turned on at step S101 in FIG.5.If the poweron state is not confirmed the main control unit 14 stands by while if the power is on the main control unit 14 energizes the magnet 16 S102.The main control unit 14 then determines whether or not the magnet 16 is energized S103.If the energization of the magnet 16 is not confirmed S103 no the main control unit 14 blinks the LED of the display 34 in red S105.These processes are the same as those in the embodiment shown in FIG.3.In the second embodiment shown in FIG.5 if the energization of the magnet 16 is confirmed S103 no the main control unit 14 advances the process to step S108 for determining whether a frequency of the AC power source 10 is 50 Hz or 60 Hz.Specifically the main control unit 14 detects the power source frequency according to a count value obtained by counting zerocross pulses detected by the zerocross detector 24 for 0.2 second.

The phase locked loop of claim 1 wherein a closed loop transfer function of the phase locked loop is determined by the equation HsNi1n1siN1i1nmisiN1si1nisni1ni where N is a divide factor of the feedback divider s is a complex frequency variable i is the time constants corresponding to polynomial coefficients mi.

Based on the block diagram of Fig.2 the closed loop transfer function Hs is given by HsORNnsns1KdKvKfsdsNsndi1nz1sisndi1nz1siNKdKvKfsni1inz1nznp1si

An electronic device for displaying a thumbnail image of an image comprising at least one processor a touch sensing display a memory and at least one program stored in the memory and configured to be executed by the at least one processor wherein the at least one program comprises an instruction for detecting meta data and object information for an image stored in the memory for determining an aspect ratio of the thumbnail image with respect to the image on the basis of the detected meta data and object information and for displaying the thumbnail image on the touch sensing display with respect to the image according to the determined aspect ratio.

The present invention has been made in view of these situations and a purpose of the invention is to provide a technique in which a large amount of digital image data can be readily managed.

The method of claim 1 wherein the at least one communication network which supports the voice telecommunication comprises a communication network employing a Circuit Switched CS scheme.

Today mobile service providers are conducting extensive research and development in portable terminal emergency call techniques that enable emergency calls to be placed by a user in situations where the user encounters an emergency.

The induction heat cooking apparatus according to claim 7 wherein to drive the first second and third heating coils 241 242 243 in parallel the controller is configured to control the second and third switching devices 222 223 to be closed and during a half resonant period to control the first switching device 221 to be in a closed state and to control the fourth switching device 224 to be in an opened state and during the other half resonant period to control the first switching device 221 to be in the opened state and to control the fourth switching device 224 to be in the closed state.

FIG.10 is a circuit diagram of the induction heating cooker 200 in the third operation mode and FIG.11 is a diagram illustrating a third switching signal according to an embodiment.

The method of claim 2 or 3 wherein determining the speed traveled by the sport ball 106 after the impact comprises determining how the rate of spin by the sport ball 106 after the impact compares to a predetermined threshold rate of spin.

In one embodiment the sensor module 102 may be configured to be placed in a sensor module 102 retention element of a garment that is configured to retain the sensor module 102.In some exemplary embodiments retention element may be sized and shaped to correspond to the size and shape of the sensor module 102 to be capable of nesting sensor module 102 therein and holding the sensor module 102 in place so as to minimize the effect of movement of a wearer of the garment on the sensor module 102.Additional elements may be used to help minimize this effect such as for example bands and spacer elements.The sensor module 102 retention element may be coupled to textile a layer of a garment by for example being integral therewith being adhered stitched welded tied clipped snapped or mounted thereto or any combination of these and other techniques.In some exemplary embodiments sensor module 102 retention element is formed integrally with a textile layer of the garment.

The display apparatus 101 103 105 of one of claims 7 or 8 wherein the first gate driver 150 receives a first vertical start signal STV1 generated in a high state at a start of the first subframe period and a start of the fourth subframe period and the second gate driver 160 receives a second vertical start signal STV2 generated in a high state at a start of the second subframe period and a start of the third subframe period.

As shown in FIG.5C the arrangement sequence of the first image H and the second image L may be substantially the same as each other in the consecutive frame set.In one exemplary embodiment for example among threeframes included in one frame set the first frame and the final frame may display the second image L and the second frame may display the first image H.In such an embodiment two consecutive frames between two adjacent frame sets display the second image L having the low luminance such that the slow response speed of the liquid crystal molecules of the liquid crystal display is compensated thereby substantially improving the lateral visibility.In such an embodiment the first image H having the high luminance may be displayed in two consecutive frames such that the slow response speed of the liquid crystal molecules may be compensated when displaying the image of the high luminance in the low luminance.

A lubricating oil composition which comprises or is made by admixing A an oil of lubricating viscosity in a major amount B one or more oilsoluble or oildispersible sulfurized fatty acid esters as an additive in an amount providing the lubricating oil composition with greater than or equal to 0.02 masssulphur and C one or more oilsoluble or oildispersible alkali metal or alkaline earth metal salicylate detergents as an additive in an effective minor amount providing greater than or equal to 5.0 mmol of salicylate soap per kilogram of the lubricating oil composition wherein the lubricating oil composition does not comprise a phosphorus ester additive.

Preferably the sulfurised ester is a sulfurised fatty acid ester.The sulfurised fatty acid ester may be derived from any suitable fatty acid but is preferably a vegetable oil fatty acid such as but not limited to palm oil corn oil grapeseed oil coconut oil cottonseed oil wheatgerm oil soya oil safflower oil olive oil peanut oil rapeseed oil and sunflower oil or an animal oil fatty acid such as tallow oil.The sulfurised fatty acid ester is preferably derived from palm oil soya oil or tallow oil or a mixture of two or more of palm oil soya oil and tallow oil.The sulfurised fatty acid ester suitably comprises substantially only fatty acid ester and no other sulfurised carboxylic acid ester.

The indoor unit of claim 9 or 10 wherein a controller 400 is mounted to the cover 250 such as to be receivable in the in the inspection hole 240 the controller 400 comprising the receiving part 432 435 and the one or more LED 440 441 442 443 444.

In particular it is effective when as is the case with the indoor unit 1 in this embodiment each of the bottom side of the casing 2 and the surface in the vicinity thereof i.e.the first casing surface 24 forms the angleof 20 degrees or less with respect to the horizontal plane O since it is highly possible that a reception distance of the receiving element 94 cannot be secured in such a case.