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patentmatch_for_finetuning

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A method of calibrating a magnetometer on a mobile device the method comprising obtaining one or more pairs of magnetometer readings each pair including a first reading and a second reading for each pair of magnetometer readings determining a rotation axis direction and a rotation angle corresponding to a change in orientation of the mobile device between obtaining the first reading and the second reading and determining a rotation axis for the pair of magnetometer readings using the rotation axis direction and rotation angle and determining a calibration parameter based on at least one property of one or more of the rotation axes.

Then the temporary reference point OC is corrected and set as a reference point OR and the coordinates ORx ORy and ORz thereof are respectively obtained as values corresponding to offsets Cx Cy and Cz.As a method of correction as shown in Fig.10 it is appropriate that a point closest to a reference point OQ previously estimated is set as the point OR passing through the temporary reference point OC on a line L perpendicular to the plane P.

The phase locked loop of claim 1 wherein the closed loop transfer function obeys the filter prototype of a Gaussian filter a Butterworth filter a Chebyshev filter or any other all pole filter prototype.

The order of the numerator of Hos is equal to the order of the numerator of Fs while the order of the denominator of Hos is one higher than that of Fs.The denominator of Hos reveals the order and type of the PLL system.The number of ideal integrators ni1 sets the type and the number of additional poles sets the order ni1np.The simplest PLL system is a 2nd order type I ni0 np1 nd0 nz0.More popular systems have additional poles and integrators.

The heart rate measuring system according to any one of the preceding claims wherein the heartrate measuring unit and the clocking unit are configured by separate bodies the heartrate measuring unit is arranged in a chest of a user and the clocking unit is mounted on an arm of the user.

The predetermined condition for the heart rate may vary.According to the studies of the applicant the heart rate recovery following a training period having an intensity of 8090 of the maximum heart rate correlates strongly correlation 0.700.80 with the heart rate recovery following a training period having an intensity of 100 of the maximum heart rate.If the intensity is only 70 of the maximum heart rate the correlation is only 0.300.40.The predetermined condition for the heart rate during the training period may thus be the following the intensity must be within 8090 of the maximum heart rate as 100 intensity is too unpleasant and 70 intensity does not give reliable results.

The apparatus of one of the claims 7 to 10 wherein the anode resides on an anode support exterior of the mask so that the anode on the support ispositioned in the cooling cavity when the component is disposed on the mask.

Each respective elongated anode 30 extends through the mask opening 25a as shown in Figure 7 and into each cooling cavity 16 along its length but short of its dead closed end defined by surface area 23.The anode 30 is shown as a cylindrical rodshaped anode although other anode shapes can be employed in practice of the invention.The anode 30 has opposite end regions 30a 30b supported on ends of an electrical insulating anode support 40 Figures 4 5 and 6 which can made of machined polypropylene or other suitable electrical insulating material.The support 40 comprises a sidetapered base 40b having an upstanding longitudinal rib 40a on which the anode 30 resides.Engagement of the base 40b of each anode support on the generally flat surface area 21 of the respective cooling cavity 16 holds the anode in position in the cooling cavity relative to the surface area 20 to be plated and masks surface area 21 from being plated.One end of the anode is located by upstanding anode locator rib 41 and the opposite end is located in opening 43 in an integral masking shield 45 of the support 40.

The operation control method according to any one of Claims 5 to 7 further comprising a sixth step ST7 of outputting a warning to prompt a user to attach the panel3 to the front chassis 2 the warning being constituted by a voice message a warning beep or both in the case where in the third step ST3 it has been detected that the panel 3 is not attached to the front chassis 2 within a predetermined period of time after the front chassis 2 has been tilted to the panel attachment waiting position.

As mentioned later recharging of the battery 63 in the operation display panel 9 is made in the initial state where the operation display panel 9 is attached to the fitting plate 55 and the fitting plate 55 is closed see Fig.2.Thus a mainunitside charging terminal 67 connected to the panelside charging terminal 65 is provided on the main unit frame 37 corresponding to the panelside charging terminal 65.

The portable terminal of claim 1 wherein the portable terminal comprises a sensor wherein the sensor is adapted to detect a state of the portable terminal wherein the controller is adapted to determine the mode of the portable terminal based on the detected state of the portable terminal.

For instance referring again to the examples in Figs 5ac if the previous orientation of the mobile terminal 200 was as shown in Fig 5a where consequently the first frontmounted display 203 was activated and the current orientation is as shown in Fig 5b it may be concluded in step 412 that a handover to the second readmounted display 213 is appropriate based on the assumption that the user 1 has remained stationary.The concluded handover is executed in step 414 by activating the new display area second display 213 in the example of Fig 5b and deactivating the old hitherto activated display area first display 203 in the example of Fig 5a.

The coin payout device according to claim 1 characterized in that the stopper portion includes a part abutting on the first stopper pin and the first stopper pin includes a part abutting on the stopper portion wherein the parts have meshing shapes.

Next a description will be made for how to dispense a 500yen coin with reference to Fig.7.When a 500yen coin is to be paid out the solenoid 5 corresponding to the 500yen coin holding hole 215 is turned on the second solenoid 5 from the left in Fig1 is excited so as to enable the movement of the second change slide 4On the other hand the solenoids 5 corresponding to other coin holding holes 211 to 214 are kept off so as to drive them into the nonexciting state respectively.Then a motor not shown is driven so as to let the payout link 1 make a back and forth bidirectional movement.Due to this backward movement of the payout link 1 the projection 432 of the movable supporting member 43 moves along the guide groove 122a thereby the projection 432 turns clockwise around the fixed supporting member 42 as shown Fig.7.On the other hand the movement of each first change slide 3 is disabled by a stopper pin 5a and kept in the standby state as shown in Fig.7.And due to this backward movement of the payout link 1 the payout slide 2 also goes backward so that coin holding holes 211 to 215 go onto the coin payout holes 62.

The process according to claim 3 wherein the metallocene catalyst is racMe2Si2Me4Ph Ind2ZrCl2 or Ph2C2Me4tBuCp27tBu2FluZrCl.

It has previously been known to produce multimodal in particular bimodal polypropylene in two or more reactors connected in series i.e.in different steps a and b.

The system 100 200 300 400 500 600 of any preceding claim wherein the processor 102 202 is further configured todetermine a characteristic of a virtual object and determine the haptic effect based at least in part on the characteristic.

Touch sensor 152 may comprise one or more sensors configured to detect an object such as a users finger or a stylus near or touching a surface of electronic interactive device 100 such as a surface of screen 130 a surface of user input device 122 or any combination thereof.In one example touch sensor 152 may comprise one or more capacitance sensors embedded in device 100 and may be configured to sense a change in capacitance arising from a users touch and to sense a location of the touch.In one example touch sensor 152 may comprise a pressure sensor a resistive sensor a surface acoustic wave SAW sensor an infrared sensor an optical sensor or any other sensor configured to sense a touch input at the surface of device 100.In some embodiments touch sensor 152 may be part of one or more user input devices 122 124 126 128 or screen 130.

The system of claim 1 or 2 wherein the energy level determining apparatus is further configured to execute instructions defining a signal processing filter to compute the energy level of the at least one component signal.

Note that everchanging settings i.e.setting states of the digital mixer are herein referred to as current data which are stored in a current area 14a within a RAM 14.The current data comprise current scene data i.e.current set of firsttype data including a group of parameters for directly operating on or varying a sound signal and current snapshot data i.e.current set of secondtype data including a group of parameters for defining functions of the various operators or displaying styles of the various display devices and elements.In the instant embodiment of the digital mixer the contents of the current scene data can be stored as scene data firsttype data in a scene area 12b of the flash memory 12 or other suitable storage device a plurality of types or sets of scene data can be stored at a time in the scene area 12b.Similarly the contents of the current snapshot data can be stored as snapshot data secondtype data in a snapshot area 12c of the flash memory 12 a plurality of sets of snapshot data can be stored at a time in the snapshot area 12c.

The ultrasonic welding device according to claim 6 wherein each of said angled side surfaces of each said plateau surface are connected with another side surface of said adjacent plateau surface with a radiused surface therebetween to form said trough.

The filmfeed assembly 29 can make all the supplementary films 31 provided advance at the same time or one at a time as will be explained in more detail hereafter so as to allow different types of finished wrappers 124 to be achieved.

The digital device of claim 8 wherein the output unit is configured to output each service board generated for the STB applications in a layer structure.

The login item 627 can be used upon connection to an application store or login into a network to which the display device is connected.The help item 628 can be used for help upon operation of the display device 100.The exit item 629 can be used to attempt to exit a corresponding home screen.In this case the received broadcasting video may be displayed over the entire screen.

The subsea electrical unit according to any of the preceding claims wherein the subsea electrical unit 100 is a subsea control unit in particular a subsea well control unit WCU configured to receive electric power on one of the first and second electric power connections 11 12 and to supply electric power via the other of the first and second electric power connections 11 12.

The distribution unit 3 may be provided with electrical protection circuitry to isolate any electrical short circuits arising for example as a result of the breakdown of the insulation of one or more of the cables 5 or a failure within one or more of the output connectors 6b.It may also incorporate a transformer to step down high voltage transmissions from the surface and umbilical 1 to lower voltages that are better suited for use by the devices 4.

A method comprising densifiying a carbonized preform via at least one of resin transfer molding RTM vacuum pitch infiltration VPI and chemical vapor infiltrationchemical vapor deposition CVICVD heat treating the densified preform to open internal pores of the densified preform and infiltrating the internal pores of the densified preform with low viscosity resin to increase the density of the preform.

RTM.Resin Transfer Molding RTM is an alternative to the use of VPI for the production of polymerbased composites.In Resin Transfer Molding a fibrous preform or mat is placed into a mold matching the desired part geometry.Typically a relatively low viscosity thermoset resin is injected at low temperature 50 to 150C using pressure or induced under vacuum into the porous body contained within a mold.The resin is cured within the mold before being removed from the mold.US 6537470 B1 Wood et al.

The method of any of claims 17 further comprising determining the plurality of correspondence points using an algorithm configured to identify correspondences in a plurality of images.

The computer processing unit 7 is made of a PC Personal Computer.The computer processing unit 7 includes a controlling and calculating unit 10 and a memory unit 11.The controlling and calculating unit 10 is made of a CPU Central Processing Unit and the memory unit 11 is made of a semiconductor memory device such as a RAM Random Access Memory and a ROM Read Only Memory a magneticstorage device or the like.The memory unit 11 stores operating systems and position measurement programs and the controlling and calculating unit 10 reads and executes the programs.

A bearing assembly according to Claim 1 or 2 wherein said one flow channel 30 is a groove provided on at least one of the lateral surfaces 16d 16e of the radial portion 16b of the annular thrust collar 16.

Then according to these configurations magnetic interference between two magnetic circuits formed by the respective electromagnetic stators is relieved.As a result it is possible to relieve the formation of an abnormal magnetic circuit extending from one electromagnetic stator to the other electromagnetic stator through the rotary disc and extending from the other electromagnetic stator to the one electromagnetic stator through the rotor disc.Thus electric energy supplied to the electromagnetic coils is effectively utilized to control the position of the rotating shaft so that it is possible to improve the control performance.In addition the rotary disc is integrally coupled in the portion where no deep groove or no through hole is provided.Thus even if maximum stress is generated due to centrifugal force at the time of high speed rotation in the rotationaxisdirection position of the inner diameter of the rotary disc having a maximum outer diameter the stress is relieved so that the fixation between the rotating shaft and the rotary disc is retained surely.

The device according to claim 11 wherein said logic control unit 19 is configured to control switching of said switch assembly 18a18d to optimize a coupling efficiency between said transducer 2 and said interface stage 5.

The method described which envisages the choice of an optimal value of TDELAY and K enables implementation of an active control of the mean value and of the ripple of the currentsupplied by the transducer and enables an optimal impedance matching to be obtained between the transducer 22 and the scavenging interface 24.This ensures a high efficiency SCAV of the scavenging interface 24b irrespective of the speed of rotation of the tyres 202 and of the conditions of storage of the energy in the capacitor 27.

The device according to one or more of the preceding claims characterized in that said takeup arm 6 is connected to means 18 for damping its rotation about the corresponding axis 7.

A pulley 12 is provided on the tip of the tension arm 10 which guides the wire 2.The wire 2 which is lead from the spool 1 to the felt pulley 8 passes through the pulley 12 and a pulley 13 which is nearer to the bobbin 7 than the pulley 12 and is lead to the bobbin 7.Instead of the pulley 12 on the tip of the tension arm 10 a ring shaped member which leads the wire 2 may be provided.

An electrosurgical system according to any one of claims 10 to 14 wherein the pair of electrodes is configured to operate in a bipolar mode of operation.

Electrode body 112h including a deployable blade 106h may also be utilized by a clinician as a measuring device to measure one or more parameters related to a target tissue.In a selectable mode of operation the first and second bipolar electrodes 208a 208b are utilized by the generator G See FIG.1 as sensors and the generator G measures one or more properties related to the tissue.For example with the deployable blade 106h not in a cut position the clinician may draw the electrode face 105h along a resection line and measure one or more tissue properties.For example generator G may measure tissue impedance along the resection line and indicate the presence or lack thereof of vessels andor arteriesfluid pockets andor tissue with one or more properties not in conformity with the target tissue.

The method as claimed in any one of Claims 1 to 3 wherein the ratio CD is selected from the range comprising 0100 to 4060.

Other details regarding a typical laser cladding process using an apparatus like that of FIG.4 are provided in various references such as U.S.Patent 5038014

A method according to any of claims 1 to 9 comprisingconfiguring said UE with an indication on whether connectivity with at least one PDNGW in HPLMN is required said indication including a global indicator set on the UE by an Home Access Network Discovery and Selection Function HANDSF in HPLMN.

Thereby manner is provided by which to facilitate homenetwork access by a roaming wireless device by way of WLANs that are both 802.1x capable and wireless local area networks that are non802.1xcapable.

The refrigerating apparatus according to claim 1 wherein when a rated cooling capacity is more than 5 kw to 18 kw the refrigerant circuit has a liquid side pipe having an inner diameter of more than 5.95 mm.

In the eleventh aspect of the invention if the single type of additive is added to the refrigerant oil the proportion of the additive in the refrigerant oil is equal to or greater than 0.01 by mass and equal to or less than 5 by mass.If the multiple types of additives are added to the refrigerant oil the proportion of each additive in the refrigerant oil is equal to or greater than 0.01 by mass and equal to or less than 5 by mass.

A method for accessing a network which is implemented by a network access device characterized in that the method comprises steps of receiving 201 502 a request message requesting for accessing the network which is broadcast by a first communication device detecting 202 503 a current state of the network access device if the network access device is currently in a device access forbidding state sending 203 504 a state switching request to a terminal bound with the network access device the terminal being configured to generate a replay message based on the state switching request receiving 204 508 the reply message sent by the terminal and if the reply message instructs switching the state of the network access device to a device access permitting state switching 205 509 the state of the network access device to a device access permitting state.

At block 312 in response to receiving the join request relayed from the neighboring device 1022 the controlling device 1024 may determine whether to allow or reject the join request of the requesting device 1023.In one implementation the controlling device 1024 may determine whether to allow the join request based on a condition of the network andor a condition of the requesting device 1023.If the controlling device 1024 determines to reject the join request of the requesting device 1023 the controlling device 1024 may send a reply to the requesting device 1023 via the neighboring device 1022 indicating that the controlling device 1024 or the network is unable to allow the requesting device 1023 to join.

Method according to the claim 3 wherein estimating the heat input HIengmodel HIexpected based on the pressure ratio PRC87 comprises using at least one curve fit 307311 based on plural measurements 305 309 performed on at least one gas turbines the curve fit relating measured pressure ratio to measured heat input wherein the curved fit is in particular described by a polynomial of second order having a positive first coefficient and a positive second coefficient a representation of the curve fit being in particular stored in an electronic storage.

Flexible fuels that are burned in gas turbines often range in composition and associated calorific value.Compared with regular natural gas flexible fuel composition variations can create certain combustion problems including elevated emissions combustion noise dynamics undesirable flame holding events and inefficient burning.Adjusting combustor properties to optimize combustion as a function of fuel composition has traditionally been addressed by using a mass spectrometer calorimeter or other fuel measurement techniques such as a Wobbe Index meter.However such devices are expensive inaccurate and have a slow response time.In certain traditional systems at least three Wobbe Index meters are needed along with buffer tanks and other expensive infrastructure for determining the fuel composition variations and addressing the related combustion problems.

A method for forming a group 2 metal oxide film on a substrate wherein the film comprises a thickness the method comprising a.introducing a group 2 metal containing composition comprising a group 2 metal imidazolate complex comprising an imidazolate comprising at least one selected from the group consisting of 245tritertbutylimidazolate 2tertbutyl45di11dimethylpropyl imidazolate 211dimethylbutyl45ditertbutylimidazolate 211dimethylbutyl45di11dimethylpropylimidazolate 2tertbutyl45di11dimethylbutylimidazolate 245tri11dimethylbutylimidazolate 245tri11dimethylpropylimidazolate 211dimethylpropyl45di11dimethylbutylimidazolate and 211dimethylpropyl45ditertbutylimidazolate a group 2 metal selected from barium strontium magnesium radium and calcium and a ligand which coordinates the group 2 metal to the imidazolate in the complex wherein the ligand is at least one selected from the group consisting of a nitrogencontaining monodentate C4 to C12 cyclic molecule an oxygencontaining monodentate C4 to C12 cyclic molecule a nitrogencontaining C4 to C12 bidentate ligand an oxygencontaining C4 to C12 bidentate ligand and a C4 to C12 bidentate ligand containing both nitrogen and oxygen and a hydrocarbon solvent b.chemisorbing the group 2 metal containing composition onto the substrate c.purging away the unreacted group 2 metal containing composition using a purge gas d.providing an oxygen source to the group 2 metal containing composition onto the heated substrate to react with the sorbed the group 2 metal containing composition and e.optionally purging away any unreacted oxygen source.

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 bandpass filter of any of the preceding claims wherein the conductive layer further comprises a first impedancematching portion connecting the loop portion and the first signal terminal.

As described above at least three variable reactance blocks 102 of the variable resonator 100 are necessary.From the viewpoint of miniaturization it seems to be preferable that the number of the variable reactance blocks 102 is as small as possible.However a constitution provided with a large number of the variable reactance blocks 102 has an advantage and it will be described by employing the case of using variable capacitors as an example.

A data analysis system for analyzing microscopic data acquired by a charged particle microscope from an object comprising a plurality of sample particles wherein the microscopic data comprises Xray intensity measurement data and charged particle intensity measurement data which have been acquired by scanning a primary beam of the charged particle microscope in a first and a second scanning region wherein the first and the second scanning regions are adjacent to each other or partially overlapping with each other wherein the data analysis system is configured to identify at least one sample particle of the plurality of sample particles which is at least partially located in the first and in the second scanning region and to generate Xray intensity data assigned to surface locations of the identified sample particle depending on at least a portion of the Xray intensity measurement data of the first scanning region at least a portion of the Xray intensity measurement data of the second scanning region and further depending on at least a portion of the particle intensity measurement data of the first and the second scanning regions wherein the generating of the assigned Xray intensity data comprises generating for each of the first and second scanning regions an image depending on the particle intensity measurement data of the respective scanning region and determining positions of impingement locations of the primary beam in the first and in the second scanning region relative to each other wherein at the impingement locations the portions of the Xray intensity measurement data of the first and second scanning regions have been acquired wherein the determining of the positions of the impingement locations relative to each other is performed depending on the image of the first scanning region and the image of the second scanning region.

After a scan is complete the backscattered electron data are used to form an image of the sample in step 716.FIG.8A shows a backscattered electron image 810 of the sample.In step 718 the backscattered electron image is analyzed to determine the outline of regions of the sample having similar characteristics.For example FIG.8A shows distinct regions 802A 802B and 802C which are observable on the backscattered electron image because each region is set apart on the bases of gray level and morphology.FIG.8B shows symbols x o andrepresentative of the xray quants collected in the regions 802A 802B and 802C.Xray quants collected as the beam scanned across the epoxy region between regions 802A 802B and 802C are not shown.Thus it is not required to collect sufficient quants at each dwell point to determine the composition of the region because thequants from multiple dwell points are combined.Each symbol x o orcorresponds to a group of xray quants that comprise a spectrum but typically having insufficient quants for an accurate analysis of the composition at that dwell point.

The process according to claim 1 or claim 2 wherein the hydrogen to ethylene ratio in the fluid reaction phase of the first polymerisation stage is from 200 to 1000 molkmol.

In a particularly preferred multistep process ethylene is copolymerized with one or more C3C12 olefins in the presence of a polymerization catalyst comprising the components of steps a to e described above in two or more polymerization stages.In a first polymerization stage a first homoor copolymer component having a weight average molecular weight of from 5000 to 50000 gmol and a comonomer content of from 0 to 5 mol is produced.In a second polymerization stage a second copolymer component having a weight average molecular weight of from 300000 to 900000 gmol and a comonomer content of from 0.5 to 10 mol is produced.The resulting polymer composition preferably comprises from 35 to 55by weight of the low molecular weight component and 45 to 65by weight of the high molecular weight component.

An apparatus according to any preceding claim wherein the upperlayer application is associated with respective instances and the means for generating are configured to generate an intermediate layer message indicating the communication resource at which at least one of the respective data flows of the instances of the communication service is to be effectuated.

According to a next box 620 the reservation request frame is decomposed to extract a reservation request.

The electronic device of claim 1 wherein when the information on the motion does not satisfy a selected condition the instructions configure the processor to acquire additional information on the motion of the electronic device using at least a part of the at least one first sensor for a third period of time which is shorter than the first period of time immediately after the second period of time passes and activate the at least one second sensor based on at least a part of the additional information.

The biometric sensor 220 includes at least a photo sensor 221 a GSR Galvanic Skin Response sensor 223 and a temperature sensor 225.In addition the biometric sensor 220 may further include other biometric sensors such as a heart rate sensor.

A data security apparatus as defined in claim 1 further comprising a data distributer for transmitting said available data to said mobile terminal apparatus a data manager for enabling transmission of said data distributer in case said location evaluator detects that said mobile terminal apparatus is located within said zone area and disabling transmission of said data distributer in case said location evaluator detects that said mobile terminal apparatus is located outside said zone area.

The data management section may deny by deleting the specific data stored in the data storage section the access thereto or may deny by transferring the specific data to the external device via a data transfer process section which is further included in the information processing device so as to transfer data stored in the data storage section and by deleting the specific data stored in the data storage section the access thereto.

The refrigerating apparatus according to claim 1 wherein when a rated cooling capacity is 5 kw or less the refrigerant circuit has a liquid side pipe having an inner diameter of 6.1 to 6.6 mm.

A thirteenth aspect of the invention is intended for the refrigeration apparatus of any one of the first to twelfth aspects of the invention in which the refrigerant of the refrigerant circuit 10 is refrigerant mixture further containing difluoromethane.

The method of claim 16 wherein communications between the service provider computing server and the mobile device conform to a secure hypertext transport protocol HTTPS.

In the embodiment the application provider management platform is connected to the card issuer management platform through line or Internet and the card issuer management platform can establish communications with the smart card through the application provider management platform and the application provider service terminal.

An air conditioning system comprising the control device of the indoor unit of the air conditioning apparatus according to any one of claims 1 to 4 the information terminal according to claim 5 the indoor unit and a server including a storage means for storing association information in which first identification information on the information terminal and secondidentification information on the indoor unit are associated with each other.

Information restricting the manipulation of the local controller 110 may be inputted into the input unit 150.The user can restrict at least one of a plurality of operation settings through the local controller 110 by entering a manipulate signal by the input unit 150.That is by means of the manipulate signal entered by the user the inputting of operation setting information by at least one of the input keys can be restricted.If the user sets to restrict the manipulation by the first input key 151 and the second input key 152 the user cannot enter a manipulate signal by the first input key 151 and the second input key 152 thereby making it impossible to decrease or increase a set temperature.

A magnetic drill comprising a housing with a base configured to attach to a planar surface an electromagnet arranged in the base of the housing and operable in response to a DC voltage to magnetically couple the base to a surface proximate to the base an electric motor for driving a tool a converter configured to receive an AC input signal operates in the presence of the AC input signal to output a DC voltage to the electromagneta controller configured to receive the DC voltage from the converter and operable to energize the electromagnet and an alternate power source circuit that monitors the DC voltage output by the controller using a detector and in the absence thereof provides an alternate DC voltage to the electromagnet where the detector is interposed between the alternate DC voltage and the electromagnet.

The display 34 includes for example an LED which can emit green yellow and red light.Under control of the main control unit 14 this LED can emit light in any one of the above colors as well as emit light in various lighting modes such as emitting light continuously blinking at long intervals and blinking at short intervals.In this embodiment the following lighting modes are provided for the display 34.

A streamer headfloat system 135 connected to a head portion 1 04A of a streamer 104 or to a leadin 106 the system comprising a headbuoy 110 configured to float in water and connected through a cable 112 to the head portion 104A of the streamer 104 or to the leadin 106 a headfloat 120 configured to float in water a connector 122 connecting the headfloat 120 to the headbuoy 110 and positioning equipment 150 152 on the headfloat 120 and configured to determine a position of the streamer 104.

The other end of the rope 105 may be connected to a winch unit 102 disposed in the reference buoy 101 for depth control of the source array.The winch unit 102 may be controlled by a control and communication unit 103.The communication unit 103 may be in signal communication with the recording system 12 in FIG.1 using for example a radio link.A GPS receiver 120 may be disposed on the reference buoy 101 for geodetic position determination.Other examples may omit the surface reference buoy 101.If for example it is desired to increase the depth of the source array a signal may be transmitted from the recording system 12 in FIG.1 to the communication unit 103.The communication unit 103 will operate the winch 102 to extend the rope 105.

The method according to claim 1 characterized in that metals of the metal chalcogenide nanoparticles 210 310 410 the metal ions 240 340 450and the metal complex ions 240 330 440 further include germanium.

Preferably the seleniumGroup 1b ink used in preparing the Group 1a1b3a material is tailored to deposit a MaSeh material on the substrate wherein the mole ratio of M to Se in the seleniumGroup 1b ink is 61 to 16 preferably 31 to 13 more preferably 21 to 12 and wherein M is at least one Group 1b material selected from copper and silver preferably copper.Variation of the molar ratio of the selenium in the selenium component to the Group 1b material in the Group 1b component of the seleniumGroup 1b ink provides selectabilityof the MaSeh material deposited using the seleniumGroup 1b ink of the present invention.For example a 11 molar ratio of the selenium in the selenium component to the Group 1b material in the Group 1b component in the seleniumGroup 1b ink facilitates the deposition of predominantly a MSe material.A 21 molar ratio of the selenium in the selenium component to the Group 1b material in the Group 1b component in the seleniumGroup 1b ink facilitates the deposition of predominantly a MSe2 material.A 12 molar ratio of the selenium in the selenium component to the Group 1b material in the Group 1b component in the seleniumGroup 1b ink facilitates the deposition of predominantly a M2Se material.

The network device of claim 8 where the processor is further to select a set of existing LI sessions from the stored LI session records associated with the lowest priority determine whether there exists at least one LI session with an invalid target in the selected set of existing LI sessions and select the at least one LI session with the invalid target as the particular LI session to terminate.

For example it is determined whether congestion occurs on a reporting interface between the interception NE and the interception center or on a reporting interface between the interception NE and the interception gateway or on a reporting interface between the interception gateway and the interception center.

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

When a result of determination at step S32 is the connection to the mobile device the portable information processor brain unit 40 controls the operation of this mobile device car navigation 41.In the following explanation an explanation will be made by using a connect configuration of Fig.6.First the CPU 61 acquires position detection information from the mobiledevice 41 step S33.This position detection information is information output from the GPS unit and various sensors 73 and is information that calculates the present position of the vehicle by the CPU 61.Being not limited to this this position detection information may be information calculated based on the information output from the GPS unit 72 and various sensors 73 by the calculating units of the sub CPU 70 and the like provided in the mobile device 41.In addition it may be information calculating the present vehicle position by a calculating unit provided in the GPS unit 72.

A printing apparatus comprising the ink jet head according to any one of claims 1 to 4 anda conveying unit configured to feed a printing medium to a position where the ink jet head discharges the ink.

In this embodiment both the issue described above and a problem to minimize the increase of hardware resource such as memory capacity and an arithmetic circuit are solved at the same time.For that purpose here timing of transferring the driving waveform to the DA convertor 30 connected to the recording head controller 25 is corrected using delay data in accordance with the number of nozzles 10 driven simultaneously delay correction.Accordingly DA converting cycle of each driving pulse in the DA convertor 30 is corrected and that can minimize the fluctuation in the driving waveform that consists of the group of driving pulses.The delay data can be both plus extension and minus reduction.

The mobile terminal any one of claims 2 to 6 wherein the image comprises a line corresponding to the trajectory of the second touch and wherein the controller 180 is further configured to apply a thickness of the line in proportion to an area of the first touch.

The mobile communication module 112 transmitsreceives wireless signals tofrom one or more network entities e.g.base station external terminal server etc..Such wireless signals may represent audio video and data according to textmultimedia message transceivings among others.

The radiographic imaging device according to any one of claims 1 to 3 wherein the protective cover is applied to a protective cover recess portion provided in a surface at a side at which radiation is incident when the radiographic imaging device main body is installed at an imaging stand.

As shown in Fig.11A and Fig.11B first faces 112 attached with thermal insulation material 110 of the third exemplary embodiment are not faces of the casing 18 in the thickness direction but are the pair of side faces that make contact with the pair of press members 98 provided to the mounting section.

An optical network element in accordance with claim 8 further comprising an optical coupler 42 142 connected to an input of the wavelength demultiplexing arrangement 22 and arranged to merge the optical signals from the optical loop back path 40 140 with the optical signals from the optical drop path 23.

In the specific embodiment of FIGURE 2 transport element 110 includes a passive optical splitter set having a drop coupler 112a and an add coupler 112b.Drop coupler 112a passively splits the ingress signal on ring 16 into two generally identical signals.A passthrough signal is forwarded to rejection filter 114 while a drop signalis forwarded to distributing element 120 via segment 118.The signals may be substantially identical in content andor energy.Add coupler 112b passively combines the passthrough signal from drop coupler 112a and an add signal comprising local add traffic from combining element 130 via segment 119.

Method according to the preceding claim wherein the criteria further comprises the measured Caloric Value LCVmea is stable within 5 in particular2 compared to the measured Caloric Value of the previous update interval.

FIG.1 illustrates an example fuel compensation system 100 according to an example embodiment.The system 100 may include a turbine assembly 102 that may include a compressor 104 a combustor 106 a turbine 108 a load 110 various valves 112 associated with the fuel delivery to the combustor 106 and various sensors 114.According to an example embodiment the sensors 114 may be utilized for measuring andor monitoring parameters for estimatingdetermining the fuel composition.According to an example embodiment sensors 114 may be utilized for monitoring fuel parameters 118 such as fuel valve stroke and fuel pressure combustion dynamics 120 such as acoustical amplitude acoustical frequency optical intensity optical frequency or flame instabilities and performance characteristics 122 such as compressor pressure discharge CPD compressor temperature discharge CTD turbine firing temperature turbine exhaust temperature turbine load fuel flow rate pressure temperature compressor inlet air pressure drop compressor inlet flow compressor inlet guide vanes IGV opening turbine exhaust fluids flow and ambient air conditions comprising one or more of air temperature air pressure air humidity or heat balance.According to an example embodiment an optional Wobbe meter or gas chromatograph 116 may be utilized in addition with one or more of the other measured parameters.According to certain example embodiments any known industrial or laboratory device e.g.gas chromatograph calorimeter Wobbe meter which defines fuel composition may be utilized.According to example embodiments a universal transfer function may work with such devices in order to correct the device output andor reduce numberredundancy of such devices andor to eliminate such device altogether.

Agricultural vehicle 1 according to claim 4 wherein the damping element 26 is bypassed wherein the bypass comprises a onewayvalve 27 so that the damping is only obtained when fluid flows towards the accumulator 25 and wherein damping element is bypassed when fluid flows out of the accumulator.

It should be noted that the direction of the force M depends on the side towards which the vehicle 1 tends to overturn.If this side is with respect to the longitudinal symmetry plane L on the same side on which the actuator 7 is installed the force M has to be directed towards the front axle 5 otherwise the force M has to be directed towards the body 2 of the vehicle.

A component according to any one of the previous claims which is an aerofoil component the airwashed surfaces being the aerofoil suction and pressure surfaces.

The shield assembly 12 includes a shield 40.In the embodiment shown a locking member 42 is adapted to extend between the stator vane and the shield.The locking member might be separate from the shield or integrally attached to the shield.The shield is adapted to be disposed about the edge of the airfoil.The shield is formed of a suitable metal which can withstand the impact of the abrasive particles or coating particles and the temperature of any coating spray process.One suitable material is AMC 6513 Aerospace Material Specification 6513 stainless steel having a thickness of about nine thousandths of an inch to fifty thousandths of inch.009.050 inches.231.27 mm with nine thousandths of an inch.23 mm preferable for some applications.

The rechargeable battery according to claim 4 wherein the first fuse HFA1 is on the terminal connection part 121 of the current collector 120 120.

The second collecting part 340 is generally Lshaped and includes a first extension part 341 a bent part 342 a second extension part 343 a first fuse part 344 and a second fuse part 345.

A method as claimed in claim 10 or 11 which further comprises the step of cutting the composite structure.

To constitute a cell using the above electrode laminate unit a cell can be constituted by inserting lithium metal 4 at e.g.the center portion of the laminate wound in an elliptic form so that the lithium metal faces the innermost negative electrode 2 and thenpressing the electrode laminate unit.In such a case with respect to the lithium metal 4 it is preferred that a lithium electrode current collector 4a has the lithium metal 4 on both sides as shown in Fig.7 whereby the facing negative electrodes can be doped with lithium ions on both sides of the lithium electrode current collector 4a.Further it is also possible to dispose lithium metal 4 to face the outermost negative electrode of the flat electrode laminate unit to constitute a cell.

A system according to claim 1 wherein the means for CO2 capturing 16 is located downstream the means for separation of CO2 15 in rich stream side.

In another embodiment of the invention 400 a gas turbine system 403 is included as shown in FIG.5.Air 401 is compressed in the compression section 402 and then mixed with a fuel 404 and combusted in combustor 406.The resulting high temperature gases 408 are expanded in turbine section 410 to generate electricity via generator 412 and an exhaust gas 414.The exhaust gas 414 is directed to an HRSG 416 where the heat from the exhaust gas 414 is used to generate additional electricity in a steam cycle or other bottoming cycle not shown and a reduced temperature exhaust gas 418 for example having a temperature in the range between about 50 C to about 100 C.A first portion 420 of the reduced temperature exhaust gas 418 can optionally be recycled back to mix with the air 401 that is introduced into compressor section 402 to increase the overall CO2 content in the reduced temperature exhaust gas 418 and to improve the extraction efficiency of the system 400.Ideally the CO2 content of reduced temperature exhaust gas 418 should be in the range between about 8 by volume to about 15 by volume for improved extraction efficiency through a carbon dioxide extraction system.In order to achieve these levels of CO2 such technologies as exhaust gas recirculation can be employed.

A hearing instrument according to any of the preceding claims wherein the hearing instrument is further configured for ignoring the broadcasted message upon failed authentication of the transmitter of the broadcasted message.

The assistive listening system is adapted to provide that the DECT link from the transmitting device to the receiving listening device is unidirectional.The term unidirectional link is intended to mean providing oneway transmission here from the DECT transmitter to the receiving listening device.This has the advantage that no transmission from the receiving listening device is needed which on the other hand allows a reduction of receiver complexity and power consumption.Further it facilitates broadcasting from a transmitter to a multitude of receiving listening devices in the same time slot of the DECT map.

A video service platform for generating video clips from a sequence of video data elements for delivery and playback on demand comprising a user input unit for receiving individual time stamp data inputs generated by each of a plurality of users identifying parts of the video data to be used to generate clips an aggregation system for calculating aggregated time stamp values each associated with a plurality of the individual time stamp data inputs an event marker unit for associating an event marker flag with an element of the video data sequence in accordance with the aggregated time stamp data and an output unit for generating a video clip from a plurality of video data elements defined by relation to the event marker flag.

In Figure 1 a football match is represented by a football pitch FP.Camera recorders 1 2 3 are shown disposed with respect to the football pitch FP and are used by operators or are arranged automatically to record continuously the football match which typically would be the entire football match although it would be appreciated that small interruptions may occur.Contemporaneously with the recording of the football match an operator 4 observes the football match and using an event logging processor system 6 selects one or more of a plurality of predetermined event codes forming a set to represent events that may occur within a football match.These are shown in an expanded view within a table 8 and include such things as goal penalty yellow card foul etc.Thus throughout the duration of the match when a corresponding event occurs in the match such as a goal the operator 4 selects the goal event and a corresponding event code representing that event is recorded in an event log with respect to time generated by a clock 10.The event log is then recorded on an appropriate medium for example a flash memory 12.Also recorded in the event log is a time reference which identifies when the event represented by the event code was logged.This time reference could be realtime a time code or a time from the start of the match match clock.As such in one example the reference time in the event log may be generated automatically with the match clock being reset at the start of the match.

A method as described in claim 7 where the duration of a temporary control status is the duration of a timeout period for user input.

The invention may be implemented in a computer program for carrying out the method steps described herein on a set top box or similar device.

The refrigeration cycle apparatus of any one of claims 6 to 8 further comprising a liquid temperature detecting sensor 205 for detecting when the useside heat exchanger 7 functions as a condenser a liquid temperature at an outlet of the condenser wherein in the refrigerant amount determining mode the controller 100 controls a rotation speed of the compressor 1 so that a condensing temperature is a target value based on the liquid temperature.

Airconditioning apparatuses include a general airconditioner that performs a cooling operation a heater that performs a heating operation a general heat pump type airconditioner that performs both cooling and heating operations and a multiairconditioner that coolsheats a plurality of indoor spaces.Hereinbelow as an embodiment of the airconditioning apparatus the multiairconditioner will be described in detail.

The separator according to to any of the claims 1 to 11 wherein the electrodes comprises a positive electrode and a negative electrode the positive electrode being selected from the group consisting of lithium cobalt oxide lithium nickel cobalt manganese oxide lithium manganese oxide lithium iron phosphate and lithium nickel oxide electrodes and the negative electrode being a crystalline or amorphous carbon electrode.

To confirm the properties of these separator membranes they were heat laminated onto the following cathode and anode to give secondary lithium batteries.

The vehicle driving mode display device described in claim 1 wherein the first condition is a case that a difference between an acceleration at a first time and a standard acceleration obtained from the running speed pattern is smaller than a difference between the acceleration at a second time when a predetermine time period has passed since the first time and the standard acceleration obtained from the running speed pattern.

Fig.7 shows one example of the vehicle testing apparatus.In Fig.7 the symbol 21 represents a rotation roller on which the driving wheel 22a of a vehicle 22 under test is mounted and the symbol 23 represents a chassis dynamometer operatively connected to the rotation roller 21 through the shaft24.This chassis dynamometer 23 corresponds to the dynamometer 3 of the engine testing apparatus 1.The symbol 25 represents a flywheel provided on a shaft24 and the symbol 26 represents a speed sensor provided on the shaft 24.The speed sensor 26 corresponds to a sensor not shown for outputting a rotation measurement value in Fig.4 showing the engine testing apparatus 1.This sensor is provided in an engine 2 shown in Fig.4 in the engine testing apparatus 1.The symbol 27 represents a torque sensor provided in the chassis dynamometer23 and this corresponds to the torque measuring device 8 of the engine testing apparatus 1.The symbol 28 represents a running resistance generator for generating a target running resistance signal T corresponding to an actual running speed signal v sent from the speed sensor 26.The symbol 29 represents a chassis dynamo controller for driving and controlling the chassis dynamometer 23 such that a running resistance target running resistance corresponding to the actual running speed is applied to the driving wheel 22a based on a difference signal between an actual running resistance signal t sent from the torque sensor 27 and a target running resistance signal T sent from the running resistance generator 28.The symbol X represents a drivers aid display uniton which a set target driving pattern Vo target vehicle speed pattern 12 in Fig.4 and a variation of data position V showing driving state of actual current time actual running speed signal v of current time sent from the speed sensor 26 are displayed such that the driver of the vehicle can visually check.

The edema evaluation apparatus according to Claim 5 wherein the index calculator determines whether edema occurs in both the right limb and the left limb of the human subject according to the edema index values calculated in the first process for the right and left limbs and when edema occurs in either the right limb or the left limb the index calculator executes the second process.

These electrodes 6a 6b 6c 6d serve to measure internal body impedance with both feet as body end portions and can be used as a pair of current path forming electrodes used for making a portion of the internal body for which impedance is to be detected conduct current to form a current path and a pair of voltage measuring electrodes for measuring a potential difference between two points in the current path.The human subject mounts hisher feet on the electrode sustaining portion 8 and makes hisher left sole come into contact with the electrodes 6a 6b and make hisher right sole come into contact with the electrodes 6c 6d thereby measuring the impedance.

The bucket assembly of any preceding claim wherein at least a portion of the platform cooling circuit 90 has a generally serpentine path.

FIGS.79 illustrate another embodiment of a turbine blade assembly 300.Except where noted the components and features indicated by numerical indicators shown in FIGS.79 correspond to those of previous embodiments except that the numerical indicator has been incremented by 200.

The blood analyzer according to any one of claims 1 to 5 further comprising an HGB measurement portion configured to measure the amount of hemoglobin by a methemoglobin method.

FIG.17 is a twodimensional scatter diagram expressed by the particle data obtained by applying the blood collected from a malarial patient as a specimen and analyzingthe specimen by the use of the blood analyzer 100 along Ssc as abscissa and Fl as ordinate.In FIG.17 the cluster of dots of particle data corresponding to malarial parasites appears at the position overlapping the cluster of dots of the particle data corresponding to neutrophils as in the case of FIG.10.Furthermore a twodimensional scatter diagram is shown as FIG.18 with respect to the same particle data as described above wherein Fsc is plotted as ordinate while Ssc is plotted as abscissa.Another twodimensional scatter diagram is shown as FIG.19 with respect to the same particle data as described above wherein Fl is plotted as ordinate while Fsc is plotted as abscissa.In FIG.18 the cluster of dots of the particle data corresponding to malarial parasite appears in the region P as in the case of FIG.12.On the other hand in FIG.19 the cluster of dots of the particle data corresponding to malarial parasite appears in the region Q as in the case of FIG.14.The results obtained by analyzing the present specimen in the application of the blood analyzer 100 and the results obtained by visual observation under microscope visual counting method by using Tuerks solution with respect to the present specimen are shown in the following table 1.The results of the visual observation are those obtained in such a manner that 200 white blood cells in a specimen are observed to differentiate them and to count them and the counted results are converted into a count value per 1 L of the specimen.Moreover a ratio of the whole white blood cell count is calculated with respect to various types of the white blood cells differentiated in addition to the counted results.Table 1Blood analyzer 100 unit numberL Visual Observation unit numberLTotal White Blood Cells Number 5230 5500Monocyte 650 12.4 550 10Lymphocyte 1790 34.2 2090 38Neutrophil 2740 52.4 280551Eosinophil 250.5 27.5 0.5Basophil 250.5 27.50.5Malarial Parasite Positive Positive

The lubricating oil composition as claimed in any one of claims 1 to 5 wherein the aliphatic polyamine b1 comprises a compound of formula IIwherein each R2 independently represents at each occurrence hydrogen C1 to C12 alkyl group C2 to C6 alkenyl group or C1 to C12 alkyl amine R3 and R4each independently represent hydrogen C1 to C12 alkyl group C2 to C6 alkenyl group or C1 to C12 alkyl amine a is an integer from 0 to 10 each n independently represents at each occurrence an integer from 2 to 6 and with the proviso that when a is 0 then at least one of R3 or R4 represents hydrogen.

1 Base oil A mineral oil 35N2 Base oil B mineral oil 40N 3 Base oil C mineral oil 60N 4 Base oil D pentaerythritol dioleyl ester intramolecular COO content13 mass 5 ZnDTPA OLOA 5660 product of Chevron Japan Ltd.alkyl2ethylhexyl S12.6 mass P6.15 mass Zn7.62 mass 6 ZnDTPB OLOA 267 product of Chevron Japan Ltd.alkylC3 to C6 alkyl mixture S15.03 mass P7.50 mass Zn8.50 mass 7 Antioxidant A Sumilizer BHT Sumitomo Chemical Co.ltd.26ditertbutylpcresol 8 Antioxidant B ANTIOXIDANT 702ND product of Albemarle Asano 44methylenebis26ditertbutylphenol 9 Fatty acid amide A OLOA 340D product of Chevron Japan Ltd.reaction product between isostearic acid and tetraethylenepentamine N6.20 mass total base value81.0 mgKOHg 10 Fatty acid amide B reaction product between isostearic acid and triethylenetetramine 11 Polybutenylsuccinimide A OLOA 1200N product of Chevron Japan Ltd.mono form N1.85 mass total base value33.0 mgKOHg 12 Polybutenylsuccinimide B Hitec 646 product of Ethyl Japan mono form N1.75 mass total base value40.0 mgKOHg 13 Ca sulfonate Bryton C500 product of CromptonCorporation RC6H4SO32Ca 14 Phosphoruscontaining extreme pressure agent A VANLUBE 672 product of Vanderbilt acidic phosphate ester amine salt predominantly monoethylamine salt and monomethylamine salt P9.5 mass N4.95 mass 15 Phosphoruscontaining extreme pressure agent B JP218OR product of Johoku Chemical Co.Ltd.dioleyl hydrogenphosphite P5.34 mass 16 Viscosity indeximprover A Aqualube 806T product of Sanyo Chemical Industries Ltd.polymethyl methacrylate having a wt.av.molecular weight of 61000 17 Viscosity indeximprover B Aqualube 504 product of Sanyo Chemical Industries Ltd.polymethyl methacrylate having a wt.av.molecular weight of 140000 18 Metal deactivator HiTEC4313 product of Ethyl Japan 25bis1133tetramethylbutyldithio134thiadiazole 19 Deformer FL100 product of ShinEtsu Chemical Co.Ltd.fluorinecontaining organopolysiloxaneThe base oil employed in Comparative Example 1 had an ester content as reduced to COO of 0.79 mass.

The method of any preceding claim further comprising storing the identifying data and subscriber associated with the packet and retrieving historical records indicating a relation between the subscriber and a nonunique IP address.

The operation of the monitor node 130 in accordance with the present invention will be described in conjunction with the flowcharts of Figs.79.The steps shown in the flowcharts are performed by a processor of the monitoring node 130 in accordance with stored computer program code.Fig.7 shows the steps performed by the monitoring node 130 upon receipt of a data packet.In step 702 a data packet is received by the monitoring node 130.It is assumed that this packet is a data packet which is addressed to a network node other than monitoring node 130 and as such the monitoring node 130 will attempt to associate a particular user and service with the data packet.In step 704 the monitor node 130 determines whether the received data packet is a data packet transporting data in accordance with some known protocol for which special processing is required.The special processing of data packets will be described below.If the data packet is not transporting data in a protocol which requires special processing then control is passed tostep 706 in which an attempt is made to identify the user who is the source of the data packet.This step 706 of identifying a user includes further steps which are described further below in conjunction with the flowchart of Fig.8.In step 708 it is determined whether a user was identified in step 706.If a user was not identified then in step 710 an attempt is made to identify the user to whom the data packet is addressed.This step 710 is the same as step 706 and will be described further below in conjunction with the flowchart of Fig.8.In step 712 it is determined whether a user was identified in step 710.If a user was identified in either step 708 or 712 then in step 714 an attempt is made to identify the service associated with the data packet.If no user was identified in step 712 then the method ends in step 718.Step 714 of identifying a service includes further steps which are described further below in conjunction with the flowchart of Fig.9.In step 716 the usage data 216 Fig.2 is updated in accordance with the user identified in step 706 or 710 and the service if identified in step 714.

Method MET1 according to any of the preceding claims wherein said radio resource parameter TTISN 0..9 FB1 FB2 RB 0..99 CC1..CC4 is a time parameter a frequency parameter or a coding parameter.

The base station BS and the mobile station MS may use on a downlink from the base station BS to the mobile station MS an ARQ scheme or a HARQ scheme andor may use on an uplink from the mobile station MS to the base station BS a further ARQ scheme or a further HARQ scheme.TheHARQ scheme andor the further HARQ may be combined with soft combining.The HARQ scheme andor the further HARQ may be synchronous or asynchronous.Likewise the ARQ scheme andor the further ARQ scheme may be synchronous or asynchronous.

The device of claim 13 or claim 14 wherein the one or more reference devices include at least one of a cellular base station a wirelessnetwork access point one of a synchronised set of wireless reference beacons one of a synchronised set of wireless reference receivers a terrestrial digital television or digital audio broadcast transmitter and a geostationary communications satellite.

These two equations 12 together with timing measurements 11 are then sufficient to solve for the two unknownsand u the transmitter drift.As noted previously aboveis related toby equation 590.Hereis the angle between the direction of propagation and the baseline X1X3.This is a convenient way to characterise the direction of propagationespecially if the positions Xi are only known relative to one another.If the positions Xi are known in absolute geographic coordinates the anglecan be readily converted into a compass bearing.

The method of claim 6 wherein using unique encryption further includes enforcing a unique security policy for each secure session step 222.

When the pairing steps 617 and 619 have established a shortrange protocol communication channel the gateway 105 transmits network parameters 621 to the IPEnabler 201.These network parameters 621 may include WEPWPA key for the wider network 103 cryptography keys and any other security settings required by the gateway 105 to allow and enable a device 101 to operate on the network 103.In an alternative embodiment the network parameters are digitally signed using a certificate of a thirdparty trusted by the IPenabler 201.Alternatively or additionally the network parameters may be encrypted prior to being transmitted to the IPEnabler 201.

An adhesive tape 350 comprising a base part 301 having a film form and an adhesive layer 300 on the base part 301 wherein the adhesive layer 300 comprises an adhesive according to any of the preceeding claims.

Each microcapsule 1 has an outer diameter set to a value of not less than 2 m and less than 3000 m more preferably not less than 5 m and less than 1000 m.Here the outer diameter of each microcapsule 1 is set to fall within such a range because if the outer diameter is less than 2 m the outer wall 2 fails to be crushed even when subjected to an external force of not less than 150 Ncm2 with the result that the moisturecuring adhesive 3 fails to be released without serving its purpose while on the other hand if the outer diameter is more than 3000 m an inconvenience may arise that the outer wall 2 is crushed to release the moisturecuring adhesive 3 undesirably during application of microcapsules 1 at an external force of not more than 10 Ncm2.

A modulation generator and stripper for a resonator fiber optic gyroscope RFOG comprising a signal processing device comprisinga sine wave generator configured to output a digital sine wave that includes digital inphase I and quadrature Q signal components at a modulation frequency a first demodulator configured to receive the digital I signal component from the sine wave generator a second demodulator configured to receive the digital Q signal component from the sine wave generator a first accumulator configured to receive a demodulated signal from the first demodulator a second accumulator configured to receive a demodulated signal from the second demodulator a first multiplier configured to receive a control signal from the first accumulator and the digital I signal component a second multiplier configured to receive a control signal from the second accumulator and the digital Q signal component and a summer configured to combine multiplied signals from the first and second multipliers and output a digital stripper signal an analog to digital converter configured to receive a net error signal from a laser stabilization servo of the RFOG and output a digital error signal to the first and second demodulators a first digital to analog converter configured to receive the digital I signal component from the sine wave generator and output an analog I signal to an optical resonator ring cavity of the RFOG and a second digital to analog converter configured to receive the digital stripper signal from the summer and output an analog stripper signal to the laser stabilization servo.

In one embodiment the resonance tracking electronics 114 is further configured to produce a commoncavity modulation signal 264 fm.Commoncavity modulation signal 264 is a sinusoidal voltage signal that drives a piezoelectric transducer tube PZT.At least some of the optical fiber of the resonator is wrapped around the PZT.The PZT is configured so that the sinusoidal voltage signal drives the PZT to create a common modulation signal on both light beams.As explained above the commoncavity modulation is used to control the laser beams onresonance.However since a common modulation scheme is used for all light beams it allows for common mode rejection of additional rotationsensing errors thereby reducing the complexity of the RFOG 102.

The work vehicle according to claim 1 further comprising a rotational speed detection unit 13 that detects an actual rotational speed of the engine 190 wherein when the actual rotational speed of the engine 190 detected by the rotational speed detection unit is not more than a first threshold value the control unit does not decrease the output torque of the engine 190 regardless of the remaining amount of the reducing agent solution detected by the remaining amount detection device 10a.

By constructing as described above the reducing agent solution is sufficiently fed to the exhaust gas control means until the remaining amount of the reducing agent solution in the reducing agent solution reservoir decreases to the predetermined amount.As a consequence nitrogen oxides inexhaust gas emitted from the engine can be purified to emit clean exhaust gas.When the remaining amount of the reducing agent solution in the reducing agent solution reservoir has decreased to the predetermined amount this decrease is detected by the remaining amount detection means and a warning is given by the alarm means.Further the engine revolution speed limiting means is actuated responsive to the detection by the remaining amount detection means to perform a control that gradually reduces the maximum revolution speed of the engine compared with that at the time of normal working that is a control that reduces the maximum revolution speed of the engine to a predetermined value in a range that an operation of the hydraulic actuator becomes feasible.

The system of claim 1 wherein the converted message validator is configured to analyze each of the plurality of voicetotext converted messages to determine a measure of validation by identifying a keyword in a voicetotext converted message and checking for a presence of at least one corresponding subordinate word to the identified keyword in the voicetotext converted message.

Referring again to FIG.1 the speech transcription module 14 is known and generally comprises a speech input module 19 configured to produce a digital signal derivedfrom the voice communications and a speech processing module 20 operatively coupled to the speech input module.In some embodiments such as depicted in FIG.1 the speech transcription module includes a dedicated processor a microprocessor circuitry or some other processing component e.g.speech processing module 20.In other embodiments the speech processing module may be a separate component or subcomponent of another system.The speech transcription module is configured to transcribe the inbound and outbound voice communications into text a written or printed form i.e.speechtotext conversion.For speech to text conversion the speech transcription module is first trained to recognize spoken words and phrases that may be used by the transmitting and receiving stations.Such words and phrases may be a part of an aviation vocabulary and include words and phrases corresponding to the call sign e.g.Piper Three Five Xray the information received e.g.parameter parameter value or both e.g.turn right heading 040 descend and maintain 3000 right heading 030 descending to 4000 three five xray and the procedure word e.g.Wilco Roger or Affirmative.The speech transcription module may be trained with standard words and phrases that are supplied by the supplier of the speech transcription module as well as the words and phrases particular to an aviation context.As hereinafter described according to exemplary embodiments the speech transcription module is also trained with words or phrases obtained from the flight management system andor databases of the data storage device.The words or phrases obtained from the flight management system andor databases of the data storage device are referred to herein as contextual data.The speech transcription module may be trained to recognize the material words and phrases and to remove the idiosyncratic elements of speech e.g.stutters pauses filler words etc.from the transcriptions i.e.the speech transcription system 14 of system 10 may be configured to filter out the idiosyncratic speech elements or otherwise parse the voice communications to identify the material information or material words and phrases in the request for pilot action the readback and the reply.The speech transcription module continuously learns the spoken words and phrases.

The head of a beauty device according to claim 2 wherein the support portion supports the stirring mechanism in such a way that the stirring mechanism is capable of rotating relative to the head case and wherein the stirring mechanism includes a base provided with a discharge port through which a mixture of a foaming agent and water passes and a blade formed on a surface of the base which is an openingside surface.

The agitating and mixing mechanism 130 is configured to generate the bubbles by mixing the liquid foaming agent with the air while agitating the liquid foaming agent.As an example the agitating and mixing mechanism 130 includes a first rotor 131 a second rotor 132 and a drive unit 140.

A radio terminal supporting Carrier Aggregation using a primary cell and at least one secondary cell operated in an unlicensed spectrum the radio terminal comprising a receiving unit configured to receive in the primary cell a Radio Resource Control RRC Connection Reconfiguration including a measurement configuration to measure at least one of Reference Signal Received Power RSRP and Reference Signal Received Quality RSRQ of reference signals transmitted in the secondary cell operated in the unlicensed spectrum and a transmitting unit configured to transmit in the primary cell a measurement report of at least one of the RSRP and the RSRQ wherein the measurement configuration includes information indicating reference signal duration in which the reference signals are scheduled to be transmitted in the secondary cell operated in the unlicensed spectrum.

In another method second method of the measurement result if a plurality of measurement reference cells are specified to the measurement identifier the measurement result is reported as follows.

A method according to any of claims 1 to 12 comprisingsaid UE using an indication on whether a PDNGW in HPLMN is required as a condition for restricting a list of candidate WLANANs to those candidate WLANANs having connectivity with at least one PDNGW in said HPLMN.

In another aspect of the present disclosure the comparison of the available networks with the SSIDs stored at a list also identifies if any of the identified networks is a non802.1xcapable network.For each such non802.1xcapable network selectably attempt is made to set up a tunnel to the network node e.g.packet data gateway etc of the HPLMN associated with the wireless device.If the tunneling is successful and the wireless device is able to perform connection with the home network by way of the SSIDidentified network the wireless device makes note of the success of the connection attempt and the tunnel is torn down.If more than one non802.1xcapable network is identified the mechanism is repeated foreach of the additional identified networks.If a connection is successfully formed the wireless device makes note of the successful connection and tears down the tunnel.

The repeater system 1 according to one of the preceding claims characterized in that a modulation scheme of the signals received from the at least one communication source 3 4 7 8 9 is different than a modulation scheme of the RF communication signal transmitted into the coverage area 20.

In step 204 the first wireless communication technique is applied to connect with a core network via the micro base station and the second wireless communication technique is applied to connect with a mobile communication device via the micro base station.Proceed to step 206.

The tower section 100 of any of the preceding claims wherein the first set of coupling elements 20 is complementary of the second set of coupling elements 30.

The construction and design of tower segment 10 as shown in Fig.1 and provided according to the invention is advantageous in so far as mounting a preassembled operating component unit e.g.an electrical power module is possible after erection of tower segment 10 which reduces the risk of damages to the operating component unit when mounting the same in the tower.

Compressor according to claim 1 corresponding to a one of only two predetermined fixed sizes each corresponding to a different electricity frequency thethe bull gear 12 corresponds to one of only two predetermined bull gear sizes each corresponding to a different electricity frequency which are fixed for each compressor sizethe first pinion 1314 corresponds to one of only two predetermined first pinion sizes each corresponding to a different electricity frequency which are fixed for each compressor size and the second pinion 1415 corresponds to a one of only two predetermined second pinion sizes each corresponding to a different electricity frequency which are fixed for each compressor size the gear case corresponds to one of only two predetermined gear case sizes fixed for each compressor size and at least one Nth volute 20 corresponds to a single predetermined size of Nth volute or one of only two predetermined Nth volute sizes fixed for each a compressor size.

The preselected standardized components therefore include bull gears and pinions within a family of machine frame sizes.

The OLED display device of any preceding claim wherein each of the power sharing lines is connected to at least one of the power lines.

Fig.4 is a plane view showing internal construction of an organic EL display device in accordance with a third embodiment example of the present invention.

A composition comprising at least two immunogens the first immunogen consisting of an immunogen according to any one of claims 1 to 9 and wherein the second immunogen consists of an immunogen comprising at least one antigenic IgE peptide linked to an immunogenic carrier wherein said antigenic IgE peptide consists of an amino acid sequence selected from the group consisting of SEQ ID Nos311 to 430.

Preferably compositions of the present invention comprise an immunogenic amount of one or more antigenic peptides comprising the amino acid sequence of SEQ ID NO 1 SEQ ID NO 2 SEQ ID NO 3 SEQ ID NO 4 SEQ ID NO 5 SEQ ID NO 6 SEQ ID NO 7.Figures 39 depict such dog CH3CH4 peptide sequences.Further preferred compositions of the present invention comprise an immunogenic amount of one or more antigenic peptides comprising the amino acid sequence of SEQ ID NO 8 SEQ ID NO 9 SEQ ID NO 10 SEQ ID NO 11 SEQ ID NO 12 SEQ ID NO 13 or SEQ ID NO 14.Figures 1016 depict such human CH3CH4 peptide sequences.

The rechargeable battery of claim 13 further comprising a second insulator 62 electrically insulating the second electrode terminal 42 and the cap plate 30.

For example the electrode assembly 10 is formed by disposing a first electrode 11 hereinafter a negative electrode and a second electrode 12 hereinafter a positive electrode at both sides of a separator 13 which is an insulator and winding the negative electrode 11 the separator 12 and the positive electrode 13 in a jelly roll state.Further the electrode assembly is assembled by stacking negative electrode and positive electrode formed of a single plate with a separator interleaved therebetween or assembled by folding and stacking the negative electrode the separator and the positive electrode in a zigzag manner not shown.

The apparatus of claim 9 wherein a priority assigned to a service is based on the distance of the service.

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.

The mobile terminal of claim 1 wherein the controller is further configured to variably change the execution of the specific function corresponding to a touch point of the touch input changing while the mobile terminal is rotated.

In some exemplary implementations the motion detector is a twoaxis acceleration sensor which is less expensive than the threeaxis acceleration sensor or a gyro sensor of other methods.The motion detector may further include a oneaxis twoaxis or threeaxis rotation detection sensor for sensing therotating motion.The motion detector may calculate threeaxis acceleration values for knowing a gravity direction or may further include a gravity detection sensor.

Method according to anyone of claims 1 or 2 characterized in that the extracted information is used as addressing information of the designated communication tunnel.

The LTE Long Term Evolution communication technique which is defined by 3GPP 3rd Generation Partnership Project as one of highspeed data communication specifications for portable phones has suggested to transfer a user IP packet having the abovedescribed characteristic via a logical transmission pathformed by tunneling using GTPU GPRS Tunneling Protocol for User plane concerning LTE see 3GPP TS36.300 v8.1.0 20070717 Technical Specification Group Radio Access Network Evolved Universal Terrestrial Radio Access EUTRA and Evolved Universal Terrestrial Radio Access Network EUTRAN Overall description Stage 2 Release 8 and concerning GTPU see 3GPP TS29.060 v8.0.0 20070622 3GPP Technical Specification Group Core Network and Terminals General Packet Radio Service GPRS GPRS Tunneling Protocol GTP across the Gn and Gp interface Release 8.There is also suggested to use VoIP to transfer a CS Circuit Switch call used as a voice communication system in 3GPP from rel99.

A method according to any of claims 11 to 13 wherein the hole 70 270 470 570 is sealed by a sealing plug.

Meanwhile a first auxiliary resin molding 346 and a second auxiliary resin molding 347 may further be formed between the protective circuit module 340 and the cap assembly 140.In more detail the first auxiliary resin molding 346 is formed at an area corresponding to the injection hole 145 of the cap plate 141.The first auxiliary resin molding 346 also includes a hole 346a to allow for passage of an electrolyte.The first auxiliary resin molding 346 penetrates through the hole 341c formed in the board 341.In such a manner a position of the protective circuit module 340 is fixed by the first auxiliary resin molding 346 and an unnecessary electrical short between the cap plate 141 and the protective circuit module 340 can also be prevented.

A composition comprising at least one long chain polyunsaturated fatty acid LCPUFA at least one probiotic and a mixture of oligosaccharides said mixture containing at least one Nacetylated oligosaccharide at least one sialylated oligosaccharide and at least one neutral oligosaccharide for use in brain growth andor cognitive andor psychomotor development.

The nutritional composition of the invention preferably comprises at least 20 mg of choline per 100 g of the dry weight of the nutritional composition.According to an embodiment the nutritional composition comprises 2090 preferably 3070 more preferably 3560 mg choline per 100 g of the dry weight of the nutritional composition.

A wind turbine 11 comprisinga tower 13 and a nacelle 21 housing a generator 19 connected to a rotor comprising a rotor hub 15 and at least one blade 17 being the generator arranged 19 to act as a motormeasuring devices of at least wind speed V generator speedand rotor azimuthal position Aza control system connected to said measuring devices and to at least pitch and torque control actuators characterized in that further comprises a system for positioning the rotor in an azimuthal reference position Azref and for maintaining it therein during a predetermined period of time being the wind turbine 11 arranged in test mode that comprisesa first controller 31 configured to generate a generator speed reference ref from the difference between the rotor azimuthal reference position Azref and the rotor azimuthal measured position Azmeasa second controller 35 configured to generate a generator torque reference Tref from the difference between said generator speed reference ref and the generator speed measured meas.

In case an option of deceleration until standstill is chosen via a control panel 255 the control unit will keep the power generator coupled to the grid 270 until standstill of the rotor 260.During deceleration of the rotor typically the generator torque rotational speed and angular position of the rotor are monitored via detection means 275 285 290 e.g.sensors which are coupled to the control unit 250.Suitable detection means and methods for monitoring are well known to a skilled person.In accordance with the predefined target angular position of the rotor the control unit 250 controls the torque exerted by the generator on the rotor via the shaft and gearbox 210.During deceleration the control unit 250 is calculating the estimated standstill position of the rotor based on the monitored data particularly the current position of the rotor and its rotational speed.The control unit is adapted to run a dedicated program for this purpose.Suitable methods and algorithms are well known to the skilled person.The control unit may further comprise a set of stored predetermined parameters which typically relate to experimental braking data from prerun tests or from previous braking events which are taken into account during calculations.If the control unit determines that the calculated estimated standstill position deviates from the predetermined angular position the control unit 250 adapts the torque of the generator via the frequency converter 280 in order to increase or decrease the rate of deceleration.This is carried out constantly or in frequent time intervals e.g.0.1 to 0.5 seconds.When the estimated standstill position is in accordance with the predetermined position the rate of deceleration i.e.generator torque is kept constant.When the speed of the rotor has decreased to a predefined value the generator torque is reduced by the control unit in order to enable a smooth transition to standstill.

The signal processing apparatus according to claim 4 further comprising a display section provided on the one surface.

Display 500 is typically configured to display pictures video and other types of information relating to a video conference and other operational aspects of mobile terminal 1.In an embodiment the display is implemented as a touchscreen which may further permit user input responsive to contact with the touchscreen.

The rotary milling cutter 21 as set forth in claim 5 wherein the cone angle CA1 and CA2 of the first and second core portions 27 and 33 is the same.

Considering both the core 12 and the teeth 14 of the cutter the total crosssectional area of the cutter material taken at right angles to the cutter axis AA increases gradually from the cutting end 16 towards the cutter shank 18.

The microwave heating apparatus according to any one of the preceding claims wherein the control unit is configured to control the electronic device for impedance matching of at least some of the plurality of transmission lines.

In connection with the microwave heating device using semiconductor elements as the microwave generating part use of an isolator for preventing the semiconductor elements from being destroyed by the reflected power is not preferable from the viewpoint of an increase in the size of the device and costeffectiveness because the isolator is avery expensive and largesized component.Accordingly since the conventional microwave heating device using a magnetron as the microwave generating part is robust to the reflected power and costeffective it is easier for the user to purchase and is very convenient.

The laundry dryer 1 according to any of the preceding claims wherein said first and second heat exchangers 31 32 are located within said basement 24 of said dryer 1.

In the example shown the centrifugal fan 12 of the hotair generator 6 is preferably at least partly housedrecessed into the lower supporting basement 16 of casing 2 i.e.into the rear wall 2b of the boxlike casing 2 roughly at the end of thecentralintermediate section of the air recirculating conduit 11 and the outer volute or impeller housing of the centrifugal fan 12 is shapedstructured so as to directly communicate with i.e.be fluidly connected to both the central intermediate section of the air recirculating conduit 11 and with the airvent 9 integrated in the rear wall 2b of casing 2.

A watersoluble laundry unit dose article comprising a liquid composition wherein said composition comprisesan anionic surfactanta nonionic surfactantwater wherein the weight ratio of total anionicnonionic is between 51 and 231 and wherein the composition comprises between 0.1wt and 5wt of a perfume and between 0.1wt and 5wt of an encapsulated perfume.

The treatment composition of the present invention can be a detergent composition preferably a laundry detergent composition.Detergent compositions comprise a surfactant to provide a detergency benefit.The detergent compositions of the present invention may comprise from 1 to 70 preferably from 5 to 60 more preferably from 10 to 50 most preferably from 15 to 45 by weight of a surfactant selected from the group consisting of anionic nonionic surfactants and mixtures thereof.The preferred weight ratio of anionic to nonionic surfactant is from 1000 i.e.no nonionic surfactant to 595 more preferably from 991 to 14 most preferably from 51 to 1.51.

A method for operating a communication apparatus 10 comprising a communication unit 18 configured to communicate with an external device and an information processing apparatus 10 including a memory 12 13 14 and a controller 11 17 the method comprising receiving a command from an external device and performing the method for operating an information processing apparatus 10 according to anyone of claims 8 to 13.

The OS context switch module 127 is actuated when the operating systems are to be switched as a result of calling of the interOS control function or occurrence of interrupt.In order to switch between the operating systems the region for storing the execution environment namely register value is provided.In the drawing as the region for storing the execution environment of the general purpose OS in the drawing a storage context for general purpose OS 157 is prepared and as a region for storing execution environment of the real time OS a storage context 158 for real time OS is prepared.TheOS context switch module 127 stores the execution environment in the storage context corresponding to the currently executed operating system upon switching of the context.Next the execution environment is read out from another storage context to set in the register of the processor 100.By this switching of the operating system can be performed.Subsequently discussion will be given for process flow of the OS context switch module 127 the common interrupt handlers 128 and the interrupt handler 122 among the modules shown in Fig.5.Concerning the interrupt handler 123 since it has the same flow as the interrupt handler 122 discussion will be omitted.

An atomizer according to any of the preceding claims characterized by further comprising a spring 31 having a preloading that exerts thrust to move said needle 27 to said closed position said preloading being between 60 and 150 N.

If required a net closing or opening force can be generated proportional to the system pressure by varying the ratio of the diameter D1 of the pintle guide bore 12 to the valve seat diameter D2.By selecting D1 to be greater than D2 a net closing force can be achieved.Conversely by selecting D2 to be greater than D1 a net opening force can be achieved.Depending on the design goals these effects can be used for example to assist closing response at higherlower system pressure or to avoid valve opening due to pressure pulsations.It is also envisaged that pressure differentials between the combustion chamber and the drainreturn line may be compensated for by an appropriate choice of D1 and D2.

The ophthalmic composition according to any one of claims 1 to 10 in a single dose form or a multidose form.

In a preferred embodiment of the invention the aqueous ophthalmic solution is characterized by including latanoprost at a concentration of 0.005 a pH damper system that may be selected from 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 sulfate chondrointin formal glycerol methyldinoglycerol and cyclodextrins in a concentration 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 0.01 to 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 an antimicrobian effect.It may also contain one or more antioxidant agents such as disodic edetate sodium metabisulfite sodium bisulfite acetylcysteine sodiumthiosulfate and thiourea in adequate concentration in order to give the required effect.

The electrode assembly of any one of the preceding claims further comprising first and second electrode tabs 30 40 attached to the first and second uncoated parts 111 121 respectively.

The ceramic filler forming the ceramic layer is made of at least one of alumina Al2O3 silica SiO2 zirconium oxide ZrO2 and titanium oxide BaTiO3 TiO2.The ceramic filler can have a spherical shape a dumbbell shape an oval shape or an amorphous shape.The particle size of the ceramic filler can be 0.1 m to 0.7 m.Furthermore the thickness of the ceramic layer ranges from 1 m to 40 m preferably 1 m to 30 m and pore size ranges from 40 nm to 200 nm.

Method for communication between a host device HDEV and an accessory device ADEV with an active device AUD wherein the method comprisesconnecting the host device HDEV and the accessory device ADEV via a data cable 4PACdetecting by means of the accessory device HDEV whether the host device HDEV is capable of providing a power supply for operating the active device AUD via a first line LM of the data cable 4PACoperating the accessory device HDEV in a power mode of operation depending on the detectioncoupling a power input of the active device AUD to the first line LM when the accessory device ADEVD is operated in the power mode andcoupling a data input of the active device AUD to a second line LR of the data cable 4PAC when the accessory device ADEV is operated in the power mode.

The host device 10 may be configured for example as a mobile phone a tablet PC or a multimedia player.The accessory device may be any accessory using a 3.5 mm jack interface.The accessory device 20 may be formed as a standard passive headset a standard active headset including a battery to supply power for operating the headset or as an intelligent accessory device for example an intelligent active headset a sensor hub a microphone array or a picoprojector.The intelligent accessory may communicate with the host device by exchanging communication data in the format of coded data words transferred as a bit stream.

The recording medium according to Claim 1 wherein an average primary particle size of the colloidal silica is 20 nm or more and 100 nm or less.

FIG.3 is a view in which the crosssection of the ink jet recording medium illustrated in FIG.1 is enlarged.In FIG.3 a silica layer formed of spherical colloidal silica particles 4 is provided on the porous layer 2.FIG.1 is an enlarged plane view of the ink jet recording medium viewed from a side of the silica layer upper part of the recording medium.As illustrated inFIG.1 the ink jet recording medium is provided with a silica layer on top of the porous layer 2 and the silica layer contains the spherical colloidal silica particles 4.Further the spherical colloidal silica particles 4 contained in the silica layer do not completely cover the porous layer 2 and thus some parts of the porous layer 2 are exposed.

The radio frequency circuit module of at least one of the preceding claims wherein the shield member is cut out or punched out of the top section of the shielding hood and bent towards the interior of the shielding hood.

The RF module 30 is constructed such that the mold resin 20 is divided by the shield conducting wall therefore it offers the advantage of being small in size and low in height as in the case of the module with mold resin sealing and shield coating.Moreover the fact that the circuit block is shielded in small units is effective in preventing the characteristic properties from being deteriorated by crosstalk between circuit blocks and EMC radiation noise.

Variable track wheel 1 comprising a rim 2 suitable for receiving a tyre and a disc 3 through which said wheel 1 is mountable on a hub 37 said disc 3 being removably secured by fastenings 6 to a connecting member 4 provided in said rim 2 said connecting member 4 projecting towards a rotation axis X of said wheel 1 said wheel further comprising a plurality of spacers 15 interposed between an annular perimeter zone 36 of said disc 3 and said connecting member 4 of said rim 2 said disc 3 and said rim 2 being mountable in a plurality of reciprocal axial positions and in a plurality of reciprocal orientations to obtain a variation in the track of said wheel 1 said wheel 1 further comprising at least one centring device 8 9 for mutual positioning of said disc 3 and of said rim 2 said centring device 8 9 comprising a hole 10 10a 10b and a pin 11 said hole 10 10a 10b or said pin 11 being provided in said connecting member 4 or in said disc 3 characterised in that said centring device 8 9 further comprises a coupling element 21 so conformed as to cooperate with said hole 10 10a 10b and with said pin 11 for reciprocally coupling said pin 11 and said hole 10 10a 10b.

In view of the above aim in accordance with the invention a varyingtrack wheel has been conceived which comprises a rim with fastening elements projecting towards the rotation axis of the wheel and a disc peripherally secured in a removable manner to said fastening elements by means of bolts characterised in that it comprises at least one device for mutual precise positioning of the disc and rim which device is operatively disposed close to one of said fastening elements and comprises at least a first centring hole formed in the fastening element and at least a second centring hole formed in the disc periphery said first and second holes being designed to be brought into line with each other the precisepositioning device further comprising a plate from which a dowel juts out passing through the first and second centring holes with a minimum backlash for a mutual precise alignment of the two holes.For better explaining the innovative principles of the present invention and the advantages it offers over the known art a possible embodiment applying these principles will be described hereinafter with the aid of the accompanying drawings.In the drawingsFig.1 is an elevation front view of a wheel inaccordance with the invention Fig.2 is a partial diagrammatic and exploded view of a connecting region between the disc and rim of the wheel shown in Fig.1 Fig.3 is a partial view sectioned along line IIIIII in Fig.1 Fig.4 is a front view of an element of the wheel in Fig.1 Fig.5 is a sectional view taken along line VV in Fig.4 Fig.6 is a front view of another element of the wheel shown in Fig.1 Fig.7 is a bottom view of the element in Fig.6 Fig.8 is a partly sectioned view taken along line VIIIVIII in Fig.6.

An electronic device comprising a battery a sensor module a processor electrically connected to the sensor module and a memory electrically connected to the processor wherein the memory stores instructions which when executed direct the processor to detect a temperature of the electronic device using the sensor module determine a state of charge SoC of the battery determine whether to discharge the battery based on the temperature of the electronic device and the SoC of the battery and discharge the battery in response to the battery discharge determination.

It should be appreciated that the battery pack 30 can be charged at any suitable various percentages of states of charge stored at any suitable elevated temperature for any suitable period of time and undergo any suitable number of forming cycles.

The backlight unit according to any one of claims 2 to 7 wherein the support side further comprises a third support side member having a first end connected to a second end of the second support side member.

The first side portion 310 in the first mold 300 includes an upper surface 3101 the sloping surface 3102 and the side wall 3103.The upper surface 3101 of the first mold 300 supports the optical plate 230 and the optical sheet layer 240.The sloping surface 3102 of the first mold 300 is inclined downwardly from the upper surface 3101.The lower end of the sloping surface 3102 of the first mold 300 presses on reflection sheet 220 thereby helping to prevent movement of the reflection sheet 220.The sloping surface 3102 of the first mold 300 may serve to reflect light emitted from the light source 210.To this end the first mold 300 may be made of a resin having a good reflective property.Alternatively a reflective material may be applied to the sloping surface 3102 of the first mold 300.To provide sufficient reflection efficiency the sloping surface 3102 of the first mold 300 may be inclined at an angle 1 of 30 degrees to 60 degrees with respect to the bottom surface of the bottom chassis 250.

The downhole logging tool 26 of claim 1 comprising a second receiver coil also configured to obtain measurements at the first and second times of magnetic fields due at least in part to eddy currents 48 flowing on the conductive casing 22 24 that are caused at least in part by the first magnetic signal or the second magnetic signal.

A lowfrequency near field eddy current LFNFEC regime occurs if the spacing L between the transmitter coil and the receiver coil is smaller than the remote field eddy current RFEC regime namely for L2alt1

The method of claim 13 further comprising in response to a handwritten signature being input through the first layer verifying the handwritten signature based on a handwritten signature registered in advance.

Thereafter if a communication event such as an incoming call an incoming message or an incoming email occurs S205 the controller 180 may display communication event alert information on the display module 151 S210.

The induction heat cooking apparatus according to claim 4 wherein todrive the third and fourth heating coils in parallel the controller 180 is configured to control the fourth switching device 124 to be closed and during a half resonant period to control the first second and third switching devices 121 122 123 to be in a closed state and to control the fifth switching device 125 to be in an opened state and during the other half resonant period to control the first second and third switching devices to be in the opened state and to control the fifth switching device to be in the closed state.

Referring to FIGS.10 and 11 in response to the third operation mode being selected the switching controller 270 outputs a third switching signal to the first second and third switches S1 S2 and S3.