Datasets:

bhlim

/

patentmatch_for_finetuning

like 1

Gizzard peeler according to any one of claims 47 characterized in that the intermeshing teeth of the first and second roller 21 22 are selected from the group comprising helically shaped ribs and straight ribs.

During operation the rollersets 10.3 10.4 are rotatable around a central body axis of the case such that the case constitutes a revolving enclosure for the gizzard 10.5 and the individual rollers 10.3 10.4 execute a combined dual rotation both along their own axis and around the central body axis of the case.

A plurality of silicon domains according to claim 1 whereby the ratio d90d10d50 is 2.5 or less.

The content of the material for the negative active material used together with the siliconbased alloy may be in the range of 1 to 99 wt based on the total amount of the material used for the negative active material and the siliconbased alloy.

A method for securely transmitting a users private information from a mobile terminal to another party the method comprising initiating a voice call on the mobile terminal authenticating the user transmitting the users private information determining whether the users private information is transmittable to the other party by the authenticated user and transmitting the users private information to the other party.

Due to the portability of smart cards the data contained in nonvolatile memory is susceptible to misappropriation.Since the provisioning information for a mobile device is typically stored on the SIM card a user who misappropriates another users SIM card may be able to make and receive phone calls access email and send and receive SMS messages on the misappropriated cellular account.In addition sensitive and confidential information stored on the smart card is vulnerable to misappropriation.Consequently systems and methods for securing mobile devices and the data stored on a smart card for use in mobile devices are needed.

The time division or frequency division multiplexing radio system of claim 25 wherein the loop filter is a transimpedance type or a filter type corresponding to be compatible with the phase detector gain and the tuning gain of the adjustable frequency source.

For reasons of causality the order of ds must be at least equal to the order of ns or ndnzninp.

The secure access method according to any one of Claims 1 to 4 further characterized by D when the result of the determination made in step A is affirmative performing mutual authentication which includes receiving the first authentication data from the tobeauthenticated app program proceeding to authenticate the tobeauthenticated app program and transmitting the first authentication data to the tobeauthenticated app program for enabling the tobeauthenticated app program to proceed to authenticate the secure access device 1 E after the mutual authentication has beensuccessfully completed identifying the tobeauthenticated app program as the legit app program and enabling the legit app program to transmit an instruction which conforms to the first control regulation to the secure access device 1 and F accessing the tobeaccessed device based on the instruction so that the legit app program is able to access the tobeaccess device via the secure access device 1.

Furthermore authentication processing section 3022 of information processing terminal 30 and authentication processing section 1032 of secure device 10 report the authentication result to terminal application specific section 3023 and service specific section 1033 respectively step S10.Terminal application specific section 3023 of information processing terminal 30 and service specific section 1033 of secure device 10 communicate with each other using a new shared key acquired during authentication processing step S11.When the authentication processing fails terminal application specific section 3023 and service specific section 1033 will not communicate with each other longer and information processing terminal 30 erases terminal application 302.

An occupant sensor assembly 12 configured to detect an occupant 14 on a seating surface 16 of a seat 18 in a vehicle 20 said assembly 12 comprising a switch mechanism 38 having a first state corresponding to an absence of the occupant 14 on the seating surface 16 and a second state corresponding to a presence of the occupant 14 on the seating surface 16 a controller 40 electrically coupled to the switch mechanism 38 wherein the controller 40 is electrically coupled to a buckle sensor 22 configured to detect whether a tongue 26 of a seat belt 28 is latched to a seat belt buckle 24 a transmitter 42 electrically coupled to the controller 40 and configured for wireless communication with a receiver 30 located remote from the occupant sensor assembly 12 and a battery 44 configured to selectively supply electrical power to the controller 40 and the transmitter 42 wherein the battery 44 is electrically isolated from an electrical system 32 of the vehicle 20 wherein the battery 44 is not electrically coupled to the transmitter 42 when the switch mechanism 38 is in the first state wherein the battery 44 is electrically coupled to the transmitter 42 when the switch mechanism 38 is in the second state.

If the received frequency RF2 corresponds to a predetermined seat belt warning condition e.g.seat occupied and seat belt unbuckled the control unit 20 will subsequently issue a corresponding warning signal audible optical tactile etc.8see upper part of fig.2.If however no predetermined seat belt warning condition is present e.g.seat occupied and belt buckled or seat unoccupied the control unit will receive a signal with a frequency RF1 indicative of this condition and no alarm will be issued lower part of fig.2.

A backlight unit including a bottom cover comprising a bottom surface and at least one side surface extending from the bottom surface of the bottom cover at an angle greater than 0 and smaller than 180 with respect to the bottom surface a plurality of light sources disposed on the bottom surface and a support side arranged on the bottom surface at the side surface of the bottom cover the support side being configured to change a path of light from the plurality of light sources the support side including a plurality of support side members oriented at different angles relative to the bottom surface of the bottom cover.

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 end effector of claim 1 wherein the at least one recessed groove of the staple cartridge extends from a first outer side edge to a second outer side edge of the staple cartridge and the at least one recessed groove of the anvil plate extends from a first outer side edge to a second outer side edge of the anvil plate.

As seen in FIG.2 cartridge assembly 200 includes a surgical cartridge buttress 500 operatively secured to an upper surface of staple cartridge 220 by sutures S1 S2 to overlie at least some of retention slots 222 andor at least a portion of a length of longitudinal slot 234.A first suture S1 is threaded through each of a distal pair of recesses or attachment points 238 and aroundover distal portion of cartridge buttress 500 and and a second suture S2 is threaded through each of a proximal pair of recesses or attachment points 236 and aroundover proximal portion of cartridge buttress 500.A first end of each suture S1 S2 may be anchored or fixed in a respective one recesses of the proximal and distal pair of recesses or attachment points 236 238 while a second end of each suture S1 S2 passes transversely across respective distal and proximal portions of cartridge buttress 500 and is anchored or fixed in a respective other recess of the proximal and distal pair of recesses or attachment points 236 238.As seen in FIG.10 cartridge assembly 200 defines an axial distance D1 between the distal pair of recesses or attachment points 238 and the proximal pair of recesses or attachment points 236.

The apparatus of claim 1 wherein the input received from the touch panel corresponds to the movement of the magnetic user input device.

One aspect of the present disclosure relates to an electronic device such as smartphone or tablet computer for example configured to produce a force on a magnetic tip of a stylus.The electronic device includes a drawing surface and a number of magnetic field generators that produce a magnetic field in proximity to the drawing surface.The magnetic field generators may be electric coils embedded in the drawing surface for example.Operational logic such as a processor controls the magnetic field produced by the magnetic field generators in response to the location motion orientation andor contact force of the stylus.The drawing surface may be integrated with a display of the electronic device.

The device as claimed in claim 12 wherein when the touch panel has been touched the timer transmits the editing time to the image editing program and the image editing program stores the editing time to the editing result.

Figure 3 provides a schematic illustration of a part of the system which is used for generating the highlight summary of the football match.In Figure 3 an ingestion processor 30 is arranged to receive the event log for example in a form of the flash memory 12 and is also arranged to receive the recording of the football match fromeach of the cameras 1 2 3 for example in the form of recorded DVDs 32 34 36.Also received by the ingestion processor 30 is an editing action list 38 although this may have already been preloaded into the ingestion processor 30.The editing action list 38 specifies for each of the possible event codes which the operator 4 may have selected during the football match actions which are to be performed on the recording or recordings of the football match to produce automatically the highlight summary of the football match.

The wafer processing laminate of claim 1 wherein the first temporary bond layer A comprises a nonreactive organopolysiloxane consisting of 99.000 to 99.999 mol of difunctional siloxane units of R11R12SiO22 1.000 to 0.001 mol of monofunctional siloxane units of R13R14R15SiO12 and 0.000 to 0.500 mol of trifunctional siloxane units of R16SiO32 wherein R11 R12 R13 R14 R15 and R16 are each independently a substituted or unsubstituted monovalent hydrocarbon group having a weight average molecular weight of 200000 to 1000000 and containing up to 0.5 by weight of a low molecular fraction having a molecular weight of up to 740.

The polyimidesilicone resin A comprises siloxane moieties.That is the polyimidesilicone resin A comprises repeating units with at least one of X and Y comprising siloxane moieties.The polyimidesilicone resin A is contained in the present composition in an amount of from 5 to 60 wt preferably from 20 to 50 wt based on a total weight of the composition.

A component for a gas turbine engine the component comprising an additively manufactured wear surface.

The subject invention relates to the fabrication and assembly of fuel injectors for gas turbine engines and more particularly to methods of fabricating and assembling fuel injectors using laser additive deposition techniques to locally enhance the mechanical properties of the fuel injector.

The downconversion circuit 30 according to claim 1 wherein the first duty cycle is 25 and the second duty cycle is 50.

One way to reduce part II can be to adjust the duty cycle of the square wave.The duty cycle of the square wave signal is defined as the fraction of the period time where the signal is active i.e.different from zero.As shown below this can cancel or reduce some of the harmonics.Figure 2 illustrates a square wave having a period time T and a duty cycle.By changing the duty cycle of the square wave it is possible to cancel e.g.either the third or fifth order harmonic distortion according to the general Fourier expansion according to ft12a0n1ancosnt2T a02h an2hsinnnn1 where n is the order of the harmonic and an is the corresponding amplitude.

A generator for a wind turbine the generator comprising a stator 110 112 114 210 212 214 410 412 414 a rotor having a rotor housing 122 222 422 surrounding the stator and a main bearing 430 adapted to support the rotor housing such that the rotor housing is rotatable about an axis of rotation wherein the stator comprises a plurality of cylindrical elements 116 extending in parallel with the axis of rotation and wherein the rotor comprises a front element 124 224 424 having a plurality of holes 125 at positions alignable with the cylindrical elements 116 such that the rotor is fixable to the stator by inserting a fastening member 140 241 441 through a cylindrical element and a hole aligned with the cylindrical element.

In some configurations of the present invention and referring to Figure 3 generator 120 shown only in part in Figure 3 and subsequent figures is a direct drive generator with permanent magnets 302.Generator 120 is provided with removable changeout bearings 304 installed on a removable bearing subassembly 306.Configurations can use at least one up to any number of bearings 304 even though Figure 3 shows a configuration using exactly two bearings.To change or upgrade a bearing 304 rotor 106 and stator 308 of generator 120 are locked using locking bolts 310 to ensure that stator 308 and rotor 106 remain in place uptower where generator 120 is installed.Hub 312 and blades 108 are then disassembled on locked generator 120.Bearing subassembly 306 is then dismounted by for example and referring to Figure 4 removing mounting bolts 314 along two flanges 314.Alternatively the entire generator 120 may be lowered to the ground locking bolts 310 installed and bearing subassembly 306 replaced.

The electrical signal computing module capable of accommodating printed circuit board of claim 1 wherein one of the transmission flow holes 131 is formed at upper transmission circuit board 13 so the air in the third accommodating area 23 flows through the transmission flow hole 131 into the first accommodating area 21 and the second main circuit board module 15 wherein one of the transmission flow holes 131 is formed at lower transmission circuit board 13 so the air in the third accommodating area 23 flows through the transmission flow hole 131 into the first accommodating area 21 then flows through the first main circuit boardmodule 14 including the first main processor 144.

In this temperature control for example when the sensor detection temperature is within the normal range the controlis set to the intermediate speed mode and when it reaches the predetermined temperature or more the mode is switched to the high speed mode.By setting the high driving voltage the number of rotations rotation speed of the fan is increased and the flow amount of the cooling air is increased.In this manner regardless of the presence of failures the cooling performance can be secured.Incidentally the cooling performance is converted as sensor detection temperature temperature in chassisoutside temperature environmental temperature0 to 7C.For details the change in the number of fan rotations by the driving voltage is made by the switchover of a duty ratio of the input pulse to the fan 43 pulse frequency to the fan specification.

The power tool according to claim 1 wherein said motor has an inner rotor.

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

An electronic device comprising a touchsensitive display to display a keyboard including selectable keys associated with primary characters and at least parts of secondary characters between the keys and a processor coupled to the display to enter one of the primary characters associated with one of the keys when a touch is detected at a location associated with the one of the keys and move at least one of the keys of the keyboard while maintain a location of at least one other of the keys of the keyboard to facilitate selection of one of the secondary characters when a gesture is detected on the keyboard.

The 12 sheet 22d is a character input sheet for inputting numerals wherein as shown in FIG.6 numerals of 0 to 9andare allocated to the twelve software keys as in the numeric keypad of the conventional mobile phone.

A method for controlling a charge for a battery comprising converting by an input unit alternating current AC input power into direct current DC power storing or outputting by a first converter the DC power filtering or boosting by a circuit unit output power based on a normal operation state or an instantaneous power failure state of the AC input power and converting by a second converter the filtered or boosted power and supply the power to a high voltage battery.

In a case the charging operation of the apparatus is stopped there may be a charged voltage of approximately 400 Vdc at the distal ends of the DClink capacitor 230.According to the prior art the high voltage charged at the distal ends of the DClink capacitor 230 may cause a safety accident such as electrocution and the like.

The surgical instrument of any one of claims 8 to 12 wherein the loading unit comprises a carrier operably supporting a surgical staple cartridge and being selectively articulatable relative to the longitudinal tool axis by the articulation system an anvil movably supported relative to the carrier drive and a drive member axially movable through the carrier in response to the firing motions.

In FIG.7 drive gear 200 is illustrated in its second position as position lock 216 is aligned with slot 214b.Here drive gear 200 is matingly engaged with an articulation gear 240 which is disposed at least partially within housing 110.Rotation of articulation gear 240 causes end effector 160 to move from its first position where longitudinal axis BB is substantially aligned with longitudinal axis AA towards a position in which longitudinal axis BB is disposed at an angle to longitudinal axis AA.Preferably a plurality of articulated positions are achieved.

The cutting insert 200 according to claim 11 wherein each locking groove 211 extends at an anglewithin a range 1020 with respect to the primary cutting edge portion 208 formed between the primary clearance surface 205 inside which the locking groove 211 extends and the chip surface 203.

The seat 7 of the cutting insert see Fig.6 is delimited by three support surfaces viz.a tangential support surface 19 an axial support surface 20 and a radial support surface 21.As is seen by these denominations the surface 19 has the purpose of carrying the tangential cutting forces that act on the cutting insert during machining the surface 20 the axial cutting forces and the surface 21 the radial ones.The tangential support surface 19 is plane and forms a bottom in the seat while the surfaces 20 21 are included in the sides of the seat.In the example each axial and radial support surface includes two part surfaces which are separated by a countersink 22 23.In the tangential support surface 19 a hole 24 mouths having a female thread 25.

The photographing apparatus according to claim 13 wherein the fundus image photographing section acquires a third fundus image of the eye to be inspected unless the spatial variation satisfies the predetermined condition and the scan control unit executes the tracking operation on the basis of the first and third fundus images.

When the positional deviation amountd2 is equal to or smaller than the first allowable range D1d201 the control unit 70 controls the display direction of the guide mark Y as described above and additionally displays four marks Y4 in the shape of an arrow having the target mark Tg at their center.In addition the control unit 70 makes the guide mark Y have a second color e.g.yellow and makes the past front image K have a second color e.g.semitransparent yellow see Fig.5B.Thus the examiner is informed that the positional deviation is small the adjustment of the current scanning position is incomplete while the scanning center position is close to the scanning target Tg.In this case one of the marks Y4 which is displayed between the targetmark Tg and the scanning center indication SC doubles as the guide mark Y.whend2D2

The conductive film 1 according to claim 7 wherein the second threshold value is 0.5.

Figure 1 is a schematic crosssectional view showing the transparent touch switch of the first embodiment of the present invention.The transparent touch switch 101 is an electrostatic capacitive touch switch comprising a first transparent planar body 1 wherein a transparent conductive film 12 is formed on a transparent substrate 11 via an undercoat layer 13 and a second transparent planar body 2 wherein a transparent conductive film 22 is formed on a transparent substrate 21 via an undercoat layer 23.The first transparent planar body 1 and thesecond transparent planar body 2 are attached to each other via an adhesive layer 15 in such a manner that the transparent conductive films 12 and 22 face each other.

System according to one of the preceding claims wherein the processing unit 30 is adapted to select one aircraft component design 32 out of the variety of geometrically different aircraft component designs 31 which selected aircraft component design 32 is most suitable for a predetermined position 61a 61b or a specific type of aircraft component within an aircraft 60 to be assembled.

An embodiment of the disclosure is directed to a method comprising receiving by a computing device comprising a processor a plurality of design and manufacturing constraints associated with a component the design constraints comprising a desired quality of the component and the manufacturing constraints comprising a constraint imposed by a manufacturing technique by which the component will be made integrating by the computing device the design and manufacturing constraints according to a design optimization methodology across a plurality of variables to generate a candidate component specification and performing by the computing device surface optimization to optimize the candidate component specification according to variations in the design constraints to generate a final specification for the component.

A system for detecting polarization scrambling of a polarization multiplexed optical signal comprising a polarization monitor associated with an optical network configured to receive a polarization multiplexed optical signal including a scrambled polarization orientation over the optical network the polarization orientation scrambled according to a scrambling frequency detect the polarization scrambling of the optical signal andgenerate a polarization signal indicating the scrambling frequency and polarization orientation of the received optical signal according to the detected polarization scrambling a descrambling unit associated with the optical network communicatively coupled to the polarization monitor and configured to receive the polarization signal from the polarization monitor and descramble the optical signal according to the scrambling frequency and polarization orientation as indicated by the polarization signal.

An optical signal which is transmitted from the optical transmitter 10 and passes through the optical fiber transmission line 150 is inputted to the optical receiver 20 of Fig.1 and is inputted to the polarization descrambler 180.As the polarization descrambler an optical device such as a polarization scrambler of varying a polarization of an optical signal in the direction inverse to the direction of the polarization scrambler 140 at a high speed is pertinent.The polarization descrambler 180 cancels polarizationscrambling of an optical signal subjected to polarization scramble at the polarization scrambler 140 by subjecting an optical signal which has been subjected to polarization scramble at the polarization scrambler 140 in a direction inverse to a direction of rotation of the polarization scramble at the polarization scrambler 140 at a polarization scrambling frequency the same as that of the polarization scrambler 140.The optical signal the polarization scrambling of which is canceled by the polarization descrambler 180 is received by the polarization dependent optical receiving part 190.

A method of determining the predicted usage of gas from a gas cylinder and valve assembly using a sensor assembly comprising a gas sensor the method comprising a determining using the gas sensor the mass of gas in the gas cylinder at a time t b determining at time t the average flow rate of gas from the gas cylinder and c determining at time t the time remaining until the quantity of gas in the gas cylinder reaches a predetermined level the time remaining being determined from the mass of gas in the gas cylinder at time t the average flow rate of gas from the gas cylinder at time t and a predetermined scaling factor selected in dependence upon the proportion of gas remaining in the gas cylinder at time t.

This method may be less accurate if the gas in the gas cylinder 100 is not uniformfor example if the gas is a nonuniform mixture such as may occur within a partially liquidfilled cylinder or in the case of a recently prepared and insufficiently mixed mixture of light and heavy gases.However this is unlikely to occur in most packaged gas applications.

The method according to claim 1 wherein indicating the user interaction further includes determining whether a click operation on the 3D icon is completed based on change of the depth of the surface of the 3D icon and when the click operation is completed sending an iconclick command to the terminal device.

In addition in this embodiment 17 although the case for performing the threedimensional pointing method described in the embodiment 11 is taken as an example the present invention is not limited to the example and it is needless to say that the input pen 201 of the configuration shown in Figs.33 and 34 can be used also when the pointing method described in embodiments 1216 is performed.

The composition according to claim 12 wherein the antigenic IgE peptide of the second immunogen consists of an amino acid sequence of SEQ ID Nos 312.

The present invention also provides methods of administering compositions of the invention to animals preferably mammals and most preferably humans for the treatment or prevention of IgEmediated allergic disorders.The compositions of the present invention are in suitable formulation to be administered to animals preferably mammals such as companion animals e.g.dogs cats and horses and livestock e.g.cows and pigs and most preferably humans.The compositions of the invention are administered in an amount effective to elicit an immune response for example the production of polyclonal antibodieswith specificity for an IgE molecule.In one embodiment the compositions of the invention are administered in an amount effective to induce the production of polyclonal antibodies with specificity for the Fc portion of an IgE molecule required for IgE to bind to its receptor i.e.the CH3 domain of an IgE molecule.In a preferred embodiment the compositions of present invention are administered in an amount effective to induce the production of antiIgE antibodies which bind to soluble free IgE in serum and other bodily fluids prevent IgE from binding to its high affinity receptors on mast cells and basophils and do not crosslink receptorbound IgE.Accordingly the compositions of the invention are administered in an amount effective to induce the production of polyclonal antibodies which do not induce anaphylaxis for the treatment or prevention of IgEmediated allergic disorders.

A fabric for an airbag comprising interwoven sets of warp and weft yarns wherein the yarns of one of the sets of yarns are tapelike having a widthdepth ratio of at least 1.5 and the yarns of the other set of yarns are not tapelike and have a widthdepth ratio less than 1.5.

The same kind of polymers means for example polymers having a common main recurring unit of polymer such as combination of nylon 66 resins or polyethylene terephthalate resins.For example a combination of a homopolymer and its copolymer is also included in the same kind of polymers according to the present invention.Further a combination of copolymers identical in presence or absence kind and amount of the copolymerization components is preferably for production control because there is no need for differentiation of the warp and weft yarns.

The turbomachine casing assembly according to claim 8 wherein the clamping subassembly includes a sleeve defining a passageway through the inner casing element the separating leg extending at least partway along the passageway and being adapted for complementary locking engagement with the sleeve.

The second casing element 120 comprises a fan blade retaining feature 128 disposed at a forward or first end thereof in the form of a hooked portion 128.The hooked portion 128 extends radially inwardly and then axially in a rearward direction and corresponds to the hook 18 of Figure 1.

The agricultural baler 10 of any of the previous claims wherein the actuator 62 extends the at least one tine 64 into the rearward bale before the actuator 62 applies a rearwardly directed force on the rearward bale.

A second directionalcontrol valve 22 e.g.a 3port 2position directionalcontrol valve for example operable by means of a lever or a button or by means of an electronic control unit may have a work port connected to the second actuator 7 and be adapted for switching between connecting the second actuator 7 in parallel to the cap end of the first actuator 4 and connecting the second actuator 7 to an inlet of the reservoir 20.The second directionalcontrol valve 22 may e.g.have two settings a first setting in which the second actuator 7 e.g.the cap end of a single acting cylinder is connected in parallel to the cap end of the first actuator 4 and a second setting in which fluid is allowed to flow back to an inlet of the reservoir 20.A switch not illustrated in FIG.5 is provided for simultaneously changing the settings of the first and second control valves 21 22.This way the second shuttle assembly 3 and the first shuttle assembly 2 will be driven synchronously in the first setting being simultaneously driven in the forward direction D by respectively the first and second actuator 4 7 and being driven in the reverse direction D by the first actuator 4 and synchronization of reverse movement of both shuttle assemblies 2 3 by mechanical contact.In the second setting of the second directionalcontrol valve 22 the fluid in the second actuator 7 is allowed to flow back to the reservoir 20 e.g.when the second shuttle assembly 3 is being driven back in the reverse direction D by the first shuttle assembly 2 while the second shuttle assembly 3 is not driven forward while the first shuttle assembly 2 is moving in the forward directionD.Therefore the second directionalcontrol valve 22 may be used through a lever or an electronic control system attached thereto to automatically switch the operation of the ejector system 1 from a partial bale eject mode wherein only the first shuttle assembly 2 is being actively driven in the forward direction D to a full bale eject mode wherein both shuttle assemblies 2 3 are being driven synchronously in the forward direction D.

A method comprising displaying in a window or field first information associated with a first source running on a portable electronic device detecting an input to display second information associated with a second source after the detecting displaying second information associated with the second source and the first information in the window or field.

The method for displaying a menu screen image 320 when a screen image executing a particular menu is displayed on a background screen will now be described with reference to FIGs.9A to 9E.As shown in FIG 9A if it is assumed that a particular menu has been already executed and the corresponding execution screen image 510 is displayed on the background screen image 310 if the region of the exposed menu screen increases the size of the region where the executed screen image 510 is displayed would be reduced inverseproportionally.For example if the menu screen image 320 is dragged to appear in a state that a video reproduction image has been displayed the region of the exposed menu screen image 320 is gradually increased while the size of region where the video reproduction image is displayed is gradually reduced.

Composition for use according to any one of claims 12 to 15 characterised in that R2 is halogen.

Preferably X is S.

An audio processing apparatus comprising a first amplifier that amplifies a surround audio signal or a fourth room audio signal the surround audio signal being a surround left audio signal or a surround right audio signal and the fourth room audio signal being a fourth room left audio signal or a fourth room right audio signal a second amplifier a third amplifier a first speaker terminal that outputs the surround audio signal a second speaker terminal that outputs a first extended audio signal or the fourth room audio signal the first extended audio signal being a first extended left audio signal or a first extended right audio signal a third speaker terminal that outputs a second extended audio signal or a second room audio signal the second extended audio signal being a second extended left audio signal or a second extended right audio signal and the second room audio signal being a second room left audio signal or a second room right audio signal a fourth speaker terminal that outputs a third extended audio signal or a third room audio signal the third extended audio signal being a third extended left audio signal or a third extended right audio signal and the third room audio signal being a third room left audio signal or a third room right audio signal a first switch that switches whether the surround audio signal from the first amplifier is supplied to the first speaker terminal a second switch that switches whether the fourth room audio signal from the first amplifier is supplied to the second speaker terminal a third switch that switches whether the amplified first extended audio signal is supplied to the second speaker terminal a fourth switch that switches whether the amplified second extended audio signal or the amplified second room audio signal is supplied to the third speaker terminal a fifth switch that switches whether the amplified third extended audio signal or the amplified third room audio signal is supplied to the fourth speaker terminal and a switching controller that controls the first switch the second switch the third switch the fourth switch and the fifth switch.

The preout unit 111 may not include the switches S111a to S111f but the D SP may change the channels of the audio signals to be supplied to the amplifiers 112a 112b in accordance with the channels included in the multichannel audio data.

A method of detecting discontinuity of electric lines the method comprising closing and reopening at least two of the switches in a predetermined sequence measuring voltages between the lines connected to the cells after the switches connected in parallel to the cells are reopened and the next switches in the predetermined sequence are closed respectively setting the measured voltages as cell voltages of the cells determining whether at least one of a high abnormality voltage equal to or higher than a first threshold and a low abnormality voltage equal to or lower than a second threshold lower than the first threshold exists among the cell voltages and determining at least one of the electric lines has lost continuity if at least one of the high abnormality voltage and the low abnormality voltage exists among the cell voltages.

Figure 3 is a schematic diagram illustrating a case in which all of the switches SW1 to SWn are on and there is a break in the line L0.In such a case the voltage detected by the resistor voltage detecting circuit B1 is substantially 0 V.Thus the voltage detected by the resistor voltage detecting circuit B1 is not within a voltage range e.g.1.0 V to 3.8 V that is normal for when the switch SW1 is on.Additionallysince the voltage detected by the cell voltage detecting circuit D1 is substantially 0 V the abnormality diagnostic section 10 determines that the voltage detected by the cell voltage detecting circuit D1 is equal to or below the prescribed overdischarge threshold value V1.

The terminal device according to claim 12 wherein to determine the 3D position of the contact portion of the operating pen the interaction control unit is further configured to determine the 3D position of the contact portion of the operating pen based on a retraction length of the top of the operating pen an azimuth of the operating pen and the touch position between the operating pen and the screen.

As shown in Fig.33 for example the input pen 201 used in this embodiment 17 includes a spring 201E in the inside of the case and the input pen 201 has a structure in which when the operator applies pen pressure on the input pen 201 a pressure detection means 201F detects pressure of repulsion of the spring 201E.The configuration of the input pen 201 is not limited to the configuration shown in Fig.33 and the input pen 201 may have a structure including an air pressure type piston 201G so that the air pressure detection part 201H detects the applied pressure as shown in Fig.34 for example.The pressure detected by the input pen 201 having the structure shown in Fig.33 or 34 is arithmetically processed so that a pointer 303 having a length in proportion to the pressure applied by the operator is displayed on the display apparatus 3 for example.

The apparatus according to claim 8 or 9 wherein the number of multiple continuous adjacent TAs in the TA list allocated to the UE depends on at least one of these factors time segment user type user property property of the TAcurrently visited by the UE and motion speed of the UE.

By knowing in which wireless area the mobile terminal is located it is possible to determine a location area which is dedicated to the mobile terminal.

The amplifier according to claim 9 further comprising an input matching circuit 312 provided on the substrate and connected to an input end of the second active element 352.

FIG.3 is a graph describing the power added efficiency of the microwave semiconductor amplifier according to the first embodiment.

The method of any of the claims 810 wherein signal information relates to channel information signal strength signal identifiers noise or a combination thereof.

As shown in FIG.3 an indoor access point AP includes multiple SSID names such as a first SSID name and a second SSID name the indoor AP detects an action of a mobile AP such as establishing or interrupting a physical connection where the action of establishing or interrupting a physical connection is specifically an action of plugging or unplugging the mobile AP.After a physical connection is established successfully between the mobile AP and the indoor AP the indoor AP establishes a physical connection channel with the mobile AP connected thereto and the indoor AP exchanges information with the mobile AP by using the physical connection channel.After the physical connection channel is established the indoor AP receives SSID information of the mobile AP and encryption information corresponding to the SSID information from the mobile AP and configures the received SSID information and encryption information of the mobile AP into a first SSID name.Upon completion of configuring the received SSID information and encryption information of the mobile AP the indoor AP sends disable information to the mobile AP.The mobile AP disables its WiFi search function and the indoor AP enables information in the first SSID name.

The optical amplification stage 1 according to any one of the preceding claims further comprising a first and a second photodetector 13a 13b optically connected to respectively the first and second optical reflector at the opposite side thereof with respect to the first and second optical coupler respectively the photodetectors being configured for detecting the optical power of the WDM signal outputting the respective optical amplifier.

Referring to Fig.1 an optical transmission path monitoring system according to the present invention comprises an optical transmission path monitoring apparatus 1 for the up link optical transmission paths 2 having up and down links an optical transmission path monitoring apparatus 3 for the down link a signal light source 4 having a plurality of differentwavelengths for the up link a wavelength division multiplexer 5 for wavelengthdivision multiplexing signal lights from this light source 4 and an optical fiber monitoring probe light 111 or an optical amplifierrepeater monitoring probe light 112 from the optical transmission path monitoring apparatus 1 for the up link a signal light source 6 having a plurality of different wavelengths for the down link and a wavelength division multiplexer 7 for wavelengthdivision multiplexing signal lights from this signal light sources 6 with an optical fiber monitoring probe light or an optical amplifierrepeater monitoring probe light from the optical transmission path monitoring apparatus 3 for the down link.

The robotic mower according to claim 1 wherein the vehicle control unit performs the cross correlation by converting the signals from a time domain to a frequency domain.

Expressed generally in terms of variables for the unique signal above as represented by the line 310 a positive and a negative pulse are spaced by a time period TP with an interval or frame being 4TP.Accordingly filtration of this signal is performed with a filter of a frequency F of 12TP.

An assembly comprising an electrolyte membrane and a frame that holds the electrolyte membrane wherein the frame includes a first frame that holds one surface of the electrolyte membrane and a second frame that holds the other surface of the electrolyte membrane the frame further includes a joint part that joins the first frame and the second frame and the joint part has a projection.

In addition ribs 8A and 8B receive reaction forces of gaskets 7B 7E and 7F which are positioned between separator 3 and assembly 1 on a surface that faces separator 2.According to this configuration rib 8A and 8B prevent first frame body 6A and second frame body 6B from being deformed.As a result it is possible to prevent the fuel gas from leaking toward a cathode surface side along a surface of MEA 5.Meanwhile frame portion 16C and second connection portion 16B look like individual bodies in FIG.2 but as illustrated in FIG.6 frame portion 16C and second connection portion 16B constitute third frame body 6C that is an integral member.

The network device of any one of claims 8 to 11 where the network device includes at least one of a Mobility Management Entity a Serving Gateway a Policy and Charging Rules Function of a Long Term Evolution access network a General Packet Radio Service node or a Call Session Control Function of an Internet Protocol Multimedia Subsystem.

In step 103 the interception NE preferentially reports all the user plane data of user A with the high interception priority according to the designated interception priorities of the interception targets.

The method of claim 2 wherein during the first conduction cycle the node connecting the switches 905a 905b is connected to the supply voltage line 906 and during the second conduction cycle the node is connected to the ground line 907.

Fig.1 describes a switch mode power supply 2 having a power input terminal 4 primarily for DCpower and output terminals 6 8 between which the power supply can deliver DCpower.Semiconductor switches 10 12 are connected so that if switch 10 is open switch 12 is closed.Hereby the voltage at the connection point 14 between the two semiconductor switches 10 12 changes from zero and up to the input DCvoltage.The point 14 is connected to a first coil 15 from where current is flowing to a coil 16 which is part of a transformer 18.The coil 16 is further connected to a capacitor 19.The transformer 18 contains further a coil 20 which is connected to rectifier means which can be formed as a bridge rectifier 20 having an input terminal 22.A rectified DC power is delivered at the output 24 towards the output terminals 68 between which a capacitor Cout and a resistor Rload are shown.A feedback signal 26 is connected to the output terminal 6.The feedback signal 26 is sent to an error amplifier 28.The now converted feedback signal 29 is led forwards to electrical isolation means 30 which in practice is in the form of an optocoupler.This optocoupler is connected to a pin 4 of the integrated circuit L6598.Inside the integrated circuit 4 is an internal power supply comprising a voltage reference connected to the pin 4.Outside the integrated circuit is the optocoupler connected to the pin 4 through a serial resistor.Also connected to the pin 4 a resistor is connected to the earth connection.In this way all currents between two levels can be generated to flow from the pin 4 depending on the collector voltage on the transistor in the optocoupler 30.In this way the feedback signal level defines the current.A current change in the pin 4 leads to a change in size of the current in the constant current generators 42 44.This leads to a change of the charging and the decharging speed of the capacitor 46.Hereby the oscillating frequency is over the switching means 10 12 and the coil 15.The coil 16 at the transformer and the capacitors 19 is changed according to the load.A switching means 41 defines which of the constant current generators 42 44 that are to be active.Both cannot be active at the same time.The common output from the two constantcurrent generators 42 44 is led through a pin 3 at the integrated circuit.Outside the pin 3 a capacitor 46 is connected.Charging a capacitor 46 by a constant current leads to a linear increase or decrease in voltage over the capacitor 46.In this way a threeangle voltage is generated at the pin 3 of the integrated circuit.This signal with a threeangle voltage is over a line 32 led to the input of two comparators and a flipflop.The output flipflop 36 is switching its output depending on the input of the terminal 32 and on a reference voltage.The output of the flipflop 36 is connected to driving means 38 40.Output terminals at the integrated circuit are pin 11 and pin 15.Pin 11 has the number 45 and pin 15 the number 43.These are connected to the input of the semiconductor switching means 10 12.

The method of claim 3 wherein when the most recently used network is determined to support the voice telecommunication the performingof the RAT search for the identified at least one communication network comprises performing the RAT search for the most recently used network.

The present invention relates to a method and apparatus for connecting an emergency call in a portable terminal and in particular to a method and apparatus for connecting an emergency call in an unlicensedband by using an IPbased Multimedia Subsystem IMS network in a state where a Subscriber Identification Module SIM card is not inserted in a dual mode portable terminal supporting a cellular network and an unlicensedband network.

The system according to any of claims 6 to 9 wherein the controller includes a computer program product including program code being saved thereon and for executing a method according to any of claims 10 to 14 when the program code is executed.

FIG.5 is a schematic diagram 500 of an embodiment of a cold field emitter electron source of the present invention operating in the degassing mode.The CFE emitter tip 503 is the sharpened end of the tip wire 502 typically an oriented wire of a refractory metal such as tungsten.The tip wire 502 may be spotwelded to a filament 504 supported by posts 590 and 592 mounted in an insulating disk 580.To clean just the emitter wire 502 and tip 503 a current can be flashed through filament 504 by applying a voltage between posts 590 and 592 thereby momentarily ohmically heating filament 504 wire 502 and tip 503 hot enough to remove adsorbates restoring the initial clean tip structure characterized by the work function of the base metal of the oriented tip wire 502 or of the oxidized W111 surface of the wire 502 and tip 503 as described in U.S.Pat.No.7888654 issued 15 February 2011

The probe of claim 1 wherein the adhesive material contains at least an epoxy kind of material.

In this embodiment the first connector 140 is disposed so as not to overlap the piezoelectric member 120 and are interconnected only to the extension part 138.Herein the interconnection of the first connector 140 only to the extension part 138 means that the first connector 140 is interconnected only to the sound matching layer 130 throughinterconnection between the first connector 140 and the extension part 138 and does not mean that the first connector 140 is not interconnected to other parts of the sound matching layer 130 for example the contact part 136 of the sound matching layer 130.

The radiation curable composition according to claim 1 wherein the one or more monofunctional methacrylates including at least one five or six membered acetal ring in their structure is represented by Formula II or IIIwherein R3 is selected from the group consisting of a hydrogen and an optionally substituted alkyl group including 1 to 8 carbon atoms R4 and R5 are selected from the group consisting of a hydrogen an alkyl group an alkenyl group an alkynyl group an aralkyl group an alkaryl group and an aryl group or R4 and R5 may represent the necessary atoms to form a five to seven membered ringR6 and R7 are selected from the group consisting of a hydrogen an alkyl group an alkenyl group an alkynyl group an aralkyl group an alkaryl group and an aryl group or R6 and R7 may represent the necessary atoms to form a five to seven membered ring.

The materials used in the present invention are as follows.IRGALITE BLUE GLVO phthalocyanine pigment Ciba Specialty Chemicals CINQUASIA MAGENTA RT355D C.I.Pigment Violet 19C.I.Pigment Red 202 mixed crystal pigment Ciba Specialty Chemicals NOVOPERM YELLOW 4G01 C.I.Pigment Yellow 155 pigment Clariant SPECIAL BLACK 250 carbon black pigment Ciba Specialty Chemicals SOLSPERSE 32000 Noveon dispersant VCAP Nvinylcaprolactam ISP SR285 tetrahydrofurfuryl acrylate THFA Sartomer SR9003 propylene glycolmodified neopentyl glycol diacrylate PGmodified NPGDA Sartomer SR506 isobornyl acrylate Sartomer SR531 trimethylolpropane formal acrylate CTFA Sartomer SR395 isodecyl acrylate Sartomer SR339 2phenoxyethyl acrylate Sartomer CN964 A85 difunctional aliphatic urethane acrylate containing 15 wttripropylene glycol diacrylate Sartomer FIRSTCURE ST1 polymerization inhibitor mixture of trisNnitrosoNphenylhydroxyamine aluminum salt 10 wt and phenoxyethyl acrylate 90 wt Chem First LUCIRIN TPO photopolymerization initiator 246trimethylbenzoyldiphenylphosphine oxide BASF IRGACURE 184 photopolymerization initiator 1hydroxycyclohexyl phenyl ketone CibaGeigy Ltd.TEGORAD 2100 siliconebased surfactant Degussa Preparation of cyan mill base C1 phthalocyanine Pigment

A control method of a clothes treatment apparatus comprising feeding S10 hot air to clothes received in a drum 12 and dehydrating S20 the clothes by performing a first rotation cycle S22 for rotating the drum 12 at least at a first RPM for a first predetermined time wherein the first RPM is an RPM that allows centrifugal force applied to the clothes during rotation of the drum to exceed gravity.

Subsequently the control unit executes the fourth period for unraveling the laundry.The unraveling process of the laundry is the last period of the dewatering cycle.

A method of storing charging data in an IMS network the method comprising receiving a message at a network entity identifying a charging priority value of the message relating to charging data associated with the message including the charging priority value in a charging request message and forwarding the charging request message to a charging control system.

When the UE initiates an SIP service request successfully and if the UE initiates an SIP service modifying request to the CSCF since the CSCF has already stored priority service ID the SIP service modifying request can carry priority service ID or carry no priority service ID.If the CSCF has available resources it carries out normal processing of the SIP service modifying request according to the existing technologys solution and if the CSCF is congested it carries out special processing of the SIP service modifying request and the special processing is identical to the above said special processing of the SIP service request.

The battery pack of any one of claims 1 to 7 wherein the battery cell further comprises a recessed portion configured to receive the reinforcement layer.

Aspects of the present invention provide a battery pack capable of enhancing RF sensitivity thus ensuring improved communication between a mobile terminal including the battery pack and an external electronic apparatus.

The system of claim 14 wherein the combined threshold function CTF is provided by the processing unit by reading data andor instructions from an electronic memory of the system that is descriptive of the combined threshold function CTF andor by calculating the combined threshold function CTF.

In accordance with an embodiment of the invention the cycle number Cq quantitation Cycle number at which the growth signal exceeds a predefined threshold line e.g in relation to the baseline.This cycle number is also referred as the CT value in the art.Alternative methods for determining the Cq value from the growth signal may be used such as determining Cq by determining the maximum of the second derivation of the growth curve.

A scribing method for a brittle material substrate according to which a scribe line is created by rolling a cutter wheel over a brittle material substrate having a resin layer on an upper surface characterized in that said cutter wheel has a twopart blade surface made of a first blade surface on the left and right sides where a ridge line having a first ridge line angle 1 forms the outer periphery of a circle and a second blade surface on the left and right sides that continues to the bottom of the first surface the second ridge line angle 2 formed between the left and right sides of the second surface is smaller than the first ridge line angle 1 formed between the left and right sides of the first surface the first ridge line angle 1 is appropriate for the first blade surface to create a scribe line on said substrate and the second ridge line angle 2 is appropriate for the second blade surface to cut the resin layer the depth of the first blade surface is smaller than the thickness of the resin layer on said brittle material substrate a number of notches are periodically created along the ridge line of the first blade surface and this cutter wheel is rolled over and pressed against the resin layer on said brittle material substrate so that the resin layer is cut by the second blade surface and at the same time the top ridge line portion of the first blade surface bites into the brittle material substrate so as to create a scribe line.

This invention is provided in view of these problems with the prior art and an object of the invention is to provide a cutter wheel which allows for stable formation of a scribe line with high precision when a brittle material substrate is scribed and broken even in the case where the thickness of the brittle material substrate is small a method for scribing a brittle material substrate using the same and a method for manufacturing a cutter wheel.

The method of claim 1 or 2 wherein the display unit and the user input means are realized with a touchsensitive display and wherein the user input causing the switch from one home screen to another is a touchswipe input.

The present invention generally relates to a power management method in particular to a power management method adaptable to an electronic device having multiple operating systems.

The method of claim 11 further comprising placing a second intermediate grounding terminal hg32 FIG.12 so as to form a first front section sa31 in the head section extending from the feed terminal to the second intermediate grounding terminal along the loop and a second front section sa32 in the head section extending from the second intermediate grounding terminal to the intermediate grounding terminal along the loop without overlapping the first front section wherein during a third operation mode the first front section is further capable of supporting a fourth electromagnetic resonance shown by 1640 FIG.13c with two antinodes respectively at the feed terminal and the second intermediate grounding terminal and the second front section and the intermediate section are further capable of jointly supporting a fifth electromagnetic resonance shown by 1650 with two antinodes respectively at the second intermediate grounding terminal and the tail grounding terminal.

As shown in FIG.6 component 42 may be implemented using a resonant circuit.The resonant circuit may include electrical components such as resistors inductors and capacitors.In the illustrative arrangement of FIG.6 component 42 has parallelconnected components such as inductor 54 and capacitor 56.This is merely illustrative.Resonant circuits for forming components 42 may be formed using one or more seriesconnected resistors capacitors andor inductors one or more parallelconnected resistors capacitors or inductors or any other suitable network of electrical components that exhibit impedance values that vary as a function of frequency.The components of resonant circuit 42 may as an example be selected so that resonant circuit 42 exhibits an impedance in one operating band e.g.a lowfrequency communications band that is at least ten times its impedance in another operating band e.g.a highfrequency communications band.

The electronic device according to claim 10 wherein the first touch and the second touch overlap at least partially in time when the first touch and the second touch are singlegesture associated.

The camera 20 captures a still image and a moving image by an image pickup device such as a CMOS Complementary Metal Oxide Semiconductor sensor and a CCD Charge Coupled Device sensor.The captured data is stored in the RAM 12 or the flash memory 13 or transmitted to other apparatuses on the network via the communication portion 14.

The assembly according to claim 5 wherein the polygon is a tetragon.

As illustrated in FIG.4 MEA 5 includes membrane 5A and a pair of electrode layers 5D.Membrane 5A has a first surface and a second surface opposite to the first surface and electrode layer 5D as an anode electrode layer formed on the first surface and electrode layer 5D as a cathode electrode layer formed on the second surface constitute an electrode portion.Electrode layer 5D includes catalyst layer 5B formedon membrane 5A and diffusion layer 5C covering catalyst layer 5B.Frame body 6 is formed of first frame body 6A second frame body 6B and third frame body 6C.

An apparatus for controlling a state of a terminal screen wherein the terminal comprises a first human body communication component 21 connected with a metal structure 22 on a surface of the terminal the apparatus comprises a determination unit 71 configured to determine a realtime state of the terminal screen as a first state a sending unit 72 configured to generate a first electromagnetic signal corresponding to the first state and send the first electromagnetic signal to the metal structure 22 via the first human body communication component 21 such that the first electromagnetic signal is transmitted via a skin of a user a receiving unit 73 configured to receive by the first human body communication component 21 via the metal structure 22 a second electromagnetic signal returned according to the first electromagnetic signal by an associated wearable device and a switching unit 74 configured to if the second electromagnetic signal comprises state switching information of the terminal screen switch the realtime state from the first state to a second state.

If in the portable terminal of Fig.10a the processing at the service terminal of Fig.8 is executed and the using configuration is such that a portable telephone as a service terminal is used by plural persons user identification data is transmitted from a portable equipment such as a wrist watch to a portable telephone through the body of the user 30 to permit the portable telephone to be used only if authenticity of the ID for authentication.The service at step 806 of Fig.8 in this case is the setting processing to a call enabling mode.A telephone number list corresponding to the ID for authentication may be demonstrated in a display area of the portable telephone.If in the case of a display equipment such as PDA shown in Fig.10b online shopping is to be performed it may be envisaged to use the above configuration as a system for performing authentication with a service provider for settlement using the ID for authentication as a base.

An infant or adult diaper 10 according to any one of the preceding claims wherein the first barrier element 72 also comprises an element which is positioned in front of the rearward barrier plane.

The inventors of the present invention have conducted intensive studies for attaining the abovedescribed object and have completed an absorbent article having a novel structure.

The transmitting apparatus according to claim 1 or 2 wherein the additional information contains a time stamp corresponding to time of input as well as the stream identifier.

The broadcast channel thus contains high quality data composed of bursts for each service and one burst of low quality data for zapping.

The video processing method according to claim 1 further comprising obtaining an object detecting signal wherein in the step of adjusting the bit rate or the resolution the bit rate or the resolution is adjusted according to the noise level and the object detecting signal.

FIGS.8A through 8C are block diagrams illustrating the structures of a motion image encoder in which approximated generalized Wiener filtering is performed on an intra block.Theencoders of FIGS.8A and 8C filter an intra block in a DCT domain and perform quantization and variable length coding VLC on the filtered intra block without inverse DCT IDCT.

Detergent supply system 5 35 55 65 105 for a laundry washing machine 1 comprising a mixing chamber 6 56 86 106 suitable to receive detergent D and water W and comprising a mixing device 20 40 100 suitable to mix said detergent D and said water W in said mixing chamber 6 56 86 106 to form a washing solution S characterized in that said detergent supply system 5 35 55 65 105 is suitable to be installed inside said laundry washing machine 1 and comprises an inlet 7 57 87 107 accessible from outside of the laundry washing machine 1 for the insertion of said detergent D and an outlet 14 94 for delivering said washing solution S.

As shown in Figure 2 metering means 6 are housed together with container 11 and tank 14 inside drawer 12 and comprise for each inlet 5 a pump 17 Figure 2 shows pumps 17 of both containers 11 an intake conduit 18 connecting the inlet of pump 17 to relative tank 14 and a feed conduit 19 connecting the outlet of pump 17 to a mixer 21 via a oneway valve 20.

A method according to either of claims 9 or 10 comprising the step of providing a first adhesive application unit 148 and applying an adhesive to the supporting sheet 16 prior to deposition of the absorbent material 100 thereon andor comprising the step of providing a second adhesive application unit 158 and applying an adhesive to the absorbent structure prior to removing it from the first moving endless surface 30 or immediately subsequent thereto.

Said receptacle 33 of said second moving surface may have a first average width dimension and said supporting sheet 200or said part thereof that is on said receptacle 33 has a second average width dimension and the ratio of said first to said second average width dimension is at least 11.2.

A computer usable storage medium having a computer program product according to claim 15 stored thereon.

The configuration of the drive circuit 204 enables the quartz crystal oscillator 202 to be restarted irrespective of the gas pressure in the gas cylinder 100.Therefore the sensor assembly 200 can be shut down as and when required in order to save battery power.

Method according to claims 9 and 10 wherein the application 25 is paused or deactivated when the presence of the first device 1 near the second device 2 is detected.

Furthermore in one embodiment of the first aspect determining a validity of the second data set may include determining an amount of data missing in the second data set wherein the second data set is determined to be invalid when a threshold amount of data is missing from the second data set.

The device of claim 8 or 9 further comprising a sensor configured to sense a position of a user wherein the controller is configured to apply the sound setting based on the sensed position of the user and the obtained curvature.

The image data and the sound data from various sources are distributed via the distributor circuit 207 i.e.the image data are distributed to the first imageadjusting circuit 208 and to the second imageadjusting circuit 209 and the sound data are distributed to the soundadjusting circuit 210.The various sources are CDMD replay unit 201 radio receiver unit 202 TV receiver unit 203 DVD replay unit 204 HD replay unit 205 and navigation unit 206.The first and second imageadjusting circuits 208 and 209 adjust the brightness of the image color tone and contrast and the thus adjustedimages are displayed on the display unit 7 through the image output unit 211.The soundadjusting circuit 210 adjusts the distribution sound volume and tone qualityto each of the speakers and the adjusted sound is output from the speakers 16.

The method of claim 1 further comprising pitching each blade into a pitch angle wherein both root moment and root shear loads of the blade are within respective load valleys on a graph of those respective loads verses wind direction.

As can be seen in Fig.2 the wind turbine blades 1820 of the wind turbine 10 are forwardswept wind turbine blades in that the blades are shaped such that the tip ends 18b20b of the blades 1820 point away from the wind turbine tower 12 the tip ends of the blades are swept relative to the central longitudinal axis of the blades.Such forwardswept blades can be used in wind turbines to ensure that there is an adequate tiptotower ratio for operation of the wind turbine.

Method for establishing a dual connectivity between a user equipment 1 and a master evolved Node B 2 and a secondary evolved Node B 3 said method comprising i a first step S1 during which said master evolved Node B 2 chooses at least one secondary evolved Node B 3 because it wants to offload a data rate requested by said user equipment 1 ii a second step S2 during which said master evolved Node B 2 sends a resource request comprising data defining at least complementary radio resources to be allocated ERAB parameters TNL address information corresponding to a user plane option capabilities of said user equipment 1 current radio resource configuration for said user equipment 1 and a history cell information of said user equipment 1 to said chosen secondary evolved Node B 3 and iii a third step S1 during which said chosen secondary evolved Node B 3 determines from said data contained into said received resource request and from its not yet allocated radio resources if it can allocate said requested complementary radio resources to said user equipment 1 and how to set corresponding radio parameters.

In this operation example the cell1 being a PCell judges that the cell2 being a SCell candidate can be used as a SCell and then moves to Step ST1508.

The electronic device of claim 11 wherein the insulation films comprises a layer formed by painting coating or anodizing.

The metal frame 380 extending into the case 311 may be formed to cross the inner space of the terminal or only a part of the metal frame 380 may extend to the inside of the terminal.

The inflatable wrap with automatic tightness detection as claimed in claim 1 wherein the sensor element is configured as a strip sensor extended parallel to a longitudinal direction of the wrap strap and the output element being aligned with an optimal position on the strip sensor according to a patients body size to provide an alignment sensing function so as to ensure the wrap strap is properly wrapped around a selected area on the patients body.

Fit may be indicated to a user by several means.In an embodiment a visual indicator is employed.Referring to FIGS.2 and 3 and as best illustrated in FIG.5 a light emitting diode LED panel 502 is formed on the garment 202 and operatively connected to controller 244.The panel 502 comprises multiple LEDs 510AD each corresponding to one of the capacitive sensors 224AD.As the RF signal from sensor 224A for example reaches its acceptable value the corresponding LED 510A lights up to indicate acceptable fit.The user adjusts fasteners 204AD 212AD near the sensors 224AD until all the LEDs 510AD are lit indicating that proper fit of the garment 202 has been achieved.The LEDs 510AD may be arranged in any manner on the display panel 502.A graphical overlay for example provides a visual indication mapping the location of each of the LEDs 510AD to sensors 224AD.FIG.3 illustrates a preferred arrangement where LEDs 510AD are arranged to visually aid the user.In an alternative embodiment the LED panel may be formed on the controller itself.In yet another embodiment the visual indicator is integral to the controller such as an LCD display on the body of the controller that may also include other controller features.

The method of claim 9 wherein the loop filter transfer function is a transimpedance type corresponding to be compatible with the phase detector gain and the tuning gain of the adjustable frequency source.

From the above we may conclude that for a practical PLL the numbers nd ni nz and np are given in the following tableType nd ni1 nz npI 0 1 0 01 typicalII 0 2 101 typicalIII 0 3 202 typical

A communication device 11 comprising a controller 240 configured for operating the communication device 11 in a locked state or an unlocked state a communications subsystem 211 a display 204 for displaying an interface 500 on the communication device 11 while the communication device 11 is in the locked state the interface 500 including an option 510 to join a scheduled conference call an input device 206 for receiving an input for selection of the option 510 while the communication device 11 is in the locked state and wherein the controller 240 is further configured for unlocking thecommunication device 11 to the unlocked state and sending a communication to a second communication device for establishing a conference call session.

Examples of alphanumeric strings indicating wireless coverage required for new appointment 1402 of FIG.15 are shown within location field 1504 of FIG.15 with example string conference call associated with appointment subject Singapore Design Center 1502 of FIG.15 and within telephone number field 1506 of FIG.15 where a ten digit number is entered.Similar fields associated with any new appointment may include an Internet address email address user or group names associated with chat groups or like information indicating wireless coverage required for the new appointment.In FIG.18 for example a task 1804 Discuss Marketing Potential of a task application is shown and associated with a date and time 1802 as well as notes 1806 which indicate that a group chat session for a chat group 1808 Johns Group.

A private mobile network system as claimed in claim 13 wherein the private mobile network system is based on a professional mobile radio network and the one or more apparatuses comprises at least a dispatcher station.

In an embodiment of the invention the direct link operation mode may be determined on the basis of data such as signalling or communications items that are sent or received on a direct connection between terminals.

A system including an introducer according to any preceding claim and an endoluminal prosthesis loaded on the introducer.

A configuration of the stentgraft deployment system 10 includes a tapered tip 12 that is flexible and able to provide trackability in tight and tortuous vessels.The tapered tip 12 can include a lumen 14 allowing for passage of a guidewire for example.Other tip shapes such as bulletshaped tips could also be used.

A hub according to any of claims 3 to 5 wherein the front and rear bearing seats have an identical number of connection points.

Figure 3 illustrates a perspective view of the hub 10 according to an embodiment in which the inner stiffening structure 11 comprises three openings 12 in figure 3 only two openings are visible equidistantly spaced apart.The inner stiffening structure 11 may be coaxially arranged around the portion 31 of the frame extending forward into the hub 10 between a front end and a rear end of the hub shown in figure 2.The stiffening structure 11 may have a tapered shape like the portion 31 of the frame around which it is arranged.The manhole 33 provided in the upper side of the portion 31 of the frame extending forward into the hub 10 and the openings 12 provided in the inner stiffening structure 11 may have an elliptical shape.In use when the hub 10 is in an appropriate position e.g.shown in figure 3 the manhole 33 arranged in an upper side of the portion 31 of the frame extending forward into the hub 10 may coincide with one of the openings 12 of the stiffening structure 11.

The light bar structure 10 as claimed in claim 9 wherein the connector 302 is connected to the circuit board 100 by soldering.

As illustrated in FIG.17 the plurality of lightemitting devices 11 are arranged and mounted on the mounting pads 15a of the substrate 10 in a manner to form rows in a direction perpendicular to the longer direction of the substrate 10.As illustrated in FIG.15 the plurality of rows of the lightemitting devices 11 are arranged at regular intervals along the longer direction of the substrate 10.Six pieces of the lightemitting devices 11 are arranged at regularintervals between each of the power supplying posts 18a of the power supplying conductor 18 in the upper part of FIGS.15 and 17 and each of the power supplying posts 18a of the power supplying conductor 18 in the lower part of the drawings.As illustrated in FIG.15 18 rows of the lightemitting devices 11 are formed in the longer direction of the substrate 10.This means that the lightemitting devices 11 are arranged in 18 rows each including six pieces.

A mobile terminal comprising a body a camera a touchscreen provided to the front side of the body and having a plurality of corners and a controller configured to operate the camera to capture an image upon reception of a first drag input applied to a first corner of the touchscreen and dragged to a center of the touchscreen.

The element may be selected by ending or releasing the gesture.Optionally the preview information associated with the element is displayed when the gesture ends.Alternatively an element may be selected by changing thedirection of the gesture to a direction other than the direction opposite the original direction or reverse direction.When the gesture direction is reversed and the gesture ends at the origin point a selection is not made.

A gas turbine component according to any one of claims 1 to 3 wherein the thickness of the environmental barrier layer 13 is from 0.05 to 0.1 mm.

In view of the above the process of this invention produces a protective deposit capable of increasing the temperature capability of a TBC by reducing the vulnerability of the TBC to spallation and the underlying substrate to corrosion from CMAS contamination.As a result of the type of precursor used and the process by which the precursor is applied the protective deposit can be formed so as to not only cover the surface of the TBC but also extend protection into subsurface regions of the TBC where resistance to CMAS is also important for longterm resistance to CMAS contamination.

A device according to claim 4 wherein the transceiver is an electrical transceiver configured to determine an output electrical signal of the transceiver on the basis of the polarity of the excitation signal when the device is in the first operational mode and to detect the polarity of the excitation signal on the basis of an electrical signal received at the electrical transceiver when the device is in the second operational mode.

Fig.1 is a block diagram showing example connection relationships between a resolverdigital RD converter 30 a current buffer 20 and a resolver 10 according to the present embodiment.

An injection molding apparatus comprising a plurality of motors including a moldopeningclosing motor a driving unit configured to drive the motors a feeding path a feeding unit configured to supply power via the feeding path to the driving unit an electric storage a detecting unit configured to detect a driving state of the moldopeningclosing motor and a power transfer unit configured to control power transferred from the feeding path to the electric storage based on the detected driving state of the mouldopeningclosing motor.

The power accumulating device 3 according to the embodiment supplies a large electric power instantaneously to a servo amplifier in place of the ACDC converter 2 in the injection process requiring the largest power among the respective processes for the molding.The power accumulating device accumulates an electric power during a processes requiring a relatively small amount of electric power.An inputoutput power PBNK isshown by numerals 47 and 48 in Fig.5E wherein numeral 47 represents the power outputted to the outside from the power accumulating device 3 and numeral 48 represents the power supplied from the outside to the power accumulating device 3.In the figure a positive power represents a power outputted to the outside from the power accumulating device 3 and a negative power represents a power supplied to the device from the outside.A portion shown by a numeral 47 has the same shape as the graph shown by the numeral 41 and a portion shown by a numeral 48 is a small negative power.Since an amount of electric power to be outputted and an amount of electric power to be accumulated is same an area surrounded by the graph shown by the numeral 47 and the time axis is same as an area surrounded by the graph shown by the numeral 48 and the time axis.An electric power supplied from the external threephase AC power supply PW that is an input power PIN is obtained by subtracting an inputoutput power PBNK of the power accumulating device 3 from the sum of powers PI PR PM PE required in the respective processes.Fig.5F shows a graph of the input power PIN.Although the power necessary for the injection process is cut as shown by a numeral 41 a power required during a time period other than the injection process is not so large as shown by the numeral 49.

A method according to claim 7 wherein the flue gas in step a comprises 89CO2.

A second portion 422 of the reduced temperature exhaust gas 418 is directed into a first flow path 424 of a carbon dioxide separation system 426.A sweep fluid 428 is directed along a second flow path 426.A separator 20 for example a membrane is positioned between first and second flow paths 424 426 for separating the first and second flow paths 424 426 and for promoting carbon dioxide transport therebetween along the path of the arrows.A lowCO2 content flow 427 is directed out of first flow path 424 to be recycled or released to the atmosphere and a highCO2 contentflow 430 is directed to a carbon dioxide separation unit 432 to separate and isolate the CO2 434.

The method of one of claims 9 to 13 further comprising displaying the enumerated condition to a Human Machine Interface HMI of the host computer and logging the enumerated condition to a database of the host computer.

The system 10 may include additional computers 36 coupled to the plant data highway 34 that may execute alarm viewers 80.The alarm viewers 80 may enable a user to view and interact with the alarms processed by the alarm server 70.The computers 36 may each include a memory 82 and a processor 84 for executing the alarm viewer 80.Additionally in some embodiments the alarm viewers 80 may be executed on the computer 28 or any of the computers described above in FIG.1.The alarm server 70 may communicate with the alarm viewers 80 using any suitable alarm data protocol interpretable by the alarm viewers 80.

The video intercom device of Claim 1 wherein the indoor master unit includes a charge detector that detects whether or not the indoor master unit is connected to a charge unit and requests for switching from the second communication method to the first communication method to the front door slave unit when the charge detector detects that the indoor master unit is connected to the charge unit.

If it is recognized that the factor of the poweron is the timer expiration in the cycle of timer unit 442 the control unit 430 of the sensor slave unit 40 performs detection of the power supply voltage by starting the battery voltage detection unit 423.Then the control unit 430 operates tonotify the master unit 20 of the information that indicates the detected battery voltage by a CLMS message.That is in the same manner as the CLMS message for window state notification the control unit 430 starts the master unit search supplements the control signal and transmits the CLMS message to notify of the battery voltage state.After transmitting the CLMS message to notify of the battery voltage state the control unit 430 outputs the poweroff signal to the power supply control unit 441 without waiting for the response from the master unit 20.If the poweroff signal is input the power supply control unit 441 outputs a switching signal to turn off the switch 440 and depending on this the switch 440 interrupts the power supply to the communication block 400.Accordingly the sensor slave unit 40 is returned to the normal state.

A method for controlling an air conditioner the air conditioner comprising at least one indoor unit 160 an outdoor unit 110 connected to the at least one indoor unit 160 the outdoor unit 110 comprising a compressor 130 for compressing a refrigerant an engine 120 generating power by using combustion gas to operate the compressor 130 a generator 140 generating electricity by using the power generated in the engine 120 and a battery 150 receiving at least one portion of the electricity generated in the generator 140 the method comprising controlling the air conditioner in mode i of charging or discharging of the battery 150 while the air conditioner is operating and controlling the air conditioner in mode ii of charging of the battery 150 while operation of the air conditioner is stopped wherein in mode i the air conditioner calculates S23 the operation performance of the air conditioner and charges S26 the battery by the generator or discharges S28 electricity stored in the battery to the indoor unit orthe outdoor unit according to the calculated operation performance of the air conditioner.

In the power system 1 as described above if power supplied to the loads is small the battery 18 is charged with the power generated by the photovoltaic power generating unit 12 and the power generated by thegenerator 13 while supplying power to the loads.This reduces power supply from the commercial power system 11 thereby achieving energy conservation.If power consumed by the loads is large the power generated by the photovoltaic power generating unit 12 and the power generated by the generator 13 are directly supplied to the loads and furthermore power that has been charged in the battery 18 is directly supplied to the loads as needed.This improves usage efficiency of the battery 18 and reduces power supply from the commercial power system 11 to a greater extent thereby achieving energy conservation.Furthermore the battery 18 can be efficiently used all day long.

Method according to any of the previous claims wherein modifying or changing an operation parameter set for operating the cooling fan unit comprises changing from a first predetermine fan unit profile to a second predetermined fan unit profile wherein the first fan unit profile is different from the second fan unit profile and each fan unit profile includes one or more of a predetermined fan unit speed or conveyance capacity profile a predetermined fan unit OnOfftime profile and a predetermined fan unit OnOff duty cycle ratio.

Figure 1 shows a household appliance 1 comprising a housing 2.In practice that housing 2 will be shaped according to de facto standards that would call for example for a column having a length and a depth of 60 cm each and a height of 80 cm in Europe.In the housing 2 there is disposed a control unit 3 that controls via control lines 4 the various components of the appliance 1 that are functional when the appliance 1 is operated.The control unit 3 is also designed to provide an interface between the appliance 1 and a user via inputting means like dials switches and toggles and outputting means like alphanumeric displays and indicator lights.Disposed within the housing 2 is a drying chamber 5 that is determined to contain articles 6 to be dried.Presently the drying chamber 5 is a drum rotatable around an axis by a motor not shown for simplicity.The articles 6 to be dried are pieces of laundry 6 and may be placed into the drum 5 through a door 7 that allows access through the housing 2.

A test and measurement instrument comprising an analogtodigital converter that digitizes an analog input signal to produce digital data a trigger detector that processes the digital data in realtime and generates a trigger signal and a memory that stores digital data in response to the trigger signal the trigger detector comprising a bitmap generator that converts the digital data into a timedomain bitmap and a region evaluator that generates the trigger signal when a density value of a region of the timedomain bitmap violates a density threshold.

A display subsystem 36 may also be included to provide visual output.In particular it will often be desirable to provide a visual representation of signal properties for signals in system 20.Depending on the particular capabilities and configuration of system 20 different types of visual representations may be employed.As shown in the figure one example of a visual representation is a bitmap display such as frequencydomain bitmap 40.This type of display may be employed for example when system 20 is implemented to provide spectrum analyzer functionality.Other potential visual representations of signal properties include timedomain representations such as oscilloscopetype representation 42 in which a signal value or parameter is displayed as a function of time or some other variable andor a logic analyzertype representation 44 in which signal traces are displayed for one or more digital signals.The visual representations 40 42 and 44 are exemplary in nature and it will be appreciated that a variety of other types of visual representation may be employed.The visual representations may be used to facilitate a novel way of enabling a user to configure and run a triggering operation in a test andmeasurement device.In particular as will be described below triggers may be defined and implemented automatically in response to a users graphic designation of observed phenomena shown on a signal display.

The method 1000 of any of the claims 1 to 6 wherein the group power setpoints 1i are determined as a product of the respective power reference values 4i and the power setpoint 16 divided by a sum of the power reference values 4i.

For example as shown in the Figures 1 to 4 there are three participating group controllers and the main control unit wants 175MW totally.The main control unit will send references to each participating group controller based on the current operating conditions of the group.For the sake of the example the power reference ends up being 50 50 75MW to each of the participating group controllers.The first group controller will then distribute the 50MW to the turbines that it controls.The distribution is based on the turbines operating condition.If they all have identical operating conditions then the reference to each turbine will end up being 50MWnumber of turbines.

A method according to claim 1 the method further comprising providing waist elastic at a waist cap portion of said chassis web folding said waist cap portion of said chassis web over itself and coupling said portion with said chassis web to form a waist elastic portion of said chassis web.

Preferably the rotating body comprises a series of knifes 30 acting in pairs spaced apart a distance of approximately D1 to act upon the stretch film 12 and sever the stretch film 12 into a chip 22 that will be removed once rotated into communication with vacuum hood 36 which because only stretch film 12 or in addition a small portion of character strip 14 will be removed and discarded or recycled.Preferably the knives 30 have silicon lagging heated knives.In this manner the knifes can be used to heat sever stretch film 12 after being urged into contact with the heated knives by blocks 34 which are used to push the laminate of Fig.2 including the stretch film material 12 into the rotating heated knives 30.In an alternative embodiment vacuum is applied to the stretchable film to drawn the material against the heated knife thereby severing the stretchable film.In an alternate embodiment shown in Fig.7 the knives 30 can be supplied with vacuum ports 40 which drawn the stretch film into contact with the heated knife blades 30 at desired times to achieve severing the chips 22.

The secondary battery of any of the preceding claims wherein the first accommodation portion G1 defines a recess in the first terminal pate 111 and wherein the second accommodation portion G2 defines a recess in the cap plate 100.

The conductive member 50 as shown in FIG.7A may have a size e.g.a length corresponding to a size e.g.a length of the upper or lower noncoating portion 22 or 24 of the variable plate 12and be formed with e.g.integrally formed with the upper or lower noncoating portion 22 or 24 of the variable plate 12.However the present invention is not limited to the shape and size shown in FIG.7A and the conductive member 50 may be formed in various shapes and sizes.

An indexable cutting insert 200 for a milling tool 100 comprisingan upper side 201 defining an upper extension plane PU and including a chip surface 203 wherein the upper side 201 has the basic shape of a regular polygona lower side 202 defining a lower extension plane PL parallel with the upper extension plane PU wherein a central axis C2 extends between the upper side 201 and the lower side 202a side surface 204 extending between the upper side 201 and the lower side 202 around the periphery of the cutting insert 200 and including a plurality of primary clearance surfaces 205 and secondary clearance surfaces 206a cutting edge 207 comprising a plurality of primary cutting edge portions 208 each formed between one of the primary clearance surfaces 205 and the chip surface 203 and a plurality of secondary cutting edge portions 209 each formedbetween one of the secondary clearance surfaces 206 and the chip surface 203a plurality of locking grooves 211 formed in the lower side 202 each extending inside of one of the primary clearance surfaces 205 and outside of the central axis C2 characterized in that each locking groove 211 extends through the side surface 204 at least at one of the primary clearance surfaces 205 neighbouring the primary clearance surface 205 inside which the locking groove extends that the lower side 202 further comprises a lower contact region 213 formed to bear on a fastening member 300 and that the upper side 201 comprises an upper contact region 214 adapted to bear on a top support member 107 of a tool body 101 in which the cutting insert 200 is mountable.

In the exemplified embodiment the cassette 6 forms a basic body in which the seat 7 for the cutting insert 2 is formed.However it is also feasible to spare the cassette and form the seat directly in the head 1 wherein the same would form a basic body for the seat.

A security enforcement module for use in a vehicle electronic control system comprising one or more processors configured to implement the steps of the method of any preceding claim.

While the buses 103 and 105 have been described as buses that are closed and opened to a user respectively the present invention is also applicable to an arrangement in which the gateway connects lowspeed and highspeed buses controlsystem and informationsystem buses or a bus outside the vehicle a network constructed of mobile telephones or the like and buses in the vehicle.

The method according to claim 14 wherein the primer is applied on the support by coating from an aqueous or non aqueous coating solution.

Adhesion 1 between the coating film and the sheet and bending characteristics were evaluated using this back sheet C4.The results are shown in Table 3.

The electrical household appliance according to claim 2 characterised in that the first condensation area 40 is a condensation wall 400.

The present invention relates to a washingdrying machine and to a method for operating said machine.

The method of claim 8 further comprising receiving an optical communication data from said remote platform and directing said optical communication data to said trunk cable through said second conductor path and the branching unit.

In the undersea network 1 the distribution box 4 connects secondary lines 7 8 and 9 to the trunk line 3.Secondary lines 7 8 and 9 are hybrid cables which are connected to a variety of undersea equipments that require both electrical power and optical communications services for their operations.For illustration Figure 1 shows a video camera 11 connected to line 7 a controlled actuator 12 connected to line 8 for operating a submerged manifold 13 on an oil pipeline 14 and a subsea robot 15 connected to line 9.The distribution box 4 provides electrical power and unidirectional or bidirectional optical communications connections to the equipments.Thus the connected equipments may be remotely controlled and operated e.g.from the shore station 2.

The induction heater of Claim 2 wherein the tank circuit includes first and second power MOSFETs and wherein only one of the first and second power MOSFETs is powered up at a time.

Referring now to FIGURE 6 a preferred embodiment of the power circuit of the inverter including parallel resonant circuit C3 and the isolation transformer and power transistors Q1 and Q2.In normal operation transistors Q1 and Q2 may be turned on and off alternately supplying power to the isolation transformer.Gate driver U1 may be employed to turn on Q1 and Q2 alternately.The collector voltages of transistors Q1 and Q2 may be sampled by R15 and R16 and attenuated by the voltage divider components R13 and R9 working in conjunction with R15 and R14 and R10 working in conjunction with R16.The attenuated signals may then be applied to transistors Q3 and Q4.Transistors Q3 and Q4 may act as comparators that via C8 and C9 provide pulses to Q6 and Q7 when the collectors of Q1 and Q2 approach zero volts.This in turn alternately switches the states of the two gate drivers when the collectors of Q1 and alternately Q2 are at or close to zero volts.Therefore the onoff transitions of Q1 and Q2 occur at or near when their collector voltages are at zero volts minimizing wasted power dissipation.Feedback from R15 and R16 along with their associated feedback circuits as described earlier operate on the diminishing Q1 and Q2 collector voltages whose rate is determined by the LC resonance presented earlier but influenced strongly by the load characteristics of the external work coil and its target metal piece.This action causes the transitions of Q1 and Q2 the periods of maximum potential wasted heat dissipation as they transfer high power pulses from the input power source to the output of the isolation stepdown transformer to always tend to occur near or at zero collector voltage greatly minimizing the wasted heat losses.

The mobile communication device of claim 11 wherein the at least one wireless communication function comprises establishing a wireless communication session with at least one active NFCcapable device and optionally wherein the at least one active NFC communication device comprises a Bluetoothenabled device and further optionally wherein the at least one wireless communication function comprises maintaining an established wireless communication session with at least one active NFCcapable device.

Referring initially to FIG.1 a communications system 30 illustratively includes a first mobile device holder 31 and a first trigger device 32 associated with the first mobile device holder.Furthermore the system 30 also illustratively includes a second mobile device holder 35 which is different than the first mobile device holder 31 and a second trigger device 36 associated with the second mobile device holder.More particularly in the illustrated example the first mobile device holder 31 is a charging cradle for a mobile device 40 while the second mobile device holder 35 is a holster for the same mobile device 40.That is the mobile device 40 illustratively includes a housing 41 that is configured to be removably coupled with the first mobile device holder 31 or the second mobile device holder 35.

The electronic device of claim 1 further comprising a display wherein the processor is further configured to play the image combination file stored in the memory and display the image combination file on at least part of the display.

FIGs.3A to 3H illustrate an image file generating method according to various embodiments of the present disclosure.

The window element according to claim 2 or 3 wherein the window element comprises at least three panes 6 7 13 the projection film is attached to a second pane 7 of the at least three panes 6 7 13 and the second pane 7 is the pane closest to the first pane 6.

The electronic device in the present disclosure may be an arbitrary device provided with a touch screen and may be referred to as for example a portable terminal a mobileterminal a communication terminal or a portable mobile terminal.For example the electronic device may be for example a smart phone a portable phone a game machine a television TV a display device a vehicle head unit a notebook computer a laptop computer a tablet computer a Personal Media Player PMP a Personal Digital Assistants PDA a navigation system an ATM of a bank or a POS device of a store.Further the electronic device in the present disclosure may be a flexible device or a flexible display device.

A thin film dispenser characterized in that the thin film dispenser comprises a housing 10 having a transmission device disposed in the housing 10 a dispensing unit 20 mounted in the housing 10 and comprising a base 21 a wheel assembly 23 mounted on the base 21 connected withthe transmission device and comprising a tape supplying wheel 24 mounted rotatably on the base 21 and a used tape collecting wheel 25 mounted rotatably on the base 21 a thin film 26 mounted around the wheel assembly 23 a locking device 28 resiliently disposed on the base 21 and selectively engaging the wheel assembly 23 to prevent the wheel assembly 23 from rotating a dispensing head 22 connected with the dispensing unit 20 and capable of extending out from the housing 10 and an unlocking device disposed on the housing 10 and corresponding to the locking device 28 to unlock the wheel assembly 23 from the locking device 28.

In thus completed tape cartridge C moreover to maintain the setting state tight state of the coat film transfer tape T the support main body 15 is integrally provided with rotation stopping mechanism rotation stopping means 300 for stopping and holding the rotation of the payoff reel 3.

The method as claimed in claim 1 wherein the prompting is performed when a conditional map is present between the prospective utilization of the computational resources 402 406 506 508 510 512 by the one or more foreground applications 102 104 and the starvation of the computational resources 402 406 506 508 510 512 for execution of the data analytics application 306.

Figure 1 is a block diagram of one embodiment of a mobile device 100 with a user application process communicating with daemon processes that are executing at a low importance.In one embodiment the mobile device 100 can be a smartphone laptop personal digital assistant music playing device gaming device etc.While the device described here as a mobile device the inventions described herein can also be used in a personal computer server or any other device that executes multiple processes.In Figure 1 mobile device 100 include an operating system 102 that is a set of software used to manage computer hardware resources and provides common services for other running computer programs such as application programs.In one embodiment the operating system 102 manages different running processes by time scheduling when a processor of the mobile device 100 executes each running process.In one embodiment a process is an instance of a computer program that is beingexecuted.In this embodiment the process may be a user application that is executing as a result of user input.Another example of a process is a daemon process that provides one or more services to a user application another daemon other process etc.For example and in one embodiment a daemon process give a status of wireless hotspot service list of installed applications facilitate a search monitor and adjust device power settings etc.In one embodiment the daemon process is not tied to a particular hardware resource of the mobile device.

The lubrication system 500 of any preceding claim wherein the expandable lubrication receptacle 550 comprises one or more hoses and each of the one or more hoses is connected to a plurality of the one or more output ports 440.

The lubricant return conduit 46 may comprise a tube such as a pipe and is formed with a large diameter of such proportions as to ensure draindown of spent lubricant without the buildup of back pressure and able to cope with potential foaming of the returning lubricant.The return conduit 46 connects between the lubricant outlet of the turbocharger and an lubricant return port 60 associated with the engine 10.The lubricant return port 60 may be defined in the assembly of the engine block 12 and is connected to the end of the lubricant return conduit 46 that is distal to the turbocharger 16.The connection may be made by means of a flexible conduit 62 such as a short length of rubber hose.