Datasets:

bhlim

/

patentmatch_for_finetuning

like 1

Gizzard peeler according to claim 4 characterized in that the first and second rollers 21 22 of each rollerset have intermeshing teeth.

Thus it is possible that the rollersets collectively form a substantially cylindrical case or form part of such a case for the gizzard.The cooperating rollers of each rollerset does not only provide effective peeling but also ensure transportation from the gizzard from the infeed section to the exit of the peeler.

The liquid cartridge according to any one of claims 1 to 3 wherein a plurality of terminals comprising the sensor terminal 170c 171c and the power terminal 174c are arranged in a first line wherein a plurality of terminals comprising the data terminal 172c 173c are arranged in a second line substantially parallel to the first line and wherein a distance between the terminals arranged in the first line and the terminals arranged in the second line is greater than a distance between the terminals arranged in the first line.

On the other hand when the ink 60 has been consumed and its top level of the ink 60 has become lower than the opening 66 the conduction route X is rendered nonconductive and the conductive route Y remains conductive.Since the conduction route Y is smaller in crosssection and greater in length the detected resistance between the electrodes becomes high.In the first embodiment the resistance is equal to about 500 k in a state that only the conduction route Y is conductive see Fig.4.When the ink 60 has further been consumed and the top level of the ink 60 has become lower than the outlet 72 the conduction route Y also becomes nonconductive whereby electrical continuity between the electrodes is lost and the resistance becomes infinite.In this manner the detected resistance between the electrodes varies to a large extent depending on the routes that is conductive.

The system of claim 11 further comprising at least one reducing member attached to the support structure of the branch to retain at least a portion of the branch in the compressed configuration.

As further improvement of the invention shown in Fig.5 the synthetic vascular graft 2 can have 13 branch vascular graft 203104 so that a branch graft 203104 can be planted correspondingly into each of the branch vessels.

The inkjet recording method according to any one of Claims 1 to 3 wherein the ink further comprises an Nvinyllactam.

The exposure means light source in the first exposure step is not particularly limited and a mercury lamp a metal halide lamp a lightemitting diode LED etc.may be used.Among them a mercury lamp or a metal halide lamp is preferably used.

The method according to any one of claims 1 to 3 wherein the one or more properties of the reading comprises a location of an associated magnetic field vector in threedimensional space.

Fig.9 is another embodiment of a portable information device 900 comprising a processor 902 that communicates with a magnetic field sensing device 910 that comprises both a magnetic switch and a three axis electronic compass integrated into one component.The electronic compass 906 is a three axis compass made up of a Yaxis sensor 916 an Xaxis sensor 918 and a Zaxis sensor 920 in communication with the processor 902.A magnet 914 is used in combination with the Zaxis sensor 920 to realize a magnetic switch.Similar to the previous embodiments when the portable device is open the Zaxis serves as an electronic compass component.When the device is closed the Zaxis sensor 920 provides a signal corresponding to the device being closed.Alternatively the Xaxis sensor 918 or Yaxis sensor 916 could be used instead and a signal representing other information besides the device being closed can be generated using any one of the sensors.

The rotary compressor according to claim 1 wherein the spot welding between the stator of the motor and the body unit of the compressor housing is performed after the spot welding between the upper end plate of the compressing unit and the body unit.

A hermetic compressor of a first aspect comprises an annular motor stator a motor rotor a casing and plural spot joining portions.The motor rotor is disposed such that it may freely rotate in a space inside the motor stator.The casing includes a cylindrical portion.The cylindrical portion houses the motor stator and the motor rotor.The plural spot joining portions fix the motor stator to the cylindrical portion by spot joining in a state where aclearance is secured between the motor stator and the cylindrical portion.

A method of providing a mirroring service to a sink device the method comprising receiving from the sink device information regarding an object information regarding an application and a mirroring request regarding an execution result of the application wherein the application is executed based on the information regarding the object and mirroring the execution result of the application onto the sink device.

The controller 270 of the second terminal 200 displays the screen information shown in a of FIG.44 on the first region 610.If a command for editing the content information a.jpg 612 is inputted by a user via the input unit 220 the controller 270 of the second terminal 200 transmits the editing command inputted from the input unit 220 to the first terminal 100.

The method of claim 1 wherein the method includes conducting after the user login logoff by generating a logoff request in the mobile wireless communications device 115 415 and transmitting the logoff request to the server 105 505 the logoff request including data to terminate connection of the server 105 505 and the client device 110 the data corresponding to the user login.

This authenticating system performs the following four functionsa.It serves the so called login pages or login screens.This means that the authenticating system is capable of generating and sending to the client computer agraphical interface that possesses the following propertiesi.It includes a twodimensional barcode that embeds the URL of the authenticating system and a securely random challenge of a given number of bits.ii.It tracks the client computers where it is serving login pages by means of the challenge that it has sent using this challenge as a session identification number.The system stores the session identification number in a session list.In this way the system knows which client computer corresponds to every challenge that it has generated.The session identification number for any client computer is identical to the last challenge sent to that client computer embedded in the login page or screen.iii.At any given time if the client computer requests another login page a new random challenge is generated the login page is served and the session list is updated with the new challenge i.e.the new session identification number rendering the previous one invalid.In the particular case that the client computer is a personal PC that hosts an Internet browser then this function is a web server function and the served interface takes the form of an HTML page that includes an embedded image with the twodimensional barcode.b.It listens to and receives tuples that are sent by mobile devices over their wireless communication channels.Typically the wireless channel will be a wireless access to the Internet and in this case the system receives the tuples via the Internet.c.It processes tuples.Tuple processing is defined as analyzing the three elements of every tuple user ID challenge and response and returning OK or NOK.The process shall take as input the three values in the tuple and one or possibly more input dates typically just one date the current date.The process shall return OK whenever the tuple is a valid tuple and shall return NOK in any other case.A valid tuple is defined as a tuple where the response to the challenge is guaranteed to be generated using the personal secret that corresponds to the user whose user ID is in the tuple for any of the periods related to the input dates.The tuple processing function is performed using public cryptographic primitives which are assumed might be known by anyone.This function is performed by a software program that includes or accesses no secrets.d.It pushes welcome pages or welcome screens.A welcome page is definedas the first page or screen that every user sees in the client computer after heshe has successfully authenticated.From this page the user shall be able to access the system according to hisher authorized roles.This means that the system has the capability to identify for any given challenge the client computer where it served the login page that included that challenge and subsequently send under its own initiative the welcome page of an authenticated session to that particular client computer.In the particular case that the client computer is a personal PC that hosts an Internet browser the push capability consists in the capability to push an HTML page to this browser.

The mobile terminal of claim 4 wherein the controller 180 is configured to analyze the text data and wherein the controller 180 is configured to control a content associated with a result of the text data to be included in the content list.

As can be appreciated by one of skill in the art after consideration of the present disclosure the included components of a content sharing endpoint 104 may differ from those of a client endpoint 108.For example a client endpoint 108 typically will not include a text to speech conversion application 220 text or audio files 224 comprising content available for sharing a content sharing application 230 although such applications and files may be present on a client endpoint 108.In addition it should be appreciated that other endpoint 104 108 configurations are possible.For example a client endpoint 108 may comprise a common analog public switched telephony network PSTN telephone.

The method of claim 1 wherein the performing of the RAT search is implemented based on priorities assigned to the plurality of communication networks.

FIG.1 is a flowchart illustrating a conventional process of connecting an emergency call in a portable terminal.The portable terminal supports an IPbased Multimedia Subsystem IMS Voice over Internet Protocol VoIP through a WiFi network which is the aforementioned unlicensedband network and also supports the cellular voice communication.

The color film substrate according to Claim 8 characterized in that said shielding electrode is grounded or said shielding electrode is externally connected to the common electrode.

As shown in FIG.12 the touch sensor 37 includes two location sensing transparent conductive films or transparent resistive films i.e.a first location sensing transparent conductive film 32 arranged parallel to the operating plane and a second location sensing transparent conductive film 34 arranged so as to face the first location sensing transparent conductive film 32 a dielectric layer 33 interposed between these location sensing transparent conductive films 32 and 34 and a switching circuit not shown.The dielectric layer 33 is made of an electrically insulating material.

An ink for ink jet comprising a coloring material and a watersoluble organic solvent wherein the coloring material contains a compound represented by the following general formula I the watersoluble organic solvent contains a compound represented by the following general formula II and a linear bothterminal alkanediol having 4 to 6 carbon atoms and a content A mass of the compound represented by the following general formula II based on the total mass of the ink is 4.0 mass or more and 12.0 mass or less and a mass ratio AB of the content A mass to a content B mass of the alkanediol based on the total mass of the ink is 2.5 times or more and 4.0 times or lessin the general formula I R1 and R3 each independently represent a hydrogen atom a halogen atom a cyano group a hydroxy group a carboxylic acid group a sulfonic acid group a phosphonic acid group a sulfamoyl group an Nalkylaminosulfonyl group an alkylsulfonyl group a nitro group an acyl group a ureido group an alkyl group an alkoxy group anacylamino group or an alkylsulfonylamino group R2 represents a hydrogen atom or a sulfonic acid group n represents 0 or 1 and Ms each independently represent a hydrogen atom an alkali metal ammonium or an organic ammoniumR4AR5IIin the general formula II A represents S orSO2 and R4 and R5 each independently represent an alkyl group or a hydroxyalkyl group.

A black ink composition of the present invention is prepared by mixing the components described below followed by filtering with a 0.45m membrane filter to eliminate impurities.lon exchange water was used as water.The pH in preparing the ink was adjusted at 8 to 9 with ammonium hydroxide.

The electrode assembly 10 400 as claimed in claim 5 wherein at least one of the active material layers 113 412 123 423 and the outer uncoated region 12d 410d are on opposite surfaces of the current collector 112 412 122 422 the active material layer 113 412 123 423 being in contact with the separator 13 430.

The electrode assembly 100 may include a first electrode tab 140 that is electrically and physically connected to the first electrode 110 and extends out of the electrode assembly 100.

Apparatus according to claim 1 wherein the aircraft wing 10 and the blister 14 are separate entities.

If desired the plate 14 can be curved to fit aircraft surfaces rather than being truly planar in order to permit mounting on various surfaces.The distance indicated by the double arrow 16 is such so that the housing 20 is preferably in the boundary layer of air that is on aircraft surfaces.The typical range of extension but not as a limit is between 0.5 and 2.5 centimeters.It is also recognized by the inventors that a variety of other flush shapes and configurations could be used to obtain flush air data angle of attack estimates.Keeping the protrusion of the housing low but enough to obtain reliable pressure signals that indicate angle of attack is important.

A pressure compensated subsea electrical system 5a 5b 5c 5d 5e comprising a housing 8 filled with a dielectric liquid 12 the housing having a first housing portion 8a and a second housing portion 8b in pressure communication with each other the first housing portion comprising a transformer 3 and the second housing portion comprising a power converter 4 and a pressure compensator 2 arranged to compensate pressure inside the housing wherein the pressure compensator is enabled to compensate pressure in both the first housing portion and the second housing portion.

Figure 1 shows a subsea electrical power system 10 which comprises a first subsea electric device 11 and a second subsea electric device 21.In the examples described hereinafter the first subsea electric device 11 is assumed to be a subsea transformer and the second subsea electric device 21 is assumed to be a subsea switchgear.It should be clear that these are only examples and that other types of subsea electric devices may benefit from the invention.

The method of claim 7 wherein the woven preform further comprises a root region at the first end of the airfoil region.

As the method exemplified is for example a method of exposing the molded body made to be the unitary body to ingredient gases in a chamber and depositing the matrix by chemical reaction onto surfaces of the molded body or a method of impregnating the molded body made to be the unitary body with a substance precursor in which an ingredient powder solid is made to be slurrylike and sintering it.

The image processing device 100 according to claim 1 further comprising an extracting unit 150 configured to extract a plurality of feature points from a model image comprising the detection object as a photographic subject.

The detecting and segmenting of articles are crucial operations for various computer vision applications such as recognition of an article 1 acquisition of an image or a video 2 automatic movement of a robot 3 or industrial applications of the pickandplace type 4.While for acquiring an image or a video the basic aim is to identify a single and better identification of the article or interest in the case of pickandplace applications for example it is not limited to counting and classification of the first or best identification but also determines the arrangement orientation and the dimensions of all or almost all the duplicatesidentifications.

The device module according to claim 1 wherein the holder 500 500 500 500 500 includes a base 510 510 510 510 510 embedded in the plastic part 200 and the exposed portion 520 520 520 520 520 protruding from the plastic part in the thickness direction D1 in such a manner as to fit in the housing recess 12 of the die 10 10.

The cavity 63 formed between the two molds comprises a first portion 63A corresponding to the exterior shape of the resinmolded portion 15 and a second portion 63B in which the convex connector 12 is placed.The second portion 63B is larger than the outer dimensions of the convex connector 12 so that the convex connector 12 will not be brought into contact with the inner walls of the molds.The Oring 17 is disposed at the entrance to the second portion 63B.

An adhesive tape for surface protection comprising a substrate and an adhesive layer laminated on at least one surface of the substrate wherein the adhesive layer is made of an adhesive comprising a polyolefin a a hydroxyl groupcontaining polyolefin b and a crosslinking agent c having a functional group capable of reacting with the hydroxyl group.

Polyisobutylene having a weightaverage molecular weight of 800000 was dissolved in toluene so as to resultin a solid concentration of 10 by weight to thereby obtain a polyisobutylene solution.To 100 parts by weight on a solid basis polyisobutylene of this polyisobutylene solution was added 6 parts by weight of a polyisobutylene modified with a hydroxyl group at each end and having a numberaverage molecular weight of 5600 manufactured by Kaneka Corp..Thereto were further added 1 part by weight of a polyfunctional isocyanate compound trade name Coronate HX manufactured by Nippon Polyurethane Co.Ltd.and 0.1 part by weight of dioctyltin dilaurate trade name OL1 manufactured by Tokyo Fine Chemical Co.Ltd.as a reaction catalyst.These ingredients were mixed uniformly.The resultant solution was applied to a 40 mthick plastic film made of a polypropylenepolyethylene blend weight ratio 91.The coating was dried at 80C for 3 minutes to form a polyisobutylenebased pressuresensitive adhesive layer having a thickness of 10 m on the plastic film.

The battery pack 10 according to claim 2 wherein the third length K2 L2 is different from the first length K1 L1.

Further the righthand side elastic plate parts 66 of the female power terminal 62 are supported by one support plate part 64 and the contact parts 66e are provided respectively in the front and rear sides of the support plate part 64 and the lefthand side elastic plate parts 65 are similarly supported by one support plate part 63 and the contact parts 65e are respectively provided on the front and rear sides of the support plate part 63.Thus as compared with a case in which each elastic plate part 65 and 66 provided with one contact part 65e and 66e is supported by one support plate part and in which the elastic plate parts 65 66 and the support plate parts are arranged in line in the insertion direction of the male power terminal in the longitudinal direction it is possible to reduce a longitudinal size of the female power terminal 62.

The electronic system of any one of claims 8 to 14 further comprising an authentication server.

Biometric readings are communicated to processor 104 which executes instructions contained in CBM application 105.Processor 104 then compares biometric samples acquired by array 101 with biometric records or files stored in biometric records database 106.If the users identity changes while the device is beingoperated processor 104 may take appropriate action.For example under the direction of instructions contained in CBM application 105 processor 104 may block access to the device by the unauthorized user.Alternatively processor 104 may play an announcement to the parties involved in the operation of the device place restrictions or otherwise limit functionality available to the current device operator alert the authorities in charge of supervising operation of the device andor monitor or alter parameters related to the devices operation e.g.increase sensitivity of 3way call detection increase level of web content filter etc.among others.

An environmental control system for an aircraft comprising a low pressure tap associated with a location in a main compressor section wherein the low pressure tap communicates airflow to a first passage leading to a downstream outlet a second passage in communication with the low pressure tap and a compressor driven by an electric motor and a combined outlet intermixing airflow from the first passage and from the compressor driven by the electric motor and passing the airflow downstream for aircraft use.

Referring now to FIG.1 an example of a gas turbine engine 10 coupled to a bleed energy system 12 is illustrated.The gas turbine engine 10 includes a main compressor section 14 a main combustor section 16 and a main turbine section 18 arranged in a serial axial flow relationship.The main compressor section 14 creates and provides compressed air that passes into the combustor section 16 where fuel is introduced and the mixture of fuel and compressed air is burned generating hot combustion gases.The hot combustion gases are discharged to the main turbine section 18 where they are expanded to extract energy therefrom.Further the gas turbine engine 10 includes a low pressure spool 20 including a low pressure compressor LPC 22 and low pressure turbine 24 connected by low pressure shaft 26 and a high pressure spool 28 having a high pressure compressor 30 and high pressure turbine 32 connected by high pressure shaft 34 each extending from main compressor section 14 to main turbine section 18.Air flows from the main compressor section 14 to the main turbine section 18 along main flow path 36.The engine 10 incorporates a bleed energy system 12 for extracting compressed bleed air from a bleed port 44 connected to the LPC 22 in order to supply LPC bleed air to a cabin.In one embodiment the LPC bleed air is used by an environmental control system ECS 38 to pressurize the cabin of an aircraft.In other embodiments the LPC bleed air may be used for antiicing or deicing heating or cooling andor operating pneumatic equipment.It is to be appreciated that a plurality of bleed ports such as bleed port 44 may be connect to the LPC 22 in order to supply LPC bleed air to the ECS 38 or to other components if needed.

A navigation database comprising digital map data threedimensional graphical objects representing corresponding physical objects twodimensional graphical objects representing the corresponding physical objects data comprising references between a location in a digital map given by the digital map data and a threedimensional graphical object as well as a twodimensional graphical object andor references between a threedimensional graphical object representing a physical object and a twodimensional graphical object representing the physical object.

The display processing part 311 displays stereoscopic shapes such as architectural bodies viewed from a predetermined position.This part 311 receives the map data of the region around the place the displaying of which map image is required from the data reading part 308 and converts the map data into a graphics image based on the view point the line of vision and the angle of the visual field set in the view pointsetting part and based on the reduced scale the displaying method and the direction of the displaying designated in the command analyzing part 301.

An electroconductive paste composition comprising a silver particles b glass frit c electrically conductive metal metal alloy andor metal silicide nanoparticles wherein the nanoparticles have a particle diameter of about 5 nm to about 2 microns and d an organic vehicle.

Although adding negative TCR drivers e.g.oxides of Ti Nb Mn Fe Co Cr W Mo V and Sb to Ag terminations will reduce the length effect of Ag terminated RuO2 resistors the hydrides of metals of the fourth and fifth groups of the periodic table e.g.TiH2 ZrH2 HfH2 CbH ThH4 and TaH have been found to be particularly effective as drivers.It is presumed that these hydrides decompose and provide a reducing atmosphere which may inhibit formation of Ag which is very mobile and diffuses readily into the resistor glass.After decomposition the metal formed is very reactive so it alloys with Ag which is abundant in the termination.Since these metals are strong reducing agents theoxidation of Ag to Ag is further inhibited.After firing the reactive metal is internally oxidized in the Ag so it is uniformly distributed and available for diffusion into the resistor glass along with any Ag that forms.

The nontransitory computer readable information storage medium of claim 8 wherein the discless application data is recorded in a predetermined area identified by identification information of a content provider.

Level 3 shows playback contents of LastPlay Title a message prompting for disc change and playback contents of FirstPlay Title.Levels 4 and 5 show control over Applications 1 and 2 respectively.As can be seen in Level 4 Application 1 is not written in the AMT of FirstPlay Title on Disc A1 although written in the AMT of LastPlay Title on Disc A.Therefore the application manager 37 ends Application 1.

The method of claim 10 further comprising providing the PS through the first modem when a quality of a signal received from a second BS supporting the first RAT for the second time is equal to or higher than a predetermined reference quality.

The operation of the dual mode mobile terminal set to the WCDMA preferred mode when the dual mode mobile terminal is in the CDMA waiting mode will be described with reference to FIG.4.FIG.4 is a flowchart illustrating a control procedure in the CDMA waiting mode according to an embodiment of the present invention.

The covering 100 of any of the claims 1 to 9 wherein the base structure 110 further comprises at least one ofa polymer film 112 113 such as a polypropylene PP film or a polyethylene terephthalate PET filmanother fibrous nonwoven layer 114 such as a glass fibre felta woven layer 115 such as a woven polyethylene PE layer anda support scrim 116 such as a glass fibre scrim or a polypropylene scrim.

Obviously the materials used as well as the dimensions constituting the individual components of the invention can be more pertinent accordingto specific requirements.The various means for effecting certain different functions shall not in any way coexist only in the illustrated embodiment but in and of themselves may be present in many embodiments even if they are not illustrated.

The mobile terminal according to claim 2 or 3 wherein the position of the mobile terminal is changed by physically turning or relocating the mobile terminal by a user or by inputting a screen changing command to the mobile terminal to change an orientation of a screen of the mobile terminal.

The content reproducing unit 13 reproduces the contents supplied from the content receiving unit 11 or the contents read from the content recording unit 12 and supplies video data and audio data to the display 14 and the speaker 15 respectively.The display 14 outputs a video corresponding to the video data supplied from the content reproducing unit 13.The speaker 15 outputs an audio sound corresponding to the audio data supplied from the content reproducing unit 13.

A method of measuring values for parameters the method comprising using a first sensor measuring a first parameter using a second sensor measuring a second parameter wherein at least a part of the first sensor is either housed in a blister 14 or mounted on or integrated with an outer surface of the blister 14 and at least a part of the second sensor is either housed in the blister 14 or mounted on or integrated with an outer surface of the blister 14 the blister 14 is positioned on an underside of a wing of an aircraft 10 a measured value for the first parameter is dependent on a speed of the aircraft 2 in a first direction a measured value for the second parameter is dependent on a speed of the aircraft 2 in a second direction the first direction is in a plane perpendicular to a lateral axis of the aircraft 2 and the second direction is in a plane perpendicular to a roll axis of the aircraft 2.

Angle of sideslip AOS could be measured directly by mounting an additional unit on the bottom of the aircraft instead of on the side.Alternatively AOS could be derived by comparing differential static pressures or AOA angles between sensors on opposite sides of the aircraft.

The process according to claim 10 wherein the molar ratio of hydrogen to ethylene in the fluid reaction mixture of the second polymerisation stage is from 20 to 100 molkmol.

All the catalysts were tested in 1butene copolymerization.40 to 50 mg of catalyst was used in all the polymerizations and triethylaluminium TEA was used as cocatalyst with an AlTi ratio of 30.The polymerizations were carried out in a 3 L bench scale reactor whose procedure is as follows To an empty 3 L reactor was added 55 ml of 1butene using 0.2 bar of nitrogen pressure and stirring at 200 rpm was started.1250 ml of propane was fed to the polymerization reactor as a polymerization medium.After addition of the reaction medium hydrogen was introduced 0.75 bar after which temperature was increased to 85 C.A batch of ethylene 3.7 bar was added then reactor pressure was allowed to be stable at 0.2 bar of overpressure and stirring speed was increased to 450 rpm.Then the catalystand the cocatalyst were added through automatic feeding using N2 and 100 ml of propane.The total reactor pressure was 38 bar which was maintained by continous ethylene feed.Polymerization time was 60 min after which the polymerization was stopped by venting off the monomer together with the reaction medium.Activity of the catalyst was measured on the basis of the amount of polymer produced.Some information about the molecular weight and molecular weight broadness was received through MFR values.The butenecomonomer amount was measured by IR.The results are listed in Table 1.Table 1 The polymerization resultsExampleCE1 CE2 CE3 CE4 CE5 CE6 IE1 CE6Donorno I II II II I II IIDonor amount molmol1 0 0.52 0.25 0.1 0.25 0.25 0.25 0.50Activity kg POg2 4.4 2.7 0.1 0.8 0.4 0.53 4.0 0.02C43 wt.4.2 4.62.96.2 3.5BD4 kgm3 410 390410425MFR2 g10min 2.7 2.1n.d.67.8 1.5MFR21 g10min 71.6 52.513.337.7FRR526.5 25n.d.25.11 DonorMg 2 PO means produced ethylene1butene copolymer 3 C4 means 1butene 4 BD means Bulk density 5 FRR means MFR21MFR2 6 not determined

Method according to claim 2 wherein during said first time period the step data were recorded by the second device 2 and not by the first device 1 and wherein in step d the data of the first device are supplemented with the step data recorded for said first time period Tw bythe second device 2.

Moreover in one embodiment determining a validity of a second data set received from the second sensor can include filtering out invalid data from the second data set.

Method of any of the claims 1 to 5 wherein it comprises the steps ofcalculating a digest based on the watermark instructions and an authentication keycomparing the calculated digest with the watermark instructions to determine if the watermark instruction is authentic.

In case that the access conditions are met the CO is then processed in view of furnishing to the descrambler of the receiver the Primary Marked Correction Data PMCD 231 to descramble the modified stream.

The method 300 of claim 3 further comprising determining 312 an auxiliary amount of electrical power desired based on the determined desired amount of electrical power to be drawn and the determinedmaximum amount of power that that may be drawn from the starterelectric generator while also producing the desired amount of thrust.

By contrast the power consumption of the airconditioning equipment in the passenger cabin of the aircraft for example can greatly vary instantaneously resulting in a great instantaneous variation in total power consumption of the loads.An instantaneous increase in power output of the first electric generator 21 entails anabrupt increase in electricity generation torque applied to the first electric generator 21 and thus an increase in load on the highpressure shaft 122 of the compressor 12 which may lead to unstable operation of the compressor 12 and thus of the jet engine 10.By contrast an instantaneous increase in power output of the second electric generator 22 entails an increase in electricity generation torque applied to the second electric generator 22 and thus an increase in load on the lowpressure shaft 121 of the compressor 12 the increase in load on the lowpressure shaft 121 of the compressor 12 however contributes to safer operation of the jet engine 10.

The electronic device of claim 7 wherein the processor is further configured to display images in an order corresponding to a user operation on the display if the user operation is input on the region on which the image combination file is displayed.

FIG.4 illustrates an image file generating method according to various embodiments of the present disclosure.

The battery pack 10 according to claim 2 3 or 4 wherein the first contact portion 94A and the fourth contact portion 97A are arranged to be opposed to each other and the fourth length L3 is the same as the first length L1.

That is the arcuate convex surfaces 66e of the righthand side elastic plate parts 66become the contact parts of the elastic plate parts 66.Hereinafter the arcuate convex surfaces 66e will be termed contact parts 66e.

The method of claim 1 wherein the second level of permissions differing from the first level of permissions by providing access to a tuner.

According to the invention the method comprises the steps ofstoring the access permissions in a security policy providing the security policy with a hierarchical structure.

An semiconductor die 30 according to any of claims 8 to 13 wherein the electrical component 33 C is a diode.

In a die according to embodiments of the present invention the at least one second input port and the at least one second output port may be physically located at a side of the die which is opposite with respect to the side of the first input and output ports.Again here side is intended to mean a major surface of the die.

A method as claimed in claim 15 wherein the thickness of the composite structure is less than the initial thickness of the first layer of metal foil or the second layer of metal foil.

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

The method of claim 10 wherein the information associated with the text comprises a header representing a type of the text and a body representing at least one value regarding the text in the mobile device.

Step 13 Establish a communications link with the keyboard mobile phone.

The fuel cell module 11 according to any one of claims 1 to 3 wherein the first cylindrical member 51 151 and the second cylindrical member 52 are joined to each other in a state where end portions of the first cylindrical member 51 151 and end portions of the second cylindrical member 52 are clinched to each other respectively a joining of the first cover member 53 and the at least one of the first opening portion 51b of the first cylindrical member 51 151 and the first opening portion 52b of the second cylindrical member 52 corresponds to clinch joining and a joining of the second cover member 64 and the at least one of the second opening portion 51b of the first cylindrical member 51 151 and the second opening portion 52b of the second cylindrical member 52 corresponds to clinch joining.

Thus when viewed in the crosssectional view Fig.1 in the height direction of the fuel cell apparatus the direction of the arrow H in a case where the first closing member 201 and the second closing member 202 thermally expand and undergo extensional deformation or elongation deformation in a width direction a transverse direction the direction of the arrow X1 of the housing 200 the deformation volume of the first closing member 201 is transmitted to the first intersection portions 214 via the respective first side walls 212 and the deformation volume of the second closing member 202 is transmitted to the second intersection portions 224 via the respective second side walls 222.Even in such a case the first intersection portions 214 are flexible and therefore are likely to allow the first side walls 212 to be deformed relative to the first bottom wall 213 in the direction of the arrow K1 so as to follow the deformation of the first closing member 201.The second intersection portions 224 are flexible and therefore are likely to allow the second side walls 222 to be deformed relative to the second bottom wall 223 in the direction of the arrow K2 so as to follow the deformation of the second closing member 202.The same applies to the third intersection portions 234 of the third Ushaped plate member 230.

A method according to any preceding claim wherein the vehicle is equipped with a reversible restraint system and an irreversible restraint system and wherein the reversible restraint system is activated if the estimated severity is above a first threshold but below a second thresholdand the irreversible restraint system is activated if the estimated severity is above the second threshold.

The timer module 15 continuously checks whether the activation conditions are constantly present during predefined time window.In this example the timer module 15 starts operating each time the AND gate 14 changed the state to active binary 1 and checks for how long the gate remains active.If left wheels are lifted up and right wheels are loaded for sufficiently long time the timer module 15 shall transmit the activation signal indicating the right rollover of a vehicle.In this embodiment the activation signal varies within the range 0.0 to 1.0 0100corresponding to the rollover confidence proportionally to the duration of the activation state of the gate 14.The zero activation signal of the timer 15 denotes lack of activation of the gate 14 and the 100activation corresponds to a situation when the gate 14 has been active for 1000 ms

The apparatus of claim 13 wherein said processor is configured to provide for resubscription of the push service by unsubscribing the client application from the push service and then resubscribing the client application to the push service.

The SIM card interface 170 provides a communication passage or interaction between a SIM card 200 and the mobile device 100.The SIM card interface 170 detects a signal corresponding to the insertion or removal of a SIM card 200 and outputs it to the controller 160.The SIM card interface 170 periodically outputs a signal under the control of the controller 160 to detect a connection state of the SIM card 200.Alternatively the SIM card interface 170 can detect whether the SIM card 200 is inserted or removed into or from the SIM card interface 170 by detecting a change in voltage with respect to a reference voltage.Although exemplary embodiments of the present invention are implemented in such a way that the SIM card interface 170 is constructed to receive SIM 1 card 201 or SIM 2 card 203 as shown in FIG.2 it should be understood that the present invention is not limited thereto.For example the SIM card interface 170 can be implemented to receive two or more SIM cards alternatively or simultaneously.

A bearing assembly according to any of the preceding Claims wherein the magnetic bearing assembly 10 is an axial magnetic bearing.

Further according to the present invention each of the through holes is designed to have a slit shape extending from the outer circumferential portion of the rotary disc to an outer circumferential portion of the rotating shaft.

The composition of any preceding claim wherein the ligand comprises one selected from the group consisting of a nitrogencontaining monodentate C4 to C12 cyclic molecule and an oxygencontaining monodentate C4 to C12 cyclic molecule.

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

A method according to claims 4 and 7 and comprising the further steps of providing a microphone to capture the intensity of the sound signal S generated by the movement of the component 21 25 moving towards the position defined by the limit stop 26 providing a pressure sensor 11 inside the common rail 3 to detect the fuel pressure value and comparing the fuel pressure value inside the common rail 3 detected by means of the pressure sensor 11 andthe intensity of the sound signal S generated by the movement of the component 21 25 moving towards the position defined by the limit stop 26 detected by the microphone so as to determine a lack of actuation of the electromagnetic actuator 22.

Fig.3 shows an example of a highpressure fuel supply pump 100 comprising a separatetype normallyopen solenoid actuated intake valve 120 which can be controlled according to the firsttype operation.Different to the highpressure fuel supply pump 100 shown in Fig.2 the valve rod 122and the valve member 121 are separate bodies.The valve member 121 is biased by a spring 123b to a closing direction of the intake valve 120 and the valve rod 122 is biased by a spring 123a to an opening direction of the intake valve 120 the biasing force of the spring 123a being stronger than the biasing force of the spring 123b so that the valve member 121 is biased by the valve rod 122 to the opening direction of the intake valve when no control current is applied to the solenoid coil 125.By applying control current to the solenoid coil 125 a magnetic force acting on the anchor 124 is generated attracting the anchor 124 together with the valve rod 122 so that the valve member 121 can come in contact with the valve seat 127 in the fully closed position of the intake valve 120.The operation of the separatetype normallyopen solenoidactuated intake valve 120 shown in Fig.3 is basically similar to the operation of the solenoidactuated intake valve 120 shown in Fig.2 in that the intake period is followed by the spill period which is then followed by the delivery period firsttype operation.

A pneumatic tire comprising a tread portion including a plurality of land portions separated by at least two longitudinal grooves extending continuously in a circumferential direction of the tire a plurality of lateral grooves crossing the longitudinal groove to form a block row which comprises a plurality of blocks arranged in the circumferential direction of the tire at least one block having at least two sipes extending in an axial direction of the tire to divide at least three blockpieces which include an outer piece and an inner piece relatively arranged in circumferentially inner side of the block than the outer piece wherein the total axial length of whole sipes is in a range of from 100 to 400 times a tread width the outer piece of the block has a circumferential length larger than that of the inner piece of the block and a ratio of the circumferential length of the outer piece to the circumferential length of the inner piece is greater than 1.0 and smaller than 3.0.

Tires having the basic structure shown in Fig.1 and having the blocks and sipes shown in Table 1 were produced and performance of the tires were evaluated.Common specifications are as followstire size 11R22.5 14PR rim size 22.5x7.50 a half tread width 0.5TW 120 mm crown main groove shoulder main groovesgroove width W1 5 mm groove depth G1 20 mm ratio W10.5TW 4.17ratio G10.5TW 16.7crown lateral groove shoulder lateral groovegroove width W2a 6 mm groove width W2b 10 mm groove width W2c 15 mm groove depth G2 20 mm ratio W2a0.5TW 5.0 ratio W2b0.5TW 8.3 ratio W2c0.5TW 12.5 ratio G20.5TW 16.7crown narrow groovedistance D2 30 mm groove width W3 2 mm ratio D20.5TW 0.25 ratio W30.5TW 1.67inner shoulder narrow groovedistance D3 90 mm ratio D30.5TW 0.75outer shoulder narrow groovedistance 10.4 115 mm ratio D40.5TW 0.96inner crown block outer crown blockcircumferential length C1 32 mm width B1 25 mm ratio B10.5TW 20.8ratio C1B1 128inner shoulder blockwidth B2 25 mm circumferential length C2 32 mm ratio B20.5TW 20.8 ratio C2B2 128intermediate shoulder blockwidth B3 27 mm circumferential length C3 28 mm ratio B30.5TW 22.5 ratio C3B3 104outer shoulder blockwidth B4 5 mm circumferential length C4 23 mm ratio B40.5TW 4.2 ratio C4B4 460A test method is as follows

Heating appliance according to claim 1 characterized in that said tank 10 is in direct communication through at least one first opening 27 closable by at least one first door 16 with at least one load compartment 20 in which said solid fuel 11 which comes from said tank 10 and is sent to said load compartment 20 through said first opening 27 is raised by means of said lifting mechanism from an altitude which substantially corresponds to said first opening 27 to an altitude which substantially corresponds to at least one second door 17 able to directly connect said load compartment 20 with said combustion chamber 13 said solid fuel 11 being introduced from said load compartment 20 to said combustion chamber 13 thanks to its gravitational force which causes the opening of said second door 17 said combustion chamber 13 and said tank 10 being separated from said load compartment 20.

In start position the storage tank 10 preferably developing longitudinally or obliquely containing the solid fuel can be fed through a side loading opening 28 which can be closed by a door 29 which can be made of transparent or partially transparent material in order to allow the user to control the loading level of the tank 10 and may include stable closure means for example of snap type and is connected through the port 16 with the load compartment 20.

The process according to claim 1 wherein an equipment object is a record of a database table.

Figure 2 is block diagram schematically illustrating a MES computer system according to an exemplary embodiment of the invention.In Figure 2 it is depicted a MES system used by a user for controlling a manufacturing process of a plant.The MES system comprises a tool manager for exposing to the user a tool model catalogue containing tool entities and tool methods which can be customized by the user according to specific plant requirements.A user may be a system engineer or production line personnel.As above explained usually at engineering time the user is a system engineer and at run time the user is a production line operator.However inembodiments of the present invention at run time not always there is direct interaction with the line operator and the MES system may automatically react through rules that invoke a sequence of methods.The tool manager usually has a server side and a client side connected via an enterprise network connection.The tool manager server side comprises a database in which the tool manager stores information on the tool model and a tool model server.The tool manager client side comprises a tool model client in communication with the tool model server.

A method according to claim 7 wherein the means for separation 15 is a membrane preferably a membrane with limited CO2 selectivity.

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.

A touch sensing method of a display device temporally dividing one frame period and driving a display panel such that a display mode for displaying an image in the display panel and a touch mode for sensing a user touch are alternately driven comprising simultaneously turning on a plurality of switching elements respectively connected to a plurality of gate lines overlapping a touch electrode in the touch mode the touch electrode being a unit for sensing the user touch outputting display data having the same level to a plurality of data lines overlapping the touch electrode when the switching elements are turned on and determining whether there is the user touch by using touch raw data received from the touch electrode according to a touch sync signal.

The display scan driving circuit maintains the voltage of the gate lines at the gate low voltage during the touch sensor driving period.

The mobile terminal of claim 13 further comprising a memory 160 configured to store contents wherein the controller is configured to provide a content list of at least one of the contents stored in the memory to the external terminal device.

In step S3 the main controller 16 determines the recipients of information content based on the type of the determined information content and the history data stored in the memory 30 wherein the history data contain transmission date recipient address emailaddress telephone number etc.transmission method PTT SMS MMS IM 3G BIuetoothIrDa etc.and type of the transmitted information content of each previous communication.For example if the game information is determined in step S2 the main controller 16 judges based on the history data whether the same game was played with other parties in a previous session and if so the members of the previous game are determined as recipients of the game information.

An Xray imaging apparatus comprising an imaging device configured to capture a camera image of a target a controller configured to stitch a plurality of Xray images of respective divided regions of the target to generate one Xray image of the target and a display configured to display a settings window that provides a graphical user interface GUI for receiving a setting of an Xray irradiation condition for the respective divided regions and display the camera image in which positions of the respective divided regions are displayed.

The generated stitching image may be displayed on an image display which may be the same as the image display 150 on which an image of a target object is displayed andor may be displayed on a display which is different from the image display 150.That is the generated stitching image may be displayed on the image display 150 included in the Xray generator 130 andor may be displayed on an image display included in a separate host device.As stated previously the Xray imaging device according to the various embodiments disclosed herein may be connected to a host device or other devices over a wired or wireless network or a combination thereof to perform various functions e.g.image capturing displaying images receiving input information etc..

Software which when executed by a processor of a computer connected to a wireless communication system provides the Terminal Management Entity according to claim 12.

The method also comprises transmitting a cluster communication mode configuration request indicating the cluster subscription identifier to a core unit of the cellular communication network and receiving a cluster communication mode configuration response comprising a cluster communication mode configurationacknowledgement or a cluster communication mode configuration nonacknowledgement from the core unit.

An ink cartridge comprising an ink storing portion 42 configured to store ink therein an ink outlet tube 43 that defines an ink outlet path 43a therein configured to be in fluid communication with the liquid storing portion 42 and configured to allow ink to flow therethrough in an ink flow direction a first valve 450 comprising a sealing member 450 disposed at the ink outlet tube 43 and configured to elastically deform and reform to selectively open and close the first valve 450respectively a second valve 60 disposed between the first valve 450 and the ink storing portion 42 the second valve 60 comprising a valve seat 61 a movable valve member 62 disposed at the ink outlet tube 43 and configured to selectively move between a first position at which the movable valve member 62 contacts the valve seat 61 to close the second valve 60 and a second position at which the movable valve member 62 does not contact the valve seat 61 such that the second valve 60 is open wherein the movable valve member 62 is configured to move from the second position to the first position in the ink flow direction and a biasing member 63 disposed at the ink outlet tube 43 and configured to bias the movable valve member 62 in the ink flow direction a detector 66 disposed outside the ink outlet tube 43 and configured to selectively output a first signal and a second signal wherein the detector 66 is configured to output the first signal when the movable valve member 62 is in the firstposition and to output the second signal when the movable valve member 62 is in the second position such that the second signal indicates that the second valve 60 is open.

As shown in Fig.5 an opening 92 is formed in the front surface 34 of the frame 50 at a position close to its bottom in other words under the detection box 140.A cylindrical valvehousing room 54 is formed inside the frame 50 so as to be continuous with the opening 92.The valve housing room 54 extends in the direction from the first wall 34 to the ink chamber.The valve housing room 54 communicates with the ink chamber 102 via a communication port.

The method of claim 1 wherein said providing for resubscription of the push service comprises notifying an active client application of detection of the change of the removable storage element.

In accordance with another aspect of the present invention a mobile device including a SIM card interface for receiving at least one of many SIM cards and a controller for updating base stationrelated information with base stationrelated information newly acquired by performing a base stationrelated protocol procedure based on a SIM card newly inserted into the SIM card interface according to the type and the insertion time point of the newly inserted SIM card or for maintaining base stationrelated information stored based on a removed SIM card before insertion of the SIM card.

The process according to claim 7 wherein the process further comprises the following step III Step III reacting the water dispersion obtained in the step II with a crosslinking agent to obtain a water dispersion containing a crosslinked waterinsoluble polymer.

As pigment type inks using carbon black those using socalled selfdispersible carbon black obtained by forming various hydrophilic functional groups on the surface of raw carbon black to disperse carbon black stably in water have been already known as described in JPA 1036727 as the pigment to solve this problem.

A system of alerting a user of the arrival at one of a plurality of temporal spaced events the system comprising a display configured to display a navigational map of the events and a list of the events an input device configured to designate one of the events as selected by the user and wherein the display is further configured to provide an indication when arriving at the event on the navigational map.

One difference between the first embodiment 30 and the second embodiment 130 is that the inclusion of a current flight mode window 182 as well as a next flight mode window 184 and the interactive navigation display 190 which may display a trajectory which is the result of crew inputs through the user interface 130.By way of nonlimiting example the navigation display 190 is illustrated as including an aircraft symbol 192 a predicted flight path 194 having various waypoints 196 and trajectory information 198.The navigation display 190 may allow detailed trajectory information such as latitude longitude altitude speed ETA fuel remaining etc.and advisory information to be displayed in conjunction with selections made by the crew on the user interface 130.By way of nonlimiting examples additional flight plan editing waypoint creationdeletion flight plan leg linking selection of alternate airports entry of speedalt constraints navigation sensor comparisons etc.may be performed through object manipulation and menu selections on the navigation display 190.It is also contemplated that advisory and alert messages may popup in a dialog box that contains the appropriate actions or selections to resolve the issue.

The method of claim 12 wherein the indicating a privacy condition further comprises emitting a sound from the wireless device.

The present invention proposes a method for automatically reporting a speakerphone call mode of a portable wireless terminal to a calling partner.In the method a predetermined voice message is automatically transmitted to a calling partners terminal over a currentlyestablished traffic channel when the call mode of the portable wireless terminal is converted from a general call mode to a speakerphone call mode.Here the voice message may be an audio file data such as advanced audio CODEC AAC data pulse code modulation PCM data and adaptive multi ratio AMR data.The calling partners terminal receives and decodes the voice message through a CODEC and reproduces the resulting signal through a speaker in the same manner as for a voice call signal.

Household appliance 100 according to claim 2 wherein a material of the elastic grommet 104 is moulded to the at least one of the fixing members 105 106.

More specifically refrigerant compressing device 15 has a number of outwardlyprojecting supporting legs 15a and the distal end of each supporting leg 15a is connected to the bottom wall 2b of casing 2 via a respective vibration damper 17 structured for damping the mechanical vibration generated by refrigerant compressingdevice 15 when working.

The Xray interferometer according to claim 1 implemented as a Talbot or TalbotLau interferometer.

Similar results may also be obtained for any simulated Xray energy other than 28 keV exemplified herein if the energy spectrum of radiation 515 emitting from source 510 matches interferometer device 500 such that the shape of the spectrum of radiation 515 of is a broad peak around the energy E such that EE is for example maximal 30 whereby E stands for the width of the Xray spectrum.Generally fringe visibility increases with decreasing EE i.e.the narrower the peak the better the visibility.

A medical apparatus using the fluid ejection device according to claim 3.

Fig.1 is a configuration drawing showing the fluid ejection device as a surgical instrument.In Fig.1 a fluid ejection device 1 includes a fluid supply container 2 in which fluid is stored a pump 10 as a fluid supplying unit a pulsed flow generator 20 as a pulsed flow generating unit configured to transform fluid supplied from the pump 10 into a pulsed flow and a drive control unit 15 as a controller configured to control drive of the pump 10 and the pulsed flow generator 20.The pump 10 and the pulsed flow generator 20 are connected bya fluid supply tube 4.

The laundry drying apparatus according to claim 1 or 2 wherein the reception unit 200 comprises a reception bracket 220 disposed over the drying drum 120 and a sliding door 210 which is slidably coupled to the reception bracket 220 and which slides to open and close the reception space.

Here the intake part 162 is located on the outer circumferential surface of one side of the rear portion of the tub 130 so that air in the tub 130 is introduced directly into the intake part 162 and the exhaust part 165 is connected to the center of the front portion of the tub 130 so that air is exhausted directly to the inside of the drum 140.A duct 161 forming a movement path of air is provided between the intake part 162 and the exhaust part 165 and the heater 164 and the air blower fan 163 may be located within the duct 161.The duct 161 is connected from the intake part 162 to the exhaust part 165 and has a shape extending from one side of the rear portion of the tub 130 to the center of the front portion of the tub 130.

System according to any of claims 912 wherein the crystallisation container further comprises means for withdrawing the ammonium magnesium phosphate NH4MgPO4 from the crystallisation container after introducing an aqueous composition and redissolving ammonium magnesium phosphate NH4MgPO4 into the aqueous composition or by suspending the ammonium magnesium phosphate NH4MgPO4 precipitate in an aqueous phase.

The valves can be either manually operated or automatically operated by a controlsystem where the controlsystem controls the opening and closing of the valves.

The gas sensor according to any one of Claims 1 to 11 further comprising a first gas chamber and a second gas chamber wherein the outer protective cover includes a cylindrical body portion having a plurality of gas passing holes formed therein a bottomed cylindrical free end portion having a diameter that is smaller than that of the body portion and a stepped portion that connects the body portion to the free end portion and wherein each of the outer gas holes is a hole formed in the free end portion and wherein the first gas chamber is surrounded by the body portion and the stepped portion of the outer protective cover and the inner protective cover and the first gas chamber communicates with the inside of the inner protective cover through the first inner gas hole and wherein the second gas chamber is surrounded by the freeend portion of the outer protective cover and the inner protective cover the second gas chamber does not directly communicate with the first gas chamber and the second gas chamber communicates with the inside of the inner protective cover through the second inner gas hole.

As shown in Fig.2 the gas concentration detection sensor 100 has a sensor element 110 having a function of measuring the concentration of a selected gas component included in the object gas to be measured and a protective cover 120 protecting the sensor element 110.

The electrical signal computing module capable of accommodating printed circuit board of claim 5 wherein one of the transmission flow holes 131 is formed at side of the transmission circuit board 13 and communicates with the rear right side flow hole 1233 wherein the air flows through the first external flow hole 1111 the rear right side flow hole 1233 and the transmission flow hole 131 in sequence to the first accommodating area 21 then the air is led by the first side heat leading tunnel 142 to the second main processor 145.

The fan unit 42 has a redundant configuration to cool the inside of the basic chassis 100 by the operation of a plurality of fans air blowers 43.In the present embodiment the fan unit 42 is similarly provided with two fans 43 each in the upper and lower areas corresponding to the upper and lower two CTL modules 10 and further it is provided with two duplex fans 43 aligned in a backandforth direction in tandem.In thisconfiguration total of four fans 43 are provided in one power source module 40.As the fan 43 for example a fan such as an axialflow fan is used.

The apparatus of claim 1 wherein the command comprises execution of a predetermined application installed in the apparatus or execution of a predetermined function of the application together with the execution of the application.

Operations S305 through S335 may be repeatedly performed until the user chooses to terminate the current menu or operation S340.

The agricultural vehicle of any of the preceding claims wherein the electric machine 21 is operable as a generator driven by said powertrain 3 8 20.

Referring to FIG.1 an engine 1 is mounted on a vehicle including an automatic transmission 2 hereinafter referred to as an AT and a motor generator 3 hereinafter referred to as an MG serves as a motor and a power generator.The MG 3 is connected to a crank shaft of the engine 1 through a pulley 23 a belt 8 and a pulley 22.An electromagnetic clutch 26 for enabling or disabling electric power supply is disposed between the pulley 23 and the crank shaft of the engine 1.The MG 3 is connected to an oil pump 19 for the AT 2 through an electromagnetic clutch 27.An oil inlet pipe 24 is connected to the oil pump 19.An oil outlet pipe 25 is provided for the oil pump 19.Auxiliary machines 11 and 16 such as a pump for a power steering unit and a compressor for an air conditioner are also provided.The auxiliary machines 11 and 16 are connected to the crank shaft of the engine 1 and the MG 3 through pulleys 9 and 14 and the belt 8 respectively.Other auxiliary machines such as an oil pump and a water pump for the engine 1 not shown are connected to the crank shaft and the MG 3.An inverter 4 is electrically connected to the MG 3.The inverter 4 performs a switching operation to vary the amount of electric energy which is supplied from a battery 5 serving as a power source to the MG 3 so as to control the number of revolutions of the MG 3.Moreover the inverter 4 performs a switching operation to charge electric energy supplied from the MG 3 to the battery 5.A controller 7 controlsengagementdisengagement of the electromagnetic clutches 26 27 and the switching operation of the inverter 4.The controller 7 receives input signals such as a signal indicating the number of revolutions of the MG 3 a switching signal for selecting the economy running mode and a switching signal for operating the air conditioner.Note that lines shown in FIG.1 and each having an arrow indicate signal lines.

The rechargeable battery according to claim 11 wherein the second fuse LFA further includes a fuse recess 123d on the current collector120 120 and opposite to the fuse protrusion 123c.

The second extension part 343 includes the second fuse part 345.The second extension part 343 is connected to the second electrode noncoating portion 115 of the electrode assembly 110.The second fuse part 345 includes a hole or recess e.g.a penetration hole formed through a portion of the second extension part 343.In this embodiment the second fuse part 345 includes a penetration hole having a rectangular shape although other shapes e.g.circular are possible.The penetration hole of the second fuse part 345 is smaller than the penetration hole of the first fuse part 344.If an excessive current flows through the second fuse part 345 the second fuse part 345 isconfigured to melt at regions from edges of the second fuse part 345 to edges of the second extension part 343 in which case the second extension part 343 breaks.This will be referred to as a second current interruption.Although the shortcircuit member 376 may be reversed and cause a short circuit when the secondary battery 300 is overcharged since the electrode assembly 110 and the second collecting part 340 of the secondary battery 300 are separated due to the second current interruption a current does not flow in the secondary battery 300.

The electrophotographic photosensitive member according to claim 1 wherein the ratio CSiC of the number of the carbon atoms C to the sum of the number of the silicon atoms Si and the number of the carbon atoms C in the surface layer is 0.55 or more and 0.63 or less.

The atoms for controlling conductivity may include what is called impurities used in the field of semiconductors.More specifically usable are atoms belonging to Group 13 of the periodic table which provide ptype conductivity or atoms belonging to Group 15 of the periodic table which provide ntype conductivity.Among the atoms belonging to Group 13 of the periodic table a boron atom an aluminum atom and a gallium atom are preferred.Among the atoms belonging to Group 15 of the periodic table a phosphorus atom and an arsenic atom are preferred.

A renewable energy power generating apparatus 1 characterized in that it comprises a tower 11 a nacelle 20 disposed above the tower and supported on the tower a rotor hub 3 rotatably supported on the nacelle an oilusing unit 10 supported on the nacelle 20 or the rotor hub 3 and positioned above the tower 11 an intower oil tank 30 disposed at an upper part of the tower 11 the intower oil tank including an intower supply tank 31 for storing oil which is to be supplied to the oilusing unit 10 a first feed pump 34 disposed at a lower part of the tower 11 or on a base 90 on which the tower is built for feeding the oil to the intower supply tank 31 and a second feed pump 36 for feeding the oil in the intower supply tank 31 to the oilusing unit 10.

A first distribution subsystem 10 is arranged in the tower 1 and comprises here two pipes 11 11a through which the the liquid medium is transported from the sources 2 2a.Furthermore the first distribution subsystem 10 comprises optionally and only if required one or more further items.As an example pumps 13 13a are provided in order to pump the liquid medium at defined pumpinglocations in the wind turbine 100.The number of the pumps 13 13a can be chosen according to various parameters such as a power consumption of the pumps 13 13a a specific weight of the liquid medium to be pumped the pressure which is needed etc.Further optionally at least one heat exchanger 14 can be arranged within the tower 1 in order to heat andor to cool the liquid medium itself andor to heat andor to cool any components for example a gearbox or a generator 80 in the wind turbine 100.As a further option one or more valves 15 can be added to the system in order to regulate a flow of the liquid medium.Moreover one or more reservoirs 12 can optionally be added to the system in order to store or access the liquid medium on its way through the wind turbine 100.For example a number of the reservoirs 12 can be adjusted to a number of pumps 13 13a in the system.As a further option a number of reservoirs 12 andor valves 15 can be adjusted to a number of locations in the tower 1 where access to the liquid medium is desired.

The surgical instrument of claim 8 wherein the motor is operably coupled to a gear assembly supported in the handle the gear assembly comprising a gear box housing coupled to a portion of the motor a gear arrangement operably supported within the gear box housing and interfacing with a shaft of the motor and the articulation actuation mechanism and an output shaft unit operably interfacing with the gear arrangement and the firing member assembly.

In response to rotation of drive gear 200 actuator gear 300 and drive tube 302 also rotate.As drive tube 302 rotates bung 304 and firing rod 306 are translated proximally andor distally within the confines of drive tube 302.Distal translation of firing rod 306 corresponding with a clockwise rotation of drive gear 200 for instance can cause jaw members 162 164 see FIG.1 of end effector 160 to grasp or clamp tissue held therebetween.Additional distal translation of firing rod 306 may cause surgical fasteners to be ejected from end effector 160 e.g.via cam bars andor an actuation sled neither of which are explicitly shown in this embodiment to fasten tissue and may also cause a knife not explicitly shown in this embodiment to sever tissue.Proximal translation of firing rod 306 corresponding with a counterclockwise rotation of drivegear 200 for instance can cause jaw members 162 164 andor knife to return to their prefired positions.Further details of firing and otherwise actuating end effector 160 are described in detail in commonlyowned U.S.Patent No.6953139 to Milliman et al

A method according to claim 1 wherein the model includes a plurality of items each item representative of a feature or concept of the part of the organisation which is represented by the model.

The elements 4 and decision points allow the user to select and access one or more processing components which are required to be performed and completed in order for that element to be achieved.These components may be shown with the elements or alternatively are viewable when the user places a cursor over the particular element.The components can then be selected by the user placing the cursor on the same and typically entering a mouse click.

The pulse wave measuring apparatus according to any one of the preceding claimswherein a first region from the light emitting unit to the first light receiving unit in the contact surface of the living body has a portion overlapping a second region from the light emitting unit to the second light receiving unit in the contact surface.

This biological information measuring apparatus has a light emitting means for emitting light to a wrist or arm and a photodetection means for detecting light emitted by the light emitting means into the body and generating a pulse wave signal according to the amount of detected light and generates biological information indicative of a body condition based on a pulse wave signal measured in a 500 nm to 600 nm wavelength range.

The robot according to claim 1 wherein the elongated object 30 has a linear shape between the first binding position and the second binding position.

The internal cables 5 pass through the interior of the robot mechanical unit 2 that is the interior of the base 4 and the interior of the speed reducer 6 an interior of the swivel body 7 and an interior of a swing arm 10 and are connected to the servomotors.In addition the internal cables 5 are fixed inplace by a cable clamp 8 inside the base 4 and by a cable clamp 14 inside the swivel body 7 so as to be able to smoothly absorb twisting of the cables as the swivel body 7 revolves with the inner cable absorbing the twist.An aperture 4a is provided in one lateral surface hereinafter side of the base 4 with a closing member 11 fixed in place by a bolt or the like so as to cover the aperture 4a.Of course the aperture 4a is not a round a hole but rather a stapleshaped opening one part of which may be an open portion.Further a cable throughhole 11a is also provide on the closing member 11 as well with a cable mounting member 12 fixedly mounted by stop screws 17 or the like so as to cover the cable throughhole 11a.It should be noted that in FIGS.2a and 2b reference numeral 9 designates a speed reducer for the swing arm and reference numeral 16 designates a protective cover that protects the connector 15.

The image reader according to claim 1 or 2 wherein the movable member 25 comprises an lowerend portion that is supported by the second surface 27 to be swingable around an axis 26 extended along the second surface 27 an upperend portion of the movable member 25 configured to be movable between the open position and the closed position.

On the other hand the reading initiation position P1 in the stationarydocument reading area 20R is considerably apart from the feddocument reading area 20L as shown in Fig.12 and image reading does not tend to be affected by external light L while the carriage 41 is moved within the area corresponding to the stationarydocument reading area 20R.Hence when the amount of the light emitted from the light source 42 toward the document is at the adjusted value obtained with respect to the reference member 53 that is at the lightamount value that makes the CIS output the value S1 as shown in Fig.9B the amount of the light received by the light receiving element 44 at the stationarydocument reading area 20R becomes smaller than the value S by an amount corresponding to the amount of the external light L.

Micro base station 1 according to claim 11 or 12 wherein said first and new sets of transmitting parameters comprise a transmitting power value and said a coverage adjustment module 3 is adapted to reduce at each iteration the transmitting power value of said micro base station 1 for transmitting said new radio test signal.

Next a case where each of the femto base stations 91A and 91B shown in Fig.8 is installed inside a building 90 as shown in Figs.9A and 9B is analyzed.When a femto base station is installed indoors there are two possible cases i.e.a case where a femto base station 91A is installed near a window near a window 901 as shown in Fig.9A and a case where a femto base station 91B is installed a location far from a window 901.as shown in Fig.9B.Further for a mobile station that is to communicate with a femto base station 91A or 91B there are also two possible cases i.e.a case where a mobile station 92A is installed in a location far from a window 901 as shown in Fig.9A and a case where a mobile station 92B is installed a location near a window 901 as shown in Fig.9B.

The method according to claim 9 or 10 further comprising storing in each of the storage subsystems 100a 100b the mapping between the plurality of virtual volumes 211 the plurality of logical volumes and the plurality of storage controllers.

Fig.1 shows the structure of a storage system described as one embodiment of the invention.This storage system is operated in for example an IDC.In the figure a first storage control apparatus 10 and the second storage control apparatus 20 are disk array apparatuses that operate storage devices such as for example disk drives in RAID Redundant Array of Inexpensive Disks scheme execute data inputoutput processes to the storage devices using a data inputoutput control unit 19 in response to data inputoutput requests such as data writein requests and data readout requests transmitted from a host computer 30 and function as data storage for the host computer 30.The first and the second storage control apparatuses 10 20 may be sometimes also referred to as the transfer storage control apparatus and the ordinary storage control apparatus respectively in the specification.It is simply to more clearly distinguish the first and the second storage control apparatuses without intended to give any specific interpretation.

A method for manufacturing the window element 1 according to any one of claims 112 comprising attaching an interactive film 5 to a first pane 6 attaching a projection film 11 to the first pane 6 or to a second pane 7 and assembling the first pane 6 and at least a second pane 7 into a window element 1 so that the interactive film 5 and the projection film 11 are disposed in an intermediate space 15 formed between the at least two panes 6 7 13.

When the digitizer 106 is integrated into the display device 11 of the electronic device 10 the protection cover 105 illustrated in FIG.7 may be usefully used in combination with the electronic device 10.For example the user may write on the diary paper 157 using the input device 100 100a or 100b and the written contents may be stored as a file digitized through the input panel for example the digitizer 106 integrated into the display device 11.Accordingly the user may provide the written diary paper 157 to another person and store the written contents on the users electronic device.On the diary paper 157 a user interface associated with creating a simple memo may be printed.Accordingly the user may write on an intermediate medium such as paper for example on the diary paper 157 and at the same time may conveniently store the written contents as a digitized file.

The vehicle testing method of claim 8 wherein the absence of change in the signal of the vehicle computer associated with the downstream oxygen sensor in response to said test action indicates that tampering has occurred.

In response to insertion of the prepaid card 18 into the readwrite apparatus 17 the CPU 11a starts the charge processing routine of FIG.5 from step 500 at predetermined intervals.After having proceeded to step 505 the CPU 11a judges whether the value of a flag F is 0.The value of the flag F is maintained at 0 in an ordinary state but is changed to 1 by means of a diagnosis calculation start routine which will be described later.Accordingly in this case the result of the judgment in step 505 becomes Yes and in step 510 the CPU 11a obtains position of the vehicle vehicle position information from the GPS apparatus 12.

The information processing system 1 according to any one of claims 1 to 24 characterized in that a predetermined capturing direction andor a predetermined viewing point position of the virtual camera iscorrelated to the controller 5 in response to a predetermined operation performed on the controller 5.

When the CPU 311 counts the switching time t the CPU 311 determines whether the switching time t has reached a predetermined upper limit time step 190.Specifically the CPU 311 refers to the switching time data 509 stored in the main memory 32 and determines whether the switching time t represented by the switching time data 509 has reached the predetermined upper limit time.

An ARQ control center according to anyone of claim 10 to claim 13 whereby said ARQ control center being comprised in an interdomain bridgeIDB12 in a broadcast home network being coupled between a first domain DOD1 comprising said first terminal T1 and said third terminal T3 and a second domain DOD2 comprising said second terminal T2.

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

The repeater system 1 according to claim 9 characterized in that the mobile communication scheme is at least one of GSM GPRS 3G HSPA HSPA LTE and WiFi.

The micro base station 100 connects to the core network or the macro cell base stations BS01 and BS02 of the core network via the first wireless communication module 104.Therefore the micro base station 100 receives wireless communication signals sent from the core network or the macro cell base stations BS01 and BS02 of the core network without breaking down while the vehicle 30 is moving.

A method 1000 for operating a wind farm 300 600 the method comprising determining a power setpoint 16 for the wind farm determining a group curtailment setpoint 2i for each of at least two groups of wind turbines 370 371 670 each of the at least two groups of wind turbines 370 371 670 comprising at least one wind turbine of the wind farm each of the wind turbines of the wind farm belonging to one of the at least two groups of wind turbines determining a power production value 3i of each of the at least two groups of wind turbines determining for each of the at least two groups of wind turbines a power reference value 4i using the respective group curtailment setpoint 2i and the respective power production value 3i determining for each of the at least two groups of wind turbines a group power setpoint 1i which is proportional to the respective power reference values 41 and operating the at least two groups of wind turbines in accordance with the respective group power setpoint 1i.

In this embodiment disturbances or losses between the individual groups control points and the common grid interface may be attenuated by the main control unit when the measurement is performed by a grid measurement unit.The main control unit ensures that the combined output of the turbine groups will match the reference set point with the desired accuracy when the measurement is performed by a grid measurement unit.The control loop performed by the sub control units can attenuate disturbances occurring within that group of turbines.Computational and communication loads are divided on multiple sub control units.However in such a cascaded control it might be required that the inner controller loop is much faster than the outer control loop.The dynamics of the turbines and the communication latency between the sub control units and the turbines may limit the reaction time of the inner controllers.

The ultrasonic diagnostic apparatus of claim 7 wherein the beamformer forms a transmit beam such that the ultrasound signals are focused in the focal region determined for each scan line.

The image processing unit 13 may be coupled to the beam forming unit 12 to thereby receive the receivefocused beams.The image processing unit 13 may be operable to form a plurality of color Doppler image frames based on the receivefocused beams.The color Doppler image frames may include a first color Doppler image frame formed based on the first receive signals hereinafter referred to as scanning frame and a second color Doppler image frame formed based on the second receive signals hereinafter referred to as adaptive frame.The image processing unit 13 may be further operable to compound the scanning frame and the adaptive frame to thereby form a compound image frame.

The system of claim 11 wherein the service provider is configured to generate a second security value the second security value stored in the selected security module.

Following the above technical solution of the present invention is described in detail in conjunction with embodiments.As illustrated in Figure 3 Figure 3 is a signaling flowchart of the specific processing procedure of the key distribution method according to an embodiment of the present invention.It shall be explained that although the following description is based on the example of mobile terminal electronic payment system architecture illustrated in Figure 1 the application occasions of the present invention are not limited to the mobile terminal electronic payment system architecture illustrated in Figure 1.

A method for an electric device 200 to take a panoramic photograph the method comprising capturing a first image displaying a first line 411 on a preview window 410 displaying a first graphical object 421 and a second graphical object 431 432 433 on the first line 411 obtaining posture information of the electric device 200 moving the second graphical object 431 432 433 along the first line 411 according to the posture information determining if the electric device 200 is panned horizontally or tilted vertically according to the first line 411 capturing a second image if the second graphical object 431 432 433 reaches the first graphical object 421 and if the electric device 200 is panned horizontally or tilted vertically and generating the panoramic photograph according to the first image and the second image.

The third panel from the left depicts two additional exemplary features of user interface 300.

Method according to at least one of the previous claims wherein said measure comprises for the wireless communication device 1 termination of operation with the active base station.

After the location operation the process ends in step 317 where the mobile terminal advantageously continues camping in the rogue base station in order not to give any hint that the rogue base station has been detected.Alternatively the mobile station makes a new reselection in an actual base station of the cellular network.

A method according to any of the preceding claims wherein step c is performed by applying a randomized algorithm on the pixels driven by different values to reduce the image retention e.g.darker or black or offpixels.

In a method and device according to a first embodiment of the present invention a part of the display element is switched off and only a part of the display element is used to present a certain amount of information.Where a larger display area is needed to present a larger amount of information at one time a larger part of the display element or the entire display element can be activated.

The method of Claim 1 or Claim 2 further comprising determining a power requirement of multiple wireless communication units and scheduling a number of resource blocks for the second subframes based at least on the determined power requirement of the second wireless communication unit.

The coverage for the local transmission may be improved with partial loading andor mode selection.Coverage may be extended by using a smaller percentage of the usable subbands andor by selecting a mode with a lower spectral efficiency.An information bit rate R may be expressed as RK whereis the spectral efficiency for the selected mode and K is the number of active subbands.A given information bit rate may be achieved by using 1 a subset of all data subbandsand a mode with a higher spectral efficiency or 2 all data subbands and a mode with a lower spectral efficiency.It can be shown that option 2 can provide better performance e.g.wider coverage for a given PER than option 1 for certain operating scenarios e.g.for random partial loading and without interference estimation.

A touch screen terminal comprising a first instruction receiving module configured to receive an object placing instruction given by a user wherein the object placing instruction is used to place in a container interface a source object selected by the user in a source interface the object placing instruction carries attribute information of the source object and the source interface is an interface where the source object is located a first obtaining module configured to determine according to the attribute information of the source object a display icon that corresponds to the source object and display in the container interface the display icon that corresponds to the source object a second instruction receiving module configured to receive an icon placing instruction given by the user wherein the icon placing instruction is used to place the display icon that corresponds to the source object and is in the container interface on a target object in a target interface the icon placing instruction carries the attribute information of the source object and attribute information of the target object and the target interface is an interface where the target object is located a second obtaining module configured to determine a target operation option according to the attribute information of the source object and the attribute information of the target object wherein the target operation option is an operation option of an executable operation that is generated when the source object is associated with the target object and a processing module configured to start a target operation procedure according to the target operation option and the target object.

FIGs.32A and 32B are views illustrating a control operation upon an icon collision in a cubic style.The embodiments shown in FIGs.32A and 32B may be applied when a plurality of function icons or application icons or contents icons are provided in correspondence with each surface.

An electronic device controlled by means of a user interface and operable to select an electronic content to be displayed on a display of the electronic device on which a first electronic content already is displayed the electronic device comprising means forDetecting a first input on a first specific element of the user interface said specific element pointing toward at least a second electronic content to be displayedDisplaying at least a portion of the second electronic content on the display said portion of the second electronic content overlapping the first electronic content a measurement of the portion of the second electronic content to be displayed being proportional to an offset between a starting position of a second input on a second specific element of the user interface of the electronic device and an ending position of the second input on a third specific element of the user interface of the electronic deviceDetecting a third input on a third specific element of the user interface said detection triggering the display of the second electronic content on the display of the electronic device.

Next FIG.3 is an overview of a preview window displayed by the mobile communication terminal 100 illustrated in FIG.1 according to an embodiment of the present invention.As shown in FIG.3 when two or more web browser windows are opened a tab window 203 including a number of tabs respectively corresponding to the number ofdisplayed web pages is displayed on the display screen 200.

The apparatus of claim 1 wherein the magnetic user input device is a stylus.

FIG.4 is a block diagram of a system 100 comprising a stylus 102 and host electronic device 110 in accordance with exemplary embodiments of the present disclosure.The host electronic device 110 includes a processor 402 coupled to a memory 404.The processor 402 may be any form of operational logic such as a programmed processor an application specific integrated circuit ASIC a field programmable gate array FPGA or other device.The processor402 is also coupled to a display driver 406 that is configured to render images on a combination drawing surface and screen 108.The memory 404 may be employed to store an operating system and various user applications that may be executed on the processor 402.The operating system and user applications control the processor to display elements of a graphical user interface on the screen of element 108.The stylus 102 may be employed to interact with the displayed graphical user interface to provide input to the operating system or other user applications executed on the processor 402.

Locking system of weapons by satellite tracking according to previous claim characterizes that the GPS receiver signal again sends a signal to the trigger lock system 12 of the weapon preventing the actuation of the trigger when it receives a signal from the GPS signal receiver 1 and it again allows the actuation of the trigger when it receives another signal from the locking and unlocking trigger system of the weapon.

This invention generally relates to feedback to avoid friendly fire casualties and specifically to providing tactile feedback when a weapon is trained on friendly personnel.

The method according to any of claims 1214 further comprising calculating a signal for adjusting the position of the guide roller based on the measured tension data such that after adjustment the tension of the web on both sides is identical.

Figure 3 shows a plain view of a typical embodiment of the present invention.The different elements of this embodiment forming part of the transversal web tension adjustment are shown in the figure an adjustment unit 310 at the first guide roller 201 a web tension measurement unit 300 at the second guide roller 202 and a data connection 330 between both guide rollers 201 and 202 to supply tension data to the adjustment unit 310.Typically the first guide roller 201 is positioned upstream of the second guide roller 202.

A wireless device 120 to be registered in a wireless network which is constructed in premises the wireless device comprising a light receiving unit 121 arranged to receive a light signal transmitted from at least one illumination device installed in the premises a light signal interpretation unit 122 arranged to obtain network identification information of the wireless network constructed in the premises by interpreting the received light signal and a wireless communication unit 124 arranged to register the wireless device in the wireless network constructed in the premises by using the network identification information obtained by the light signal interpretation unit.

Fig.1 shows a configuration of the wireless LAN system in accordance with the present embodiment.Referring to Fig.1 the wireless LAN system in accordance with the present embodiment includes a wireless access point 10 and a wireless LAN terminal 12.Wireless access point 10 is an information relay apparatus relaying information between wireless LAN terminal 12 and the Internet not shown.Wireless LAN terminal displays information received from wireless access point 10 and transmits information input by a user to wireless access point 10.

The system according to claim 5 further characterized by means for supplying the heated working fluid condensate exiting said recuperator to said vaporizer.

Turning now to Fig.4 numeral 10C designates an additional embodiment of the present invention.In this embodiment if preferred another heat load 42 can be supplied with heat from intermediate fluid condensate or portion thereof that exits organic working fluid vaporizer 22.The heat depleted intermediate fluid condensate exiting other heat load 42 is supplied using pump 44 to intermediate fluid heatervaporizer 12.

The process according to any preceding claim wherein the process comprises multiple wash cycles and wherein the main wash cycle has duration of between 5 and 20 minutes.

Said elongated configuration 12 then projects from said front flange 9 towards the aperture 2 of the outer casing as a cylinder having an axis that substantially coincides with the axis not shown of the same drum.

A receiver circuit 10 comprising the downconversion circuit 30 according to any of the claims 114 or the quadrature downconversion circuit 50 according to claim 15 or 16.

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 computer program product comprising computer program code wherein the execution of the program code in a computer causes the computer to carry out the steps of the method according to any one of claims 1 to 5.

According to an embodiment once the neutral admittance or a quantity indicative thereof has been determined e.g.on the basis of equation 1 it is compared to a predetermined operation characteristic to detect a phasetoearth fault on the threephase electric line 30.According to an embodiment the predetermined operation characteristic when presented on an admittance plane defines a closed area such that the centre of the closed area is offset from the origin of the admittance plane towards a negative susceptance direction andor towards a negative conductance direction.The comparison of the determined neutral admittance or the quantity indicative thereof to a predetermined operation characteristic to detect a phasetoearth fault on the threephase electric line preferably comprises determining whether the neutral admittance is inside or outside of said closed area defined by the predetermined operation characteristic on the admittance plane and detecting a phasetoearth fault on the threephase electric line when the determined neutral admittance is determined to be outside of said closed area defined by the predetermined operation characteristic on the admittance plane.In other words the closed area is a nonoperation area in which the protection does not operate and the area outside the closed area is an operation area in which the protection operates i.e.a phasetoearth fault is detected on the threephase electric line 30.

The method of claim 12 wherein when the AC input power is in the instantaneous power failure state the first switch and the second switch are alternately turned on and off.

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.