bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method of Claim 3 wherein scrambling the polarization orientation comprises rotating the polarization orientation in a first direction at the scrambling frequency and wherein descrambling the polarization orientation comprises rotating the polarization orientation in a second direction opposite the first direction at the scrambling frequency.

Related passage: Therefore as has been described above in the optical transmission and reception system according to the first embodiment the polarization scrambling of the optical signal can be canceled by installing the polarization descrambler 180 acquiring the setinformation of the polarization scrambler 140 and carrying out polarization scramble in the direction inverse to the direction of the polarization scrambler 140 at the polarization scrambling frequency the same as that of the polarization scrambler 140 in front of the polarization dependent optical receiving part 190.
Patent claim: The metallic nanoparticle dispersion according to claim 6 wherein the high boiling solvent is selected from the group consisting of 2fenoxy ethanol 4methyl13dioxolan2one nbutanol 12 propanediol 4hydroxy4methyl pentan2one pentan3one 2butoxyethanol 1methoxy2propanol and mixtures thereof.

Related passage: Before the dispersion preparation step the metal metal precursor or metal oxide particles are typically available as powders or flakes with an average particle size often above 100 nm.Their particle size must then be lowered to the nanoparticles range during the dispersion preparation.
Patent claim: The method of claim 2 further comprising when the communicationlimited state corresponds to at least one of the PIN lock sate and the PUK lock state determining whether a most recently used network is a network which supports the voice telecommunication based on information stored in the SIM card before identifying the at least one communication network which supports the voice telecommunication and when the most recently used network is a network which does not support the voice telecommunication identifying the at least one communication network which supports the voice telecommunication.

Related passage: According to the present invention IMS registration information recorded in a SIM card is prestored in a memory of a dual mode portable terminal supporting a cellular network and an unlicensedband network.Thus a user can place an emergency call even if the SIM card is not inserted in the portable terminal in a state where only the unlicensedband network is accessible.
Patent claim: A nearfield communication NFC capable mobile communication device comprisingan NFC system configured for data transfer from at least one other NFCcapable device at least one magnetic field sensor configured for detecting proximity of a magnet and generating a corresponding magnetic field proximity signal a housing engageable by the at least one magnet and configured for supporting the mobile communication device when engaged by the at least one magnet and at least one processor configured conditioned upon receipt of a magnetic field proximity signal generated by the at least one magnetic field sensor to interpret data transferred from the at least one other NFC device and execute a corresponding wireless communication function.

Related passage: Referring additionally to the flow diagram 50 of FIG.4 respectively beginning at Block 51 the controller 44 may be configured to determine positioning in the first mobile device holder 31 when the detector 43 detects the first trigger device 32 Block 52 and when the second NFC device 42 is in NFC communication with the first NFC device Block 53.On the other hand the controller 44 may determine positioning in the second mobile device holder 35 when the detector 43 detects the second trigger device 36 and when the second NFC device 42 is not in NFC communication with the first NFC device 33.In other words detection of the first trigger device 32 or the second trigger device 36 informs the controller 44 that it has been positioned in a holder generally but at this point it would otherwise not know what type of holder it has been coupled to simply based upon detection of a magnet etc.However when the first mobile device holder 31 has an NFC device 33 associated therewith and the second mobile device 35 does not have an NFC deviceassociated therewith the presence or absence of NFC device detection combined with a trigger device detection allows the controller 44 to advantageously determine whether the mobile device 40 has been coupled to the first mobile device holder 31 or the second mobile device holder 35 respectively.
Patent claim: A method for route guidance implemented in a navigation system in particular vehicle navigation system with a display device comprising the steps of the method according to one of the preceding claims and further comprising providing guidance information to a user of the navigation system.

Related passage: The view pointsetting part 305 sets a view point a line of vision an angle of visibility etc.to create a perspective image with respect to the region including the point to be noticed such as the current position of the moving body hereafter referred to as the car the position designated by the scroll operations etc.which is viewed in the direction of a visual line intersecting the ground surface at a predetermined angle.In this embodiment when the current position of the car is displayed the view point is positioned behind the car and a carposition mark is shownon the displayed mapimage.
Patent claim: A consumer device comprisingmeans for causing a display of a user interface containing user interface elements 12 on a screen 11 andmeans for controlling the consumer device 13 characterized in that the device is configured to modify in response to a user control activity a duration of a temporary control status related to the display of a user interface element 12.

Related passage: A fixed predetermined delay may be used but this may not suit the needs of every user.Some may like to wait for the PIP to appear before navigating to the next channel whereas others may prefer to navigate away from a channel before the PIP appears.The settopbox may therefore be arranged to automatically adjust the time delay based on a users activities and in particular based on input from the user such as from a remote control or other input means.
Patent claim: The radio broadcasting receiving device 1 according to any one of Claims 1 2 3 4 5 6 and 7 wherein the radio broadcasting receiving device 1 is an invehicle type radio broadcasting receiving device installed in a vehicle.

Related passage: The leading signal is not necessarily the preferred one from the audio quality or other perspective and it may be desirable to use another signal as the default one for playback i.e.the preferred signal.This would lead to a silent period during which the preferred audio signal is not available yet which increases the startup time.Another scenario where you would want to switch from a leading audio to the alternative audio service with the same content that may be lagging behind would be when the reception degrades and your alternative be it a digital or an analog one has a better reception quality.This could happen quite often when the radio is mounted on a moving vehicle such as a car.
Patent claim: The injection molding apparatus as claimed in claim 4 wherein the detecting unit is configured to detect the power variation pattern by monitoring power variation periods.

Related passage: The ACDC converter 2 is a converter for converting the threephase AC voltage into the DC voltage and is configured by a diode rectifying circuit 201 a PWM converter 202 etc.As known in the related art the dioderectifying circuit 201 is configured by six diodes 11 to 16 and a capacitor 17 as shown in Fig.1B.The diode rectifying circuit 201 is arranged in a manner that the polarities of all the diodes are aligned in the same direction then three pairs of the diodes each pair including two diodes connected in series are disposed in parallel and connected between the positive DC voltage line and the negative DC voltage line and three lines of the respective phases of the threephase AC power supply are connected to the connection points between the two diodes of the three pairs respectively.Thus the threephase AC voltage is rectified by the diodes 11 to 16 and the DC voltage is supplied to the outside from a positive terminal P and a negative terminal N.The pulsating component of the DC voltage generated by the rectifying operation is smoothed by the capacitor 17 provided between the positive terminal P and the negative terminal N.As also know in the related art the PWM converter 202 is configured by six transistors 21 to 26 six diodes 31 to 36 and a capacitor 37 as shown in Fig.1C.The PWM converter 202 is a modified circuit of the diode rectifying circuit 201.The PWM converter 202 is arranged in a manner that the transistors 21 to 26 are respectively coupled in parallel to the diodes 31 to 36 which correspond to the respective diodes of the dioderectifying circuit 201 whereby a current can be flown in the direction opposite to the forward direction of each of the diodes 31 to 36 when the corresponding one of the transistors 21 to 26 is turned on respectively.The PWM converter 202 can rectify and convert the threephase AC current into the DC current like the diode rectifying circuit 201.However since the PWM converter 202 is configured to be substantially same as a well known inverter circuit when the transistors 21 to 26 are controlled by a notshown control circuit a regenerative power collected from the DC current side can be returned to the threephase AC power supply side like the well known technique of the related art.
Patent claim: The operation detecting device according to claim 1 or 2 wherein the rescan unit is configured so that a region defined by a plurality of the detection points of the peak values with the one sign is set as the rescan region.

Related passage: The control unit 24 is capable of detecting a touch even when a conductive foreign matter such as a water droplet or a coin is contacting the operation surface 11a.In the present embodiment the capacitance of the capacitor C changes toward the positive side when a finger or the like contacts the operation surface 11a and the capacitance changes toward the negative side when a conductive foreign matter contacts the operation surface 11 a.
Patent claim: An apparatus for controlling a charge for a battery comprising an input unit configured to convert alternating current AC input power into direct current DC power a first converter configured to store or output the DC power a circuit unit configured to filter or boost output power based on a normal operation state or an instantaneous power failure state of the AC input power and a second converter configured to convert the filtered or boosted power and supply the power to a high voltage battery.

Related passage: Now operation of the charging apparatus according to an exemplary embodiment of the present disclosure will be described in more detail.
Patent claim: The releasable support of claim 1 wherein the at least one wireless communication function comprises establishing a wireless communication session with at least one active NFCcapable device.

Related passage: By way of example referring additionally to FIGS.3 and 5 the mobile device 40 may further comprise one or more input devices 45 e.g.keypad or keyboard buttons track pad scroll wheel touchscreen sensor array etc.carried by the housing 41 and coupled to the controller 44 and switchable between active and inactive states.In the active state the input devices 45 may be enabled to provide input to the controller 44 and in the inactive state may be disabled from providing input to the controller.Generally speaking it may be desirable to allow the input devices 45 to provide input when in a cradle but not when in a holster so as to avoid unintended input when in the holster.In this regard the controller 44 may be configured to switch the input devices 45 to the active state in the first operating mode i.e.when positioned in the first mobile device holder 31 at Block 57 and to the inactive state in the second operating mode i.e.when positioned in the second device holder 35 at Block 58.
Patent claim: The process according to claim 6 wherein the molar ratio of the first alphaolefin to ethylene in the fluid reaction mixture of the first polymerisation stage is from 200 to 1000 molkmol.

Related passage: In a particularly preferred multistep process ethylene is copolymerized with one or more C3C12 olefins in the presence of a polymerization catalyst comprising the components of steps a to e described above in two or more polymerization stages.In a first polymerization stage a first homoor copolymer component having a weight average molecular weight of from 5000 to 50000 gmol and a comonomer content of from 0 to 5 mol is produced.In a second polymerization stage a second copolymer component having a weight average molecular weight of from 300000 to 900000 gmol and a comonomer content of from 0.5 to 10 mol is produced.The resulting polymer composition preferably comprises from 35 to 55by weight of the low molecular weight component and 45 to 65by weight of the high molecular weight component.
Patent claim: The method or use of any of claims 1 to 8 where filtration is performed using two or more filters arranged in series in parallel or a mixture of both.

Related passage: The present invention allows the filtration of a fibrinogen solution through filters having a nominal pore size smaller than 35 nm under conditions of processing time filtration area and protein recovery which allow the industrial application thereof in the production of purified fibrinogen as a therapeutic product.This filtration is achieved through the prior freezing and thawing of the purified fibrinogen solution under controlled conditions.The inventors have surprisingly found that with this controlled freezing and thawing insoluble aggregated or partially denatured material is precipitated that would in practice prevent the filtration of the solution through pore sizes smaller than 35 nm.Separation of the precipitated material allows nanofiltration to a pore size smaller than 35 nm.
Patent claim: A method comprising at an electronic device with a touchsensitive surface and a display wherein the device includes one or more sensors to detect intensities of contacts with the touchsensitive surface displaying a virtual keyboard on the display detecting a contact on the touchsensitive surface while continuously detecting the contact on the touchsensitive surface detecting one or more movements of the contact on the touchsensitive surface that correspond to movement of a focus selector over the virtual keyboard and for each respective key of a plurality of keys of the virtual keyboard while detecting the focus selector over a respective key of the plurality of keys in accordance with a determination that characteroutput criteria for outputting a character that corresponds to the respective key have been met wherein the characteroutput criteria include that a respective intensity of the contact is above a first intensity threshold while detecting the focus selector over the respective key outputting the character and in accordance with a determination that the characteroutput criteria have not been met forgoing outputting the character that corresponds to the respective key.

Related passage: The touch panel 120 is disposed directly on the pressuresensitive sensor 110.The touch panel 120 is a touch panel of a capacitance type and detects a touch position of an operating finger.A display panel not shown is disposed between the touch panel 120 and the base member 100.
Patent claim: Tie strap of claim 8 wherein the formed waves 26a 26b 26c are located adjacent the head 16.

Related passage: In the tightened position shown in Fig.7 strap body extension 24 and spring means 26 underlie and are sandwiched between the portion of the strap 18 just prior to being inserted into locking head 16 and the article 12 or articles 14 being bundled.Thus it can be seen that tightening of the strap 18 necessarily compresses the springs 62 64 and 66 of spring means 26.In a preferred embodiment spring 62 engages surface 20b of strap 18 while springs 64 and 66 engage articles 12 or 14.The reactive force exerted by the springs upon being compressed is transferred from the article 12 or articles 14 to the portion of the strap being inserted through head 16 which in turn exerts a substantial force in the direction of arrow B.
Patent claim: The image displaying apparatus according to any one of claims 1 to 5 wherein the illumination optical system includes a light source a condenser configured to condense light emitted from the light source an illumination homogenizing element having an entrance end at a side of the condenser and plural relay lenses a first folding mirror and a second folding mirror arranged between an exit end of the illumination homogenizing element and the image displaying element.

Related passage: The projectiontype image display apparatus according to the invention uses the projection optical system according to the invention to project an image formed by the modulation means on the screen.The projectiontype image display apparatus according to the invention can not only have a low profile and miniaturize the bottom or top of the screen but also display an enlarged image that is appropriately corrected for aberration and exhibits sufficient optical performance.
Patent claim: The method according to one of the preceding claims further comprising storing configuration bits of said frequency range register 104a andor clock oscillator configuration register 104b in a nonvolatile programmable memory 214 for selecting the adjustable power and speed parameters of the digital function 102 andor logic circuits 112.

Related passage: Referring now in specific detail to the drawings in which like reference numerals identify similar or identical elements throughout the several views and initially to FIG.5 a delay locked loop DLL 100 in accordance with the present invention is shown.An input signal CKin is input to a delay line 112 and a phase comparator 114.Phase comparator 114 includes circuitry for example logic circuitry which analyzes nodes A and B to compare the periodic cycles thereon.An output signal CKout is compared with input signal CKin by employing phase comparator 114.Phase comparator 114 sets or adjusts delay line 112 to provide a zero phase difference between input and output signals.To perform this the delay of delay line 112 is increased or decreased to synchronize delays between nodes A and B.Delay line 112 stabilizes when the delay between input CKin and output CKout signals reach a clock period T or amultiple thereof kT where k is a natural number.As shown in FIG.5 a pointer P is generated by phase comparator 114 for controlling delay line 112.In accordance with the present invention a supply voltage generator circuit 116 is employed to generate and adjust a supply voltage Vdd to delay elements of delay line 112.Voltage generator circuit 116 may include input lines 118 which receive the pointer signal P to adjust the supply voltage accordingly.
Patent claim: A system for remotely monitoring andor controlling a plurality of power distribution units andor sensor units 110 120...1n0 in a data centre according to claim 1 further comprising a discovery function 142 adapted to learn the node numbers of said nodes in said daisy chain network said discovery function 142 comprisinga discovery message generator 311 adapted to generate a discovery message containing an integer hop count valuea discovery message transmitter 312 adapted to send said discovery message through said daisy chain networka discovery message processor 322 in each one of said plurality of power distribution units andor sensor units 110 120...1n0 said discovery message processor 322 being adapted to receive said discovery message to reduce said hop count value by one if said hop count value in said discovery message is larger than one and to report the node number of the power distribution unit andor sensor unit 110 where it forms part of if said hop count value in said discovery message equals one.

Related passage: Figure 1 shows a configuration according to one aspect of the invention.Figure 1 shows 4 IO devices 1 2 3 and 4 and one controller 5 and one Ethernet switch unit 8 with a power supply 11.All these are connected by Ethernet cables configured as a loop 12.Each device has Ethernet level 2 switching functionality 9 and 6.Each device also has a Power Distribution unit 10 and 7.The external Ethernet switch 8 can be a standard Ethernet device supporting Power over Ethernet PoE standard such as IEEE802.3af or a different PoE solution.Each cable in the Ethernet loop is capable of carrying both communication packages and power.The communication loop prevents packages going in circles by a standard protocol such as STP or the PROFINET specified protocol.PROFINET has specified one protocol MRPMedium Redundancy Protocol which describes how one connection in the loop is not used in normal situation and how this connection is taken into use in a fault situation.This invention combines this communication loop with an additional solution for breaking the loop of power distribution.
Patent claim: The method of claim 13 wherein the displaying the broadcast content comprises receiving from the server the broadcast channel information which is related to supplementary information of the content being reproduced and meta data of a plurality of broadcast channels wherein the supplementary information of the content is acquired by the server based on the image data or the audio data received from the display apparatus.

Related passage: A user may be able to move or rotate the remote controller 200 up amp down right and left FIG.33 b or back amp forth FIG.33 c.The pointer 205 displayed on the display unit 180 of a display device corresponds to a motion of the remote controller 200.Since the corresponding pointer 205 is displayed by moving in accordance with a motion in 3D space this remote controller 200 may be named a space remote controller.
Patent claim: An electronic device as set forth in any preceding claim wherein the controller allows the flexible touch screen to transition from the lock state to the unlock state when the user bending input corresponds to the predefined bending action and allows the flexible touch screen to remain in the lock state when the user bending input does not correspond to the predefined bending action.

Related passage: The display 151 may be implemented using known display technologies including a liquid crystal display LCD a thin film transistorliquid crystal display TFTLCD an organic lightemitting diode display OLED a flexible display and a threedimensional display.
Patent claim: Device according to claim 10 wherein the releasable connection comprises a magnetic element.

Related passage: Every thinkable arrangement of probe modules is possible since the arrangements or arrays are assembled from individual probe modules.These arrangements may be assembled from identical or different probe modules.Typical arrangements have e.g.regular rectangular or quadratic matrix form or a circular configuration as shown in Figure 2.Such a circular arrangement of probe modules 21 allows for a very narrow spacing of several probing tips e.g.for probing single biological cells.The individual probe modules 21 here shown as SFM probe modules with tip carrying cantilevers on tuning forklike actuators are reversibly attached to a ringlikeplatform 5.This allows exchanging damaged modules orif a probing setup requiresmodules can be exchanged by probe modules with a different physical or chemical functionality.