bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: An apparatus for adjusting a print width in a pointofsale printer comprising a printer body having a printing head wherein the printer body contains a paper therein a cover frame rotatably connected to an upper portion of the printer body such that the upper portion of the printer body is opened and closed in order to replace the paper the cover frame having a roller disposed on one end thereof a support frame coupled to an inside of the printer body the support frame containing and holding the paper in an upper portion thereof and supplying the paper to the printing head a contact switching means including a plurality of switch contacts at a plurality of positions that correspond to different width sizes of the paper to be inserted into the support frame wherein the contact switching means is electrically connected or disconnected depending on a respective width size of the paper thereby detecting the respective width size of the paper a paper guide capable of reciprocating in a lateral direction on the support frame wherein a position of the paper guide is adjustable depending on the respective width size of the paper detected by the switch contacts so thatthe paper guide supports the paper and a control section wherein the control section recognizes the respective width size of the paper detected by the switch contacts and sets and controls the print width.

Related passage: The guide member 20 is further formed with slits 47 of a substantially rectangular shape in side view of the guide member 20 at an upper end of the first extended portion 42 i.e.at diametrical opposed positions of the periphery of the outer end face of the first cylindrical part 35.In these slits 47 protrusions 48 formed on the inner surface of the flange part 36 of the holder shaft 40 are engaged for positioning.In the guide member 20 scales 43A 43B and 43C are provided in concentric circular lines on the inner surfaces of the extended portions 43 44 and 45.These scales 43A to 43C indicate the winding lengths of the roll sheet 3A 10 m 20 m and 30 m.In the present embodiment the maximum winding length of the roll sheet 3A set in the roll sheet holder 3 is about 30 m.
Patent claim: The undermount implement of claim 2 wherein the locking device comprises a locking disk and an engaging pin.

Related passage: In one embodiment drive over mower deck 10 may have a first pair of gauge wheels 15 mounted adjacent the front edge of the deck and a second pair of gauge wheels 16 mounted adjacent the rear edge of the deck.In a cutting position as shown in Fig.1 the mower deck may be at least partially supported by the gauge wheels andor the gauge wheels may be positioned to avoid or reduce scalping of turf by the mower blades.In a drive over position as shown in Figs.2 and 3 the gauge wheels 15 16 may be retracted sufficiently so that the deck is not supported by the gauge wheels.Optionally in the embodiment shown front gauge wheels 15 may be caster wheels.
Patent claim: The method of claim 1 further comprising aggregating the collected data to be sent to the PDN gateway 308 wherein the collected data is aggregated based upon a type of the collected data.

Related passage: In another aspect a nontransitory computerreadable storage medium includes instructions for causing one or more programmable processors of an access gateway of a mobile service provider network to receive a network access request for a wireless devicewherein the network access request does not include an International Mobile Subscriber Identity IMSI extract a wireless device identifier from the network access request and send the wireless device identifier to an authorization server to request mobility information for the wireless device.The instructions further cause the programmable processors to receive in response to the request virtual mobility information for the wireless device wherein the virtual mobility information comprises a virtual International Mobile Subscriber Identity IMSI and signal using the virtual mobility information a mobile network gateway of the mobile service provider network to establish a service session for the wireless device over the alternate access network that is anchored by the mobile network gateway.
Patent claim: A process for the preparation of a polyethylene copolymer as claimed in claims 1 to 13 comprising polymerising ethylene in the presence of a Ziegler Natta catalyst so as to form 35 to 55 wt of a lower molecular weight ethylene homopolymer component having an MFR2 of 200 to 400 g10min and subsequently polymerising ethylene and at least one C312 alpha olefin comonomer in the presence of component 1 and in the presence of the same Ziegler Natta catalyst so as to form 65 to 45 wt of a higher molecular weight component II.

Related passage: To obtain multimodal PE compositions comprising at least a low molecular weight LMW fraction and a high molecular weight HMW fraction with a sufficient degree of homogeneity has conventionally been problematic.The homogeneity of the final composition is however a critical factor in many end use applications e.g.in moulded articles including injection moulded articles e.g.packaging articles such as transportation packaging houseware applications and capsclosures and blow moulded articles pipes and films.
Patent claim: The method according to any one of claims 1 to 8 wherein the expected magnetic influence from the other object is caused by any one or more of a magnet a magnetized material a magnetic coating or a magnetic field created by a component of the other object.

Related passage: 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.
Patent claim: A computer program comprising computer readable program code configured to cause performing of the method of any of the preceding claims when said program is run on a computer.

Related passage: In order to exchange the identification key or PIN value during the initial communications session a secure connection 237 is established via WTLS on a WAP bearer.The security at this level is managed by the respective WTLS managers 231 and 243 and their respective interfaces 232ab and 244ab to the corresponding WAP stacks 230 and 245 respectively.
Patent claim: The method according to claim 7 characterised in that the interconnecting IP network N connects at least three Ethernet LANs LAN1 LAN2 LAN3 whereby the method further comprises the steps of on account of announced topology characteristics routing an ongoing data traffic transmission between a first and a second Ethernet LAN of the at least three Ethernet LANs LAN1 LAN2 LAN3 via a third customer edge device CE3 of a third Ethernet LAN LAN3 of the at least three Ethernet LANs LAN1 LAN2 LAN3.

Related passage: In step 201 the source router 50 sends a routing query to the service processor 130 via STP 120.The routing query includes the source and destination addresses as well as routing requirements e.g.bandwidth requirements.The routing query is preferably a routing TCAP query message.
Patent claim: Method of any of the claims 1 to 10 wherein the security message is an DRM message or certificate.

Related passage: According to other embodiment the SM insertion is based on the distributed structure including premarking and postmarking process.The premarking process selects the positions in the media as well as preparing all the possible valuesreferred to as dedicated valuesat each position.The postprocess eventually occurs in the security unit comprisingextracting the original value and the set of dedicated values from the control object selecting as personalized value among the original value and the set of the dedicated values based on a SM assigned to the decoder using the personalized value instead of the original value to calculate the operator and key parameter of the CD.
Patent claim: The device according to claim 9 wherein said controller is further configured to compute said hashes.

Related passage: The first stream T1 and the second stream T2 contain five television channels each.These are respectively channels CH1 to CH5 and CH21 to CH25 the fifth stream T5 contains the television channels from CH51 to CH54 and the streams T3 andT4 three channels each i.e.respectively the channels CH31 to CH33 and the channels CH41 to CH43.
Patent claim: The apparatus according to claim 8 wherein the second subframe scheduling field has no bits associated with some predefined subframes and the system information configuration information includes a first bitmap application bit for indicating whether or not the bits of first subframe scheduling field associated with said predefined frames are to be applicable for the frames indicated in the scheduling information.

Related passage: However in a conventional mobile communication system employing the LTE system the radio base station eNB is configured to transmit each type of system information SI in the radio frame with the frame number SFN satisfying SUN mod T100.Accordingly as shown in Fig.1a there is a problem that the multiple types of system information SI are transmitted in a concentrated manner in a radio frame with a specific SFN.
Patent claim: Coating system 4 for surface protection of a thermally high loaded component 3 which is produced with a method according to one of the claims 1 to 6 characterized in that the coating system 4 consists of a first underlying coating 1 and a second slurry coating 2 overlaying the first coating 1 wherein both coatings 1 2 have a chemical composition with a similar thermal expansion coefficient and wherein the second coating 2 is very dense with a porosity lt 1 fully cured but only partly sintered and wherein the second coating 2 does only cover locally the first coating 1 so that said coating system 4 comprises a reduced roughness Ra with respect to the roughness Ra of the originally applied first coating 1.

Related passage: Selection of the precursors of the oxide matrix as well as other components in the slurry is sometimes governed in part by the desire to have a thermal expansion coefficient for the cured and fired coating which is as close as possible to the thermal expansion coefficient of the protective coating.In general the thermal expansion coefficient of the oxide matrix is often greater than about 2 x 106 cmcm Cand preferably greater than about 4 x 106 cmcm C.However these values are not always critical.Often the coefficient for the refractory filler as well as the microstructure of the cured protective coating itself e.g.its porosity will compensate for the lower coefficient of the matrix.
Patent claim: A lightemitting apparatus comprising a ceramic substrate 10 a plurality of first lightemitting elements 13 mounted on the ceramic substrate 10 a plurality of receptacle portions 43 of monopole connectors 40 mounted on the ceramic substrate 10 the receptacle portions each including a metallic base portion 43ba first line 21 configured to connect anodes of the first lightemitting elements 13 and a first receptacle portion from among the plurality of receptacle portions 43 and a second line 23 configured to connect cathodes of the first lightemitting elements 13 and a second receptacle portion from among the plurality of receptacle portions 43.

Related passage: FIGS.1 and 2 illustrate a bulbtype LED lamp 1 as an example of an illumination device.The LED lamp 1 comprises a lamp body 2 a globe 3 an Eshaped base 4 a lighting device 5 and a chiponboard COB lightemitting device 6.
Patent claim: The Xray interferometer according to any of the preceding claims wherein the lateral dimensions of the phase grating 122 and the absorption grating 123 are such to allow for selecting the distance between the detector 140 and the absorption grating 123 to obtain when imaging the object 130 a corresponding change in the multiplicative factor between the lateral dimensions of the image of the object 130 and the object 130 itself.

Related passage: In general the distances I and d are increasing with decreasingincreasing energy and they are decreasing with decreasing periodicities.Going towards higher energies thus demands for shorter periodicities for the gratings in order to keep the setup as compact as possible.On the other hand higher energy also demands for deeper gratings which also pushes the gratings to have aspect ratios as large as possible.However by designing phase grating 522 such that lt e.g.2 the aspect ratio of absorption grating 523 is only half than in the case with.
Patent claim: The settopbox of claim 16 wherein a change in the HDMIVideoFormat field or in the 3DStructure field is detected by monitoring a memory field in the settopbox.

Related passage: An HDMI signal sent from the HDMI transmitting portion HDMI Tx 111 of the video player 100 that is the source device is transmitted to an HDMI receiving portion HDMI Rx 203 of the AV amplifier 200 that is the repeater device.A Video signal is transferred inside the AV amplifier 200 from the HDMI receiving portion 203 to an HDMI transmitting portion HDMI Tx 206 and is transmitted from the HDMI transmitting portion 206 of the AV amplifier 200 to the HDMI receiving portion HDMI Rx 302 of the television receiver 300 that is the sink device.Only when there is a change in data received by the HDMI receiving portion 203 inside the AV amplifier 200 that is the repeater device new data is set in a register of the HDMI transmitting portion 206 and an InfoFrame such as an AVI InfoFrame an InfoFrame that transmits 3D information or the like is transmitted from the HDMI transmitting portion HDMI Tx 206 to the HDMI receiving portion HDMI Rx 302 of the television receiver 300 that is the sink device.
Patent claim: The liquid ejection device according to claim 11 or claim 12 wherein the controller is configured to control the recovery unit to recover the liquid ejection when the first sensor confirms an abnormal nozzle and when the second sensor confirms no abnormal nozzle.

Related passage: The second density nonuniformity compensation information calculation unit 126 calculates second density nonuniformity compensation information relating to lowfrequency density nonuniformity caused by change in the diameter of the liquid droplets ejected from the ejection unit or the landing diameter of the liquid droplets on the basis of the second test pattern which has been read in by the inline detection unit 90.The second density nonuniformity compensation information calculation unit 126 sends the calculated second density nonuniformity compensation information to the third density nonuniformity compensation information calculation unit 128.
Patent claim: The method according to claim 6 wherein the screen share floating control interface further comprises a pause icon and a return icon the method further comprises a step of pausing transmitting the second frames when the pause icon is selected and a step of terminating the screen share mode when the return icon is selected.

Related passage: In addition the effect processing module 34 may also include a drawingdoodling submodule 35 that allows for manually drawn figures andor stylized words andor supplementary images to be added to the video stream 30 prior to the video stream being received by the IM application program 18.The addition of such effects alters the appearance of the video capture screen.
Patent claim: An aircraft air conditioning system 10 comprisinga process air line 12 adapted to supply compressed process air provided by a process air source 14 to an air conditioning unitof the aircraft air conditioning system 10a trim air line 38 branching off from the process air line 12 upstream of the air conditioning unit 16 and being adapted to be flown through with trim air branched off from the compressed process air flowing through the process air line 12a compressor 40 arranged in the trim air line 38 and being adapted to compress the trim air flowing through the trim air line 38a turbine 44 adapted to drive the compressoranda cabin exhaust air line 50 adapted to supply cabin exhaust air discharged from an aircraft cabin 48 to the turbine 44 for driving the turbine 44.

Related passage: In one embodiment the compressed air is cooled prior to the entry into the aircraft cabin 20.The cooling may be done by a ram air heat exchanger not shown located in a ram air duct of the aircraft andor by the turbine 18.In the first operating mode the cooling can be done by both the ram air heat exchanger and by the turbine 18 integrated in the cooling process with the turbine 18 being coupled on a shaft to the compressor 14 and to the motor 16.One or more turbines 18 can be located on the shaft 28 with the compressor 14.
Patent claim: Heat pump laundry dryer or heat pump washing machine having drying function wherein the laundry dryer or washing machine comprises a control unit 30 controlling the operation of the laundry dryer or washing machine a laundry treatment chamber 18 for treating laundry using process air a process air circuit for circulating the process air a heat pump system 4 having a refrigerant loop 6 in which the refrigerant fluid is circulated through a first and a second heat exchanger 10 12 a compressor 14 for circulating the refrigerant fluid through the refrigerant loop 6 and a cooling fan unit 24 for cooling the compressor 14wherein the control unit 30 is adapted to control the operation of the laundry dryer or of the washing machine according to any of the previous method claims.

Related passage: In the heat pump unit 12 to 18 a working fluid or refrigerant is conveyed through a refrigerant channel 14 in a closed loop.The refrigerant channel 14 comprises the evaporator heat exchanger 12 and the liquefier heat exchanger 13 a compressor 15 driven by compressor motor 16 and a throttle 17 in addition.As an optional component a refrigerant cooler 18 is also comprised by the refrigerant channel 14.The function of the heat pump unit 12 to 18 is as follows The refrigerant enters the evaporator heat exchanger 12 in a liquid state within the evaporator heat exchanger 12 the refrigerant is evaporated by absorbing heat from the process air flowing through.The evaporated refrigerant exits the evaporator heat exchanger 12 and is conveyed to the compressor 15.There it is compressed to a relatively high pressure and forwarded to the liquefier heat exchanger 13.In the liquefier heat exchanger 13 the refrigerant transfers heat generated by its compression to the process air flowing through and is liquefied thereby.The refrigerant cooler 18 may be included into the refrigerant channel 14 in order to allow for some additional cooling of the refrigerant which may be necessary to keep temperature levels within the heat pump unit 12 to 18 below pertinent maxima.In the present application the temperature of the refrigerant may become much higher than the temperature of a refrigerant in a refrigerator or a climate control application where heatpump units as the one shown here are also frequently used.Accordingly the thermodynamic properties of the refrigerant used may necessitate some additional cooling in order to avoid critical states of the refrigerant that might question stable operation of the heat pump unit 12 to 18.Anyway liquefied refrigerant will exit the liquefier heat exchanger 13 and flow through a throttle 17.Such throttle 17 may be a check valve or a capillary as a appropriate.Within the throttle 17 the internal pressure of the refrigerant is reduced allowing the refrigerant to evaporate in the evaporator heat exchanger 12 which is entered upon exiting the throttle 17 thus completing the cycle and closing the loop formed by refrigerant channel 14.
Patent claim: The display system 100 of claim 4 wherein the processing device is further configured to remove the low resolution terrain data corresponding to the high resolution terrain data associated with the FOV from the common threedimensional view.

Related passage: FIG.9 is a flow diagram of an embodiment of the method for multiresolution image synthesis carried out by the navigational system of the present invention.At first the system determines observer viewing parameters 701 including the observers location gaze direction and possibly other computational constraints that affect the resulting display using the viewpoint control and location calculation modules as described above.The viewing frustum that corresponds to the observers field of vision is then determined 702 from the orientation and the observers location which together define the space the observer can view.As discussed above based on the viewing frustum the scenegraph manager identifies which image tiles are visible 703 generates a scenegraph and discards tiles outside of the viewing frustum.
Patent claim: A method according to any of claims 7 to 11 wherein the compressor having a given compressor size A B C D E is capable of providing a range of output flowrates wherein the ratio between the highest flowrate D in the range and the lowest flowrate A is between 1.2 and 1.6.

Related passage: Referring again to Figure 3 frame 11 is selected by matching specified requirements of air separation plant for main air service to one of the seven frame sizes.For example if the air separation plant requires a range of output pressure of 5.5 to 6 bara and output flow rate of 120000 to 121000 Am3hr for main air service then the frame size of section 34 would be selected.Alternatively if the air separation plantrequires a range output pressure of 6.5 to 7.0 bara and output flow rate of 195000 to 196000 Am3hr.for main air service then the frame size of section 36 would be selected.
Patent claim: The ink jet recording apparatus according to any of Claims 1 to 3 wherein the first liquid ejecting nozzle is a piezoelectric ejecting nozzle adapted to eject liquid with a pressure generated by a piezoelectric element and a plurality of the first liquid ejecting nozzles are arranged in an ink jet head at intervals of 85 m or less in a direction intersecting the direction in which the ink jet head scans.

Related passage: The vibrator unit 16 consists of plural piezoelectric vibrators 31 installed in a row and a fixation base 32 that supports these piezoelectric vibrators 31.The piezoelectric vibrators 31 are manufactured by processing a vibrator substrate in which piezoelectric materials 33 and electrodes 34 are alternately overlaid one after another in such a way as to be formed in a pectinate manner.The fixation base 32 is connected to a base end portion of this pectinate vibrator by boding.This vibrator unit 16 is accommodated and fixed in the accommodating space 17 by being inserted thereinto in such a manner as to be in a posture in which an end of each of the piezoelectric vibrators 31 faces the opening and by then bonding the fixation base 32 to the inner wall of the accommodating space 17.In such an accommodated state an end face of each of the piezoelectric vibrators 31 abuts against and is fixed to the associated island portion 28 on the diaphragm 20.Therefore when the piezoelectric vibrators 31 are elongated the diaphragm portion is pushed against the pressure chamber 23 so that the pressure chamber 23 contracts.Conversely when the piezoelectric vibrator 31 contracts the diaphragm portion is pulled to a side opposite to the pressure chamber 23 so that the pressure chamber 23 expands.