bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A method of transporting sheets S of print medium in a printing system 1 comprisingholding a plurality of sheets S of a print medium on a first conveyor body 21 in a first conveyor device 20 and moving especially rotating the first conveyor body 21 to convey the sheets S along a transport path Pproviding a second conveyor device 30 having a second conveyor body 31 for holding the sheets S and which is movable to convey the sheets S further along the transport path Preleasing the sheets S of print medium from the first conveyor body 21 in a transfer region T andattracting the sheets S to the moving second conveyor body 31 of the second conveyor device 30 in the transfer region T to convey the sheets S further along the transport path P wherein the second conveyor body 31 has a second carrier surface 32 configured to support the sheets S thereon wherein the step of attracting the sheets S to the second conveyor body 31 comprises providing a second suction force or second underpressure U2 in or at the second conveyor body 31 wherein the second conveyor device 30 provides regions 37 38 39 of different airflow from the second underpressure U2 over the second carrier surface 32 and wherein in a central region 37 of the second carrier surface 32 with respect to the transport path the sheet S is attracted by arelatively higher suction force or airflow to attract a centre portion of the sheet S with respect to the transport path towards the second conveyor body 31.

Related passage: In another preferred embodiment a mechanical releasing means such as a scraper is used to make the receiving substrate leave pulley 13c.In a more preferred embodiment the receiving substrate is released from pulley 13c by pneumatic means e.g.by blowing airagainst the receiving substrate.The vacuum applicators at pulley 13c may be followed by a portion wherein the air pressure is larger than atmospheric pressure so that an air flow releases the receiving substrate from pulley 13c.A vacuum applicator applying either a constant or a varying vacuum may be combined with mechanical releasing means with pneumatic releasing means or with both.Additionally a mechanical guiding means such as a guiding plate or guiding wires at the nonprinted side of the receiving substrate may be used to assist the receiving substrate in bridging the gap between pulleys 13c and 13a.Instead of a mechanical guiding means pneumatic guiding means such as air jets may be used the air jets may arise from the exhaust i.e.the high pressure side of one or more vacuum applicators.If no ink is applied to the side borders of the receiving substrate so that the receiving substrate has unprinted side borders in the transportation direction additional side guiding means may be used.The side guiding means may include a narrow belt contacting the first unprinted border and a narrow belt contacting the second unprinted border of the receiving substrate the narrow belts press the receiving substrate against the vacuum belt e.g.along curve 31 in Fig.1 and are driven at the same speed as the vacuum belt.Fig.7 shows narrow belts 17 acting as side guiding means.
Patent claim: The pressure compensated subsea electrical system according to claim 1 wherein the pressure communication is fluid communication.

Related passage: In figures 1 and 2 duct 30 is shown as a straight duct e.g.formed by some type of cylindrical steel pipe or the like.It should be clear that this is only one possible configuration of the duct 30 and that in other configurations duct 30 may have a more complex shape it may comprise curved portions and flexible portions may have a rectangular cross section or the like.One example is illustrated in figure 3 wherein the duct 30 comprises a bellow portion 50.Bellow portion 50 may be made of the same material as the remaining portions of duct 30 e.g.steel yet it may also be made of a different material.By means of the bellow portion 50 duct 30 is made flexible.A misalignment of the first and the second subsea enclosures 12 22 can thus be compensated.Bellow portion 30 provides flexibility both in longitudinal direction e.g.if the subsea enclosures 11 12 are spaced too far apart or too closely and it also provides flexibility in radial direction for compensating a horizontal or vertical misalignment of the first and second subsea enclosures 12 22.Note that in the example of figure 3 one end of duct 30 is provided with the flange 37 while at the connection portion 25 the duct 30 is welded to enclosure 22.As mentioned above other configurations are also conceivable.
Patent claim: The ultrasonic diagnostic apparatus of claim 2 wherein the blood flow detector uses the location and distribution of blood flow detected for each scan line to create a blood flow map.

Related passage: The probe 11 may include an array transducer having a plurality of transducer elements for converting electrical pulse signals into ultrasound signals and viceversa.In one embodiment the array transducer may include a 1dimensional or 2dimensional array transducer.The probe 11 may be operable to transmit ultrasound signals into a target object in response to electrical pulse signals.It then receives echo signals reflected from the target object.The transducer elements may be operable to convert the echo signals into electrical receive signals.In one embodiment the electrical receive signals may include first receive signals obtained by scanning a first set of scan lines and second receive signals obtained by scanning a second set of scan lines.The first set of scan lines may be set to scan a full scan region with a first scan line density while the second set of scan lines may be set to scan a specific part of scan region with a second scan line density.In one embodiment the second scan line density may be set to be greater than the first scan line density.The setting of the first and second sets of scan lines will be described later in detail.The probe 11 may further include anamplifier not shown that may be operable to amplify the electrical receive signals outputted from the transducer elements.
Patent claim: A communication apparatus 10 comprising a communication unit 18 configured to communicate with an external device and an information processing apparatus according to anyone of claims 1 to 6.

Related passage: The input and output control device 102 is connected with a display 104 as an image display device a switch 105 for receiving a command from a user a sensor 106 for detecting variation of peripheral environment and so forth.On the other hand upon realizing a factoryplant controlling or builtin computer system a network 109 may be connected to the input and output control device 102.To the network 109 an input and output equipment such as a communication equipment and so forth is connected.It should be noted that among input and output devices 104 to 106 connected to the input and output control device 102 any one or all of the input and outputdevices may be omitted in some system configuration.Furthermore wide variety of input and output devices may be connected for notifying completion of input and output operation and so forth.In Fig.1 while the interrupt signal line 108 and the processor bus 103 are illustrated as separate devices for the purpose of illustration the interrupt signal line is a part of the processor bus 103 in practice.Within the processor 100 a timer device 107 is provided to cause an internal interrupt per a given period.An interrupt caused by the timer device 107 is used for time measurement of the operating system or the like.
Patent claim: The communication device 2 according to claim 18 wherein the wireless communication device 2 is a radio base station.

Related passage: An actual implementation would rather use a switching mixer which means that the LO signal is a square wave instead of a pure sine.The Fourier series of a square wave with 50 duty cycle is sq1xLOt2n135sinnLOtn2sinLOt1Isin3LOt3sin5LOt5II
Patent claim: The method of claim 1 wherein the network is a Shortest Path Bridging SPB network and wherein the end device is a nonSPB device that is not compatible with the SPB network.

Related passage: The use of a captive portal server for automatically supplying the user with the opportunity to authenticate him or herself onto the system whilst preventing him or her from accessing the network until such authentication has been completed is particularly advantageous in the above claimed system as it enables the entire system to work with mobile devices requiring no special software other than standard drivers for controlling the wireless interface and a standard web browser.Furthermore the use of the captive portal server as the device which submits the user location message to the location server and thus needs some additional functionalityi.e.over and above that of a standard captive portal server is particularly advantageous because this device requires tailoring to the particular circumstances of the network in any event so it is no great extra work to modify this device to perform the notification of the location server and furthermore this device will also always have easy firsthand access to the information both as to whether or not the user has been successfully logged on to the network and from which access point the user is connected to the network.
Patent claim: A computerreadable storing medium that stores a shared memory management program that is executed by an information processing device that configures an information processing system together with a different information processing device and that includes a shared memory that is accessed by the different information processing device the shared memory management program causing the information processing device to execute a process comprising when an access failure is detected in a first area of the shared memory blocking access to the first area by using permission control information that is used to control permission for the different information processing device to access the first area and replacing the first area for which access is blocked at the blocking with a normal second area and controlling permission to access the second area according to the permission control information.

Related passage: An example has been described with the above information processing system 1 where the service processor 24 accesses the node map 34 which is hardware.However the example is by no means limited to this and a unit other than the service processor 24 may be configured to access the node map 34.For example basic firmware BIOS Basic InputOutput System which are operated by one or all of CPUs on the CPUs 21 to 21c or the HPV may be configured to access the node map 34.
Patent claim: The device 100 of claim 8 and of claims 9 or 10 wherein the at least one processor 101 is configured to estimate a first reference noise contribution 402 of the at least one further symbol 201 20112013 202120214 and a first noise contribution 401 of the given synchronization symbol 201 20112013 based on the decoding reliability of the Viterbi decorder wherein the at least one processor 101 is configured to estimate a second reference noise contribution 402 of the at least one further symbol 201 20112013 202120214 and a second noise contribution 401 of the given synchronization symbol 201 20112013 based on the error value of the at least one tone 301 302 of the respective symbol.

Related passage: The DSL transceiver or VTUR of the CPE 104 e.g.a modem may transmit and receive signals through the subscriber lines 106.For instance the DSL transceiver may process the received signals to obtain the transmitted data from the DSLAM 102 and pass the received signals to the telephone 114 the computer 116 or both.The CPEs 104 may be coupled to theDSLAM 102 directly via the subscriber lines.For example any of the CPEs 104 may be coupled to a subscriber line 106 from the DSLAM 102.The CPEs 104 may access the NMS 110 the PSTN 112 andor other coupled networks via the subscriber lines 106 deployed by the DSLAM 102.
Patent claim: The downconversion circuit 30 according to claim 12 wherein the first LNA 200 has a common gate topology and the second LNA 300 has a common source topology.

Related passage: Figure 8 shows a flow chart 100 illustrating the process described above.In step 101 the first local oscillator signal LO1 is generated as a square wavewith a duty cycle13.Alternatively as mentioned above the duty cycle may be23.In step 102 the second local oscillator signal L02 is gener ated as a modified square wave with a duty cycle23 of which one part has a positive amplitude and another part has a negative amplitude.In step 103 the first local oscillator signal L01 is delayed by 14 of the period time to achieve a phase shift of 2 between the two local oscillator signals.In a practical implementation the two local oscillator signals may just be generated with the appropriate phase shift.The LO1 signal is then used in step 104 for mixing the input signal in the multiplier 4 to obtain a first downconverted signal.The L02 signal is used in step 105 for mixing the input signal in the multiplier 5 to obtain a second downconverted signal.In step 106 one of the downconverted signals is then multiplied by a precalculated factor e.g.the gain factordescribed above to ensure that the 5th and 7th harmonics are cancelled.Finally in step 107 the two downconverted signals are added together to achieve the desired output signal.
Patent claim: The electronic device of claim 2 wherein the providing module is set to provide the PS through the first modem when an electric intensity of a signal received from a second BS supporting the first RAT for the second time is equal to or greater than the reference electric intensity.

Related passage: If the dual mode mobile terminal 100 operates in the WCDMA mode the WCDMA module 120 measures the intensity of a received signal and provides the measurement result to the controller 140 by means of the switch 130.Than the controller 140 compares the measurement result with a predetermined value.If the measurement result is less than or equal to the predetermined value the controller 140 attempts roaming to another communication network.
Patent claim: The vehicle navigation system of any of the preceding claims further comprising an initializing value calculated to approximate the true radii of each of said individual wheels and used to provide deltarange deltaheading and deltaheading sum estimates for dead reckoning navigation solutions.

Related passage: The characteristic of the Kalman filter values x y andcomputed by the filter 44 do not agree with an actual map line owing to the error of the GPS sensor 10 and the DR sensor 20.The mapmatching unit 45 performs mapmatching using the values x y andcomputed by the filter 44 and the digital map stored in the memory 43 in order to correct the error.That is the mapmatching unit 45 corrects the computed location by matching the values x y andcomputed by the filter 44 on the digital map.
Patent claim: The window element according to any one of claims 110 wherein the at least two panes 6 7 13 are glass panes optionally antireflective glass panes.

Related passage: As described above the digitizer 106 may be integrated into the display device 11 of the electronic device 10.In this case the input panel combined with the input device 100 100a or 100b may be the display device 11 of the electronic device 10.FIG.10 illustrates a structure of a part of the electronic device 10 for example the display device 11 in a crosssection.The digitizer 106 is integrated in the display device 1 l and thus the display device 11 itself may operate as an input panel capable of detecting the written contents of the input device 100 100a or 100b.
Patent claim: A subsea electrical system comprisingat least a first and a second subsea electrical unit 101 102 103 104 according to any of claims 18 wherein each subsea electrical unit comprises a further line insulation monitor 21 coupled to the first electric power connection 11 wherein the control unit 30 of each subsea electrical unit 101 102 103 104 is adapted to determine whether electric power is present on the first electric power connection 11 and if this is the case to disconnect the further line insulation monitor 21 from the first electric power connection 11 anda subsea cable or hose 210 connecting the first and second subsea electrical units the subsea cable or hose providing the second electric power connection of the first subsea electrical unit and the first electric power connection of the second subsea electrical unit.

Related passage: The distribution unit 3 may be provided with electrical protection circuitry to isolate any electrical short circuits arising for example as a result of the breakdown of the insulation of one or more of the cables 5 or a failure within one or more of the output connectors 6b.It may also incorporate a transformer to step down high voltage transmissions from the surface and umbilical 1 to lower voltages that are better suited for use by the devices 4.
Patent claim: The mobile terminal of claim 1 wherein the controller180 is further configured to cause the touch screen151 to display a graphic object associated with the widget page on the one of the plurality of home screen pages and change at least a shape a color a size or an animation effect of the graphic object in response to the received information.

Related passage: Accordingly the controller 180 controls the display unit 151 so the switch is made from the third home screen page 230 to the second home screen page 220 based on the touch input applied to the display unit 151.
Patent claim: The secondary battery of claim 1 wherein the plurality of variable plates 12 have a stacked structure.

Related passage: In this embodiment a bus bar 54 can be installed by fastening a nut 49 to the bolt 48 while the bus bar 54 is provided in the second plate terminal 42 and the bolt 48.Compared to the first embodiment in which the bus bar is installed by welding the boltnut fastening method of the second embodiment can further simplify installation of the bus bar 54.
Patent claim: An apparatus according to any one of claims 1 to 5 wherein the container selection controller comprises a multiport valve wherein in a first configuration the multiport valve allows treatment solution from the treatment solution source to flow into the first intermediate container and prevent the treatment solution from flowing into the second intermediate container and wherein in a second configuration the multiport valve allows treatment solution from the treatment solution source to flow into the second intermediate container and prevent the treatment solution from flowing into the first intermediate container.

Related passage: When the fluid level sensor 12 detects that a predetermined amount has been poured into the dialysate reservoir container 9 a detection signal is supplied to a control unit 30.Thereafter the opening and closing of theshutoff valve 15 is repeated so as to maintain the fluid weight in the dialysate reservoir container 9.Similarly when the fluid level sensor 13 detects the end of pouring of a predetermined amount in the replacement fluid reservoir container 10 a detection signal is supplied to the control unit 30 and thereafter the opening and closing of the shutoff valve 16 is repeated so as to maintain the fluid weight in the replacement fluid reservoir container 10.After the fluid level sensors 12 and 13 thus detect the completion of the filling of the reservoir containers 9 and 10 the shutoff valve 14 is opened for a certain duration of time thereby completing the first phase and transitioning to the second phase.
Patent claim: The security module of claim 1 wherein each first security value is associated with the AID of the respective unassigned secure domain.

Related passage: In the above the particular processing of the application provider management platform creating a supplementary security domain in the smart card through the card issuer management platform is the card issuer management platform communicates with the smart card through the application provider management platform selects the issuer security domain of the smart card and establish a secure channel with the issuer security domain the card issuer management platform informs through the secure channel the issuer security domain of establishing a supplementary security domain corresponding to the application provider the issuer security domain creates a supplementary security domain in the smart card.
Patent claim: Method according to claim 1 wherein the at least one alert comprises a first alert and a second alert and the method further comprises displaying the first alert on a display 38 of a user interface 18.

Related passage: The process 400 checks whether a flight crew member has responded to the alert in an appropriate manner query task 408.In practice query task 408 could be performed by the onboard flight crew monitoring subsystem andor another onboard subsystem such as the flight deck alerting subsystem.If a flight crew member responds to the alert in an acceptable manner e.g.by making some type of acknowledgement by pressing a button by manipulating a user interface in the required fashion by communicating with air traffic control by navigating the aircraft in a particular way then the alert can be terminated task 410.If however no response is detected after a designated period of time then the alert will be maintained.
Patent claim: The system according to claim 1 wherein if the control times of adjacent groups are overlapped the operation unit performs an operation of adjusting the control end time TGnend and the control start time TGnstart after performing the operation of deriving the control start time TGnstart.

Related passage: The invention relates generally to the field of wind power generation and in particular to wind farms having multiple wind turbine generators.Specifically embodiments of the present technique provide a method and system to control power ramp down rate of a wind farm during high wind speed conditions.
Patent claim: The NOx storage reduction catalyst as claimed in claim 1 wherein said catalyst metal has a gold content of 5 mol or more but 10 mol or less relative to the total molar number of platinum and gold contained in said catalyst metal.

Related passage: Thus the present inventors have taken note of and studied gold having a relatively weak affinity for oxygen synthesized metal particles in which gold is solidsolutioned into rhodium at the atomic level and have found that when the metal particles are exposed to an oxidative atmosphere oxidation of rhodium can be remarkably suppressed compared to metal particles ofrhodium alone.The present inventors have further found that an exhaust gas purifying catalyst having a remarkably improved NOx reducing ability especially in a lowtemperature region for example a temperature region of 400C or lower can be obtained by supporting metal particles comprising a solid solution of rhodium and gold on a catalyst support compared to the case of supporting metal particles of rhodium alone on a catalyst support.