bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The system of Claim 6 wherein the headfloat further comprises a power supply 154 158 160 configured to generate energy and a data transmission device 161 configured to exchange data with a vessel that tows the streamer.

Related passage: Two or more handling cables 116 may be routed through the beam 112 and corresponding guide blocks 121.The handling cables 116 extend from floatation units 107 to anchor point 122 on the umbilical cable 113.The anchor point 122 may be located a selected distance forward of the floatation units 107.The handling cables 116 may be used for deployment and recovery of the source array 24.
Patent claim: The air vehicle navigation method according to claim 1 wherein the step of flying the air vehicle according to the edited aircraft trajectory comprises a.computing the edited aircraft trajectory this leading to a set of operations to be performed by the air vehicle and b.commanding the air vehicle to execute the set of operations wherein computation of the edited aircraft trajectory is a process which at each stage of the flight comprisesupdating air vehicles state vectorassessing according to the air vehicles state vector which instructions in each thread are still valid wherein this assessment includes evaluating triggers and conditions in each thread anddetermining the operations to be performed so that when executed by the air vehicle the air vehicle flies according to the instructions still valid.

Related passage: There exist in the art many different sets of equations of motion that describe an aircrafts motion.The sets of equations generally differ due to their complexity.In principle any of these sets of equations may be used.The actual form of the equations of motion influences how the aircraft intent description language should be formulated because variables that appear in the equations of motion also appear in the instructions defining the aircraft intent 114.However the flight intent 101 is not constrained in this way in that it may express flight intent 114 generally such that any detail specific to the particular equations of motion to be used is not specified.However flight intent114 may be specific to a particular set of equations of motion and so may include the variables.
Patent claim: An electrostatic charge image developing toner according to claim 1 or 2 wherein a maximum value Vmax of a thermal expansion coefficient of the releasing agent is 0.1 or less the thermal expansion coefficient being measured usingthermomechanical analysis TMA.

Related passage: Examples of the saturated linear monohydric alcohol component b1 include myristyl alcohol cetyl alcohol stearyl alcohol arachyl alcohol behenyl alcohol tetracosanol hexacosanol octacosanol and triacontanol.
Patent claim: The computer storage medium of claim 6 wherein the output stream is provided via a USB 3.0 connector.

Related passage: The network media 100 adapter may include a system on a chip SoC 131 shown in Figure 2 that may be configured andor programmed to implement a large variety of AV processing functions including severalbut not necessarily allof those disclosed herein.The system on the chip 131 of Figure 2 may be a component such as a DRA64x65x or DM8214 of Texas Instruments of Dallas Texas.The system on a chip 131 of Figure 2 includes an initial hardware architecture that implements some of the peripheral interfaces 102 and 104 of Figure 1 and adds others such as hard disk drives USB SD cards and the like.Other types of such processors may be employed or a combination of more discrete hardware andor programmable processors may be employed as described in the example implementation of Figure 3.
Patent claim: The femtocell access point of claim 8 wherein the cellular device cell parameter difference is a difference in a frame start for the neighboring base station and a frame start for the femtocell access point.

Related passage: In the third embodiment candidate target Femtocells are screened according to the preconfigured parameter mapping relation as shown in Table 7 Table 8 and Table 9 so that the scope of target Femtocells are greatly narrowed.In addition the handover resources reserved by the screened candidate target Femtocells are activated so that these resources may be used for the connection with the UE one target Femtocell of the preliminarilyscreened candidate target Femtocells meets the handover condition of the UE.In this way the target Femtocell can establish a connection with the UE by using the reserved handover resources so that the UE can hand over from a macro cell to a Femtocell.
Patent claim: Oven according to claim 8 further associated with weight processing means 401 operationally connected to a memory 402 502 storing reference weight information and further operationally connected to said at least one weight sensor 104 wherein said weight processing means 401 are adapted to provide indications 503 about the cooking of said food 201 by comparing said information about the weight of said food 102 with said reference weight information.

Related passage: The productfeature extracting system comprises at least one camera e.g.a digital camera designed and positioned for recording product topviews.A product topview shall mean any view of the product e.g.a twodimensional picture of the product showing at least a part of the upper side of the product.Here the upper side of the product shall mean a side of the product facing upwards in a position occupied in the course of being heated within the chamber.
Patent claim: The vehicle driving mode display device described in claim 5 wherein the specified area is enlarged so as to make the running speed pattern displayed in the specified area continuous with the running speed pattern in an ordinary display area that is adjacent to a future side of the specified area.

Related passage: Fig.7 shows one example of the vehicle testing apparatus.In Fig.7 the symbol 21 represents a rotation roller on which the driving wheel 22a of a vehicle 22 under test is mounted and the symbol 23 represents a chassis dynamometer operatively connected to the rotation roller 21 through the shaft24.This chassis dynamometer 23 corresponds to the dynamometer 3 of the engine testing apparatus 1.The symbol 25 represents a flywheel provided on a shaft24 and the symbol 26 represents a speed sensor provided on the shaft 24.The speed sensor 26 corresponds to a sensor not shown for outputting a rotation measurement value in Fig.4 showing the engine testing apparatus 1.This sensor is provided in an engine 2 shown in Fig.4 in the engine testing apparatus 1.The symbol 27 represents a torque sensor provided in the chassis dynamometer23 and this corresponds to the torque measuring device 8 of the engine testing apparatus 1.The symbol 28 represents a running resistance generator for generating a target running resistance signal T corresponding to an actual running speed signal v sent from the speed sensor 26.The symbol 29 represents a chassis dynamo controller for driving and controlling the chassis dynamometer 23 such that a running resistance target running resistance corresponding to the actual running speed is applied to the driving wheel 22a based on a difference signal between an actual running resistance signal t sent from the torque sensor 27 and a target running resistance signal T sent from the running resistance generator 28.The symbol X represents a drivers aid display uniton which a set target driving pattern Vo target vehicle speed pattern 12 in Fig.4 and a variation of data position V showing driving state of actual current time actual running speed signal v of current time sent from the speed sensor 26 are displayed such that the driver of the vehicle can visually check.
Patent claim: The apparatus according to claim 9 wherein the second reflective layer is disposed on the portion of the upper surface of the first lens.

Related passage: In this example at least a part of the reflecting mirror 114 has an approximately spheroidal shape formed by acombined elliptical plane for example.This approximately spheroidal shape is set in such a manner that a cross section thereof containing the optical axis of the light source unit 100 forms at least a part of an approximately elliptical shape.The eccentricity of that approximately elliptical shape is set to gradually increase from that in the vertical cross section to that in the horizontal cross section.In addition the light source unit 100 has the optical axis that runs approximately through the center of the lens 104 to go ahead of the automobile.
Patent claim: The device 12 according to any one of claims 1 to 3 wherein the external power supply e is a commercial alternatingcurrent power supply.

Related passage: The DC power supply source has an output voltage characteristics which can output the maximum voltage higher than the load voltage at the time of normal operation.For example although the constant current source also satisfies the abovementioned conditions the DC power supply source is not limited to the constant current source in this embodiment.Here the load voltage under the normal operation means a voltage drop produced in the load circuit when the load circuit operates normally and the arc discharge is suppressed.The maximum output voltage is the maximum voltage which the DC power supply unit can output.In addition the maximum output voltage is that higher than the load voltage at the time of normal operation.For example in the case of a constant current control system if the arc discharge occurs in the load circuit at the time of open mode failure in the load circuit the output voltage of the DC power supply source rises due to the change of the load voltage for example the increase of an apparent load voltage seen from the output end side of the DC power supply source DCS.However since the maximum output voltage is controlled so that the maximum output voltage is set within the predetermined range by a control device CC in this embodiment even if the load circuit LC requires higher voltage the output voltage value does not exceed the maximum voltage.
Patent claim: A radiation imaging apparatus having a plurality of pixels arrayed in an imaging area so as to form a plurality of rows and a plurality of columns the plurality of pixels including a plurality of imaging pixels for obtaining a radiation image and a detecting pixel for detecting radiation the radiation imaging apparatus comprising a plurality of column signal lines respectively corresponding to the plurality of columns and a detection signal line corresponding to the detecting pixel wherein each of the imaging pixels includes a first conversion element configured to convert radiation into an electrical signal and a first switch arranged between the first conversion element and a corresponding column signal line among the plurality of column signal lines and the detecting pixel includes a second conversion element configured to convert radiation into an electrical signal and a second switch arranged between the second conversion element and the detection signal line.

Related passage: Furthermore an elongated second photoelectric conversion element 108 hatched in Fig.1 is arranged.The second photoelectric conversion element 108 has a shape different from those of the first photoelectric conversion elements 101 used to sense a normal image.
Patent claim: The compound cycle engine as defined in claim 1 wherein the reaction ratio of the first stage turbine is a pressurebased reaction ratio having a value of at most 0.1 and the second stage turbine has a pressurebased reaction ratio having a value of at least 0.25.

Related passage: A pipe 70 extends from an outlet of the compressor 20 and splits into two inlet pipes 72 each connected to the intake port 48 see also Fig.2 of the respective rotary unit 12.In this embodiment the compressor 20 includes a single radial impeller 74.Alternately the compressor 20 may include one or more rotors with radial axial or mixed flow blades.
Patent claim: The apparatus of one of the claims 7 to 11 including a tank having the electroplating solution therein and in which the component with the anode therein is submerged.

Related passage: The anode 30 and the anode support 40 collectively have a configuration and dimensions generally complementary to that of each cooling cavity 16 that enable the assembly of anode and anode support to be positioned in the cooling cavity 16 spaced from out of contact with the surface area 20 of internal wall W defining the cooling cavity yet masking surface area 21.The anode support 40 is configured with base 40b that functions as a mask of surface area 21 so that only surface area 20 is electroplated.Surface areas 21 23 are left unplated as a result of masking effect of the base 40b and integral masking shield 45 of the anode support 40.Such areas 21 23 are left uncoated when coating is not required there for the intended service application and to save on noble metal costs.
Patent claim: The pneumatic tire of at least one of the previous claims wherein the terpene phenol resin has a softening point temperature in a range of from 150 to 180 C or from 155 to 175 C.

Related passage: In order to reduce the rolling resistance and to improve the treadwear characteristics of tires rubbers having a high rebound have traditionally been utilized in making tire tread rubber compounds.On the other hand in order to increase the wet skid resistance of a tire rubbers which undergo a large energy loss have generally been utilized in the tires tread.In order to balance these two viscoelastically inconsistent properties mixtures of various types of synthetic and natural rubber are normally utilized in tire treads.
Patent claim: The displacement control valve according to claim 1 wherein a portion of the outlet passage 47 58 441 442 571 572 forms a valve hole 571 that is selectively opened and closed by the first valve body 54 and the crosssectional area of the valve hole 571 is set to a value equal to an effective pressure receiving area of the pressure sensitive body 45.

Related passage: As shown in Figures 2 and 3 a plurality of supply ports 57 are provided in the upper portion 51a.The valve chamber 53 is connected to the crank chamber 5 by the individual supply ports 57 and Lhe upstream portion 27a of the bleed passage 27.The upstream portion 27a of the bleed passage 27 and the supply ports 57 serve as a part of a pressuredetecting passage for applying the crank pressure Pc to the upper area 53a.Between the guide passage 52 and the intermediate port 56 are a plurality of outlet ports 58 which extend in the radial direction.The suction chamber 21 is connected to the upper area of the guide passage 52 and the intermediate port 56 by the individual outlet ports 58 and the downstream portion of the bleed passage 27b.When the intermediate port 56 is opened as shown in Figure 4 the suction pressure Ps is applied to the lower area 53b of the valve chamber 53.The supply ports 57 the valve chamber 53the intermediate port 56 a part of the guide passage 52 and the outlet ports 58 constitute a part of the bleed passage 27 that connects the crank chamber 5 to the suction chamber 21 in the reliefside valve V1.
Patent claim: A method in a data processing system 102 106 200 for navigating information the method comprising identifying using a processor 202 of the data processing system a value for a property of a first object associated with one or more devices 116120 managed by a management system 100 1110 displaying a first plurality of tiles 405 for a plurality of objects 415 the plurality of objects including the first object a first tile in the first plurality of tiles being for the first object the first tile including a display of a graphic associated with the first object and the identified value for the property 1115 identifying a plurality of related objects 510 that are related to the first object 1125 and displaying a second plurality of tiles 505 for the related objects 510 in response to receiving a selection of the first tile 1130 and displaying in response to receiving a selection of a second tile in the second plurality of tiles 505 for one of the related objects 510 information about the one related object 1140.

Related passage: A further application of is described in US20020046290A1
Patent claim: The method of the preceding claim further comprising determining an azimuth of the at least one rotor blade 1 2 3 wherein the expected noise emission is determined in accordance with the determined azimuth and wherein controlling the wind turbine to reduce noise emission from the wind turbine is carried out in accordance with the expected noise emission and the determined azimuth.

Related passage: Next another embodiment is described with reference to Fig.2.Therein it is shown that rotor hub 4 is connected to a rotor shaft 62 which in turn is connected to an electric generator 64 either directly or via a gear box not shown.On rotor shaft 62 a rotation sensor 66 is mounted wherein rotation sensor 66 is adapted to detect a rotational position of the rotor hub 4.It will be understood by those skilled in the art that rotation sensor 66 mounted at rotor shaft 62 is only an exemplary embodiment of a rotation sensor capable of detecting the rotational position of hub 4.Accordingly any other rotation sensor capable of detecting the rotational position of hub 4 may be likewise applied in embodiments of the present invention.As is shown in Fig.2 pitch control system 82 is further adapted to receive an input from rotation sensor 66.In other words pitch control system 82 not only considers the noise data andor vibrationdata provided by sensors 80a 80b 80c but also the rotational position of hub 4.Furthermore it should be understood that pitch control system 82 may determine the rotational position of each rotor blade 8a 8b 8c from the data provided by rotation sensor 66.Thus pitch control system 82 may also take into account the rotational positionof each rotor blade when controlling the pitch angle for this rotor blade.Knowledge of the rotational positionof the rotor blade may improve stall monitoring and control for this rotor blade for the following reason.Typically the blade pitch angle depends on the rotational speed of the wind rotor and the rotational speed of the wind rotor depends on the incoming wind speed experienced by the wind rotor.Particularly the rotational speed of the wind rotor depends on the incoming wind speed with the disc 9 defining the area covered by the rotating blades 8a 8b 8c.However wind speed is not constant across the disc 9.In particular wind speed is higher in the upper area of disc 9 compared to the lower area of disc 9.In other words wind speed is lower near to the ground compared with wind speed more distant from the ground e.g.above nacelle 6.This variation in wind speed is indicated in Fig.2 by the different size of the two arrows representing the incoming air flow.Due to this wind speed variation with height a certain pitch angle of a rotor blade cannot be ideal for every rotational positionof the rotor blade.Accordingly blade stall may occur at some rotational positionsof the rotor blade or even within a whole range of angles.As the rotational position of the hub and thus also of each individual rotor blade is used to control the pitch angle of the rotor blades 8a 8b 8c wind speed variation can be taken into account by pitch control system 82.
Patent claim: A radio device for requesting and receiving a radio network service from at least one cellular radio network comprisinga multidomain subscription unit which is configured to provide at its output respective subscription information enabling access to a requested radio network domain from a set of radio network domains defined by a multidomain service subscription wherein each radio network domain comprises a cellular network infrastructure with a plurality of network cells in the same geographical areaa multidomain accesscontrol unit which is connected with the multidomain subscription unit and configured to obtain the respective subscription information and to obtain access using the respective subscription information and maintain access to not more than one of the radio network domains at a given time for requesting and receiving a requested radio network servicea multidomain monitoring unit which is configured to determine while access to a first one of the radio network domains is maintained first availability information regarding the requested radio network service from the first radio network domain and second availability information regarding the requested radio network service from at least one second radio network domain of the set of radio network domains and provide at its output at least upon determination that the first availability information indicates nonavailability of the requested radio network service from the first radio network domain an availability output indicative at least of those second radio network domains with determined current availability of the requested radio network service.

Related passage: Step 4The MS SISP obtains data from the Selected Network ID file including TOD and access technology data if available associated with the eventtrigger by reading the selected network identity and TOD value and access technology value or both if available from the appropriate file in the device.
Patent claim: The device of claim 12 wherein the SD haptic effect signal consists of a single frequency.

Related passage: Fig.3 illustrates a flow diagram of the functionality of a haptic effect pattern transformation module such as haptic effect pattern transformation module 16 of Fig.1 according to one embodiment of the invention.In certain embodiments some of the functionality can be omitted.As previously described the haptic effect patterntransformation module can replicate haptic effects designed for a highdefinition haptic output device on a standarddefinition haptic output device by transforming or warping a haptic signal into a collection of vibrotactile haptic effect patterns.In some embodiments the standarddefinition haptic output device can be an ERM.Further in certain embodiments the haptic effect pattern transformation module can be executed on a remote server.In other embodiments the haptic effect pattern transformation module can be executed on the standarddefinition haptic output device.Further in some embodiments one or more parameters of the haptic effect pattern transformation module can be adjusted to match the characteristics of a specific standarddefinition haptic output device and thus provide an optimal experience for the specific standarddefinition haptic output device.In other alternate embodiments the one or more parameters of the haptic effect pattern transformation module can be used in a more generic manner for all types of standarddefinition haptic output devices.
Patent claim: The device as claimed in claim 9 the image editing program shows a coordinate grid on the touch panel when the user edits the raw video via the image editing option menu.

Related passage: Figure 2 provides a representation of an event log for a football match.In Figure 2 the event log is divided into two halves 20 22 to represent the two halves of the football match.In the first half 20 a lefthand column 24 identifies events which occurred during the match and a righthand column 26 shows a time at which those event codes were logged in the event log.Correspondingly in the second half 22 a lefthand column 27 illustrates the event codes which were logged and the righthand column 28 illustrates a time at which those event logs occurred.