bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A hydraulic system 28 for a mobile machine 10 having a lift arm 13 attached to a bucket 14 and a transmission 20 the hydraulic system comprising a hydraulic actuator 24 configured to move the lift arm and bucket an accumulator 56 configured to store pressurized fluid an accumulator valve 58 configured to control fluid flow between the accumulator and the hydraulic actuator for a ride control mode of operation configured to cushion movement of the bucket a lift arm sensor 66 associated with the mobile machine and configured to generate an angle signal indicative of an angle of the lift arm a speed sensor 68 associated with the mobile machine and configured to generate a speed signal indicative of the speed of the mobile machine and a controller 64 in communication with the accumulator valve the lift arm sensor the speed sensor and the transmission the controller being configured to receive the speed signal determine a gear setting of the transmission receive the angle signal and selectively activate and deactivate the ride control mode of operation based on the speed of the mobile machine and the angle of the lift arm when the gear setting of the transmission is below a minimum gear setpoint.

Related passage: As illustrated in FIG.5 the shift operation signal is input from the shift operation detector 112A to the controller 111.The damper function SW signal indicating whether the damper function is activated ON or deactivated OFF by the operator is input from the damper function switch 112B to the controller 111.The boom lever stroke signal is input from the boom operating lever operation amount sensor 112C to the controller 111.Thebucket lever stroke signal is input from the bucket operating lever operation amount sensor 112D to the controller 111.In addition to this the boom bottom pressure signal indicating the boom bottom pressure detected by the bottom pressure detector 119 the vehicle speed signal indicating the vehicle speed measured by the vehicle speed sensor 113 a boom angle detection signal indicating the boom angle detected by the boom angle sensor 10211 and a bucket direction detection signal indicating the bucket direction detected by the bucket angle sensor 12211 are also input to the controller 111.
Patent claim: The turbofan engine of claim 14 and further comprising a compartment 50 enclosing the gearbox and configured to receive lubrication fluid from the main lubrication system and the auxiliary lubrication system andan auxiliary reservoir 54 disposed relative to the compartment such that when the turbofan engine is installed on the aircraft that is parked lubrication fluid from the compartment collects within the auxiliary reservoir wherein the auxiliary pump is disposed within the auxiliary reservoir such that an inlet of the auxiliary pump is immersed by lubrication fluid collected therein and preferably wherein the electric motor is positioned outside the auxiliary reservoir and wherein the electric motor is a line replaceable unit.

Related passage: In one embodiment bearings 54 are journal bearings.Journal bearings can benefit from having a supply of substantially continuous lubricating liquid.Consequently bearings 54 can benefit from having liquid supplied from auxiliary pump 44 when engine operating conditions prevent main pump 66 from supplying adequate liquid.This benefit depends on auxiliary pump 44 having an adequate supply of liquid during those engine operating conditions.
Patent claim: An electronic device comprising a first communication module configured to communicate with an external device through a first communication scheme a second communication module configured to communicate with the external device through a second communication scheme and a processor configured to identify a state of the second communication module generate availability information indicating whether the second communication module is available to perform a same function with the first communication module based on the state of the second communication module and control the first communication module or the second communication module to transmit the availability information of the second communication module to the external device.

Related passage: A specific implementation method for establishing a WLAN link and an LTE link between the UE and the network side is common knowledge for persons skilled in the art and is not described in detail here in this embodiment of the present invention.202.The UE associates the first network link with the second network link.
Patent claim: The method according to any one of claims 5 to 7 wherein the carbon source is selected from at least one of petroleum ether benzene methyl benzene dimethyl benzene catalytic gasoline coker gasoline butadiene pentylene hexadiene butylene pentene heptylene and nonylene.

Related passage: The active metal supported by the catalyst support in the hydrotreating catalyst of the present embodiment is at least one selected from noble metals of Group 8 to Group 10 in the periodic table.Specific examples of the active metal are ruthenium and osmium as noble metals of Group 8 rhodium and iridium as noble metals of Group 9 and palladium and platinum as noble metals of Group 10.Among these platinum and palladium are preferable and platinum is more preferable.In addition a combination of platinumpalladium is also preferably used.Here the periodic table means the long form of the periodic table of the elements based on the specification of IUPAC International Union of Pure and Applied Chemistry.
Patent claim: The gas turbine engine assembly of any preceding claim further comprising a power converter 122 comprising one or more electrical circuits 117 wherein the electrical damper 124 comprises a resistor 125 integrated into one of the electrical circuits 117 of the power converter 122.

Related passage: Figure 1 schematically illustrates a gas turbine engine drive schematic for a synchronous generator that utilizes a load damper.Figure 2 schematically illustrates a control configuration for the load damper.Figure 3a schematically illustrates an example electric load damper.Figure 3b schematically illustrates another example second load damper.Figure 4 is a graph showing the effect of load damping on generator rotational speed.Figure 5 is a graph showing the effect of damping on torsional oscillation.Figure 6 is a graph showing the effect of load damping on power dissipation.Figure 7 is a graph showing the effect of load damping on energy dissipation.
Patent claim: The transmitter of any one of claims 68 wherein the preprocessing module is configured to position the frequency position of the cancellation symbol frequency for canceling the first sidelobe outside the frequency block originating from transmission of the at least one data symbol half a predetermined subcarrier spacing outside the frequency block.

Related passage: For reduction or cancellation of the sidelobes of said superpositionspectrum yf a number of M subcarriers is used as cancellation symbols with a number of NM subcarriers being predefined for usage.Thus a number of NM subcarriers which is predefined e.g.for pilot reference or training sequences is divided into a number of N subcarriers used for transmission of pilot reference or training symbols and a number of M subcarriers used for transmission of cancellation symbols for sidelobe reduction or cancellation.Said M subcarriers for sidelobe reduction or cancellation are divided on both edges of the NM subcarriers.In fig.5 the pilot sequence part II SP2 corresponds to said M subcarriers with M being 33 symbols on both edges of the 5 PRBs in the embodiment.
Patent claim: The article 100 of any preceding claim wherein the substrate comprises IN718 alloy IN 725 alloy or IN706 alloy.

Related passage: In some cases the microstructure of the assolidified single crystals may include irregular gammaprime particles and regions of gammaprime eutectic phases.The solution heat treatment may dissolve the irregular gammaprime particles and most or all the gammaprime eutectic constituent into the gamma matrix.The subsequent aging treatment precipitates an array of gammaprime precipitates having a generally cuboidal shape and relatively uniform size.The gammaprime precipitates may vary from about 0.3 to about 0.5 microns in size.
Patent claim: The tool according to any one of claims 1 to 3 wherein the load adjusting mechanism includes an elastic member which is configured to support the load sensor and the elastic member is arranged coaxially with the load sensor.

Related passage: As shown in FIG.6 the wakeup contact 60 is connected to a power source circuit 50 of the control circuit part 46.In FIG.6 when the wakeup contact 60 is turned on an electric current flows from a first resistor 55 and a second resistor 56 to the wakeup contact 60 and consequently a first transistor 53 is turned on in a conductive state.As a result a constant voltage is applied to a microcomputer 46c from a regulator 52 which causes the microcomputer 46c to start up.When the microcomputer 46c starts up the microcomputer 46c turns on a second transistor 54.Consequently even if the wakeup contact 60 is turned off the first transistor 53 and the regulator 52 remain the ON state.When the microcomputer 46c turns off the second transistor 54 the first transistor 53 and the regulator 52 are forced to turn off and the power source of the microcomputer 46c is turned off.
Patent claim: The honeycomb structure according to claim 1 or 2 wherein in the zeolite material a ratio of a volume of pores having pore diameters in excess of 0.15 m to the volume of all the pores is from 40 to 60 and a ratio of a volume of pores having pore diameters of 0.52 m or more to the volume of all the pores is 5 or less.

Related passage: The inorganic particles have an average particle size of preferably 0.1 to 5.0 m more preferably 0.3 to 4.5 m and still more preferably 0.5 to 4.0 m.The inorganic particles having an average particle size of 0.1 to 5.0 m enables control of the pore size of the honeycomb unit.
Patent claim: The controller 100 for a bicycle image capturing device 70 according to any one of claims 1 to 13 wherein the control unit 104 determines whether or not to record an image captured by the first image capturing unit 90 to a recording medium based on the information obtained by the reception unit 102.

Related passage: For example in the event that the road upon which the motorcycle is travelling is particularly uneven the image presented to the user of the motorcycle on the image display means could become unclear.However the vibration detection means 111 detects the associated vertical movement of the camera 103 caused by the vibration and generates vibration data which is received by the image processing means 105.The vibration data is then used by the image processing means 105 in order to select the portion of the image data representing the region of interest in order to display the region of interest on the image display means 107.
Patent claim: A backsheet element for a photovoltaic module comprising at least one layer which comprises a crosslinked polymer composition which comprisesa polymer of ethylene a which optionally bears functional groups containing units andsilane groups containing units b wherein the polymer of ethylene a is optionally crosslinked via the silane groups containing units b.

Related passage: The back sheet A for use in the present invention may have a singlelayer or laminate configuration but preferably has a laminate structure for attaining the necessary characteristics for the back sheet in a wellbalanced manner.
Patent claim: Part 100 400 500 of a shoe 1 5 in particular an upper 100 400 500 comprising a.an area 110 410 510 comprising a contiguous piece of natural andor synthetic leather 511 b.wherein the area 110 410 510 comprises a first subarea 120 420 520 and a second subarea 130 131 430 530 each subarea 120 130 131 420 430 520 530 having a size of more than 3 cm2 in particular more than 4 cm2 c.wherein the leather 511 has a reduced thickness in the second subarea 130 131 430 530 compared to the first subarea 120 420 520 and d.wherein the reduced thickness is obtained by milling off a first surface layer of the leather in the entire second subarea 130 131 430 530.

Related passage: Leather sole 11 is previously cut with an appropriate shape shown sectioned in figure 5 and from below or from the above in figures 8 or 9.Sole 11 has afirst face 12 that in use is the lower face i.e.It faces towards ground 20 of figure 4 and to which is then glued heel 24.Furthermore it has a second face 13 suitable for being glued to vamp 16.
Patent claim: The surgical instrument of claim 9 wherein the cartridge includes at least one of a knife or a plurality of staples wherein the knife is configured to cut the tissue and wherein the plurality of staples are configured to fasten the tissue.

Related passage: In operation a user actuates trigger 140 such as in Figure 1 to advance cartridge assembly 750 toward anvil assembly 760.After actuating trigger 140 the user rotates pin 754 through knob 774 to thread pin 754 into hole 762.As the user rotates knob 774 external thread 780 rotates about longitudinal axis HH and securely engages inner thread 792 of locking structure 790 thereby securing pin 754 to anvil assembly760.Reverse rotation of knob 774 unthreads pin 754 from thread 792 to withdraw the pin 754 for unapproximation of the cartridge and anvil assemblies.
Patent claim: Method as claimed in one of the claims 1 to 3 characterized in that a proper subset of the turbine outlet temperature measurements 18 19 is selected for obtaining the trimmed turbine outlet temperature TAT TR and in that the proper subset comprises at least one turbine outlet temperature measurement 18 19 which is offset in a circumferential direction around the axis of the gas turbine 10 from the circumferential location of a burner 24 25 to which a second fuel flow is supplied by an offset anglewherin the offset anglecorresponds to the circumferential offset around the axis of the gas turbine 10 to which the hotgas is subjected to when traveling from the combustor 13 16 through the turbine 14 16 to the turbine outlet temperature measurements 18 19.

Related passage: This feature makes sure that independent from the number of operative burners and their location inside of the second combustor none of these burners is exposed to high temperatures that may cause damage or a life time reduction of this particular burner.
Patent claim: A developer container 50 comprising a plurality of developer containing sections 53a 53b 53c that are disposed side by side in an attachment direction A in which the developer container 50 is to be attached to an attachment unit 40 and have respective first openings 55a 55b 55c and an openingclosing member 56 that is slidable in the attachment direction A and causes each of the first openings 55a 55b 55c to be opened and closed wherein the developer container 50 is detachably attachable to the attachment unit 40 of an image forming unit 100 and when the openingclosing member 56 causes the respective first openings 55a 55b 55c to be opened in association with an operation of attaching the developer container 50 to the attachment unit 40 a first surface502 and a second surface 402 are separated away from each other until arrival of the first openings 55a 55b 55c at positions corresponding to respective second openings 45a 45b 45c and the first surface 502 and the second surface 402 are brought into proximity to each other upon the arrival of the first openings 55a 55b 55c at the positions corresponding to the respective second openings 45a 45b 45c the first surface 502 being provided with the openingclosing member 56 the second surface 402 being provided with the second openings 45a 45b 45c the second openings 45a 45b 45c being provided in the attachment unit 40.

Related passage: 5 As shown in Figs.2 6A and 6B the translation cam 122 of theprinter 1 is coupled to the front cover 133 through the coupling member 128.Hence the toner cartridge drawer 45 can be moved from the mounted position to the retracted position in association with movement of the front cover 133 from the closed position to the open position and can be moved from the retracted position to the mounted position in association with movement of the front cover 133 from the open position to the closed position.
Patent claim: Method according to any one of the claims 29 wherein the method comprises the steps of displaying the user operable digital item representing an input roll scheduled in the digital image queue on the user interface together with a user operable property representation of a property of the scheduled input roll changing the property representation to a new value of the property and automatically changing the same property in entries of the digital image queue with the second digital item having a value corresponding to the scheduled input roll.

Related passage: A control unit 3 is suited to store a queue of print jobs to check whether or not the queue is empty and to submit a document from a queued print job to the print engine of the reproduction apparatus 5 in order to be printed.Image data of a print job are stored in the storing means 7 contained in the control unit 3 at least for the time period that the document is printed by the print engine and finished by finishing means.Image data may also be stored in memory not shown of at least one of the workstations 8A8C.The composed digital image may also be stored in memory of the at least one of the workstations 8A 8C.
Patent claim: A mobile electrocardiograph ECG apparatus for acquiring an electrocardiographic signal upon electrodes being brought into contact with a body surface wherein the mobile ECG apparatus is characterized by comprising an ECG unit and an electrode unit that includes a plurality of induction electrodes the ECG unit being configured so as to acquire an electrocardiographic signal from the body surface potential via the electrode unit and also being configured so as to be capable of wirelessly transmitting the electrocardiographic signal to an analyzer the ECG unit and the electrode unit furthermore being provided so as to be capable of being attached to and detached from each other by a plurality of connection parts and the plurality of connection parts being provided with inductionelectrode contact points for respectively connecting to the plurality of induction electrodes.

Related passage: The electrode unit 120 is configured by the first negative electrode 121 the second negative electrode 123 the positive electrode 122 the first indifferent electrode 124A and the second indifferent electrode 124B.The firstnegative electrode 121 and the second negative electrode 123 are alternatively connected to the amplifier circuit 151 by the relay 127A.The first indifferent electrode 124A and the second indifferent electrode 124B are alternatively connected to the amplifier circuit 151 by the relay 127B.The relays 127A 127B cooperatively operate with the detection button 126 as described above and are switched to connect the first negative electrode 121 and the first indifferent electrode 124A to the amplifier circuit 151 in the state where the detachable unit 110 is united to the body unit 100 and to connect the second negative electrode 123 and the second indifferent electrode 124B to the amplifier circuit 151 in the state where the detachable unit 110 is separated from the body unit 100.
Patent claim: A method of providing enhanced induction for an engine the engine comprising an intake system comprising an intake duct configured to carry inlet air to cylinders of the engine a chamber provided to one side of the intake duct and in fluid communication with the intake duct a movable element provided within the chamber and an actuator configured to vary the position of the movable element and thereby vary the volume of the chamber able to receive inlet air from the intake systemwherein the method comprises varying the position of the movable element to adjust pressure variations within the intake system.

Related passage: The invention will be further described by way of example only with reference to the accompanying drawings in whichFigure 1 shows schematically an embodiment of a supercharged piston engine according to the invention Figure 2 shows schematically another embodiment of a supercharged piston engine according to the invention and Figure 3 shows schematically an third embodiment of a supercharged piston engine according to the invention.
Patent claim: The arrangement according to any of the preceding claims wherein G1 and G2 are absorption gratings.

Related passage: The afore mentioned invention therefore unites the following properties and advantagesa The setup comprising the beam splitter grating and the beam recombiner grating is achromatic and requires practically no spatial coherent light.The setup can be operated therefore with a standard xray tube.b The setup is less sensitive to phase shifts than MachZehnder type interferometers.Therefore the setup allows to investigate samples that cause large phase shifts.c The phase shift sensitivity can be tuned within certain limits by changing the sample position or the grating positions or by using grating sets with different periods.d The related materials and fabrication methods for the gratings are comparably wellknown and can be easily performed.e The setup is very well suited for mammography for the reasons given in the introduction suitable energy range screening applications radiation damage.f The setup is very well suited for applications that require many xray images tomography series of xray images etc..
Patent claim: A downhole flow device according to claim 1 or 2 wherein the tubular part comprises a second opening 12 displaced from the first opening in the axial extension.

Related passage: A stroking tool is a tool providing an axial force.The stroking tool comprises an electrical motor for driving a pump.The pump pumps fluid into a piston housing to move a piston acting therein.The piston is arranged on the stroker shaft.The pump may pump fluid into the piston housing on one side and simultaneously suck fluid out on the other side of the piston.
Patent claim: Large diesel engine in particular large twostroke diesel engine comprising at least one cylinder 3 with a combustion chamber 32 for the combustion of a fuel and with a piston 4 for reciprocating movement between a top dead center position and a bottom dead center position an injection device 7 with a nozzle head 73 for injecting the fuel into the combustion chamber 32 a common rail system 2 with a pressure reservoir 6 for delivering the fuel in a liquid phase under a fuelpressure PF to the injection device 7 wherein the cylinder 3 comprises at least one scavenging air opening 35 for introducing scavenging air into the cylinder 3 and wherein the piston 4 compresses the scavenging air to a compression pressure PC in the combustion chamber 32 characterized in that a heating chamber 9 for the fuel is provided for heating the fuel to a defined fuel temperature TF such that the fuel converts from the liquid phase to a gaseous phase when the fuel expands from the fuel pressure PF to the compression pressure PC wherein the heating chamber 10 is connectable to the nozzle head 73 for supplying the liquid fuel to the nozzle head 73.

Related passage: The person skilled in the art knows a great variety of different types of reciprocating piston combustion engines such as twostroke or fourstroke trunk piston engines used in a variety of vehicles like ships cars aeroplanes or for example large diesel engines for ships or stationary units for the production of electrical power.