bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: Ethylene copolymer composition according to claim 1 wherein the MxMy is from 14.0 to 21 and preferably from 16.0 to 21.

Related passage: However in very tough soil conditions particularly when rock impigments can be feared as well as under very hard installation conditions it is desirable to have a pipe material having excellent SCG properties slow crack growth properties that is much higher as the SCG properties than presently found in materials in the state of the art.The specific conditions require a pipe material which has a SCG notch test of more than 5000 hours preferably 8000 hours.
Patent claim: Computerprogram product embodied on a nontransitory computer readable medium and configured to execute a method according to any of claims 1011 when executed on a processor.

Related passage: As a result of the discrimination if the preflightcheck is not completed yet with respect to all of the data in the corresponding page the processing routine is returned to step S1401 in order to execute the preflight check with respect to the next data.If the preflight check has been completed with respect to all of the data in the corresponding page the processing routine advances to step S1409.In step S1409 the CPU 101 stores a preflight check result file showing the results of the preflight check of the corresponding page and the warning information in which the output results have been collected into the RAM 103.
Patent claim: The system of claim 10 wherein the main lubrication oil system further includes an airoil heat exchanger 256.

Related passage: From the reservoir 16 the fuel serves as a coolant for a hydraulics subsystem 30 as the fuel is communicated to the fuel stabilization system FSU 14 through a fuel boost pump 32.From the fuel boost pump 32 the fuel serves as a coolant for the first and second liquidtoliquid heat exchanger subsystems 18 20.The first liquidtoliquid heat exchanger subsystem 18 includes a generator oil loop 34.From the first liquidtoliquid heat exchanger subsystem 18 fuel is communicated to the second liquidtoliquid heat exchanger subsystem 20 that includes a fan gear oil loop 36 prior to the fuel being communicated to a main fuel pump 38.
Patent claim: The system according to claim 1 further comprising a load adjustment prediction optimization unit 15 configured to perform an optimization calculation using the history data stored in the database 10 in consideration of at least one indices including a cost coefficient an adjustment range restriction condition a priority order of load adjustment and a adjustment dissatisfaction degree.

Related passage: Lastly based on the predicted value of the consumed electric power amount thestore controller 12 checks whether or not the used electric power amount exceeds the contracted electric power amount and if the predicted consumed electric power amount exceeds the amount of electric power available for consumption within the remaining period of the time span reduces the amount of electric power expected to be consumed thereafter by restricting the operation of particular appliances.Specifically via the communication section 25 the appliance control section 26 for example stops the operation of the outdoor units of some air conditioners that are considered to have little influence on other appliances or stops the operation of all air conditioners and thereby reduces the amount of electric power consumed.If even then it is found that a desired reduction in the consumed electric power amount cannot be achieved the store controller 12 sounds a buzzer or otherwise makes a human aware that no reduction in the consumed electric power amount is possible and leaves him to decide what control to perform thereafter.That is it leaves the human to make decisions and judgments to manually restrict the operation of the appliances in order to reduce the consumed electric power amount.
Patent claim: The navigation system according to claim 4 5 or 6 wherein the tool is lockable relative to the catheter.

Related passage: That is as shown in Fig.6A a calibration is performed in a state where the treatment instrument 4 inserted through the channel 2F 1 from the treatment instrument insertion port 2F2 on the proximal end side of the insertion section 2E is aligned to the reference point A1 at the distal end portion B1 thereof.
Patent claim: The system of claim 8 further comprising a timecode estimation module configured to estimate a timecode for the stimulus signal wherein the process module is further configured to determine the haptic effect based on the estimated timecode.

Related passage: Figure 1 illustrates an illustrative electronic device 100 for parameter modification of haptic effects.In some embodiments electronic device 100 is a portable handheld phone.As a user interacts with the phone andor various events occur the phone may output haptic effects to alert the user to the interactions andor events.For example the phone may determine a vibrational haptic effect when a phone call is received to alert the user of the electronic device 100 to the phone call.In addition in this embodiment the electronic device 100 receives one or more environmental conditions.
Patent claim: The method of any preceding claim wherein the TX current is regulated by using a plurality of gears wherein each one of the plurality of gears represents a discrete power configuration for a transmitter.

Related passage: A monitor 256 included with the transponder signal receiver circuit 252 may monitor the incoming signal from the transponder to determine if any adjustments are necessary.The monitor or monitor module 256 can be any hardware circuit firmware software etc.operable to complete the functions described herein.Thus the monitor 256 may monitor signal characteristics for example the frequency envelope clipping of the signal etc.to determine if the tuning circuit 224 may be adjusted either to eliminate current signal issues or to improve the reception of the signal.
Patent claim: The device of claim 6 or 7 wherein the damping circuit includes an impedance and wherein the impedance is configured to set an amplitude of the opposite phase field.

Related passage: In some embodiments driver circuit 290 andor coil circuit 280 may be matched e.g.designed for andor tuned to the frequency range of the external magnetic field.In some embodiment an active shielding circuit such as circuit 200 may be used in combination with passive shielding.Although the embodiments described herein mainly address active shielding of connectors the methods and systems described herein can also be used in other applications such as in shielding of electronic circuit boards integrated circuits and cables.
Patent claim: The catheter of claim 1 wherein each spine comprises a strut for imparting the preshaped configuration.

Related passage: In the depicted embodiment the mapping assembly 18 comprises five spines 14.Each spine 14 has a proximal end attached at the distal end of the catheter body 12 and a free distal end i.e.the distal end is not attached to any of the other spines to the catheter body or to any other structure that confines movement of the distal end.Each spine 14 contains a support arm 24 comprising a metal or plastic material that has shape memory such that the support arm 24 forms an initial shape when no external forces are applied forms a deflected shape when an external force is applied and returns to its initial shape when the external force is released.In a preferred embodiment the support arm 24 comprises a superelastic material for example a nickeltitanium alloy such as nitinol.Each spine 14 also comprises a nonconductive covering 26 in surrounding relation to the support arm 24.In a preferred embodiment the nonconductive covering 26 comprises a biocompatible plastic tubing such as a polyurethane or polyimide tubing.
Patent claim: The sintered magnet of claim 1 wherein in the RFeCoM1 phase M1 consists of 0.5 to 50 at of Al and the balance of at least one element selected from the group consisting of Si Mn Ni Cu Zn Ga Ge Pd Ag Cd In Sn Sb Pt Au Hg Pb and Bi.

Related passage: Among the additive elements M Ag Au and Zn will achieve the same effect as Cu.Ni will also achieve a similar effect.If part or all of Cu is replaced with one two or more elements selected from the group consisting of Ag Au Zn and Ni the amount of the element added may be determined with the atomic weight ratio taken into account.Specifically the amounts of Ag Au Zn and Ni added should be respectively 1.7 3.1 1.03 and 0.92 times as large as Cu.
Patent claim: The medium of claim 1 wherein the operations comprise determining that the time interval is not less than the threshold time interval in response to determining that the time interval is not less than the threshold time interval implementing the selflocation function to obtain a current location and sending the current location in response to receiving the second locationupdaterequest.

Related passage: In one embodiment the local table queries and network queries are performed using at least one of a UD identifier associated with the UD a connection identifier associated with the existing persistent connection and like identifiers for identifying the existence of a connection between a particular UD and a SG.In one embodiment identification of the current optimum SG supporting the persistent connection is performed as a portion of the processing performed in step 208.
Patent claim: The method of any preceding claim wherein the routing liquid by the at least one heat pipe 94 comprises routing a liquid coolant 98 100 114 through a manifold surrounding the at least one heat pipe 94.

Related passage: The intercooler aftercooler and cooling systems may be connected to heat exchangers 2140 which may be one heat exchanger or more than one heat exchanger.In addition all or any combination of intercooler aftercooler andor cooling systems may be employed in the desired application.As nonlimiting examples only a turbomachine may only employ the intercooler 220 and cooling system 250 or the turbomachine may employ intercooler 220 cooling system 250 and second cooling system 1450 or the turbomachine may employ intercooler 220 cooling system 250 second cooling system 1450 and aftercooler 1420 or the turbomachine may employ intercooler 220 cooling system 250 second cooling system 1450 aftercooler 1420 and third cooling system 1440 or any subcombination of the intercooler aftercooler cooling system second cooling system and third cooling system.
Patent claim: The inverter system of claim 5 wherein the second control unit transmits an address with respect to necessary control data and receives data type information corresponding to the necessary control data from the first control unit.

Related passage: For example according to a protocol between the master device 100 and the communication device 300 the first slave device 201 may be virtually assigned with prefix information 1 the second slave device 202 may be virtually assigned with prefix information 2 and a slave device N may be virtually assigned with prefix information N.
Patent claim: The propulsion system 100 of any preceding claim further comprising a structural support system and wherein the structural support system is configured for mounting to a bulkhead 320 of the fuselage 12 of the aircraft 10 when the propulsion engine is mounted to the aircraft 10.

Related passage: The electric motor 304 may be any electric motor that has a suitable specific power or weight to power ratio that is suitable for aviation use and its intended purpose.For example in various embodiments the electric motor 304 may be a superconducting electric motor.In particular embodiments the electric motor 304 may have an efficiency of greater than.995 an output of approximately 3 KHP and a specific power of approximately 56 HPlb.In particular embodiments the electric motor 304 may be either a direct current DC motor or an alternating current AC motor.
Patent claim: An energy storage apparatus comprising a chamber comprising a receiving space therein battery racks comprising a first battery rack group and a second battery rack group positioned in the receiving space and spaced apart from each other while facing each other with reference to a center of the receiving space an upper duct positioned above the receiving space configured to supply cooling fluid to a cooling space which is a space between the first battery rack group and the second battery rack group a cooling unit positioned outside the receiving space and configured to cool the cooling fluid and a fluid moving member comprising a moving space where the cooling fluid heated after cooling the battery racks moves to the cooling unit wherein the cooling unit is configured to be supplied with the heated cooling fluid from the moving space cool the supplied cooling fluid and then supply a resultant fluid to the upper duct.

Related passage: The moving velocity of the cooling medium increases as the cooling medium moves upwards such that the cooling medium moves to the outside of the partitioning member 21.The cooling medium discharged from the cooling space 27 formed in the partitioning member 21 is cooled by exchanging heat with the housing and air cooled in the upper part moves downwards through the moving space 28.Further convection in which the air moves from the moving space 28 to the cooling space 27 having lower pressure occurs.The rechargeable batteries 10 are cooled through convection by the cooling medium.
Patent claim: The surgical instrument of any one of Claims 1016 further comprising a current sensor wherein the program instructions when executed cause the processor to employ the current sensor in the detection the malfunction of the motor cartridge.

Related passage: In various forms each of the motors of the surgical instrument 10 is provided with a corresponding encoder that communicates with a microprocessor chip on the proximal circuit board 820.For example the articulation control motor 402 has an encoder 404 operably coupled thereto that communicates with the proximal circuit board 820.The firing or transection motor 530 has an encoder 534 operably coupled thereto that communicates with the proximal circuit board 820.The end effector rotation or distal roll motor 560 has an encoder 564 operably coupled thereto that communicates with the proximal circuit board 820.The shaft rotation orproximal roll motor 610 has an encoder 614 operably coupled thereto that communicates with the proximal circuit board 820.The encoders serve to provide the corresponding microprocessor chips with feedback regarding the number of rotations and direction of rotation for each of the motors.In some forms in addition to the encoders the rotation drive assembly 570 employs sensor arrangements to track the rotation of the various shaft segments.For example as can be seen in FIGS.15 28 and 29 the articulation drive pulley 417 has a first articulation sensor 419 mounted thereto that is adapted to be detected by a second articulation sensor 421 which comprises for example a hall effect sensor that is mounted to the distal circuit board 810.The first and second articulation sensors 419 421 serve to provide an additional means of feedback for tracking the rotatable position of the proximal articulation shaft 420.Likewise the distal roll pulley 575 of the rotation drive assembly 570 has a first distal roll sensor 580 mounted thereto that is adapted to be detected by a second distal roll sensor 582 that is mounted to the distal circuit board 810.See FIGS.24 28 and 29.The first and second distal roll sensors 580 582 serve to provide an additional means of feedback for tracking the rotatable position of the proximal rotation shaft segment 552.In addition the pulley 632 of the proximal roll drive assembly 620 has a first proximal roll sensor 634 that is adapted to be detected by a second proximal roll sensor 636 mounted to the distal circuit board 810.See FIGS.26 28 and 29.The first and second proximal roll sensors 634 636 serve to provide an additional means of feedback for tracking the rotatable position of the proximal outer shaft segment 602.
Patent claim: Part 100 400 500 of a shoe according to any one of the preceding claims 19 wherein the second subarea 130 131 430 530 of the part 100 400 500 provides a higher flexibility andor smaller stiffness and or higher breathability andor higher surface friction than the first subarea 120 420 520 of the part 100 400 500.

Related passage: On first face 12 shallow housings 14 are then executed having a predetermined shape as a function of the final shape of the injections 15 by milling leather 11 by means of a tool 27 fig.5.In figure 9 are shown from the above the substantially elliptical shape of milling 14 whereas in figure 5 its thickness is shown.
Patent claim: The heat pump mounting box according to claim 1 wherein the twodevice mounting chamber comprises an evaporator mounting section 111 and a condenser mounting section 112 communicated with each other as well as a passage section 113 located between the evaporator mounting section 111 and the condenser mounting section 112 the air guide passage 210 is in communication with the evaporator mounting section 111 and the bypass orifice 131 is in communication with the condenser mounting section 112 andor the passage section 113.

Related passage: The two halves do not need to be identical.In other words with a first and a second half a right and a left portion of the basement with respect of the above mentioned plane first plane passing through the rotational axis of the drum and perpendicular to the basement plane are meant.The projection on the basement of such rotational axis can be thus shifted from the centerline of the basement.Preferably the centerline and the projection of the rotational axis of the drum coincide.
Patent claim: The surgical instrument of any one of Claims 15 further comprising a power source wherein the program instructions when executed further cause the processor to stop power transmission from the power source to the motor cartridge after detecting the malfunction of the motor cartridge.

Related passage: The tissue cutting member 160 is provided with a pair of laterallyprotruding actuator tabs 166 that are configured to be slidably received within slots 199 in the anvil assembly 190.In addition the tissue cutting member 160 further has a foot 168 that is sized to engage a bottom portion of the elongate channel 110 such that as the tissue cutting member 160 is driven distally the tabs 166 and foot 168 cause the anvil assembly 190 to move to a closed position.The tabs 166 and foot 168 serves to space the anvil assembly 190 relative to the staple cartridge 130 at a desired spacing as the tissue is cut and stapled.The first anvil portion 192 has a staple forming underside 193 thereon to form the surgical staples 140 as they are driven into contact therewith.FIG.4 illustrates the position of the anvil assembly 190 and the cutting member 160 when the anvil assembly 190 is in an open position.FIG.5 illustrates the position of the anvil assembly 190 and the cutting member 160 after the anvil assembly 190 has been closed but before the tissue cutting member 160 has been advanced distally or fired.FIG.6 illustrates the position of the tissue cutting member 160 after it has been advanced to its distalmost position within the staple cartridge 130.
Patent claim: The airfoil 78 of claim 5 wherein none of the holes 132 134 232 234 define a flow path 136 138 236 238 that intersects the leading edge 102.

Related passage: Anisotropic crossover holes are specifically sized with a first main axis to second main axis ratio of the hole ranging from approximately 1.2 to approximately 2.5 the ratio preferably being approximately 1.8 to 2.2.The impingement holes forming the passages H1H6 are aligned at an anglebetween approximately 25 degrees to approximately 45 degrees to the surface of the impinged wall 23 as defined by anglein figure 3.This angleof which 1 2 and 5 are indicated in figure 3 varies along the radial length of each of the blade webs 15 17 18 such that the impingement effect on the internal wall surfaces of the suction side wall 13 andor the pressure side wall 14 is maximized.The specific angles 1 2 and 5 are indicated as examples in figure 3 wherein 1 is the angle between the first crossover hole H1 i.e.between the flow direction of air through crossover hole H1 and the suction side wall 13 which is impinged by air flowing through said crossover hole H1while 2 is defined as the angle between the second crossover hole H2 i.e.between the flow direction of air through the second crossover hole H2 and the pressure side wall 14 which is impinged by air flowing through said crossover hole H2 and 5 is defined as the angle between the fifth crossover hole H5 i.e.between the flow direction of air through the fifth crossover hole H5 and the suction side wall 13 which is impinged by air flowing through said crossover hole H5.
Patent claim: An arrangement according to any of the preceding claims wherein a mechanism is comprised to incline the phase grating G1 and G2 together or with respect to each other along the optical axis so that the phase shifts of G1 and G2 is tuned to beshift or 2 shift to match a tunable photon energy therefore the arrangement can work at different photon energy with the same phase shift gratings.

Related passage: In a distance d2 of typically 0.01 to 1 m preferably 0.05 to 0.5 m a second beam recombiner phase grating with half the period of the first grating p2p12 and parallel alignment is placed.At this point each beam that passed through the first beam splitter grating is separated by s2lp1 d2.As this the second beam recombiner grating causes twice the diffraction angle it recombines the two diffraction ordersin a distance d3 in the analyser plane downstream of the second beam recombiner grating whereas the distance of this analyser plane has to be chosen substantially as d3d2.
Patent claim: The tire of at least one of the previous claims wherein the groove channel 34 is spaced a distance within the tire sidewall 18 from the outward surface of the sidewall 18.

Related passage: In accordance with still another aspect of the present invention a tube assembly 42 may comprise an extruded plastic first tube 213 and an extruded second tube 223 Fig.18.The first tube 213 may be secured e.g.adhesive within a groove molded integrally into the sidewall 32 of the tire 10.The first tube 213 may have a partially closed Ushaped outer profile for better securing the first tube in the groove.The second tube 223 may define a circular passageway 43.The first tube 213 may define a partially closed Ushaped opening for receiving and retaining the circular second tube 223.The circular outer profile of the second tube 223 may better withstand the constant pinching of the pump assembly 14.The second tube 223 may alternatively have an outer profile corresponding to the inner profile e.g.partially closed Ushaped of the first tube 213.The Ushaped opening of the first tube 213 may further include relief cuts at the inner corners of the Ushaped opening for facilitating pinching of the tube assembly 42.Plastic check valves not shown of the above described valve system having the same outer profile as the first tube 213 may be integrated e.g.adhesive at multiple arcuate or circumferential positions about the first tube.