bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The heat pump apparatus according to claim 1 or claim 2wherein in a defrost operation for removing frost attached to the second heat exchanger when a temperature of the fluid flowing into the first heat exchanger is lower than a predetermined second temperature the flow path switching device makes the refrigerant flow through the third heat exchanger.

Related passage: Specifically in the cooling circuit 15 the middletemperature water outlet 15a of the hot water storage tank 11 is connected to one end of each second flow path 23b of the auxiliary evaporator 23 and the other end of each second flow path 23b is connected to the lowtemperature water return port 15b of the hot water storage tank 11 via the pump 18.Each position and each height of the middletemperature water outlet 15a and the lowtemperature water return port 15b in the hot water storage tank 11 are not limited specifically only when they are located at the lower part of the hot water storage tank 11.Wherein the middletemperature water outlet 15a is preferably formed at a part higher in level than the lowtemperature water return port 15b.
Patent claim: Straddletype vehicle according to claim 1 or 2 wherein said transmission 32 comprises a transmission case 35 and a downward section 33a of said airintake duct 33 is connected to a forward section 35a of the transmission case 35.

Related passage: The present invention is characterized in that when the air cleaner 5 is fastened to the frame P3 the air inlet 51 of the air cleaner 5 will be installed between the outer side of the frame P3 and the inner side of the cover 3 while the air outlet 52 is arranged at the inner side of the frame P3.By means of this arrangement the space between the frame P3 and the cover C is fully utilized thereby increasing the space utilization efficiency of scooters.Further the air cleaner 5 will not move with the power unit 43 thereby effectively preventing the air cleaner 5 from getting interference with the large transmission box of scooters with large cylinder volume.Further the air inlet 51 of the air cleaner 5 is arranged between the frame P3 and the body cover C and the frame P3 is arranged in the first recess 53 thus providing a compact arrangement between the air cleaner 5 and the frame P3 and therefore reducing the influence of the arrangement of the air cleaner 5 to the other machine parts.Similarly the air cleaner 5 is fastened to the frame P3 in front of the shock absorber 44.The second recess 54 is located close to thecompartment 42 thereby making the arrangement more compact and therefore effectively maximizing the space utilization of the scooter.
Patent claim: The system of claim 1 wherein the media server is an enhanced broadcast media set top box.

Related passage: The example embodiments described herein are provided for illustrative purposes and are not limiting.The examples described herein may be adapted to any type of wireless data source and sink devices.Example embodiments are described below with respect to the BLUETOOTH protocol.However embodiments may use communications protocols other than BLUETOOTH as would be known to persons skilled in the relevant arts from the teachings herein.Furthermore additional structural and operational embodiments including modificationsalterations will become apparent to persons skilled in the relevant arts from the teachings herein.
Patent claim: The vehicle testing method of claim 8 wherein said test action comprises altering the engine speed of the vehicle or temporarily turning off the engine of the vehicle.

Related passage: The present invention relates to a monitoring system for an automatic charging apparatus for a vehicle which is mounted on the vehicle and adapted to calculate amounts of money to be charged to the vehicle on the basis of at least position information representing position of the vehicle as well as to the automatic charging apparatus itself and to a monitor apparatus used in the monitoring system.
Patent claim: Battery assembly 301 for use with a surgical device 300 having a battery terminal and operational parameters the battery assembly 301 comprising a housing having an exterior shape formed to removably connect with the battery terminal containing at least one modular battery operable to supply power to the surgical device 300 at the battery terminal having a control circuit comprising at least one microprocessor a memory and a realtime clock the control circuit being communicatively coupled to the at least one modular battery and operable to detect an identity of the surgical device 300 determine at least one piece of information pertaining to at least one of the operational parameters of the surgical device 300 based upon the detected identity record the at least one piece of information at least in the memory 5706 and selectively allow or prevent the at least one modular battery from supplying power to the surgical device 300 dependent upon the at least one piece of information.

Related passage: The monitoring and control circuitry 208 may compare measured values to associated threshold levels and identify an overload condition if one of the measured quantities is greater than or equal to the associated threshold level.For example an overload condition may be a discharge current greater than or equal to a threshold representative of a maximum discharge current.In another example an overload condition may be a charging current level to the battery cells 203 greater than or equal to a threshold representative of a maximum charging current.In yet another example an overload condition may be a voltage level of a battery cell greater than or equal to a voltage threshold.In yet another embodiment an overload condition may be a temperature of a component greater than or equal to a temperature threshold.Upon detection of an overload condition the monitoring and control circuitry 208 may provide an output control signal to protect components of the power supply system 200.The output control signal may be provided to one or more switches within the battery pack 102 or may be provided as a control input to other circuitry located outside the battery pack 102 via path 127.In one embodiment the output control signal may be provided to the discharge switch 209 to open the switch 209 where the overload condition is a discharge current from the battery cells 203 greater than or equal to a maximum discharge current threshold.
Patent claim: An integrated circuit comprising a structure according to any one of the preceding claims.

Related passage: In another embodiment of the present invention the at least one precursor selected from an organosilane and an organosiloxane and 2 the hydrocarbon are part of the same precursor molecule.Accordingly the structureforming precursor and the light absorbing precursor are not necessarily different molecules and in certain embodiments the light absorber is a part of e.g.covalently bound to the structureforming precursor.Precursors containing light absorbers bound to them are sometimes referred to herein as light absorbing precursors.For example it is possible to use phenylmethyldiethoxysilane as a single species whereby the diethoxysilane portion of the molecule forms the base OSG structure and the bulky phenyl substituent is the light absorbing species.Having the light absorber attached to a Si species that will aid in network formation may be advantageous in achieving a higher efficiency of incorporation of light absorber into the film during the deposition process.Furthermore it may also be advantageous to have two light absorbers attached to one Si in the precursor such as in diphenyldiethoxysilane or two Sis attached to one light absorber such as in 14bisdiethoxysilylcylcohex25diene since a likely bond to break in a plasma during the deposition process is the Sicarbon bond.In this manner reaction of one Si light absorber bond in the plasma will still result in incorporation of the light absorbing character in the deposited film.
Patent claim: The apparatus according to claim 5 wherein the outer surface of the distal tip comprises a conductive material and is configured to contact the tissue and wherein the energy generator is coupled to supply electrical energy to the distal tip in order to ablate the tissue.

Related passage: Considering the volume of the ablation necrosis region and irregularity of the spherical shape in the above embodiments Embodiments 2 3 and 4 were deemed to be optimum results.In the case of Embodiment 1 although the ablation volume was small because of a small discharge flow rate of saline solution as discussed later if the number of the holes 22 increases or the total circulation flow rate increases a satisfactory result is expected.Meanwhile although the ablation necrosis volume was larger in Embodiments 5 6 and 7 than the previous embodiments a sectional shape of the sphere was a little irregular or similar to an ellipse.
Patent claim: A fluid ejection device which ejects a fluid comprising an ejection tube which ejects the fluid a fluid chamber which communicates with the ejection tube a fluid supplying unit which supplies the fluid to the fluid chamber at a predetermined flow rate a pulsation generator which causes the fluid in the fluid chamber to be ejected from the ejection tube and a controller which controls operation of the pulsation generator to cause the fluid to be ejected periodically from the ejection tube wherein if a maximum frequency at which the control unit causes the fluid to be ejected is fmax Hz and an amount of change in volume of the fluid chamber when the control unit causes the pulsation generator to operate is V1 ml the fluid supplying unit supplies the fluid at the predetermined flow rate above V1fmax mls.

Related passage: A fluid ejection method according to Application Example 1 includes supplying fluid at a predetermined fluid supply flow rate to a pressure chamber generating a pulsed flow by varying the volume of the pressure chamber at a predetermined frequency and ejecting the pulsed flow wherein the fluid supply flow rate is proportional to the frequency.
Patent claim: The method of claim 1 the method further comprising determining by the processor the correlation coefficient prior to takeoff.

Related passage: Notably the visibility of the terrain information displayed on the screen of visual display 116 may be enhanced responsive to one or more suitable algorithms e.g.implemented in software executed by the processor 104 which functions to determine an aircrafts current position heading and speed and initially loads a patch of terrain data for a region that is suitably sized to provide a rapid initialization of the data the data correction and also sized for a reasonable amount of flight time.The processor 104 monitors the aircrafts position heading and speed e.g.also attitude when pertinent and continuously predicts the potential boundaries of a threedimensional region volume of terrain in the flight path based on the aircrafts thencurrent position heading and speed e.g.and attitude when pertinent.The processor 104 compares the predicted boundaries with the boundaries of the initially loaded terrain data and if the distance from the aircraft to a predicted boundary is determined to be less than a predetermined value e.g.distance value associated with the boundaries of the initially loaded data then the processor 104 initiates an operation to load a new patch of terrain data that is optimally sized given the aircrafts current position heading and speed e.g.and attitude when pertinent.Notably for this example embodiment the processor 104 can execute the data loading operations separately from the operations that determine the aircrafts current position heading and speed in order to maintain a constant refresh rate and not interfere with the continuity of the current display of terrain.
Patent claim: The apparatus of claim 3 wherein the second inductor is a lowcapacity inductor which is equal to or smaller than the first inductor and the second output capacitor is a lowcapacity capacitor which is equal to or smaller than the first output capacitor.

Related passage: However the both distal ends of the DClink capacitor 230 according to the exemplary embodiment of the present disclosure are also connected to the auxiliary power supply unit 260 such that the high voltage at the both distal ends of the DClink capacitor 230 may be completely discharged within a few seconds in response to the voltage conversion operation of the auxiliary power supply unit 260.
Patent claim: A method according to any one of claims 1 to 6 characterized in that the method further comprises the step of retaining in said list 9 of connection details an International Mobile Subscriber Identity of a Subscriber Identity Module 5 that was used in the mobile terminal for said previous connections.

Related passage: If the attempt to reregister with the data communication service registration point through PLMN 22RAT C is successful then the wireless device may update the registration list 18 to include an identification of the successful registration through PLMN 22RAT C.Table 8 is an example of how the registration list shown in Table 5 may be updated after a successful registration with the data communication service registration point through PLMN 22RAT C.Table 8.Registration ListMCC MNC RATMCC A PLMN 22 RAT CMCC A PLMN 23 RAT B
Patent claim: The method of claim 11 wherein a tail section sc1 is further formed with the tail section being conductive extending from the tail grounding terminal to the feed terminal along the loop without overlapping the head section wherein a length of the intermediate section and a length of the tail section are arranged to cause the second electromagnetic resonance to overpower electromagnetic resonance supported by the tail section.

Related passage: A graph in which the impedance Z for a resonant circuit such as resonant circuit 42 of FIG.6 has been plotted as a function of operating frequency f is shown in FIG.7.As shown by line 58 of FIG.7 the impedance of the resonant circuit may be relatively low at higher frequencies such as frequency fb and may be relatively high at lower frequencies such as frequency fa that are at or near the resonance frequency for the circuit in this example.Due to the frequencydependent behavior of the impedance Z of the resonant circuit resonantcircuitbasedcomponents such as component 42 of FIG.6 may be used to form short circuits or nearly short circuits at some frequencies of antenna operation e.g.one or more bands of frequencies in the vicinity of frequency fb and may be used to form open circuits or nearly open circuits at other frequencies of antenna operation e.g.one or more bands of frequencies in the vicinity of frequency fa.The openclosed behavior of resonantcircuitbased components such as component 42 may be used in implementing frequencydependent antenna configuration changes in antenna 40 instead of or in addition to using the openclose behavior of switched based components such as component 42 of FIG.5 in antenna 40.
Patent claim: The electronic device of claim 15 further comprising a connection member connected to a grounding portion of the circuit board and a capacitive element provided in a grounding line between the connection member and the grounding portion wherein the connection member contacts the conductive material portion of the enclosure member.

Related passage: The second image input unit 127 faces a direction which is opposite to a direction faced by the first image input unit 115 see FIG.1 and may have different pixels from those of the first image input unit 115.
Patent claim: The method for processing a touch screen terminal object according to claim 1 wherein the determining according to the attribute information of the source object a display icon that corresponds to the source object and displaying in the container interface the display icon that corresponds to the source object comprises searching a preset object attribute database according to the attribute information of the source object obtaining the display icon that corresponds to the source object and displaying in the container interface the display icon that corresponds to the source object wherein the object attribute database comprises attribute information of each object and icon information that corresponds to each object in the touch screen terminal.

Related passage: As shown in FIG.28.upon collision between first and second contents icons the controller 180 may check or determine whether the firstand second contents icons are the same type of contents operations S30 S31.When the two contents are the same type according to the check result the controller 180 may execute the corresponding function and divide or separate a screen to display the firstand second contents information respectively operation S32.If the two contents are different types of contents the controller 180 may execute a function combined with the corresponding first and second contents and display information related to the first and second contents on divided screens respectively operation S33.
Patent claim: The analysis method according to claim 5 wherein the first combination A is a different combination of at least two different threshold levels than the second combination B of at least two different threshold levels.

Related passage: In accordance with the embodiments of the invention the values required for signal normalization are obtained from the acquired fluorescence intensity measurement values of the analyte by fitting a predefined curve model function to the fluorescence intensity signals.The intercept value the baseline and the maximum growth value are then obtained from the fitted curve function that represents the growth signal.
Patent claim: Method for securing electronic data exchange according to claim 1 further comprisingobtaining 66 on said portable programmable device 4 a private key for authentication K1priv belonging to a pair of cryptographic keys said authenticationprivate key K1priv being locally memorized in association with said second user identifier UID2encrypting 68 the second user identifier UID2 with the authentication private key K1priv and transmitting 70 an item of information containing the encrypted second user identifier to the industrial programmable device 2receiving 72 on said industrial programmable device 2 the item of information containing the encrypted second user identifier and decrypting 74 said item of information using an authentication public key K1pub memorized in the industrial portable device 2 in association with said first user identifier UID1 to obtain a decrypted second user identifier andcomparing 76 the decrypted second user identifier with the first user identifier.

Related passage: The shared key derived by the first user is equal to a shared key of the second user.
Patent claim: The toner according to claim 1 or 2 wherein the nucleating agent segment is a segment derived from an aliphatic monoalcohol having 10 to 30 carbon atoms andor an aliphatic monocarboxylic acid having 11 to 31 carbon atoms.

Related passage: The SP value of the noncrystalline linear polyester resin C is preferably 11.5 to 13.0 and more preferably 11.6 to 12.8.When the SP value is 11.5 or more the fixing property on a higher temperature side becomes favorable whereas when it is 13.0 or less the antiblocking property is improved.
Patent claim: The system as recited in claim 3 wherein each of the plurality of actuators includes a motor 46 and wherein the drive module is configured to provide commands to each of the motors to adjust operating conditions of the motor.

Related passage: An example distributed electronic engine control system 19 is illustrated in Figure 3.An airframe module 26 is mounted in the airframe or fan case electronics mounting location 20 22.The airframe module 26 receives and conditions airframe power 38a and permanent magnet alternator PMA power 38b and distributes that power to an electronic engine control EEC module 28 first and second engineinputoutput engine IO modules 30a 30b and a prognostics and health monitoring PHM module 32 via power distribution lines 38c38f.Although two engine IO modules are shown more or fewer may be used depending upon the aircraft application.
Patent claim: A method of electroplating a surface area of a cooling cavity present in a gas turbine component in particular in a gas turbine engine vane or blade or segment thereof the method comprising the steps ofpositioning an electroplating mask on a region of the component where the cooling cavity has an open end to the exteriorextending an anode through the mask and cavity opening into the cooling cavityextending a cathode through the mask to contact the component andextending an electroplating solution supply conduit through the mask to supply electroplating solution to the cavity opening.

Related passage: Electroplating takes place in a tank T containing the electroplating solution with the vane segment 5 held submerged in the electroplating solution on electrical currentsupply fixture or tooling 27 Figure 7.The fixture or tooling 27 can be made of polypropylene or other electrical insulating material.The tooling includes electrical anode contact stud S connected to electrical power supply 29 and to an electrical current supply anode bus 31.The anodes 30 receive electrical current via extensions of electrical current supply bus 31 connected to the anode contact stud that is connected to electrical power supply 29.The vane segment 5 is made the cathode in the electrolytic cell by an electrical cathode bus 33 in electrical contact at the shroud region 12 and extending through the polypropylene tooling 27 to the negative terminal of the power supply 29.
Patent claim: Fiber reinforced composition according to any one of the preceding claims wherein the weight ratio between the said heterophasic polypropylene copolymer HECO and the said propylene polymer PP is in the range of 15 to 11.

Related passage: The current invention also provides articles like injection molded articles comprising the inventive polypropylene composition.Accordingly the present invention is especially directed to parts of washing machines or dishwashers as well as to automotive articles especially to car interiors and exteriors likebumpers side trims step assists body panels spoilers dashboards interior trims and the like comprising the inventive polypropylene composition.
Patent claim: The method according to any preceding claim wherein the cold spraying the powder comprises at least one of a high pressure cold spraying and a low pressure cold spraying.

Related passage: Still referring to FIG.1 and now to FIG.7 method 10 continues by forming a plurality of internal threads 43 from the repair material that was deposited in step 700 that resides on the sidewall 24 of the notched opening 42 step 800 thereby forming the repaired internally threaded opening 44 in the component.The plurality of internal threads isformed after the repair material has been consolidated in the solid state.The step of forming the plurality of internal threads comprises drilling a pilot hole into the cold sprayed repair material 26 and then tapping the plurality of internal threads in the cold sprayed repair material 26 referred to commonly as a drill and tap process.The pilot hole substantially prevents shearing of the cold sprayed repair material from the sidewall while tapping the new threads.The plurality of internal threads is formed from the cold sprayed repair material that resides on the sidewall.The plurality of internal threads may be in any thread form.The most widely used thread forms are the Square and the Acme thread forms but any thread form may be tapped.As noted above if the tensile and shear strength ratios are one or greater the internal threads are formed per drawing requirements thus completing the repair of the internally threaded opening.If the tensile and shear strength ratios are less than one the plurality of oversized internal threads is formed having the increased diameter thread size as calculated in step 450.