bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A system for remotely monitoring andor controlling a plurality of power distribution units andor sensor units 110 120...1n0 in a data centre said system comprisingin each one of said plurality of power distribution units andor sensor units 110 120...1n0 a switch 114 124...1n4 having a first external Ethernet port 111 121...1n1 a second internal Ethernet port 112 122...1n2 and a third external Ethernet port 113 123...1n3 anda daisy chain network comprising said plurality of power distribution units andor sensor units 110 120...1n0 as nodes wherein said third external Ethernet port 113 123...of each node 110 120...1n0 is connected to said first external Ethernet port 121...1n1 of a following node in said daisy chain network and wherein furthermoresaid switch 114 124...1n4 in each one of said plurality of power distribution units andor sensor units 110 120...1n0 is adapted to inspect in an incoming data packet received at its first external Ethernet port 111 121...1n1 a destination node identification field contained in a layer higher than or equal to the EthernetIP layer and said switch 114 124...1n4 is further adapted to switch said incoming data packet to its second internal Ethernet port 112 122...1n2 if said node identification field contains the node number in said daisy chain network of the power distribution unit andor sensor unit where said switch forms part of and to switch said incoming data packet to its third external Ethernet port 113 123...1n3 if said node identification field contains a different node number.

Related passage: Power over Ethernet can be used also in a daisy chain if each device is arranged to support power receiving on one port and power supply on the second port and that the receiving portprovides power both to the device itself and to the power supporting port.One advantage with this invention is thus a significant cost saving as one power supply can supply power to a number of devices without any special hardware for power supply in each device.
Patent claim: Machine according to claim 2 characterized in that it further comprises a lower breaking countertool 20b 32b cooperating with said upper breaking tool 18 20a 32a and an upper breaking countertool 21b 33b cooperating with said lower breaking tool 21a 33a said lower 20b 32b and upper 21b 33b countertools being carried by said lower 5 and upper 4 carriages respectively.

Related passage: Finally the electric motors that drive the various mobile parts of the machine such as for example the slides or the bridges 21 and 23 are not illustrated in the annexed figures and are controlled by the electronic control means PC which are programmable in a known way to enable execution of predetermined machining cycles on the sheets to be machined.
Patent claim: A staple cartridge assembly for use with a circular surgical stapler comprising a cartridge body having at least one annular row of staple cavities each staple cavity having a surgical staple disposed therein a biocompatible adjunct material releasably retained on the cartridge body and configured to be delivered to colon tissue in connection with deploying the staples from the cartridge body to form at least one line of deployed staples the adjunct material being delivered along the at least one line of deployed staples the adjunct material being in the form of a fiber lattice the fiber lattice having at least two distinct heterogeneous fiber lattice sections each of the fiber lattice sections of the adjunct material being arranged in a pattern configured to promote organized colon tissue remodeling and an effective amount of at least one medicant disposed within and releasable from the adjunct material the at least one medicant being effective to affect colon tissue ingrowth and being releasable from the adjunct material in a homogeneous manner.

Related passage: As seen in FIG.3 structure 100 may include a single layered middle ring 104 including a homogeneous array of bioabsorbable or nonabsorbable materials or a heterogeneous array or bioabsorbable andor nonabsorbable materials.
Patent claim: A method for preparing a filled bakery product the method comprising providing a filling composition comprising at least one powdered food ingredient and a fat blend comprising from 15 to 67 wt.of a temper hard fat and from 85 to 33 wt.of a liquid oil tempering the filling composition to form a tempered filling composition depositing the tempered filling composition on to at least one surface of a bakery product to form a filled bakery product wherein the surface of the bakery product has a temperature of less than 36 C and actively cooling the deposited filling composition wherein in the step of depositing the tempered filling composition the tempered filling composition is deposited at a deposition temperature of from 20 to 33 C and in the step of actively cooling the deposited filling composition the deposited filling composition is cooled to a temperature of at least 4 C below the deposition temperature wherein the temper hard fat has a solid fat content of at least 60 wt.at 20 C wherein the liquid oil has a solid fat content of less than 15 wt.at 20 C and wherein the fat blend has a saturated fatty acid residue content of from 16 to 42 wt.and a polyunsaturated fatty acid residue content of less than 40 wt.based on the total weight of fatty acid residues of the fat blend.

Related passage: In function of the desired texture and crystalline form the filling can be poured into half liquid state in a box or can be extruded.
Patent claim: Method for operating a cooling fan 54 for cooling at least one heatpump system component 14 in a heatpump laundry treatment apparatus 2 in particular heatpump system dryer or heatpump system washer dryer wherein a compressor 14 is adapted to circulate a refrigerant through the heatpump system 4 during a laundry drying operation and wherein a cooling fan 54 is adapted to convey cooling air C over the at least one heatpump system component 14 the method comprising in case that the compressor operation is suspended and if the cooling fan 54 is active at the time of suspending the compressor operation maintaining the cooling fan 54 operating at the same conveyance rate rconvey or increasing the conveyance rate rconvey of the cooling fan 54 and if the cooling fan 54 is not active at the time of suspending the compressor operation activating the cooling fan 54 for conveying cooling air C to the at least one heatpump system component 14.

Related passage: When the heat pump system 4 is operating in the equilibrium or a normal mode after the warmup period after starting the heat pump system 4 from low refrigerant pressure and low temperature state the first heat exchanger 10 transfers heat from the process air to the refrigerant.By cooling the process air to lower temperatures humidity from the process air condenses at the first heat exchanger 10 is collected there and the collected condensate is drained to a condensate collector 26.The process air cooled and dehumidified when passing the first heat exchanger passes then through the second heat exchanger 12 where heat is transferred from the refrigerant to the process air.The process air is sucked from exchanger 12 by the blower 19 and driven into the compartment where it heats up the articles and receives the humidity therefrom.
Patent claim: The hapticallyenabled device of claim 10 or 11 wherein the AV recognition data comprises a content of the AV media.

Related passage: According to an embodiment matching algorithm 330 can first identify significant characteristics or a single significant characteristic of audio source data 310.Further for each haptic primitive of haptic primitive set 320 matching algorithm 330 can identify haptic parameters or a single haptic parameter.Matching algorithm 330 can further compare the haptic parameters of each haptic primitive to the significantcharacteristics of audio source data 310.By comparing the haptic parameters to the significant characteristics matching algorithm 330 can determine how similar the haptic parameters are to the significant characteristics.In comparing the haptic parameters of each haptic primitive with the significant characteristics of audio source data 310 matching algorithm 330 can identify a haptic parameter for each haptic primitive that corresponds to the significant characteristic of audio source data 310 and can further compare the identified significant characteristic with the corresponding identified haptic parameter.For example matching algorithm 330 can identify an amplitude characteristic of audio source data 310 and can further identify an amplitude haptic parameter of a haptic primitive of haptic primitive set 320.Matching algorithm 330 can then further compare the identified amplitude characteristic and the corresponding identified amplitude haptic parameter.
Patent claim: The renewable energy power generating apparatus according to any one of claims 1 to 6 further comprising a wasteoil tank 44 disposed at the lower part of the tower 11 or on the base 90 on which the tower is built and configured to receive the oil discharged from the intoweroil tank 30 and to store the oil.

Related passage: Inside or outside not shown of the tower 1 is a source 2 2a of liquid.Though explicitly two sources 2 2a are shown in Fig.1 it is possible that only one or more than two sources 2 2a are arranged in the context of the invention.The term source is used generically in the context of this application i.e.a point from which liquid is fed into the liquid distribution system of the wind turbine 100.The term liquid medium in the context of the application is preferably any liquid medium which for example can be used for lubricating andor heating andor defrosting any parts of the wind turbine 100.As an option the liquid medium could also be used for cooling purposes.As a further option the liquid medium could also be a hydraulic fluid used for a mechanical adjustment of different items of the wind turbine 100 for example for an adjustment of an angle of approach of the blades 5.Of course any liquid media not having been explicitly mentioned above which are appropriate to be used in a wind turbine 100 are also intended to fall into the scope of the invention.
Patent claim: The method of claim 1 wherein sending user interface data comprises sending using near field communication a Uniform Resource Locator.

Related passage: Phase 5 comprises the following steps1.WSATM serves 701 to WBUD the homepage of the teller machine with the available operations.2.WBUD shows 702 the user a web page with the available operation options.3.The user selects 703 the operation he wants to carry out.4.WBUD sends 704 an http message to WSATM on TLS with the selected option.5.WSATM forwards 705 the option selected by the user to AATM by means of WS.6.AATM receives 706 the request and acts in a manner similar to if the operation had been performed on the usual input interfaces of the teller machine validating it and executing the relevant actions.AATM communicates to WSATM by means of WS the next page that has to be provided to the user.7.WSATM transmits 707 the next web page to WBUD.8.This process is cyclically repeated until the user requests 708 the termination of the operations or if a time limit in which no interaction has taken place is exceeded.
Patent claim: The electronic apparatus 100 as claimed in claim 5 wherein the controller 140 is configured to control the first communicator 110 to transmit the terminal information of the new terminal device 300 to a first terminal device of the one or more terminal devices already registered with the AP 400 in response to a selection instruction for the first terminal device among terminal devices included in the displayed list being input.

Related passage: At operation S525 the electronic device 100 sets the same RFCOMM channel as the RFCOMM channel set by the personal cloud apparatus 200 and at operation S530 requests the personal cloud apparatus 200 for connection.
Patent claim: The method 500 of any preceding claim wherein if both the DRM value and the CDM value are at or above the at least one respective threshold then requiring repair or replacement of the part.

Related passage: CMMP 300 includes a monitoring subsystem 312 configured to receive the collected operational performance data and maintenance data 314 and to determine a range of acceptable values of performance parameters associated with the collected data and based on the collected data.The determined range of acceptable values of the performance parameters is based on the collected data from those aircraft having similar operating histories.The operating histories may also be based on a time interval an operational hours interval operational conditions environmental conditions load stress andor cycle conditions.Monitoring subsystem is further configured to determine a trend of the values of the performanceparameters associated with the data and determine a range of acceptable values of performance parameters associated with the collected data and based on the determined trend of the collected data.
Patent claim: The product of any of Claims 10 to 13 the instructions further operable when executed to converting the at least one deployed process binary associated with the rule set into a textbased file prior to modifying the portion of the at least one retrieved deployed process binary modifying a portion of the textbased file corresponding to the portion of the at least one retrieved deployed process binary to modify the portion of the at least one retrieved deployed process binary identified by the rule set and converting the textbased file into a format of the at least one deployed process binary after completing the modifications to the portion of the textbased file.

Related passage: Then the modified process can be redeployed 204.If necessary the running process instance can be migrated to the modified process definition.In the example given above this automatic migration would only require to exchange the process definition which is used by the WFMS to look up the next activity to start once an activity of the running process instance is finished.In more complex cases it may be necessary to terminate activities and start other ones e.g.if an already active process step should be preceded by another one.Finally the adhoc modified process is in effect 205.This adhoc modification API can be realized for example using the Java programming language.
Patent claim: Method for securing electronic data exchange according to any of claims 5 or 6 further comprisingreceiving 88 on the portable programmable device 4 the encrypted exchange public key and obtaining 90 the exchange public key K2pub by applying decryption using the authentication private key K1priv locally stored.

Related passage: Details of one or more implementations are set forth in the accompanying exemplary drawings and description below.Other features will be apparent from the description the drawings and from the claims.
Patent claim: The optical amplification stage 1 according to claim 8 wherein said end face is free and lies on a plane substantially perpendicular to a longitudinal axis of said respective optical fiber.

Related passage: When the optical amplifierrepeaters are to be monitored the optical switch 17 is turned to the b side step S11 the probe light source 11 of the optical transmission path monitoring apparatus 1 is turned off and the probe light source 12 is turned on step S12.The oscillating light from the probe light source 12 after being partly branched by the optical fiber coupler 13 is intensitymodulated by the optical modulator 14 into a short pulse to become the probe light 121 step S13.
Patent claim: The mobile terminal of claim 1 wherein the server is a social networking service SNS server or a web server.

Related passage: In the embodiment of Figure 11 each standalone system 600 includes a keyword interface application 639.The keyword interface application 639 is capable of receiving queries from the navigationrelated applications 610 for keyword information access the copy of the keyword database 636 and return the requested information to the navigationrelated application 610 in response to the query.
Patent claim: A polyethylene composition comprising a base resin having a density of more than 952.0 kgm3 and equal to or less than 957.0 kgm3 determined according to ISO 118312004 wherein the composition has a melt flow rate MFR5 190C 5 kg of 0.12 to 0.21 g10min determined according to ISO 1133 and the composition has a polydispersity index PI within the range of higher than 4.9 Pa1 and equal to or less than 9.0 Pa1.

Related passage: Preferably polyethylene fraction i has a molecular weight distribution MWD of 2 to 12 more preferably 3 to 10 most preferably 4 to 8.Thereby the MWD is determined as Mw Mn.
Patent claim: A compound cycle engine comprising at least one rotary unit each defining an internal combustion engine including an engine rotor sealingly and rotationally received within a respective housing each housing defining an inlet port and an exhaust port a first stage turbine in proximity of the at least one rotary unit the first stage turbine including a flowpath and a turbine rotor having a circumferential array of blades extending across the flowpath the turbine rotor of the first stage turbine and the engine rotor of each of the at least one rotary unit being in driving engagement with a common shaft and a turbocharger including a compressor and a second stage turbine in driving engagement with one another wherein an outlet of the compressor is in fluid communication with the inlet port of each housing the exhaust port of each housing is in fluid communication with a first portion of the flowpath of the first stage turbine the first portion of the flowpath being located upstream of the circumferential array of blades of the first stage turbine an inlet of the second stage turbine is in fluid communication with a second portion of the flowpath of the first stage turbine the second portion of the flowpath being located downstream of the circumferential array of blades of the first stage turbine and the first stage turbine has a lower reaction ratio than that of the second stage turbine.

Related passage: During each rotation of the rotor 24 each chamber 32 varies in volumes and moves around the internal cavity 20 to undergo cycles with each cycle including the four phases of intake compression expansion and exhaust these phases being similar to the strokes in a reciprocatingtype internal combustion engine having a fourstroke cycle.
Patent claim: The method claim 14 further comprising placing a second feed terminal d6 for connecting a second feed signal Sf6 so as to form an additional section si7 si5 and sa6 collectively or si8 si6 and sb6 collectively extending from the isolation terminal to the second feed terminal along the loop without overlapping the isolation section wherein the second feed signal is different from the feed signal Sf5.

Related passage: This example in which two invertedF antenna operating modes and three slot antenna modes are supported by the conductive structures and components 42 of antenna 40 is merely illustrative.Fewer antenna modes or more antenna modes may be supported in antenna 40 if desired.Moreover the frequencies of coverage may be adjusted by selecting appropriate lengths for the perimeter and main branches of the antenna slots and antenna resonating elements of antenna 40.Passive components such as resonating element components may be used in forming lowimpedance and highimpedance paths at differing operating frequencies andor switchbased components may be actively open and closed as appropriate by control circuitry in device 10 i.e.to actively place antenna 40 in desired antenna modes depending on which frequency ranges are to be covered during operation of device.
Patent claim: The pressuresensitive adhesive tape for an electrochemical device according to any one of Claims 1 to 8 wherein the electrochemical device comprises a porous film as an adherend.

Related passage: The acrylic polymer of the present invention is preferably crosslinked by suitable crosslinking means for example the addition of acrosslinking agent.The crosslinking treatment can adjust a gel content of the pressuresensitive adhesive layer.
Patent claim: The lubricating oil composition according to any of claims 1 to 9 which comprises an antioxidant selected from a phenolbased antioxidant and an aminebased antioxidant in an amount of from 0.5 by mass to 10 by mass based on the total amount of the lubricating oil composition.

Related passage: The polymethacrylate compound polymethacrylate compound here refers to polyacrylate compounds and polymethacrylate compounds inclusively used as the first and second viscosity index improvers is preferably a polymer of a polymerizable monomer containing methacrylate monomer represented by the following formula 5 hereinafter referred to as Monomer M1wherein R1 represents hydrogen or a methyl group and R2 represents a linear or branched hydrocarbon group with 1 to 200 carbon atoms.
Patent claim: The compound cycle engine as defined in any one of claims 1 to 6 wherein the compressor and the second stage turbine are in driving engagement with the common shaft.

Related passage: The inventors have found that in prior art compound engines including one or more rotary engines where the power turbine is a pressure turbine located downstream of the turbocharger turbine and where each rotary engine has equal volumetric expansion and compression ratios the relatively high volumetric compression ratio of the rotary engines typically results in a relatively low possiblepressure ratio for the compressor of the turbocharger PC as limited by the peak pressure capability of the rotary engines.As such the pressure ratio across the turbines PPTPTT is limited which limits the power available for the power turbine.
Patent claim: A bias control method for an optical modulator comprising when driving an optical modulator having MachZehnder interferometers supplying a low frequency signal for changing a ratio of a driving amplitude with respect to a halfwave voltage of the optical modulator detecting a low frequency component contained in an output of the optical modulator using the low frequency signal and controlling a bias voltage for the optical modulator such that the low frequency component becomes the maximum and inphase with the low frequency signal.

Related passage: The lowfrequency signal generator 42 generates a lowfrequency signal f0 which is lower than the frequency of the modulated wave the symbol frequency of the IQ modulator 18 and supplies the lowfrequency signal f0 onto the DC bias circuit 43.The DC bias circuit 43 superimposes the lowfrequency signal f0 to a generated DC bias voltage.Consequently the DC bias voltage changes at frequency f0.The DC bias circuit 43 includes a switch 47 to sequentially switch between supply of the bias voltage in which the lowfrequency signal f0 is superimposed onto the Iarm 18I the Qarm 18Q and 2 phase shifter 19 based upon an instruction from a switching controller 46 of the controller 45.That is the bias voltage containing the superimposed lowfrequency signal f0 is supplied to a currently controlled target site.