bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The nontransitory computerreadable storage medium 548 of claim 19 wherein the configuration information 404 includes a service type and a service action based on the received configuration request 402 wherein the service type identifies the selection of the plurality of low powered devices 120A120N and wherein the service action causes the low powered device gateway 118 to perform at least one of report data start data collection stop data collection and establish secure communications between the low powered device gateway 118 and the network element.

Related passage: For example a wireless access gateway WAG of an alternate access network operates as a SaMOG to enable GTPbased connectivity with a mobile network gateway of a mobile network.Using nonmobile authentication methods a wireless device sends subscriber credentials that do not include an ISMI to the SaMOGbased WAG.The WAG forwards the subscriber credentials to an Authentication Authorization and Accounting AAA server which uses the subscriber credentials to query a subscriber database that is not a Home Location Register HLR for the mobile network.The subscriber database uses the subscriber credentials to look up and return an IMSI and MSISDN for the subscriber to the AAA server which forwards the IMSI and MSISDN to the WAG to emulate an HLRbased lookup of subscriber account information.The IMSI and MSISDN may or may not be affiliated with the subscriber in the mobile network HLR.
Patent claim: The nickelbased superalloy of claim 1 comprising up to about 0.1 zirconium by weight.

Related passage: In contrast Amdry 9954 of Conventional Technique 11 has the following chemical potential values.Al 165.11 kJmol 27.81 kJmol14.4 Cr 68.585 kJmol 19.035 kJmol 21.7
Patent claim: The tire according to claim 1 or 2 wherein the inboard shoulder portion is formed as a block row having a plurality of arranged inboard shoulder blocks in the tire circumferential direction and each inboard shoulder block has a substantially rectangular shape.

Related passage: In order to balance between driving stability on a dry road surface and driving stability on a wet road surface the widths respectively of the three circumferentialdirection main grooves 2A to 2C should preferably be set as follows.Specifically the width of the first circumferentialdirection main groove 2A should preferably be larger than that of the third circumferentialdirection groove 2C and the width of the second circumferentialdirection main groove 2B should preferably be equal to or larger than that of the first circumferentialdirection groove 2A.Moreover the widths of the first to third circumferentialdirection main grooves 2A to 2C should preferably be respectively within a range from 95 to 105 a range from 100 to 110 and a range from 85 to 100 of the average width of the three circumferentialdirectionmain grooves 2A to 2C.For reference the average width of the three circumferentialdirection main grooves 2A to 2C may be set to 10 mm to 20 mm.
Patent claim: The refrigerating apparatus according to claim 1 wherein when a rated cooling capacity is more than 18 kw to 22.4 kw the refrigerant circuit has a liquid side pipe having an inner diameter of more than 5.95 mm.

Related passage: In the present invention as the refrigerant of the refrigerant circuit 10 the refrigerant represented by Molecular Formula 1 C3HmFn note that m and n are the integers equal to or greater than 1 and equal to or less than 5 and the relationship represented by the expression mn6 is satisfied and having the single double bond in the molecularstructure or the refrigerant mixture containing the refrigerant is used.Thus the refrigeration apparatus having a higher theoretical coefficient of performance COP of the refrigeration cycle can be provided.
Patent claim: The switching device as claimed in any one of the preceding claims wherein the controller 34 adapted to generate the digital switching control signal Sd corresponding to a preset setting when the received the LNB control signal C1Cn is the analog control signal Sa and the second switching circuit 32 is adapted to select the legacy LNB output signal L1Ln to serve as the first switching output signal S1Sn according to the digital switching control signal Sd corresponding to the preset setting.

Related passage: In short after receiving the verticallypolarized wideband signal WBV the horizontallypolarized wideband signal WBH of a bandwidth of 2.05GHz and the conventional narrowband signal SLegacy the signal switching device 140 sends one of the verticallypolarized wideband signal WBV the horizontallypolarized wideband signal WBH and the conventional narrowband signal SLegacy to the settop box 150 according to the instruction signal SInstr provided by the settop box 150.
Patent claim: A return electrode monitoring system according to claim 4 wherein the processing circuitry includes an oscillator configured to increase decrease or keep constant a frequency of the drive signal in accordance with magnitude information corresponding to the feedback signal.

Related passage: The REM system 50 forms a resonant system which is adapted to resonate at a specific interrogation frequency from the controller 24.The controller 24 is configured to sweep the drive signal REM CLK across a resonance range in order to determine a frequency response which is then used to determine complex impedance of the return electrode pad 6.Namely the controller 24 provides a plurality of drive signals REM CLK across the resonance range in predetermined frequency increments.
Patent claim: The method of claim 1 or 3 wherein the controlled step is performed during load changes of the gas turbine engine 10.

Related passage: In Figure 2 an arrangement is illustrated that is particularly beneficial when the compressor bleed air function is employed for a large percentage of the gas turbine operating period.In this embodiment the gas turbine system 36 includes a compressor 38 a turbine component 40 and a load e.g.a generator 42 arranged on a single rotor or shaft 44.The combustor 46 receives fuel via stream 48 and fuel control valve 50 and compressor discharge bleed air from the compressor 38 via stream 52.Combustion gases are introduced into the turbine component 40 via stream 54.A predetermined percentage of the compressor discharge bleed air is directed to a flow controlbypass valve 56.During potential compressor surge conditions valve 56 supplies compressor discharge bleed air to an air expander 68 via stream 70 and the air representing the difference between the compressor air discharge pressure and the gas turbine exhaust pressure is then used to drive a secondary load 72 e.g.a generator via shaft 74.Optionally the valve 56 can adjustably divert the compressor discharge bleed air to the gas turbine exhaust stack 58 via stream 60 and flow control throttle valve 62.This is useful as a bypass scheme bypassing expander 68 tocontinue plant operation during startup shutdown and other events when the expander is not operating.
Patent claim: Method for forming a foamed insulating panel according to any of the preceding claims in particular an extruded polystyrene board comprising the steps a directing a plastic melt into at least one flow channel inside a nozzle 101 of an extruder 100 to form at least one individual strand b expanding the at least one individual strand to form at least one strand 1 of foamed plastic material at the outlet 102 of the nozzle 101 c forming a plurality of extruded foam boards each having the thickness of the strand 1 of foamed plastic material in particular by a cutting operation which plurality of extruded foam boards in an attached manner form a foamed insulatingpanel so that the main surfaces M of the plurality of extruded foamed boards extend approximately in the thickness direction t of the foamed insulating panel.

Related passage: In the case of the illustrated solution the panel 12 has a rectangular basic shape in consequence the width L coincides with the value of the shortest side of the panel 12.Nothing prevents however the width L from coinciding with the value of the longest side of the panel.
Patent claim: The information processing system 1 according to any one of claims 1 to 12 characterized in that the information processing unit 14 22 changes the correspondence relation in the entire movable range.

Related passage: When the game process is started the CPU 311 firstly performs initialization process step 101.Specifically the CPU 311 sets various flag data stored in the main memory 32 so as to represent off.Further the CPU 311 clears an image represented by the imagetakenbyouterimagingsection data 502.Moreover the CPU 311 sets to zero values represented by the angular velocity data 503 the imaging direction data 504 the switching time data 509 and the switching start time data 511.The CPU 311 sets the virtual camera distance Kk represented by the virtual camera distance data 505 so as to represent the upper limit value Jt.The CPU 311 erases all the image data stored in the VRAM 313.The CPU 311 reads from the internal data storage memory 35 the distance curve data 510 and the virtual camera distance determination data 512 and stores the distance curve data 510 and the virtual camera distance determination data 512 in the main memory 32.
Patent claim: Method for securing electronic data exchange according to any of claims 1 to 10 wherein said first communication protocol is a wireless communication protocol.

Related passage: Fig.6 illustrates a digital signature system 600 in accordance with an aspect of the subject invention.Digital signatures can be utilized to verify the integrity of transmitted data.In particular digital signatures can ensure that a message receiver can confirm that the message has not been altered during transmission.Accordingly an industrial automation device could verify that a program transferred from a controller for example has not been corrupted.Digital signature system 600 comprises a hash component 610 a digitally signed message component 620 an encryption component 630 an encrypted message component 640 a decryption component 650 and an authentication component 660.Hash component 610 is adapted to receive a message such as a PLC program from an automation device.The hash component 610 can then apply a hash function to the message.A hash function transforms a variable size input message into fixed size output string.This output or message digest is typically much smaller than the variable size input.Furthermore the hash function is one way meaning that it is easy to convert a message to a message digest but computationally infeasible to determine the input message given the message digest and the hash function.Additionally the hash function can be collision free or a degree thereof.Hash functions map variable length message to fixed size output hashed consequently there is some potential for some inputs to map to the same output hash.However this problem can be averted for most purposes by selecting particular types of hash functions.For example a hash function is weakly collision free if given an input X it is computationally infeasible to locate another input Y that maps to the same output HXHY.A strongly collision free hash function is one in which it is computationally infeasible to find two inputs that map to the same output.Conventionally well known hash functions that can be employed in accordance with the subject invention including but not limited to MD5 Message Digest 5 developed by Rivest and SHA Secure Hash Algorithm developed by the National Institute of Standards and Technology.Subsequently the hash component can construct a digitally signed message component 620.
Patent claim: A control apparatus comprising a communication unit 110 that communicates with a superordinate apparatus 50 including a multipath driver 52 that controls an access path and a transmission unit 12 that transmits a control signal used for an instruction for setting an access path to a first control unit 103 that is newly connected to be communicable with the superordinate apparatus 50 to the superordinate apparatus 50.

Related passage: The management terminal 20 as described above looks out for a prescribed transfer timing S169 YES defines the path of the transfer destination S170 and respectively issues a transfer designation to the respective virtualization storage devices 100A 100B S171.
Patent claim: The method of any of Claims 2 to 5 where the at least one matching clause includes an identification of at least one process binary version upon which the rule set is to be applied andor wherein identifying the at least one deployed process binary associated with the identified rule set includes comparing the identification of the at least one process binary version upon which the rule set is to be applied with at least one deployed process binary applying the at least one transformation function corresponding to the at least one matching clause to only the deployed process binaries matching the identification of the at least one process binary version.

Related passage: Fig.2 illustrates a preferred embodiment of the present invention.An underlying WFMS 100 executes a process 4 i.e.one or more process instances.As explained above it may be necessary to modify the process e.g.by adding new activities removing existing activities or changing process logic.This should happen efficiently in realtime e.g.in order to avoid delays of the assembly of parts.According to the present invention this modification can be achieved by an adhoc modification API application programming interface 110 which is separated from the underlying WFMS 100.This is especially advantageous since a single adhoc modification API may be used for a plurality of WFMS.Towards the client applications operated by the user this API provides a unified interface consisting of one or more function blocksFunctions for retrieval of information which is available in the WFMS at runtime e.g.search functionality for process definitions process instances and process variables activities and transitions between them users roles and groups as well as additional attributes to allow for transporting WFMSspecific attributes to the client application and back to WFMS.Functions for creating template activities and transitions that provide simple adhoc functionality in the underlying WFMS e.g.unconditionally and immediately starting an activity after its predecessor activity is finished or assigning a generic manual task to a certain user.Functions for changing a process definition e.g.by adding and deleting activities and transitions or by reordering activities.Functions for managing the modification lifecycle of a process instance e.g.by locking the instance extracting its process definition modifying and redeploying it.
Patent claim: A lightemitting diode apparatus comprising a support substrate and a lightemitting diode array formed of multiple lightemitting diodes arranged twodimensionally on the support substrate constituting a light distribution center having a highest brightness in the lightemitting diode array wherein the multiple lightemitting diodes are divided into a plurality of control units drive currents of which can be individually controlled wherein the plurality of control units include a plurality of composite control units in each of which a plurality of lightemitting diodes are connected in series and wherein among the plurality of lightemitting diodes in each of the composite control units a lightemitting diode which is positioned farther from the light distribution center has a larger lightemitting area than that of a lightemitting diode which is positioned nearer from the light distribution center.

Related passage: The DRL is a lamp used to facilitate or increase the conspicuity of the vehicle when seen from other vehicles and pedestrians during running in the daylight.In its light distribution standard ECE the luminous intensity is regulated at 400 cd or above in the HV region and at 1200 cd or below outside the HV region.As illustrated in FIG.30A a DRL light distribution pattern P1 is a wide light distribution having a low luminous intensity.This meets the requirements for the light distribution of high beam and low beam in the peripheral visual field portion.Thus if the DRL light distribution is set to a wide light distribution as shown in FIG.30A and if the DRL is used as a lamp that assists or is shared with the nighttime high beam the light distribution of high beam can function as a light distribution as shown in FIG.30C where the luminous intensity of the peripheral visual field portions the zones Z2 and Z3 shown in FIG.18 is reduced.This means that the number of LED chips in the peripheral visual field of block B3 of the matrix LEDs can be reduced.It is to benoted here that the DRL light distribution shown in FIG.30A can be shared with the nighttime low beam.
Patent claim: An aircraft 10 comprising at least one human monitoring system 12 that observes a condition associated with a pilot of the aircraft and generates human parameter data 120122124126 based on the observed conditionat least one flight control system 14 that receives pilot input for controlling the operation of the aircraft 10 a user interface 18 including a user input device 36 for receiving user input data from the pilot and a display 38 characterized in that it comprises a focalization control module 20 that generates a first alert based on the human parameter data or the pilot input to the at least one flight control system 14 the first alert output for display on the display and the focalization control module generates a second alert based on the user input data received from the pilot via the user input device.

Related passage: FIG.1 is a schematic representation of various onboard aircraft subsystems that cooperate to form an avionics network 100.This embodiment of the avionics network 100 includes without limitation a flight controls subsystem 102 a central maintenance subsystem 104 a cabin services subsystem 106 an engine subsystem 108 a landing subsystem 110 a traffic alert and collision avoidance system TCAS 111 an aircraft power subsystem 112 an enhanced ground proximity warning system EGPWS 113 an aircraft communications subsystem 114 a flight management subsystem 116 an audio subsystem 117 a flight displays subsystem 118 an automated flight crew training subsystem 119 a flight crew alerting subsystem 120 and at least one flight crew monitoring subsystem 122.The flight displays subsystem 118 includes or cooperates with at least one display element 124.In practice the avionics network 100 could be implemented with some redundancy.For example the avionics network 100 might include redundant independent and parallel instantiations of one or more subsystems e.g.the flight displays subsystem 118 the alerting subsystem 120 the flight controls subsystem 102 or the like.Moreover the particular subsystems used by an aircraft need not be identical to those depicted in FIG.1.Indeed the number type and functionalityof the onboard subsystems may vary from one airframe to another and from one aircraft to another and the subsystems shown in FIG.1 are not intended to limit or restrict the scope of the subject matter described here.
Patent claim: A multimodal polyethylene copolymer as claimed in any preceding claim having a shear thinning index SHI 2.7210 in the range of 7.0 to 18.0 preferably 8.0 to 15.0.

Related passage: In the polyethylene composition according to the invention fraction B preferably is a copolymer of ethylene with at least one further alphaolefin comonomer.
Patent claim: The system according to claim 1 further characterized by two solar collectors.

Related passage: Referring now to Fig.6 numeral 10E refers to a still further embodiment of the present invention wherein a further example of a cycle including a recuperator in the intermediate fluid cycle is shown.As can be seen from the figure numeral 21E designates an intermediate fluid recuperator in which heat is transferred from expanded intermediate fluid vapor exiting intermediate fluid turbine 16E to intermediate fluid condensate supplied by pump 19E from the intermediate fluid or shell side of organic working fluid vaporizer 22E.In this embodiment portion of the intermediate fluid condensate exiting the intermediate fluid side of organic working fluid vaporizer 22E is supplied to organic fluid preheater 23E for preheating the organic working fluid prior to supplying it to organic working fluid vaporizer 22E.A further portion of the intermediate fluid condensate exiting the intermediate fluid side of organic working fluid vaporizer 22E is supplied to intermediate fluid recuperator 21E.In the present embodiment heat from heat sourse 13E is added to the intermediate fluid condensate exiting organic preheater 23E.Consequently the heat transferred from the intermediate fluid condensate to the organic working fluid in preheater 23E enables further heat to be extracted from heat source 13E.In addition in this embodiment organic working fluid recuperator 27E is included and is used for transferring heat from expanded organic working fluid vapor exiting organic working fluid turbine 24E to organic working fluid condensate supplied by pump 30E from organic working fluid condenser 28E.Heated organic working fluid condensate exiting organic working fluid recuperator 27E is supplied to organic working fluid preheater 23E.Apart from these item previously mentioned with reference to the present embodiment described with relation to Fig.6 this embodiment is similar to the embodiment described with relation to Fig.1 andalso operates in a similar manner.
Patent claim: A recording medium for recording a program which causes a computer to execute the respective steps of the control method of the photographing apparatus according to any one of claims 1 to 10.

Related passage: For example a guide mark Y indicating the moving direction when adjusting the scanning center position is displayed in the present preferred embodiment of the present invention an arrow is displayed.The gliding direction a direction indicated by the arrow of the guide mark Y is changed based on the deviation direction of the current scanning center position from the scanning target position.Accordingly the deviation direction of the scanning center indication SC from the target mark Tg is indicated.In the case of Fig.5A an upper right direction is specified by the arrow of the guide mark Y which shows that an adjustment target is positioned upper right of the current scanning center position of the measurement light.
Patent claim: An electrosurgical device according to claim 1 or 2 wherein the sensor is configured to be in operable communication with a controller of an electrosurgical energy source.

Related passage: At least a portion of the shaft 110 is inserted into distal opening 103a of the elongated housing 102 to engage end effector receptacle 104.End effector receptacle 104 is configured to mechanically and electrically couple the shaft 110 to the elongated housing 102.Electrical connections may include one or more electrical connectors or electrical connector pairs that connect to the electrode body 112 for power control andor sensing.For example end effector receptacle 104 may provide one or more electrical connector pairs that provide bipolar electrosurgical energy electrical power and control connections for blade actuation andor positioning and position sensing and electrical connectors for one or more sensing devices e.g.a temperature sensor a pressure sensor a position sensor etc..Shaft 110 and end effector receptacle 104 may include a locking device such as for example a shaft locking pin that slides into and engages a shaft locking pin receptacle not explicitly shown.Any suitable securing andor locking apparatus may be used to releasably secure the shaft 110 to the elongated housing 102.