bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The system of claim 10 wherein the processing system is further configured to receive data representative of an aircraft type and select the one or more filter types and adjusting the one or more filter parameters based additionally on the determined aircraft type.

Related passage: Referring again to FIG.2 and with continued reference to FIG.1 a voice command recognition process 200 may be performed to enable a user such as a pilot copilot or crew member to quickly and easily interact with components devices andor systems onboard an aircraft in a hands free andor headup manner.In an exemplary embodiment the voice command recognition process 200 begins in response to an activation event task 202.In this regard an activation event corresponds to an input received by the processing system 108 indicative of a desire andor need to enable or otherwise activate the voice command recognition process 200.In an exemplary embodiment the processing system 108 monitors or polls the audio input device 104 for audio input that corresponds to an activation event.In this regard the processing system 108 may be configured to initialize the voice command recognition process 200 in response to receiving an audio input that matches an activation voice command maintained by the data storage element 120.In accordance with one or more embodiments the processing system 108 may be configured to initialize the voice command recognition process 200 automatically in response to receiving an audio input that corresponds to an emergency sound.This relieves a user e.g.a pilot or copilot of having to manually activate the voice command recognition process 200 during an emergency.In this regard the processingsystem 108 may monitor one or more audio characteristics of the audio signal received from the audio input device 104 and initialize the voice command recognition process 200 in response to detecting an emergency sound based on audio characteristics of a received audio signal.For example the processing system 108 may initialize the voice command recognition process 200 in response to detecting an audio signal from the audio input device 104 having timefrequency characteristics andor amplitudefrequency characteristics that correspond to an emergency sound.In other embodiments the processing system 108 also initializes the voice command recognition process 200 in response to an input signal received from an activation element e.g.a button switch or knob associated with the audio input device 104 or another physical feature within the cockpit of the aircraft 122.In yet other embodiments the processing system 108 may be configured to continuously monitors or polls the audio input device 104 for audio input indicative of a desired voice command e.g.task 208 in which case the voice command recognition process 200 need not wait for an activation event.
Patent claim: A method according to any of claims 1 to 3 comprisingsaid UE requesting connectivity information to a candidate WLANAN including requesting whether said WLANAN has connectivity to at least one PDNGW in a specific PLMN.

Related passage: Then as indicated by the block 122 the wireless device checks on operator policy to determine whether the wireless device is permitted to make connection attempts by way of non802.1xcapable networks.If so attempts indicated by the block 124 are made and tunneling connections here indicated by the segments 128 are carried out.
Patent claim: An electrosurgical device comprising at least one electrode that applies electrosurgical energy to tissue an electrosurgical energy output stage electrically coupled to the at least one electrode through a transmission line the electrosurgical energy output stage configured to generate electrosurgical energy a voltage sensor and a current sensor coupled to the electrosurgical energy output stage the voltage sensor configured to sense a voltage of the electrosurgical energy to obtain a sensed voltage and the current sensor configured to sense a current of the electrosurgical energy to obtain a sensed current a memory that stores at least one impedance loss model parameter associated with the transmission line and a processor coupled to the voltage sensor the current sensor and the memory the processor configured to calculate a sensor impedance value based upon the sensed voltage and the sensed currentpredict a phase value based upon the sensor impedance value to obtain a predicted phase value retrieve the at least one impedance loss model parameter and calculate at least one metric at the tissue based upon the sensed voltage value the sensed current value the predicted phase value and the at least one impedance loss model parameter.

Related passage: Embodiments of the presently disclosed system and method are described with reference to the drawings where like reference numerals refer to similar elements throughout the various figures.Referring to FIG.1 there is shown an exemplary embodiment of an electrosurgical system 2 having an electrosurgical generator 10 providing electrosurgical energy to a patient also referred to as the load.A control system 12 is provided for controlling the output of the electrosurgical generator 10.The electrosurgical generator 10 outputs energy including a voltage Vin 26 which is transferred or carried to the patient tissue or destination via one or more energy carrying components such as a cable a blocking capacitor a circuit board a handset of an electrosurgical instrument etc.The cable andor the other components collectively have exemplary characteristics represented by box 14 which may be represented as a series inductor and shunt capacitor.A first impedance Zsrc 28 associated with box 14 includes resistance Rsrc 30 and inductance Lsrc 32.A second impedance ZLkg 34 associated with box 14 includes capacitance CLkg 36 through which a leakage current ILkg 38 flows.The electrosurgical energy is delivered to the patient via at least one electrode 16 of the electrosurgical instrument.A voltage Vload 40 and a current Iload 42 are delivered to the patient having a load impedance Zload 46 which is associated with the tissue resistive load Rload 44.
Patent claim: The NOx storage reduction catalyst as claimed in claim 7 wherein said catalyst support is ceria or ceriazirconia.

Related passage: In contrast in the method of the present invention shown in the lower side of Fig.2 a boronbased reducing agent in place of an alcohol is added as a reducing agent to reduce Rh3 ions 11 and Au3 ions 12 contained in the mixed solution.Subsequently the residual boronbased reducing agent in the mixed solution is removed by conducting a purification treatment etc.as necessary.Without being bound by any particular theory it is believed that since a boronbased reducing agents has a very strong reducing power compared to an alcoholbased reducing agent use of a boronbased reducing agent as a reducing agent makes it possible to simultaneously reduce both Rh3 ions 11 and Au3 ions 12 dissolved in the mixed solution without preferentially reducing Au3 ions 12 relative to Rh3 ions 11 unlike the case of using an alcoholbased reducing agent.As a result according to the method of the present invention it is believed that it is possible to obtain RhAu metal particles 10 in which Rh and Au are solidsolutioned at the atomic level.
Patent claim: A device as claimed in any of claims 1 to 14 wherein the oneway valve is a low pressure cracking valve having a cracking pressure of12mbar and a backward pressure of up to 6 bar.

Related passage: As seen in fig.2 the manifold 14 on the vent unit 10 has a linear passage 21 that extends in a line from an introducing port 22 to a catheter port 24.A flexible seal 26 is disposed in the linear passage near the introducing port.The seal that is illustrated is made of a highlyresilient material such as latex polyisoprene or silicone.While not necessary to the invention the figures show the introducing port with a luer lock 28.In the figures the diameter of a portion of the linear passage near the introducing port is greater than the diameter of the linear passage near the catheter port and sealing walls 31 are provided inside the flexible seal.The variation in diameter and the sealing walls are not necessary but can provide an additional benefit described later.
Patent claim: A pouch according to any of the preceding claims wherein the liquid composition comprises at least about 30 preferably at least about 40 of the mixture by weight thereof.

Related passage: Preferably the hygroscopic material is an organic material.Preferably the hygroscopic material is a dispersant more preferably a salt of a carboxylic acid.Preferred carboxylic acid salts for use herein include organic polymers containing carboxylate monomers carboxylates such as citrate aminocarboxylates such as salts of MGDA GLDA etc.The hygroscopic material not only contributes to the stability of the pack but it is also an active ingredient in thecleaning process.Preferably the first composition comprises from 10 to 60 more preferably from 20 to 60 and especially from 30 to 60 by weight of hygroscopic material.
Patent claim: The imaging system of claim 5 wherein the camera 110 is disposed in the housing 400 such that an optical axis 117 of the field of view of the camera 110 is substantiallyorthogonal to and extending out of the first window 410 and wherein the rotor 125 has an axis 127 that is angled approximately 45 degrees from the optical axis 117 of the camera field of view 115 extending upwards behind the second window 415.

Related passage: Similarly the scanner 100 includes a sequence of mirrors 134 136 138 140 providing one pathway for reflection of an image entering the scan window 106.An image of the bar code 142 enters the scan window 106 and is directed from the mirror 134 to the mirrors 138 and 136 then to the spinner 122 and from the spinner 122 to the mirror 140 and to the imaging device 108.The reflected image of the bar code 142 is translated by the rotation of the spinner 122 so that it is directed to the imaging device 108 at some point during the rotation of the spinner 122.
Patent claim: A method for operating a power grid 100 having decentralized control elements 102 103 wherein said decentralized control elements 102 103 are adapted to interact with each other in particular by communication wherein at least a part of said power grid 100 a control element 102 103 or the interaction between control elements 102 103 in particular the communication between control elements 102 103 is monitored 200 wherein in case a problem in at least a part of said power grid 100 a control element 102 103 or the interaction between control elements 102 103 in particular a communication breakdown is detected 201 a control element 102 103 affected by the problem in particular the communication breakdown is triggered 203 to work autonomously.

Related passage: To achieve these capabilities one or more of the agents 50 include or have access to e.g.from the EMD 83 data acquisition signal processing diagnostic prognostic andor simulation algorithms.These algorithms allow for thedetection of machinery and process health conditions such as machinery faults and degraded operation as well as the detection of changes in energy needs or capabilities of the energy consumers 6 energy producers 2 energy production enablers 4 or energy transporters 8 or even the outside source 92 or other external system components.Also in some circumstances these algorithms allow for the prediction of certain failures changes in energy needs operational capabilities or other characteristics.For example some such algorithms could be used to detect problems such as power blackouts distribution lines disruption circuit overloading phase imbalance power sags transformer degradation and similar anomalies.Also certain of the algorithms allow for the trending of energy usage or market pricing analyses to be performed.By detecting problems anomalies or other system conditions or predictingidentifying changed energy needs or changed capabilities as they occur or even prior to their occurrence through the use of these algorithms responses can be taken by the agents 50 of the distributed control system 10 forming the EMS to address such problems anomalies or changing needs or capabilities.
Patent claim: The mobile terminal of any of the preceding claims further comprising a memory 160 configured to store data wherein the content list includes a list of contents stored in the external terminal device or a list of contents stored in a cloud server wherein when the sharing requested content is stored in the external terminal or the cloud server the controller is configured to provide the request to share the sharing requested content by sending an identification information of the sharing requested content to the external terminal.

Related passage: An endpoint 104 108 may additionally include memory 208 for use in connection with the execution of programming by the processor 204 and for the temporary or long term storage of program instructions andor data.As examples the memory 208 may comprise RAM SDRAM or other solid state memory.Alternatively or in addition data storage 212 may be provided.In accordance with embodiments of the present invention data storage 212 can contain program instructions or code implementing various of the applications executed by the endpoint 104 108 and data that is used andor generated in connection with the execution of applications.Like the memory 208 the data storage 212 may comprise a solid state memory device.Alternatively or in addition the datastorage 212 may comprise a hard disk drive or other random access memory.In accordance with still other embodiments the memory 208 may provide random access storage while some or all of the data storage 212 may comprise read only storage.
Patent claim: A plant according to any one of the preceding claims wherein the working fluid is water and the heat exchanger 28 128a 128b is of the airwater type.

Related passage: FIG.3 also illustrates that an alternate or auxiliary heat exchanger 181 may also be coupled to the lines carrying the heat transfer medium.The auxiliary heat exchanger would utilize some other source of heat such as a plant auxiliary cooling system to heat the heat transfer medium.That heat energy would then be used to preheat the inlet air flowing into the compressor 120.The auxiliary heat exchanger 181 could be used alone or in conjunction with the heat exchanger 180 to heat the heat transfer medium.
Patent claim: The mobile communication device of any of claims 11 to 13 wherein the at least one wireless communication function to be executed is determined at least partly based on an orientation of the NFCcapable mobile communication device relative to magnetic support device.

Related passage: Similarly the mobile device 40 may further comprise a display 46 carried by the housing 41 and coupled to the controller 44 which is also switchable between active and inactive states.As such the controller 44 may be further configured to switch the display 46 to the active state in the first operating mode at Block 59 and to the inactive state in the second operating mode at Block 60.The mobile device 40 may further include a wireless transceiver 47 e.g.WiFi Bluetooth cellular WiMAX etc.carried by the housing 41 and coupled to the controller 44.
Patent claim: A customer edge device CE1 associated with one or more Ethernet LANs LAN 1 the customer edge device CE1 comprising at least one Ethernet interface to the Ethernet LAN LAN 1 at least one data traffic interface to an interconnecting IP network N interconnecting the Ethernet LAN LAN 1 with at least one further Ethernet LAN LAN2 LAN3 for a transmission of Ethernet packets between the Ethernet LAN LAN 1 and the at least one further Ethernet LAN LAN2 LAN3 via the interconnecting IP network N and a control information interface to a centralised server 10 for exchange of control information associated with the Ethernet packet transmission via a control connection 21 wherein the control information exchanged between the customer edge device CE1 and respective customer edge devices CE2 CE3 of the at least one further Ethernet LAN LAN2 LAN3 is sent to and received from the centralised server 10 through the control information interface.

Related passage: In this embodiment the routers within the AS illustratively AS 102 of FIG.1 choose routes distributed by the RCP over routes received from routers in adjacent ASs e.g.NRs 110 via eBGP.This prioritization of BGP routes may be accomplished by configuring the RCP to set a local preference route attribute associated with each route to make its routes more attractive than BGP routes learned from another source.For example if the import policies on the eBGP sessions assign local preference values in the range 80100 the RCP may set the local preference value to 110 for each distributed route.
Patent claim: The system of any preceding claim comprising a plurality of multitube fuel nozzles 20 that share the inlet plate 12.

Related passage: Combustors are widely used in commercial operations.For example a typical gas turbine includes at least one combustor that injects fuel into the flow of a compressed working fluid and ignites the mixture to produce combustion gases having a high temperature and pressure.The combustion gases exit the combustor and flow to a turbine where they expand to produce work.
Patent claim: A method of controlling a washing machine provided with a tub a drum rotatably installed inside the tub and a pump configured to circulate water in the tub the method comprising a rotating the drum in one direction for a first period of time after supplying washing water to the tub b stopping the drum for a second period of time after rotating the drum in the one direction crotating the drum in an opposite direction opposite to the one direction for a third period of time after the second period of time is expired and d stopping the drum for a fourth period of time after rotating the drum in the opposite direction wherein during a forwardbackward alternate operation of the drum comprising a to d a bubble generating cycle to generate bubbles through rotation of the drum and friction of the circulated water is performed by driving the pump.

Related passage: When the supply of the wash liquid to the bubble generation water level is completed the controller 72 performs a soaping operation to increase the volume of the wash liquid using the generation of bubbles and the rotation of the drum 12 such that the water level of the wash liquid is increased a predetermined number of times and for a soaping time to obtain an effect similar to rubbing the laundry placed in the drum 12 with soap before a main washing operation using bubbles is performed 700.
Patent claim: A method according to any previous claim characterized in that during the scanning through the permissible switching frequency the fundamental component of the output voltage e.g.AC or DC is kept constant.

Related passage: The current Icom of the signal line 2 is applied from the signal connectors I I of the filter to the comparing means where the magnitude of the current is compared with a predetermined limit value.If the signal line current exceeds the predetermined limit value the switching frequency of the frequency converter will be changed.The switching frequency is changed until the disturbance current is below the limit value.For changing the switching frequency a control means such as a microprocessor of the frequency converter communicating with the comparing means changes the switching frequency instructions of the frequency converter.When needed the switching frequency can alternatively be changed upwards or downwards whereby the switching frequency increases or decreases.If a change of the switching frequency in one direction does not produce a desired decrease in the common mode current it is possible to change the direction of the switching frequency.As stated the switching frequency has an effect on the magnitude of the common mode current and consequently on the level of conducted highfrequency disturbances.In practice it is necessary to optimize the switching frequency only once when putting the device into use.
Patent claim: Apparatus for electroplating a surface area of an internal wall defining a cooling cavity present in a gas turbine engine component in particular in a gas turbine engine vane or blade or segment thereof the apparatus comprisingan electroplating mask disposed on a region of the component where the cooling cavity has a cavity open end to the exterioran anode extending through the mask and the cavity opening into the cooling cavitya cathode extending through the mask to contact the component andan electroplating solution supply conduit extending through the mask to supply electroplating solution to the cavity opening.

Related passage: Increased gas turbine engine performance has been achieved through the improvements to the high temperature performance of turbine engine superalloy blades and vanes using cooling schemes andor protective oxidationcorrosion resistant coatings so as to increase engine operating temperature.The most improvement from external coatings has been through the addition of thermal barrier coatings TBC applied to internally cooled turbine components which typically include a diffusion aluminide coating andor MCrAlY coating between the TBC and the substrate superalloy.
Patent claim: The apparatus according to claim 1 wherein the core ring is configured and dimensioned to receive the shaft of the anvil component therethrough.

Related passage: It is contemplated that the adhesive is a biocompatible adhesive including but not limited to adhesives which cure upon tissue contact which cure upon exposure to ultraviolet UV light which are twopart systems which are kept isolated from one another and cure upon coming into contact with one another which are pressure sensitive which are any combinations thereof or any other known suitable adhesive.In one embodiment it is contemplated that an adhesive having a cure time of from about 10 to 15 seconds may be used.In another embodiment it is contemplated that an adhesive having a cure time of about 30 seconds may be used.
Patent claim: Sprinkling device 1 for cleaning bottles in a bottle washing unit in which said bottles are moved by a conveyor through at least a washing zone said sprinkling device 1 comprising a pressure pipe 2 in which a fluid flows a rotating shaft 3 extending along the pressure pipe 2 and at least one sprinkling means comprised of an aperture of the pressure pipe 2 a nozzle 4 positioned in said aperture between said pressure pipe 2 and said rotating shaft 3 and at least one radial bore 5 in the rotating shaft 3 located at the level of the nozzle 4 for receiving the liquid from the nozzle 4 characterized in that the top end 6 of the at least one nozzle 4 and the rotating shaft 3 located thereon have globally complementary shapes said top end 6 being provided with a clearance zone 7 at the interface with the rotating shaft 3 so that a portion of the top end 6 surface does not come into contact with the rotating shaft 3.

Related passage: Junction element 104 has a tubular structure extending along a relative axis H and internally defining a passage 108 of the same axis.
Patent claim: The electrode assembly of any one of claims 1 to 4 wherein the plurality of first noncoated portions and the plurality of second noncoated portions are bent in ashape.

Related passage: A bath tubshaped drawing mold sized at 70 mm110 mm and having a depth of 5.5 mm was applied to a laminate film prepared by laminating a Nylon film an aluminum foil and a polyethylene film and having a thickness of 0.1 mm so as to manufacture the case.