bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A covering 100 suitable for protecting a core 210 of an insulation panel 200 of an external thermal insulation composite system the covering 100 comprisinga base structure 110 comprising a fibrous nonwoven layer 111a polymer multilayer structure 120 joined to the base structure 110 the polymer multilayer structure 120 comprisinga first tie polymer layer 122a second tie polymer layer 123 anda core layer 121 in between the first tie polymer layer 122 and the second tie polymer layer 123 the core layer 121 o being made of polymer material o having a specific mass of at least 1 gm2 and o being obtainable by casting extrusion or coextrusion whereinthe first tie polymer layer 122 the second tie polymer layer 123 and the core layer 121 are joined to each other wherebythe covering 100 comprises a first surface 130 and an opposite second surface 140 the covering 100 being arranged such thatthe fibrous nonwoven layer 111 comprises the first surface 130 of the covering 100 wherebya rendering 425 can be applied onto the first surface 130 of the covering 100the second surface 140 of the covering 100 can be attached to a core 210 of a thermal insulation element 200 andthe covering 100 is gas tight at least to some extent.

Related passage: Another object of the invention is to prevent the punching of microholes in the gasimpermeable aluminium film if present as a result of direct contact with the fibreglass.
Patent claim: The liquid ejection control device according to any one of the preceding claims wherein the liquid ejection device is controlled such that the pulsed liquid jet has momentum in a range from 2 nNs nanonewton seconds to 2 mNs millinewton seconds or kinetic energy in a range from 2 nJ nanojoules to 200 mJ millijoules.

Related passage: Fig.1 is a configuration drawing showing the fluid ejection device as a surgical instrument.In Fig.1 a fluid ejection device 1 includes a fluid supply container 2 in which fluid is stored a pump 10 as a fluid supplying unit a pulsed flow generator 20 as a pulsed flow generating unit configured to transform fluid supplied from the pump 10 into a pulsed flow and a drive control unit 15 as a controller configured to control drive of the pump 10 and the pulsed flow generator 20.The pump 10 and the pulsed flow generator 20 are connected bya fluid supply tube 4.
Patent claim: The heart rate measuring system according to any oneof the preceding claims further comprising a storing unit configured to store detection order by the start detecting unit and a clocking result in the clocking unit in association with each other.

Related passage: Figures 4 and 10 illustrate the implementation of the apparatus as a heart rate monitor.Polar Electro www.polarusa.com designs and manufactures heart rate monitors and accessories for them.At the time of filing of this patent application the apparatus may be implemented based on a Polar WearLink transmitter W.I.N.D.which is a textile transmitter belt 402 worn around the chest of a user 400 and uses a 2.4gigahertz transmitter 408 configured to transmit heart activity data 420 and on a Polar RS800sd Running Computer which is a user interface unit 410 of the heart rate monitor and uses a receiver 412 configured to receive the heart activity data 420.
Patent claim: The system of any preceding claim further comprising a database storing clinical informationat least one display displaying a user interface and software executing on said processor for displaying a subset of the clinical information on said at least one display monitor via the interface wherein during the medical procedure the control updates the progress of the medical procedure by providing updates through the at least one display monitor.

Related passage: In certain embodiments the processor is able to process clinical information such as patient data or medical data.In certain embodiments the processor is located within a computer or a server.In certain embodiments the processor executes instructions that are stored on a memory or a computer medium.
Patent claim: A back sheet 1 for a photovoltaic module 5 comprising a polymeric support 10 and a weather resistant layer 13 the weather resistant layer comprising a binder containing a crosslinkable group and an aliphatic isocyanate crosslinking agent characterized in that the weather resistant layer further comprises an aromatic or an alicyclic isocyanate crosslinking agent and wherein the molar ratio of the isocyanate groups of the aliphatic isocyanate crosslinking agents to the isocyanate groups of the aromatic andor alicyclic crosslinking agents is3.

Related passage: Except for spreading paint 8 for light resistant coat layer formation instead of paint 1 for light resistant coat layer formation the same procedure as in Example 2 was carried out to produce sealing film 9.
Patent claim: The air conditioner according to claim 8 wherein the injection passage comprises a first injection passage through which a refrigerant passing through the first supercooling device is injected into a highpressure side of the compressor and a second injection passage through which a refrigerant passing through the second supercooling device is injected into a lowpressure side of the compressor.

Related passage: During operation of the scroll compressor three levels of capacity may beachieved with the inventive system.First under full capacity the economizer valve 48 is opened the bypass valve 42 is closed and economized operation occurs.Fluid passes from line 50 into passage 40 passage 36 passages 32 and 34 and through ports 28 and 30 into the compression chambers 27 and 29.As known generally in the refrigeration art this increases the capacity of the refrigerant system by improving the thermodynamic state of the fluid approaching the evaporator 58.
Patent claim: The computerimplemented method of predicting with high accuracy a descent trajectory of any of the preceding claims wherein the initial aircraft state comprises the longitude and latitude coordinates 106 the altitude Hp 107 and the ground speed Vgd 108 of the aircraft at the initial time to 105.

Related passage: At 540 the computer system generates a set of initial candidate aircraft intents that might describe the trajectory 410 flown by the aircraft 400.This initial population of aircraft intents is generated randomly as is described in more detail below.
Patent claim: A method of calculation of receive power in a radar device as set forth in claim 6 further comprising when there are four receive antennas detecting the angles of the direction of arrivals of the reflected waves by said angle estimation system as 1 2 and 3 coding the mode vectors as follows a1a11a12a13a14 a2a21a22a23a24 a3a31a32a33a34 setting the following Aa11 a21 a31A a12 a22 a32a13 a23 a33a14 a24 a34defining the following evaluation function QBNYABNwhereis a vector norm developing said QBN further and performing the following calculation while defining tr as the trace of the matrix and H as an adjoint matrix QBNYABNtrYABNHYABNtrYHYtrYHABNtrBNHAHYtrBNHAHABN making the value obtained by differentiating this by BNH AHYAHABN 0 and using the following formula BNAHA1AHY to calculate said BN and finding the power values of the bearings of the corresponding arrival waves and the power values of the orthogonal components.

Related passage: In the first embodiment of the present invention the DOA calculating unit 45 obtains RRH1 when estimating the direction of arrival.In the formula 2.6 in a second embodiment which will hereafter be described however QS1QH is obtained by subtracting a first term of the right side of the formula 2.6 from RRH1 and hence the DOA calculating unit 45 in the first embodiment may when estimating the direction of arrival use a value obtained by subtracting the first term of the right side of the formula 2.6 from RRH1 which corresponds to a first submatrix forming unit according to the present invention.In this case a submatrix R1 of NS x 4Ns of the matrix R acquired by the pseudo spatial average covariance matrix calculating unit 44 is obtained and the first term of the formula 2.6 may be obtained from this submatrix R1.This operation enables the execution of the DOA estimation with higher accuracy than by the estimation using RRH1.
Patent claim: An method for motion compensated modelling of a parameter of an eye comprising measuring a plurality of position parameters of the eye with respect to an optical reference coordinate system of the apparatus measuring an interference signal at a plurality of optical reference coordinates wherein the measurement of the plurality of position parameters and measurement of the interference signal are time synchronised correcting the interference signal to account for a displacements of a parameter of the plurality of position parametersand modelling the eye parameter based at least in part on the corrected interference signal.

Related passage: The user interface UI 240 comprises a display part 240A consisting of display devices such as a display 207 and an operation part 240B consisting of operation devices or input devices such as a keyboard 205 and a mouse 206.Incidentally the display part 240A may include any displaying part such as a touch panel monitor 11 provided on the fundus camera unit 1A.In addition the operation part 240B may include any operating part such as a joystick 4 an operation button 4a or other buttons or keys that are not shown.
Patent claim: Sample P for microstructural materials diagnostics especially for transmission electron microscopy examinations for scanning electron microscopy examinations for transmission electronbackscatter diffraction for Rutherford backscatter diffraction for elastic recoil detection analysis for Xray absorption spectroscopy or for Xray diffractioncharacterized by being produced by a method andor in an arrangement according to one of the preceding claims.

Related passage: The sample so separated is not yet thin enough for analysis in a TEM.Often the sample has prior to complete separation the shape of a prism with a length of e.g.10 m in which the triangular crosssection has a dimension of e.g.5 m at the surface of the wafer tapering to zero at a depth corresponding to a depth of 5 m below the surface of the wafer.The known method therefore describes that the sample may after separation be processed so as to have a shape suitable for analysis.A known method of thinning the sample is by milling the sample with an ion beam.For proper thinning the orientation of the sample with respect to the specimen carrier must be known so as to align the sample to the ion beam used for milling.Improper alignment might e.g.lead to loss of material to be examined.
Patent claim: The method of any of the claims 111 further comprising the portable electronic device 306 generating a graphical display wherein the graphical display comprises feedback on how the result of the impact of the sport ball 106 by the individual during the course of an athletic activity compares to a model result associated with another person.

Related passage: In one embodiment of the present invention the acceleration sensor 116 and the magnetic field sensor 118 may be contained within a single accelerometermagnetometer module bearing model number LSM303DLHC made by STMicroelectronics of Geneva Switzerland.In other embodiments the sensor module 102 may include only one of the acceleration sensor 116 and the magnetic field sensor 118 and may omit the other if desired.
Patent claim: Host interface circuit IF1 according to claim 4 configured todetect a host call signal from the processing unit HPROCto detect an accessory call signal received from the accessory device ADEV via the first line LM andto trigger the operation in the call mode when at least one of the host call signal and the accessory call signal is detected.

Related passage: Figure 1 shows a communication system 1 comprising a host device 10 and an accessory device 20 which may be coupled together by a plug and socket connection.The host device 10 comprises an external terminal IO10 which may be formed as a socketfemale connector.The accessory device 20 comprises an external terminal IO20 which may be formed as an applicable plugmale connector for example as a 3.5 mm audio jack interface.The external terminal IO10 is arranged to insert the 3.5 mm jack plug IO20 of the accessory device 20.Thus the host device 10 and the accessory device 20 may be coupledby inserting the 3.5 mm jack plug IO20 into the corresponding socket IO10 of the host device 10.
Patent claim: The method of claim 1 further comprising receiving an audio signal and mixing the audio signal and the audio based haptic effect signal wherein playing the audio based haptic effect on the speaker comprises playing the mixed signal on the speaker.

Related passage: An example of a standarddefinition haptic output device is a standarddefinition actuator.A standarddefinition actuator is an actuator that can provide a baseline range of different vibration effects with a baseline range of vibration intensities.Examples of a standarddefinition actuator can include a linear resonant actuator or an eccentric rotating mass motor.An example of a highdefinition haptic output device is a highdefinition actuator.A highdefinition actuator is an actuator that can provide an increased range of different vibration effects with an increased range of vibration intensities.Further the highdefinition actuator can increase and decrease its intensity level at a speed that is sufficient to enable compelling rendering of rapidly changing dynamic haptic effects.Examples of a highdefinition actuator can include a piezoelectric actuator or an electroactive polymer actuator.Thus compared to a standarddefinition actuator a highdefinition actuator has a fast response time a high dynamic range and also a wide frequency response.A highdefinition actuator can create haptic effects at a number of frequencies e.g.100 Hertz Hz to 400 Hz.In comparison a standarddefinition actuator is an actuator that can generate a limited range of magnitudes or a limited range of frequencies and has a slower response time when compared to a highdefinition actuator.
Patent claim: The portable electronic device 200 of any preceding claim further comprising at least one body clip 248 for securing the feedback module 240 to the body portion 202.

Related passage: Fig.9B is a sectional view schematically showing the input apparatus viewed from arrow B shownin Fig.9A.As shown in Fig.9B the transparent panel 6 a liquid crystal display portion 1 and a sensor portion 8 that detects a touched position on the transparent panel 6 are encased in the outer casing 7.
Patent claim: A method according to claim 3 characterized in that information regarding the network corresponding to the retained domain of said most recent retained connection is obtained 112 from location information retained on a Subscriber Identity Module 5 in the mobile terminal.

Related passage: Having stored in memory 14 a record of the successful attempt to register with the data communication service registration point 70 through PLMN 31RAT B and the unsuccessful attempt through PLMN 32RAT C as reflected in the update in the registrationlist shown in Table 9 and the update in the blacklist shown in Table 11 the networkRAT combination selector 13 may avoid attempting to register with PLMN 32RAT C at the next event triggering registration and instead attempt to register with PLMN 32RAT B despite the fact that PLMN 32RAT C may be indicated in the preferred networkRAT combination list 15 as being preferred by the wireless devices home network operator.
Patent claim: The surgical instrument according to claim 3 wherein the controller is further configured to determine when the motor has reached the mechanical limit by determining whether the motor current is stable and the rate of change of the current draw is within a third range preferably wherein the third range is within the first range and is higher than the second range.

Related passage: Loading units 20 are nonintelligent in that loading units 20 typically do not include any identification members in the form of sensors or the like which interact with reader elements disposed in surgical device 10 for identification thereof and for identification of parameters e.g.length of a staple cartridge indication that a staple cartridge has been fired thereof.
Patent claim: A precombustion chamber assembly 60 for an internal combustion engine 10 the precombustion chamber assembly 60 comprising a precombustion chamber lower part 80 defining at least a portion of a precombustion chamber 68 a precombustion chamber upper part 70 defining a remaining portion of the precombustion chamber 68 and being mountable to the precombustion chamber lower part 80 the precombustion chamber upper part 70 including a fuel supply channel 74 the precombustion chamber lower part 80 and the precombustion chamber upper part 70 defining a longitudinal axis 63 of the precombustion chamber assembly 60 a fuel accumulating chamber 78 disposed in at least one of the precombustion chamber upper part 70 and the precombustion chamber lower part 80 and at least partially circumferentially extending about the longitudinal axis 63 the fuel accumulating chamber 78 being fluidly connected to the fuel supply channel 74 and at least one fuel passage 76 176 disposed in at least one of the precombustion chamber upper part 70 and the precombustion chamber lower part 80 and being configured to fluidly connect the fuel accumulating chamber 78 to the precombustion chamber 68.

Related passage: The other end of the fuel gas inlet connector 14a is connected to a fuel gas supply source 24 through an auxiliary chamber solenoid valve 23.The fuel gas supply source 24 discharges fuel gas to the fuel inlet path 14 at a substantially constant pressure.In this embodiment the discharge pressure is 0.08 to 0.09 Mpa in gauge pressure.In the fuel inlet connector 14a a second check valve 22 is disposed between the auxiliary chamber solenoid valve 23 and the fuel gas inlet portion 14s.The second check valve 22 and the first check valve 6 described above both only permit the flow from the fuel gas supply source 24 to the auxiliary chamber 4 and thus prevents the back flow of the fuel gas from the auxiliary chamber 4 to thus prevent accumulation of soot and the like in the fuel inlet path 14.
Patent claim: Machine according to claim 7 characterized in that said wheel 20b 21b constituting each of said breaking countertools 20b 21b is formed by two independent wheel elements mounted on said support 24b 25b in a freely rotatable manner around their common axis A2 independently of one another.

Related passage: At the end of the scoring operation the sheet L is subjected to a step of breaking a step of softening of the plastic film with known means for example via localized heating by means of a resistor and a step of tearing of the plastic film to obtain a total separation of the two portions L1 and L2 illustrated in Figure 9B.The further machining steps subsequent to the cutting step can be performed in any known way either automatically or manually.
Patent claim: A method of transferring aircraft data from an aircraft to a portable electronic device the method comprising receiving at the portable electronic device the aircraft data from a data connection with an aircraft data source wherein the connection is an avionics data bus or a flight data recorder data bus without writingdata back to the aircraft or from a user interface while being capable of receiving aircraft data via the data connection and executing an application on the portable electronic device using the aircraft data to present new information about the aircraft or its operating environment that is not available for display on a cockpit display but which is displayable on the portable electronic device based on the aircraft data received by the portable electronic device.

Related passage: It was noted above that the ACMS 204 and the CMCF 206 may each generate various faults or warnings.These faults or warnings are typically indicative of a potential issue with one or more systems devices or components within the aircraft.Most if not all of these potential issues may be resolved by reference to an appropriate page in a flight manual e.g.the aircraft operating manual or the aircrew operating manual or to an appropriate checklist.The EFB 100 is thus coupled to receive fault data from for example the ACMS 204 andor CMCF 206 and is configured upon receipt of the fault data to automatically render an image of the determined page in the associated flight manual or an image of the appropriate checklist.More specifically and as shown in flowchart form in FIG.3 the processing system 104 in the EFB 100 continuously determines whether fault data have been received 302.Upon receipt of fault data the processing system determines the page in the associated flight manual or the appropriate checklist that corresponds to the received fault data 304.The processing system 104 also supplies display commands to the display device 102 that cause the display device 102 to automatically render the image of the determined page in the associated flight manual or the image of the appropriate checklist 306.
Patent claim: The method of any one of the claims 6 or 7 wherein the at least two intersection 1501 1502 form an assembly of intersections where a choice of a given driving lane at the first one of the at least two intersections determines an exit point 21112119 from the assembly of intersections.

Related passage: On the occasion of approaching from a road with multiple lanes to a traffic intersection a previous lane change is desirable in preparation for a subsequent right turn or left turn.Especially at a major traffic intersection a lane change to a right lane or to a left lane prior to the traffic intersection may be essential for a subsequent right turn or left turn.The guidance display in thelower drawing of Fig.23 may guide the user to a right lane irrespective of a left turn expected at a next traffic intersection.The guidance display of this illustrated example is thus inadequate for the lane change.
Patent claim: A terminal characterized in that the terminal comprises a receiving module 810 configured to receive a state switching request sent by a network access device bound with the terminal the state switching request being sent by the network access device after the network access device determines that the network access device is currently in a device access forbidding state upon receiving a request message requesting for accessing the network which is broadcast by a first communication device a generating module 820 configured to generate a reply message based on the state switching request and a sending module 830 configured to send the reply message to the network access device the network access device being configured to if the reply message instructs switching the state of the network access device to a device access permitting state switch the state of the network access device to a device access permitting state.

Related passage: At block 508 in response to receiving the migration instruction or request the one or more devices e.g.the device 1025 may determine that the device 1025 is able to leave or migrate from the network.In one implementation the device 1025 may determine whether the device 1025 is currently an isolated device by detecting or discovering whether one or more networks other than the network the device 1025 is currently a member exist in an area in which the device 1025 is located.The device 1025 may send a message to the controlling device 1024 in response to determining that the device 1025 is unable to leave or migrate to another network.