bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: Machine according to claim 11 characterized in that each of said breaking countertools 32b 33b has a pair of spherical heads aligned along two axes perpendicular to the supporting plane 2 and laterally offset with respect to the spherical head 32a 33a of the cooperating tool.

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: The paint film protection sheet according to any one of Claims 1 to 3 wherein the base polymer is a polyisobutylenebased polymer.

Related passage: The content of tackifying resin for example is approximately 40 parts by weight or less in relation to 100 parts by weight of the component L and more preferably approximately 30 parts by weight or less.The lower limit of the amount of tackifying resin is not particularly limited herein and normally an excellent effect can be exhibited by setting the content at approximatelyl 1 part by weight or more preferably 5 parts by weight or more in relation to 100 parts by weight of the component L.In one preferred embodiment of the PSA composition disclosed herein the content of the tackifying resin is set at approximately 15 to 35 parts by weight in relation to 100 parts by weight of the component L based on solid content.A PSA composition containing a tackifying resin at such a ratio is preferred because it can form a PSA sheet with an even higher level of performance.One type of the tackifying resin can be used alone or two or more types thereof can be used in combination.For example a tackifying resin with a high softening point e.g.approximately 140C or higher and a tackifying resin with a lower softening point e.g.approximately 80 to 120C can be combined and used in a suitable ratio.From the standpoint of cohesiveness in a high temperature environment approximately 50 or more of the total weight of the tackifying resins to be used is preferably a tackifying resin with a high softening point.
Patent claim: The spraydried powder according to claim 1 wherein the first particle comprises carbonate preferably less than 40wt preferably less than 35wt carbonate preferably less than 25wt carbonate.

Related passage: The detergent composition can be in any form for example the detergent composition can be in the form of a liquid.Alternatively and preferably the detergent composition is in the form of a solid such as in form of freeflowing particles or in the form of a tablet.Preferably the detergent composition is in the form of freeflowing particles such as agglomerates extrudates spraydried particles noodles needles flakes and combinations thereof.It may be preferred that the composition is not in tablet form.It may be preferred for the composition to be a granular laundry detergent composition.The detergent composition in freeflowing particulate form typically has a bulk density of from 450gl to 1000gl preferred low bulk density detergent compositions have a bulk density of from 550gl to 650gl and preferred high bulk density detergent compositions have a bulk density of from 750gl to 900gl.During the laundering process the composition is typically contacted with water to give a wash liquor having a pH of from above 7 to 11 preferably from 8 to 10.5.
Patent claim: Apparatus according to claim 6 wherein each of the sensors comprises an opening 16 18 in the outer surface blister 14 each opening 16 18 being substantially flush with the outer surface of the blister 14.

Related passage: Angle of sideslip AOS could be measured directly by mounting an additional unit on the bottom of the aircraft instead of on the side.Alternatively AOS could be derived by comparing differential static pressures or AOA angles between sensors on opposite sides of the aircraft.
Patent claim: The method as claimed in claim 1 further comprising generating an image editing array according to a plurality of editing results and generating video according to the image editing array and the raw video generated by the recording program by the image editing program when the recording program stops.

Related passage: According to the present invention there is provided a system for generating automatically a nearlive highlight summary of a live performance the system including a user operated event logging processor and an ingestion processor.The user operated event logging processor is operable to log event codes each of which is selected by the user from a set of event codes.Each of the event codes in the set of event codes represents a predetermined event which may occur in the live performance the event codes being selected by the user when an event corresponding to the event code occurs during the observed live performance.The ingestion processor is operable to receive the event codes and to receive livefeed signals representative of the live performance produced by capturing a representation of thelive performance.The ingestion processor compares the event codes with an editing action list the editing action list specifying for each of the set of event codes at least an amount of the live performance which should be included in an automatically generated nearlive highlight summary of the live performance and generates automatically the nearlive highlight summary of the performance by including the amount of the livefeed signals representative of the live performance in the nearlive highlighted summary in accordance with the amount specified by the editing action list for the event code.
Patent claim: The heater lamp 110 120 130 140 according to one of claims 1 to 5 wherein both ends of the second coil include the first coil.

Related passage: In Fig.2b the first portion 50 of the incandescent body 45 is also subdivided into lightemitting 54 and substantially nonlightemitting sections 55.The lamp shown has a tungsten incandescent body and is filled with an inert gas which comprises hydrogen bromide.Alternatively however the lamp may be filled exclusively with an inert gas.
Patent claim: Method for building an integrally geared centrifugal compressor to produce compressed gas at a given outlet flowrate and a given outlet pressure the compressor including a gear case a bull gear 12 and at least first and secondpinions 131415 the pinions being driven by the bull gear at least three compressor wheels one of the pinions being connected to at least one compressor wheel and the other pinion being connected to two compressor wheels and a volute encasing a compressor wheel comprising a defining a series of compressor sizes ABCDE each compressor size being capable of providing a defined range of output pressures and a defined range of output flowrates b for each compressor size defining a single size of bull gear 12 or at most two sizes of bull gear a single size for the first pinion 1315 or at most two sizes for the first pinion and a single size for the second pinion 1415 or at most two sizes for the second pinion and a single size for a volute or at most two sizes for a volute c for a given compressor choosing the compressor size corresponding to the given outlet pressure and given output flowrate required for the compressor d choosing the single size of bull gear or one of the at most two sizes for the compressor of step c irrespective of the output pressure within the defined corresponding range and irrespective of the output flowrate within the defined corresponding range e choosing the single size of first pinion or one of the at most two sizes for the first pinion of the compressor of step c irrespective of the output pressure within the defined corresponding range and irrespective of the output flowrate within the defined corresponding range f choosing the single size of second pinion or one of the at most two sizes for the second pinion of the compressor of step c irrespective of the output pressure within the defined corresponding range and irrespective of the output flowrate within the defined corresponding range and g choosing the single size of at least one volute encasing a compressor wheel or at least one of the at most two sizes of volute for the compressor of step c irrespective of the output pressure within the defined corresponding range and irrespective of the output flowrate with the defined corresponding range.

Related passage: The compressor according to the invention is thus able to be built from preselected standardized components.
Patent claim: The polyethylene composition according to any of the preceding claims wherein the polyethylene composition has a complex viscosity at 0.05 rads eta0.05 rads of 300 kPas to 450 kPas.

Related passage: The density of polyethylene resin preferably is 940 to 970 kgm3 more preferably 945 to 960 kgm3 determined according to ISO 1183.
Patent claim: The method according to any one of claims 1 to 3 characterized in that the step S102 of judging whether the terminal is held by the user according to the collected signal comprises judging whether a first signal and a second signal are collected at one side edge of the touch screen of the terminal and at least a third signal is collected at the other side edge of the touch screen of the terminal wherein the first signal is greater than the second signal and the first signal is greater than the third signal andif the first second and third signals are collected determining that the terminal is held by the user.

Related passage: Another aspect of the present disclosure is to provide an electronic device of controlling unlock according to a grip pattern and a grip time period when the electronic device is in a locked state and a method of controlling the electronic device using grip sensing.
Patent claim: The electronic device as claimed in claim 2 wherein the controller in response to a notification event occurring while main user interface of a first application is provided to the main display area sub user interface of a first application is provided to the first curved sub display area and sub user interface of a second application is provided to the second curved sub display area is configured to control the display to provide notification user interface corresponding to the notification event to one of the first curved sub display area and the second curved sub display area.

Related passage: In this manner the controller 180 may activate any one among the first region the second region and the third region and output a graphic object denoting the occurrence of the event to the activated region.For example even in a state in which the third region disposed on the front surface is deactivated the controller 180 may activate any one among the first and second regions to output a graphic object denoting the occurrence of the event to the activated region.
Patent claim: The method according to claim 6 further comprising the step of changing the driving force characteristics of the hybrid vehicle such that a falling rate of the driving torque corresponding to an increase in vehicle speed at the same accelerator opening degree when the charge depleting mode is selected is smaller than a falling rate of the driving torque corresponding to an increase in vehicle speed at the same accelerator opening degree when the charge sustaining mode is selected in a range where the driving torque of the hybrid vehicle is below a predetermined upper limit.

Related passage: In the following explanation the aforementioned one mode i.e.the mode wherein the proportion of the operation time of the engine occupying the total time of this mode is relatively small will be referred to as small proportion mode and the aforementioned other mode i.e.the mode wherein the proportion of the operation time of the engine occupying the total time of this mode is relatively large will be referred to as large proportion mode.
Patent claim: The method of claim 9 wherein the indicated start time and end time are relative to when the information was provided by the first radio.

Related passage: Similarly data SRTxData to be transmitted by means of the shortrange radio system is provided to a transmit input of a shortrange signal processing unit SRSPU 211.A transmit output of the SRSPU is connected to a shortrange transmitter SRTx 212.The output of the SRTx 212 is connected to a second antenna 213 constituting a second airinterface.The second antenna 213 is also connected to a shortrange receiver SRRx 214.The output of the SRRx 214 is connected to a receiver input of the SRSPU 211.The SRSPU 211 has a receiver output for providing shortrange received data SRRxData.The SRSPU 211 and the SRTx 212 are controlled by a shortrange transmit controller SRTx Controller 215 illustrated in FIG 2 by the bidirectional connections between the SRTx Controller 215 and the SRSPU 211 and the SRTx respectively.
Patent claim: The inflatable wrap with automatic tightness detection as claimed in claim 1 wherein the at least one fluid guiding tube is extended from the at least one sealed zone into the wrap strap at a location near the sealed zone and extended out of the wrap strap at a location near a longitudinal side of the wrap strap.

Related passage: Desirably garment 202 has one or more specified areas of local fit.As described above an ill fitted garment wastes precious air volume and pump energy for filling undesirable gaps.The garment 202 also includes a fit optimizing mechanism adapted for use when the garment is placed on the patient.In one embodiment the fit optimizing mechanism comprises fit sensors 224AD a fit indicator panel 240 conductive traces 242 and a controller 244.As will be described in detail later signals from the fit sensors 224AD are monitored to establish improve andor monitor fit of garment 202 on the leg of the patient.In the illustrated embodiment each area of local fit has a fit sensor e.g.224A and a corresponding fastener 204A 212A formed inits immediate vicinity for adjustment and monitoring during use.Such areas relate to typical voids formed when garment 202 is placed on the patient.As best illustrated in FIGS.2 and 3 examples of such areas of fit for a leg may include the top of the calf when a leg sleeve is used fastener 204C 212C and sensor 224C between the calf and the ankle fastener 204D 212D and sensor 224D and both the top fastener 204A 212A and sensor 224A and bottom fastener 204B 212B and sensor 224B of the thigh when a thigh compression bladder is used.FIG.3 generally illustrates sensors 224AD formed at each of these locations as indicated by the abovementioned reference characters.In an embodiment each inflatable bladder of garment 202 may have a sensor formed thereon.Variations of the garment design e.g.number and shape of bladders placement of fasteners etc.are within the scope of the invention.
Patent claim: A battery pack according to any preceding claim wherein the holder further comprises a plurality of stoppers each of which contacts at least a top surface or a bottom surface of a said battery cell.

Related passage: For fixing the temperature sensors 50 the insulation substrate 31 is provided with a communicating portion 34 between the air holes 33.That is the communicating portion 34 is provided so as to bridge between the slitlike air holes 33.The temperature sensor 50 thus fixed to the communicating portion 34 is protruded into the ventilation hole 15 of the casing 10 as shown in the section perspectiveview of Fig.6 and accesses to the surface of the secondary battery 20.In the temperature detecting plate 30 shown in Fig.2 the communicating portion 34 is disposed at a position opposing to the secondary battery 20 of the battery module 21 and temperature of one of the secondary batteries 20 is detected by means of one temperature sensor 50 disposed at this communicating portion 34.This temperature detecting plate 30 has an advantage that temperature of each secondary battery 20 can be detecting with accuracy.
Patent claim: The method of claim 6 wherein the type of the text comprises a configuration value of a wireless communication.

Related passage: Alternatively the sending an input request message within the wireless signal range may be sending in a broadcast form or firstly searching for other communications terminals such as a mobile phone and a laptop computer which have wireless connection capabilities within the range in a manner such as Bluetooth infrared WiFi or the like selecting a specific communications terminal for example a certain mobile phone configured with a keyboardhereinafter referred to as a keyboard mobile phone after acquiring a list of the communications terminals and separately sending the input request message to the specific communications terminal.For example a communications terminal named Smart Phone needs to use a communications terminal whose mobile phone name is Keyboard Phone in the wireless signal range for wireless input.Then the Smart Phone first searches for communications terminals that have a Bluetooth capability in the range using Bluetooth to obtain a list of Bluetooth communications terminals and then selects the Keyboard Phone from the list and sends an input request message.Then Smart only sends the Keyboard Phone the input request message thereby reducing signaling interaction and reducing electrical power consumption.
Patent claim: The apparatus of claim 1 wherein the interface comprises a nonwireless interface.

Related passage: FIG 2 shows a block diagram illustrating a dual radio communication device 200 according to the present invention.Data LRTxData to be transmitted by means of the longrangeradio system is provided to a transmit input of a longrange signal processing unit LRSPU 201.A transmit output of the LRSPU is connected to a longrange transmitter LRTx 202.The output of the LRTx 202 is connected to a first antenna 203 constituting a first airinterface.The first antenna 203 is also connected to a longrange receiver LRRx 204.The output of the LRRx 204 is connected to a receiver input of the LRSPU 201.The LRSPU 201 has a receiver output for providing longrange received data LRRxData.The LRSPU 201 and the LRTx 202 are controlled by a longrange transmit controller LRTx Controller 205 illustrated in FIG 2 by the bidirectional connections between the LRTx Controller 205 and the LRSPU 201 and the LRTx respectively.
Patent claim: The light emitting device package according to any one of claim 1 to claim 3 further comprising a bonding pad disposed on the submount wherein an electrode of the light emitting device is wirebonded to the bonding pad and the AR coating layer is disposed so as not to overlap the bonding pad.

Related passage: The light emitting device package 200 according to the fourth embodiment as illustrated in FIG.8 may include the package body 210 the radiator 220 and the light emitting device 230.
Patent claim: The flexible display device of claim 13 wherein the display unit 10 is connected to one driving means 50 among the plurality of driving means 50 60 the support unit 20 is connected to another driving means 60 among the plurality of driving means 50 60 and when the display unit 10 and the support unit 20 are rolled in or rolled out the one driving means 50 connected to the display unit 10 and the another driving means 60 connected to the support unit 20 rotate in directions that are opposite to each other.

Related passage: In fig.12B and 12C similar embodiments are shown but with a different kind or thickness of foil 50 to achieve different levels of support.Also is shown that a force f2 smaller than andor equal to f1 could be possible as well depending on desired level of support.
Patent claim: Offshore support structure according to one of the claims 1 to 6 wherein the lower support structure section 12 comprises at least one subsea structure 121 which is selected from the group consisting of jacket structure 1211 monopile structure tripod structure and gravity structure.

Related passage: The windmill 2 is provided with a base 21 that is fixed to the upper portion of the jacket 3 a support column 22 that extends upward from this base 21 a rotary support portion 23 that is fixed to the upper end of the support column 22 and a rotating body 24 that is rotatably supported by the rotary support portion 23.The rotating body 24 has an axial support portion 25 that is supported by the rotary support portion 23 and a plurality for example three of blades 26 that are fixed to this axial support portion 25 and extend in the radial direction.The rotating body 24 rotates upon the blades 26 receiving wind whereby electricity is generated by the power generation equipment that receives this rotation energy.
Patent claim: The injection molding machine 10 as claimed in claim 1 further comprising a monitoring part 90 configured to monitor a result of detection by the mold release force sensor 77.

Related passage: The load indicated by the thin line L2 is constituted by the separating force of the molded product 3 the frictional resistance of the ejection mechanism and the inner resistance of the mold and the load indicated by the thick line L1 is constituted by the frictional resistance of the injection mechanism and the inner resistance of the mold.Thus a difference between the load indicated by the thin line L2 and the load indicated by the thick line L1 precisely represents the separating force.It should be noted that a peak value of the thin line L2 does not represent a maximum value of the separating force nor a difference between the peak value of the thin line L2 and a peak value of the thick line L1 does not represent a value of the separating force.The difference between the load indicated by the thin line L2 and the load indicated by the thick line L1at each position of the ejector pin 11 in the motion stroke does present a value of the separating force.Thus a maximum value of the difference means the maximum value of the separating force.
Patent claim: The method of any one of the preceding claims wherein the assigned Xray intensity data comprises an Xray spectrum.

Related passage: The spatial resolution of some analysis techniques depends in part on the interaction volume between the primary beam and the sample that is on the volume from which detectable particles are emitted when impacted by a primary beam.This interaction volume depends on the size and energy of the primary beam the path of the particles in theprimary beam within the sample as they are scattered and gradually lose energy and the ability of the particles being detected to emerge from within the sample.One can determine statistically how deep and how wide the path of a typical primary electron will be and the likelihood that a backscattered electron or xray will emerge from the sample from a particular depth.For example secondary electrons and Auger electrons do not have sufficient energy to emerge from deep within the sample and so have smaller interaction volumes compared to backscattered electrons or characteristic xrays.
Patent claim: The ultrasonic welding device according to claim 3 wherein each said rectangularshaped plateau surfaces are oriented to have each said side be at a 45 degree angle to a weldline.

Related passage: The device 10 is also suitable to weld to the open front portion one or more supplementary films 31 in order to close and at the same time reinforce the end portion achieving starting from the configurations shown in Figs.6 or 7 the configurations shown in Figs.10 and 11.