bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The coated cutting tool of any of the preceding claims wherein the substrate consists of cemented carbide with a Co content of 612 wt preferably 811 wt.

Related passage: The top coating layer on top the Al2O3 layer can be provided as a wear indicator andor as a layer of other functions.For wear detection the coating should preferably be terminated by a coloured coating material such as TiN TiCN or AIN.Colours such as blue green or violet can also be produced by oxidisation or anodicoxidation of the abovementioned coatings.The techniques to produce coloured coatings by oxidation or anodic oxidation are known and described in the literature.
Patent claim: The method of claim 12 further comprising scanning the emitted polarized microwavefrequency electromagnetic pulse over a solid angle portion of space.

Related passage: After processing the signals with useful information data tracked and associated with previously collected data are extracted to form a reflectivity history of the phenomenon detected.After gaining data and signals the analysis in the timedomain and frequency domain of the detected phenomena is conducted in order to calculate the amount of reflected power Doppler velocity and spectral spreading of the signal and thus determine the degree of wind turbulence.Subsequently the data and information are sent to the graphic display unit so that they can be displayed by the operator.From the frequency range of operation the present invention is intended to analyze the characteristic effects introduced into the signal when it is reflected by a weather phenomenon and from this it ranks it as rain cloud hail etc.In combination with the technique of using pulse compression in the range the invention also achieves resolution ranges between 15 m and 50 m.In combination with the use of the ROSAR technique the present invention further achieves resolution from 0.5 to 2 preferably 1.
Patent claim: A method comprising a providing a substrate comprising a metal layer b contacting the substrate with an indium electroplating composition comprising one or more sources of indium ions one or more 2imidazolidinethione compounds and citric acid salt of citric acid or mixtures thereof and c electroplating an indium metal layer on the metal layer of the substrate with the indium electroplating composition.

Related passage: Examples of levelers that may be employed in a plating bath include but are not limited to alkylated polyalkyleneimines and organic sulfo sulfonates.Examples of such compounds include 12hydroxyethyl2imidazolidinethione HIT 4mercaptopyridine 2mercaptothiazoline ethylene thiourea thiourea and alkylated polyalkyleneimine.Such compounds are disclosed in U.S.Pat.Nos.4376685 4555315 and 3770598 the disclosures of which are hereby incorporated herein in their entireties by reference.
Patent claim: A threaded connection make up monitoring system 62 comprising an acoustic emission transducer 102 operatively connected to one positioned to capture an acoustic signature 110 associated with forming a threaded connection between a first member and a second member and a controller 82 operatively coupled to the acoustic emission transducer 102 the controller 82 being operable to receive a signal from the acoustic emission transducer 102 embodying the acoustic signature 130 the controller 82 being operable to output a signal indicating whether the acoustic signature 130 represents a properly made up threaded connection of the first member and the second member or whether the acoustic signature 130 represents an improperly made up threaded connection of the first member and the second member.

Related passage: The present invention has been completed on the basis of the abovedescribed findings of the present inventors.The present inventionprovides a method for evaluating the fastening state of a threaded joint of pipes or tubes comprising a pin which has a shoulder part and in which an external thread part is formed and a box which has a shoulder part buttable against the shoulder part of the pin and in which an internal thread part is formed the external thread part of the pin being engaged with the internal thread part of the box whereby the pin being fastened to the box the method comprising transmitting ultrasonic surface waves from the internal surface of either one of the pin and the box toward the internal surface of the other one of the pin and the box through the shoulder parts of the pin and the box and on the basis of the transmitted wave intensity or the reflected wave intensity thereof determining whether or not the fastening state of the threaded joint is satisfactory.
Patent claim: A method for purifying an exhaust gas wherein an exhaust gas is processed using the catalyst set forth in claim 1.

Related passage: In addition in EXAMPLES there is employed the coating layer structure such that either the Pd and Rh coexisting layer is formed on the zeolite layer or the Pd layer is formed on the zeolite layer and then the Rh layer is formed thereon and then Pt can be added to any one layer or both layers.
Patent claim: Method configured to execute a closed loop control on data for cloudbased applications comprisinggenerating cloud variables by an industrial automation devicea cloudbased application which is hosted by a network device with a cloudcomputing infrastructurecontrolling the industrial automation device by a userdefined program which is hosted by an industrial controllerreceiving the cloud variables by the userdefined programa cloud agent configured for communication with the userdefined control program and for communication with the cloudbased application further configured to collecting the cloud variables and sending the cloud variables to the cloudbased applicationwhereas the cloudbased application 70 is configured to determine updated optimized cloud variables and to notify the cloud agent in the industrial controller with the updated optimized cloud variablesreloading the updated cloud variables by the cloud agentnotifying the userdefined control program with the updated optimized cloud variables by the cloud agentproviding cloud constructs by the userdefined control program which request the updated optimized cloud variables on runtime and reloading the updated optimized cloud variables in the userdefined control program.

Related passage: The following presents a simplified summary in order to provide a basic understanding of some aspects described herein.This summary is not an extensive overview nor is intended to identify keycritical elements or to delineate the scope of the various aspects described herein.Its sole purpose is to present some concepts in a simplified form as a prelude to the more detailed description that is presented later.
Patent claim: The method of claim 13 further comprising calculating based on the calculated optical extinction coefficient a density of particles in the cloud andor calculating based on the calculated backscatter coefficient a droplet size distribution in the cloud.

Related passage: Measuring the echo intensities of the electromagnetic radiation returned from the cloud with a detector can be executed in any manner not inconsistent with theobjectives of the present invention.In some embodiments for example the echo intensities are parsed into range resolved slices.The range resolved slices can have any thickness not inconsistent with the objectives of the present invention.In some embodiments the range resolved slices have a thickness of about 5 m or less.In some embodiments the range resolved slices have a thickness of about 1 m or less.
Patent claim: A method for transmitting buffer status information by a station in a wireless communication system the method comprising receiving a data trigger action frame including allocation information on a dedicated subslot to be used by the station from an access point and transmitting a buffer status report BSR frame to the access point based on thereceived data trigger action frame.

Related passage: For exemplary purposes this feature will be outlined assuming that radio resources can be scheduled dynamically or on a semipersistent basis as discussed previously herein.Every time new data of a radio bearer arrives in the transmission buffer which is of higher priority than the data already available in the transmission buffer of the transmitting communication node e.g.a mobile terminaluser equipment upon a transmission opportunity in the uplink occurring i.e.there is a transmission time interval where the communication node is allocated radio resources the communication node performs further checks to determine which data pending in the transmission buffer will be transmitted.First of all the communication node checks 601 whether the resource allocated within the transmission time interval has been allocated by a dynamic grant i.e.is dynamically allocated or has been allocated by a semipersistent grant i.e.by a semipersistent resource allocation.Please note that in case there is resource in the given transmission time interval that has been allocated by a semipersistent grant this also implies that semipersistent resource allocation has been activated.
Patent claim: A rolltoroll system according to any one of the claims 1213 wherein the control unit is configured to execute any one of the methods according to the claims 210.

Related passage: Fig.2 shows a first constructed composed digital image 22 according to the invention on a user interface screen 20.The constructed composed digital image 22 comprises individual digital images 23 24 25 26 in a sequence as in which the individual digital images 23 24 25 26 are going to be printed in time.Depending on the dimensions of the user interface screen 20 the dimensions of the individual digital images and onthe scaling factor applied to the constructed composed digital image 22 the number of displayed individual digital images may vary.Along the constructed composed digital image 22 a time line 21 is constructed.The time line 21 comprises tick marks 27 for every 2 minutes on the time line 21 and an hour indication 28 for each whole hour on the time line 21.Each individual digital image 23 24 25 26 is displayed along the whole part of the time line 21 when it is intended to be printed or has been printed.For example individual digital image 23 is going to be printed from 1024 hours until 1132 hours.The printing of the individual digital image 23 will take 0108 hours.
Patent claim: Method according to claim 3 wherein the first other location is a last entry in the group of entries having the same second digital item.

Related passage: Instead of dragging and dropping an image on the user interface screen 20A which is a touch screen the image may be selected by a mouse and moved by means of the mouse to the wished place on the composed digital image 92.An image may also be dragged and dropped onto a place between two images already placed on the composed digital image 92.In this way the sequence order of images on the composed digital image 92 may be changed.This is allowed as long as the two images on the composed digital image 92 are not yet printed.The images on the composed digital image 92 may also be moved as long as they are not yet printed on the roll.
Patent claim: The arrangement according to any of the preceding claims 2 to 12 wherein the array of Xray source is generated by using an anode that structured topographically or assembled in a mosaic manner from the same or different materials.

Related passage: At a convenient distance d1 downstream of the source depending on the required field of view 0.1 m5 m typically in the range of 0.5 to 2 m a diffraction grating with a period p1 consisting of phase shifting material is placed.This first beam splitter grating splits the incoming radiation into essentially two diffraction orders preferentially the 1st and 1st order.The diffraction angle between these two orders is given by approximately 2p whereis the wavelength and p is the grating period.
Patent claim: The energy storage device of any of claims 15 further comprising a locking mechanism configured to hold the energy storage device in a receiving port.

Related passage: The packed battery of the embodiment is extremely thin and thus the battery pack 16 may be incorporated in a case of the starting device but in this embodiment the battery is detachably accommodated in the switch box 17 mounted on the steering wheel of the working machine as will be described later.Thus as shown in Fig.2 the various electric devices of the engine 10 and the battery pack 16 are connected through a plurality of lead wires connected to first and second connectors 19a and 19b of a connector 19.Fig.3 shows the part of theconnection circuit schematically.
Patent claim: The gas turbine engine 100 of any preceding Claim further comprising a compressor active stability margin CASM sensor 406 wherein said processor 402 is further programmed to estimate the health of the compressor 124 using the CASM sensor 406.

Related passage: Further the estimation systems described herein is sufficiently accurate that design margins are facilitated to be decreased as compared to gas turbine engines that include known control system.As such the reduced design margins facilitate increasing the performance andor condition of a gas turbine engine that includes the estimation system.Moreover the abovedescribed estimation system can include a databased model that is easier to certify lowers central processing unit CPU timeandor is simpler to implement andor maintain than at least some physicsbased models.However the physicsbased models described herein provide for substantially accurate operating parameter estimations that take into account enginetoengine variations.Accordingly the estimation system described herein can be adjusted to the application for which the gas turbine engine is used by providing a plurality of model types.Additionally the abovedescribed redundancy system provides an alternate model that will avoid any anomalies within the primary model to facilitate ensuring that accurate estimated operating parameters are provided to a control system.
Patent claim: The fuel cell module 30 230 according to any one of claims 1 to 3 wherein the first flow block member 47 247a 247b and the second flow block member 247c each is provided over a whole length of the fuel cell 43a in the first direction.

Related passage: Further in the fuel cell device of the present embodiment the fuel cells 3 may for example be flat plate shaped or cylindrical shaped.In addition the shape of the housing 2 may also be changed as appropriate.
Patent claim: The apparatus of any of claims 1 to 13 wherein the anvil comprises an underside configured to face the deck when the anvil is in the closed position wherein the anvil include a buttress assembly attached to the underside.

Related passage: Referring primarily to FIGS.7375 the layer of material 5658 can include a reinforcement feature 5670 which can extend along at least a portion of the length of the layer of material 5658.The reinforcement feature 5670 can extend from theproximal end of the second jaw 5602 to the distal end of the second jaw 5602 for example.The reinforcement feature 5670 can be integrally molded with the layer of material 5658 for example.In various embodiments the reinforcement feature 5670 can be a folded portion of the layer of material 5658.For example the layer of material 5658 can be creased crimped andor folded over itself to form a thicker portion which can form the reinforcement feature 5670.Referring primarily to FIGS.74 and 75 the reinforcement feature 5670 can be crimped into a Vshape and can include a pointed tip 5672 for example.In various embodiments the reinforcement feature 5670 can reinforce support andor rigidify the layer of material 5658.In some embodiments the reinforcement feature 5670 can be configured to bend along the tip 5672 thereof to resist a lateral force applied along the edge of the layer of material 5658 such that the layer of material 5658 remains positioned on the cartridge body 5450.For example when the cutting edge 5436 FIGS.65 and 66 traverses the layer of material 5658 during the firing stroke the reinforcement feature 5670 can prevent andor limit shifting andor buckling of the layer of material 5658 relative to the cartridge body 5450.Further the reinforcement feature 5670 can engage tissue clamped between the first jaw and the second jaw 5602 of the end effector assembly 5600.For example the reinforcement feature 5670 can prevent andor limiting shifting of the clamped tissue relative to the cartridge body 5450.The pointed tip 5672 can engage the tissue and can hold the tissue in place relative to the layer of material 5658 during the firing stroke for example.In various embodiments the layer of material 5658 can include multiple reinforcement features 5670 which can extend along at least a portion of the length of the layer of material 5658.The reinforcement features 5670 can be parallel for example and can extend on either side or both sides of the ridge 5660 for example.
Patent claim: The exposure device 10 according to any one of claims 1 to 3 wherein the first light emitting element substrate 14 further includes a first light emitting element array 11 on which the first light emitting elements 31 are arranged wherein the second light emitting element substrate 24 further includes a second light emitting element array 21 on which the second light emitting elements 31 are arranged.

Related passage: FIGS.16A to 16D are views illustrating other examples of the arrangement pattern of the light emitting thyristors.
Patent claim: The wiring board according to claim 8 further comprising a third wiring portion 360 that is formed on the base and protrudes from the first wiring portion towards the second wiring portion and a fourth wiring portion 360 that is formed on the base and protrudes from the second wiring portion towards the first wiring portion in such a manner that the fourth wiring portion faces the third wiring portion.

Related passage: The conductive agent is preferably an electrically conductive carbon powder such as carbon black carbon nanotube and graphite.The highly extensible conductive material has a larger volume resistivity in an unextended condition than the volume resistivity of the highly conductive material in an unextended condition.For example the highly extensible conductive material preferably has a volume resistivity of 1101 cm or less in an unextended condition.The difference between the volume resistivity of the highly conductive material in an unextended condition and the volume resistivity of the highly extensible conductive material in an unextended condition is preferably five digits or less.To achieve such a highly extensible conductive material the type and the amount of the electrically conductive carbon powder can be appropriately adjusted.For example the amount of the electrically conductive carbon powder is preferably 10 parts by mass or more relative to 100 parts by mass of the elastomer.If containing a large amount of the electrically conductive carbon powder the highly extensible conductive material has lower flexibility.The amount of the electrically conductive carbon powder is thus preferably 100 parts by mass or less relative to 100 parts by mass of the elastomer.
Patent claim: Multicarrier communication system comprisinga transmitter comprisinga preprocessing module 102202310 configured tomodulate at least one data symbol onto one or more subcarriers in a frequency block comprising a group of subcarriers for data transmission the subcarriers being separated from each other in frequency domain by a predetermined subcarrier spacing andmodulate at least one cancellation symbol onto one or more frequencies at frequency positions outside the frequency block and separated from subcarriers therein by a noninteger multiple of the predetermined subcarrier spacing for partial cancellation of one or more side lobes originating from transmission of the at least one data symbola converting module 106110621142061206221412142320 for conversion of the modulated at least one data symbol and the modulated at least one cancellation symbol from frequencydomain to time domain to form respective time domain signalsa combining module 122222340 for combining the respective time domain signals to form the multicarrier signal for data transmission anda transmission module 126226350360 for transmitting the multicarrier signal anda receiver for receiving the multicarrier signal the receiver being configured to reconstruct an estimate of the at least one data symbol.

Related passage: The spectrum zmf of a single cancellation subcarrier m is given by zmfsinfgmfgm with gm representing the normalized center frequency of the mth cancellation subcarrier.
Patent claim: A load carrier foot according to any one of the preceding claims further comprising a guiding pin connected to said bracket said guiding pin being configured to be guided into a indentation in the second surface of the vehicle.

Related passage: Each of the connection flanges 10 11 10 11 of the first and the second brackets 6 6 comprises an elongated aperture 61 62 also referred to a connection aperture.The elongated apertures 61 62 are adapted to receive the connection axle 60 and pivot about the connection axle 60 so that the load carrier foot 1 is easy to mount and dismount.Further the elongation of the elongated apertures 61 62 permits the connection axle 60 to be displaced a distance defined by the elongation of the elongated apertures 61 62.As is noticed the elongated apertures 61 62 have a width W which is slightly larger than the diameter of the connection axle 60.The width W is large enough to permit the connection axle 7 to slide inside of the elongated apertures 61 62 but not too large so that unnecessary play is formed between the connection axle 60 and the sides of the elongated apertures 61 62.The length of the elongated apertures 61 of the first bracket 6is slightly shorter than the elongation of the length of the elongated aperture 62 of the second bracket 6.A suitable length of an elongated aperture 61 62 is between 550 mm optionally at least 1.5 times the length of the diameter of the connection axle.One or both of the first and the second brackets 6 6 can be connected using an elongated aperture having an elongated extension as described above.
Patent claim: An ablation probe comprising a tubular shaft 101 a coaxial feedline 102 disposed within the tubular shaft the coaxial feedline including an outer conductor a balun short 110 disposed in electrical communication around the outer conductor the balun short including at least one longitudinal notch 111 defined therein and an inflow tube 140 disposed longitudinally along the outer conductor and at least partially within the at least one longitudinal notch.

Related passage: With reference to Figs.20 21 and 23 the antenna assembly 212 also includes a choke 260.The choke 260 has a tubular structure formed from a conductive material and is disposed around the feedline 220.In one embodiment the choke 260 is a proximally positioned quarterwave choke that is shorted to the outer conductor 256 of the feedline 220 at the proximal end of the choke 260 by solder joint or other methods at connection 265 Fig.20.
Patent claim: Machine according to claim 1 or 2 wherein the conveying means 23 23C are arranged along a rear edge of the bench 11.

Related passage: Preferably the motor unit is fixed so as to project from the wall 23.As can be seen more clearly in Figure 2 and in Figures 3 and 4 at the front end of the final stage 27 there is a cupshaped element preferably made of plastic which receives and is fixed to the front end of the motor unit and which has flanges 39 for fixing the motor unit to the wall.