mhurhangee/ep-ind-claims huggingface dataset:
A tire having a tread portion in which a first tread pattern portion provided at one side with respect to a tire equator in a tire axial direction and a second tread pattern portion provided at another side with respect to the tire equator in the tire axial direction have a relationship of point symmetry, wherein each of the first and second tread pattern portions (P1, P2) has a shoulder main groove extending in a tire circumferential direction, and tilted main grooves each having an outer end portion connected to the shoulder main groove, extending toward the tire equator while being tiled relative to the tire circumferential direction, and having an inner end portion terminating without intersecting the tire equator, and said tire being characterized by a center sipe having shallow portions and a deep portion penetrates between each tilted main groove provided on the first tread pattern portion and each tilted main groove provided on the second tread pattern portion. each of the first and second tread pattern portions (P1, P2) has a shoulder main groove extending in a tire circumferential direction, and tilted main grooves each having an outer end portion connected to the shoulder main groove, extending toward the tire equator while being tiled relative to the tire circumferential direction, and having an inner end portion terminating without intersecting the tire equator, and said tire being characterized by a shoulder main groove extending in a tire circumferential direction, and tilted main grooves each having an outer end portion connected to the shoulder main groove, extending toward the tire equator while being tiled relative to the tire circumferential direction, and having an inner end portion terminating without intersecting the tire equator, and said tire being characterized by a center sipe having shallow portions and a deep portion penetrates between each tilted main groove provided on the first tread pattern portion and each tilted main groove provided on the second tread pattern portion.
An uplink pre-coding method, comprising: acquiring, by a network-side device, a sounding reference signal, SRS, transmitted by a terminal device on one or more SRS resources; wherein each of the one or more SRS resources adopts a single antenna port; sending, by the network-side device, downlink control information, DCI, for scheduling uplink data transmission to the terminal device, wherein the DCI comprises an SRS resource indication, SRI, the SRI is configured to indicate one or more target SRS resources in the one or more SRS resources, and a number of the target SRS resources is a transmission layer number; and the SRI is used for the terminal device to determine a pre-coding scheme for uplink data according to the one or more SRS resources and the SRI and to pre-code the uplink data according to the pre-coding scheme; the DCI does not comprise information for indicating a pre-coding matrix for the uplink data, and the DCI does not comprise indication information of the transmission layer number, and receiving, by the network-side device, the pre-coded uplink data from the terminal device. acquiring, by a network-side device, a sounding reference signal, SRS, transmitted by a terminal device on one or more SRS resources; wherein each of the one or more SRS resources adopts a single antenna port; sending, by the network-side device, downlink control information, DCI, for scheduling uplink data transmission to the terminal device, wherein the DCI comprises an SRS resource indication, SRI, the SRI is configured to indicate one or more target SRS resources in the one or more SRS resources, and a number of the target SRS resources is a transmission layer number; and the SRI is used for the terminal device to determine a pre-coding scheme for uplink data according to the one or more SRS resources and the SRI and to pre-code the uplink data according to the pre-coding scheme; the DCI does not comprise information for indicating a pre-coding matrix for the uplink data, and the DCI does not comprise indication information of the transmission layer number, and receiving, by the network-side device, the pre-coded uplink data from the terminal device.
A vehicle data analysis apparatus for analyzing vehicle data indicating time-series changes of a state of a vehicle, the apparatus comprising: a computing section configured to perform computation for uncovering a data fluctuation in the vehicle data that results from a mechanical or control-related abnormality in a vehicle control system; and a recognizing section configured to recognize, based on a computation result obtained by the computing section, vehicle data to be subject to a diagnosis of the abnormality in the vehicle as a diagnosis target, wherein as the computation, the computing section calculates the amount of change in the vehicle data per unit time, the computing section identifies vehicle data that indicates that the calculated amount of change is equal to or greater than a threshold value that indicates an amount of change caused by data fluctuation resulting from mechanical or control-related abnormality in the vehicle control system, characterised in that the recognizing section is configured to recognize only vehicle data that indicates that the calculated amount of change is equal to or greater than the threshold value as diagnosis target, the threshold value being set to recognize a change period of data fluctuation of several milliseconds, and not of several hundred milliseconds. a computing section configured to perform computation for uncovering a data fluctuation in the vehicle data that results from a mechanical or control-related abnormality in a vehicle control system; and a recognizing section configured to recognize, based on a computation result obtained by the computing section, vehicle data to be subject to a diagnosis of the abnormality in the vehicle as a diagnosis target, wherein as the computation, the computing section calculates the amount of change in the vehicle data per unit time, the computing section identifies vehicle data that indicates that the calculated amount of change is equal to or greater than a threshold value that indicates an amount of change caused by data fluctuation resulting from mechanical or control-related abnormality in the vehicle control system, characterised in that the recognizing section is configured to recognize only vehicle data that indicates that the calculated amount of change is equal to or greater than the threshold value as diagnosis target, the threshold value being set to recognize a change period of data fluctuation of several milliseconds, and not of several hundred milliseconds.
A tongue for a brush tufting machine, wherein the tongue is a uniformly thick spring steel strip, having a front portion that is close to the bristle carrier in order to be supported in the guide in the tip, and a rear, drive-side portion, wherein the cross-section of the rear portion is larger by at least a factor of 2 than that of the front portion, and wherein the tongue has a thickness of equal to or greater than 0.2 mm.
A weld between two ends of steel cords, said steel cords comprising a plurality of filaments of drawn pearlitic carbon steel, each of said filaments having a cross sectional area of less than 0.2 mm 2 characterised in that a metallographic cross section of the heat affected zone of said weld comprises pearlite and bainite metallographic structures in an amount that the area fraction occupied by pearlite and bainite is more than 50% of the total heat affected zone area.
A platform (200, 300, 400) for connecting at least one fiber optic cable assembly (240, 340, 440) to a fiber optic equipment, the platform (200, 300, 400) comprising: a coupling surface (202, 302, 402) comprising at least one cable engagement feature (220a, 220b, 222a, 222b, 320a, 320b, 322a, 322b, 420a - 420d), wherein the at least one cable engagement feature (220a, 220b, 222a, 222b, 320a, 320b, 322a, 322b, 420a - 420d) is configured to couple the at least one fiber optic cable assembly (240, 340, 440) to the coupling surface (202, 302, 402), wherein the at least one cable engagement feature (220a, 220b, 222a, 222b, 320a, 320b, 322a, 322b, 420a - 420d) comprises a first opening and a second opening, characterized in that the platform (200, 300, 400) comprises a plurality of plate engagement features configured to be removably coupled to a plurality of equipment engagement features positioned on the fiber optic equipment; and the first opening is configured to receive a first engagement tab (261, 361, 461) of a clip (260, 360,460) coupled to at least one fiber optic cable assembly (240, 340, 440), and the second opening is configured to receive a second engagement tab (262, 362, 462) of the clip (260, 360,460). a coupling surface (202, 302, 402) comprising at least one cable engagement feature (220a, 220b, 222a, 222b, 320a, 320b, 322a, 322b, 420a - 420d), wherein the at least one cable engagement feature (220a, 220b, 222a, 222b, 320a, 320b, 322a, 322b, 420a - 420d) is configured to couple the at least one fiber optic cable assembly (240, 340, 440) to the coupling surface (202, 302, 402), wherein the at least one cable engagement feature (220a, 220b, 222a, 222b, 320a, 320b, 322a, 322b, 420a - 420d) comprises a first opening and a second opening, characterized in that the platform (200, 300, 400) comprises a plurality of plate engagement features configured to be removably coupled to a plurality of equipment engagement features positioned on the fiber optic equipment; and the first opening is configured to receive a first engagement tab (261, 361, 461) of a clip (260, 360,460) coupled to at least one fiber optic cable assembly (240, 340, 440), and the second opening is configured to receive a second engagement tab (262, 362, 462) of the clip (260, 360,460).
A system for generating a secure printed copy of content associated with a non-fungible token, the system comprising: a processor; and a computer-readable medium containing programming instructions that are configured to instruct the processor to: receive a print request from a requesting entity, wherein the print request comprises a request to print digital content that is associated with an NFT, access a distributed digital ledger that is associated with the NFT to identify a current owner of the NFT, generate a print job that comprises a set of instructions to print the digital content that is associated with the NFT, wherein: if the current owner of the NFT is the requesting entity, the set of instructions will include instructions to print a unique authentication code with the digital content, otherwise the set of instructions will not include instructions to print the unique authentication code, and transfer the print job to a print engine of a print device to print the digital content. a processor; and a computer-readable medium containing programming instructions that are configured to instruct the processor to: receive a print request from a requesting entity, wherein the print request comprises a request to print digital content that is associated with an NFT, access a distributed digital ledger that is associated with the NFT to identify a current owner of the NFT, generate a print job that comprises a set of instructions to print the digital content that is associated with the NFT, wherein: if the current owner of the NFT is the requesting entity, the set of instructions will include instructions to print a unique authentication code with the digital content, otherwise the set of instructions will not include instructions to print the unique authentication code, and transfer the print job to a print engine of a print device to print the digital content. receive a print request from a requesting entity, wherein the print request comprises a request to print digital content that is associated with an NFT, access a distributed digital ledger that is associated with the NFT to identify a current owner of the NFT, generate a print job that comprises a set of instructions to print the digital content that is associated with the NFT, wherein: if the current owner of the NFT is the requesting entity, the set of instructions will include instructions to print a unique authentication code with the digital content, otherwise the set of instructions will not include instructions to print the unique authentication code, and if the current owner of the NFT is the requesting entity, the set of instructions will include instructions to print a unique authentication code with the digital content, otherwise the set of instructions will not include instructions to print the unique authentication code, and transfer the print job to a print engine of a print device to print the digital content.
Method for the reconstruction of a test part in an X-ray CT method in an X-ray CT system, which has an X-ray source with focus, an X-ray detector and a manipulator which moves the test part within the X-ray CT system, wherein, in order to generate recordings of the test part in different positions, the manipulator travels a presettable parameterizable path curve and makes the recordings at triggered positions, wherein, for each recording, the position of the manipulator is determined and the respective associated projection geometry is calculated therefrom, then a value of a quality function is calculated for this path curve and then a further path curve is travelled which has parameters different from the previous path curve, further recordings of the test part are generated at the triggered positions while this path curve is travelled, and the value of the quality function is calculated for this, the last-named step is repeated, the path curve is determined iteratively, by means of an optimization algorithm, at the value of which the quality function is minimal, recordings of further test parts identical to the named test part are made along the path curve at which the minimum of the quality function was previously established, and a CT reconstruction is carried out by means of a suitable algorithm for each test part based on the assignment of the individual recordings to the respective projection geometry.
A blade and rotor assembly comprising: a rotor that is connectable to a power generator and is capable of transmitting a rotational force to the power generator; a blade that is supported by the rotor and rotates the rotor by a force received from a fluid; a bearing that rotatably connects the rotor and the blade; and a rotary driving apparatus that rotatably drives the blade to control a pitch angle; wherein: the rotary driving apparatus has a motor and a reducer that decelerates rotation outputted from the motor and outputs it from an output part; a rotation axis of the output part of the rotary driving apparatus is positioned on a rotation axis (rax) of the blade with respect to the rotor; characterized in that at least a part of a connection part between the reducer and the blade, or at least a part of a connection part between the reducer and the rotor is positioned, in a direction parallel to the rotation axis (rax) of the blade with respect to the rotor, inside both ends of a range defined by an assemblage width (wa) of the bearing. a rotor that is connectable to a power generator and is capable of transmitting a rotational force to the power generator; a blade that is supported by the rotor and rotates the rotor by a force received from a fluid; a bearing that rotatably connects the rotor and the blade; and a rotary driving apparatus that rotatably drives the blade to control a pitch angle; wherein: the rotary driving apparatus has a motor and a reducer that decelerates rotation outputted from the motor and outputs it from an output part; a rotation axis of the output part of the rotary driving apparatus is positioned on a rotation axis (rax) of the blade with respect to the rotor; characterized in that at least a part of a connection part between the reducer and the blade, or at least a part of a connection part between the reducer and the rotor is positioned, in a direction parallel to the rotation axis (rax) of the blade with respect to the rotor, inside both ends of a range defined by an assemblage width (wa) of the bearing. the rotary driving apparatus has a motor and a reducer that decelerates rotation outputted from the motor and outputs it from an output part; a rotation axis of the output part of the rotary driving apparatus is positioned on a rotation axis (rax) of the blade with respect to the rotor; characterized in that at least a part of a connection part between the reducer and the blade, or at least a part of a connection part between the reducer and the rotor is positioned, in a direction parallel to the rotation axis (rax) of the blade with respect to the rotor, inside both ends of a range defined by an assemblage width (wa) of the bearing.
A method of distinguishing between in-flight status and on-ground status of an aircraft, wherein the interior of a fuselage is pressurized in in-flight status, characterized by monitoring deformation of a fuselage section and generating a signal dependent on such deformation.
A method for creating a silicone shell of a body implant, characterized in that the method comprises: a) providing a mandrel suitably sized and shaped for forming a desired shell; b) applying a coating silicone dispersion to the mandrel by spraying the silicone dispersion at less than 207 kPa (30 psi); c) allowing evaporation of at least a portion of the solvent in the coating silicone dispersion; d) repeating steps b) and c) until a silicone shell having a desired thickness is formed; e) at least partially curing the silicone shell; and, f) removing the silicone shell from the mandrel. a) providing a mandrel suitably sized and shaped for forming a desired shell; b) applying a coating silicone dispersion to the mandrel by spraying the silicone dispersion at less than 207 kPa (30 psi); c) allowing evaporation of at least a portion of the solvent in the coating silicone dispersion; d) repeating steps b) and c) until a silicone shell having a desired thickness is formed; e) at least partially curing the silicone shell; and, f) removing the silicone shell from the mandrel.
An automatic dispenser for dispensing a fluid and for instructing a user, comprising: a) a mounting fixture for an interchangeable fluid container, the mounting fixture having a sensor for reading a label of the interchangeable fluid container; b) a delivery device (19, 37, 39) allowing the dispensing of the fluid from the fluid container; c) one or more non-contact proximity switches (44, 46) for detecting a hand of the user, the proximity switch (44, 46) being provided for initiating the dispensing of the fluid d) an output device for outputting a plurality of visual and/or auditory instructions (200, 201,...205; 400, 401,...405) of an instruction sequence (200, 201,...205; 300, 301,...305; 400, 401,...405) to the user in a time-controlled manner; e) a controller having at least one data memory (29.3, 29.4), the controller being connected to the proximity switch (44, 46), the output device, and to the sensor for identifying the interchangeable container, characterized in that f) a plurality of instruction sequences are stored in a first data memory (29.3), each associated with a different label of different interchangeable containers, wherein the controller is implemented such that, during and after the dispensing of the fluid by the delivery device (19, 37,39), an instruction sequence associated with the fluid container is called from the first memory (29.3) on the basis of a signal of the sensor for reading the label of the interchangeable fluid container and is output by means of the output device. a) a mounting fixture for an interchangeable fluid container, the mounting fixture having a sensor for reading a label of the interchangeable fluid container; b) a delivery device (19, 37, 39) allowing the dispensing of the fluid from the fluid container; c) one or more non-contact proximity switches (44, 46) for detecting a hand of the user, the proximity switch (44, 46) being provided for initiating the dispensing of the fluid d) an output device for outputting a plurality of visual and/or auditory instructions (200, 201,...205; 400, 401,...405) of an instruction sequence (200, 201,...205; 300, 301,...305; 400, 401,...405) to the user in a time-controlled manner; e) a controller having at least one data memory (29.3, 29.4), the controller being connected to the proximity switch (44, 46), the output device, and to the sensor for identifying the interchangeable container, characterized in that f) a plurality of instruction sequences are stored in a first data memory (29.3), each associated with a different label of different interchangeable containers, wherein the controller is implemented such that, during and after the dispensing of the fluid by the delivery device (19, 37,39), an instruction sequence associated with the fluid container is called from the first memory (29.3) on the basis of a signal of the sensor for reading the label of the interchangeable fluid container and is output by means of the output device.
A method of performing a polling procedure in a protocol layer performing a data retransmission function in a transmitting side of a wireless communication system, the method comprising: triggering a polling procedure to request a receiving side to transmit a status report, the status report reporting whether at least one data block transmitted from the transmitting side has been successfully received by the receiving side; setting a polling bit of a data block as a polling request bit; and the method characterized by further comprising: cancelling the triggered polling procedure in case that the status report is received from the receiving side before transmitting the polling bit to the receiving side. triggering a polling procedure to request a receiving side to transmit a status report, the status report reporting whether at least one data block transmitted from the transmitting side has been successfully received by the receiving side; setting a polling bit of a data block as a polling request bit; and the method characterized by further comprising: cancelling the triggered polling procedure in case that the status report is received from the receiving side before transmitting the polling bit to the receiving side. cancelling the triggered polling procedure in case that the status report is received from the receiving side before transmitting the polling bit to the receiving side.