mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circuit comprising: a communication interface configured to be coupled to a serial peripheral interface , SPI, comprising a chip select terminal, a master-in-slave-out terminal, a master-out-slave-in terminal and an SPI clock terminal, the communication interface having a plurality of terminals; and an input circuit having a first input coupled to the chip select terminal, CS_N, of the plurality of terminals, and a second input coupled to the master out slave in terminal, MOSI, the first input of the input circuit configured to receive a first signal (V CS_N ) and the second input of the input circuit configured to receive a second signal (V MOSI ), wherein the communication interface is configured to be selected when the first signal (V CS_N ) is in an active state and not to be selected when the first signal (V CS_N ) is in an inactive state; and wherein the input circuit is configured to generate a reset signal (RESET_N) at an output of the input circuit based on the first and second signals while the communication interface is unselected. a communication interface configured to be coupled to a serial peripheral interface , SPI, comprising a chip select terminal, a master-in-slave-out terminal, a master-out-slave-in terminal and an SPI clock terminal, the communication interface having a plurality of terminals; and an input circuit having a first input coupled to the chip select terminal, CS_N, of the plurality of terminals, and a second input coupled to the master out slave in terminal, MOSI, the first input of the input circuit configured to receive a first signal (V CS_N ) and the second input of the input circuit configured to receive a second signal (V MOSI ), wherein the communication interface is configured to be selected when the first signal (V CS_N ) is in an active state and not to be selected when the first signal (V CS_N ) is in an inactive state; and
A radio frequency IC device including an antenna device (101 - 108), the radio frequency IC device being arranged to perform radio frequency communication with an external device, the antenna device (101 - 108) comprising: an antenna resonant circuit (AR) including an antenna coil (La) arranged to transmit or receive a radio frequency communication signal to or from the external device; and an additional resonance circuit (LC1, LC2) that is connected to the antenna resonant circuit (AR), includes at least one inductor (L1, L2) and a capacitor (C1), and has a resonance frequency characteristic different from a resonance frequency of the antenna resonant circuit (AR), wherein the antenna coil (La) is constituted by a winding conductor pattern having multiple turns along a periphery portion in the interior of the radio frequency IC device , characterized in that the inductor (L1, L2) and the capacitor (C1) are provided on a multilayer substrate and are enclosed in the radio frequency IC device , the multilayer substrate comprising at least a ferrite layer. an antenna resonant circuit (AR) including an antenna coil (La) arranged to transmit or receive a radio frequency communication signal to or from the external device; and an additional resonance circuit (LC1, LC2) that is connected to the antenna resonant circuit (AR), includes at least one inductor (L1, L2) and a capacitor (C1), and has a resonance frequency characteristic different from a resonance frequency of the antenna resonant circuit (AR), wherein the antenna coil (La) is constituted by a winding conductor pattern having multiple turns along a periphery portion in the interior of the radio frequency IC device , characterized in that the inductor (L1, L2) and the capacitor (C1) are provided on a multilayer substrate and are enclosed in the radio frequency IC device , the multilayer substrate comprising at least a ferrite layer.
A method comprising: using a processor and data storage device coupled to an acoustic tool to process signals generated from operating the acoustic tool in a borehole , the acoustic tool including a transmitter and an array of receivers (112-I,...112-N), such that the using includes collecting signals from generation of acoustic waves using the acoustic tool ; generating delay values using frequency-based signals, the frequency-based signals correlated to the collected signals; and evaluating properties associated with the borehole , surrounding formations, or quality of a measurement using the delay values, wherein generating delay values includes processing the frequency-based signals into a representation that is a series sum of modes, each mode having an amplitude and a pole; and processing the amplitude of a mode such that a delay value is generated. collecting signals from generation of acoustic waves using the acoustic tool ; generating delay values using frequency-based signals, the frequency-based signals correlated to the collected signals; and evaluating properties associated with the borehole , surrounding formations, or quality of a measurement using the delay values, wherein generating delay values includes processing the frequency-based signals into a representation that is a series sum of modes, each mode having an amplitude and a pole; and processing the amplitude of a mode such that a delay value is generated.
A communications method, comprising: receiving , by a first access and mobility management function, AMF, entity, a first message from a terminal device, wherein the first message is used to request to establish a protocol data unit, PDU, session home-routed to a first network; wherein the method is characterized by further comprising sending , by the first AMF entity, a second message to a first session management function, SMF, entity based on the first message, wherein the second message is used to request core network tunnel information of the PDU session; and receiving , by the first AMF entity, first core network tunnel information from the first SMF entity, and sending the first core network tunnel information to a second AMF entity; wherein the first core network tunnel information is used to establish a data channel, of the PDU session, between a first user plane function, UPF, entity and a UPF entity in the first network; wherein the first AMF entity, the first SMF entity, and the first UPF entity are network elements in a second network, and the second AMF entity is a network element in the first network. receiving , by a first access and mobility management function, AMF, entity, a first message from a terminal device, wherein the first message is used to request to establish a protocol data unit, PDU, session home-routed to a first network; wherein the method is characterized by further comprising sending , by the first AMF entity, a second message to a first session management function, SMF, entity based on the first message, wherein the second message is used to request core network tunnel information of the PDU session; and receiving , by the first AMF entity, first core network tunnel information from the first SMF entity, and sending the first core network tunnel information to a second AMF entity; wherein the first core network tunnel information is used to establish a data channel, of the PDU session, between a first user plane function, UPF, entity and a UPF entity in the first network; wherein the first AMF entity, the first SMF entity, and the first UPF entity are network elements in a second network, and the second AMF entity is a network element in the first network.
Method for producing a coating made of a metal or a metal alloy on a substrate by means of a diffusion process, in which the substrate is subjected to a temperature treatment at 800°C to 1200°C for a period of 0.5 to 24 h in an atmosphere , the atmosphere comprising at least one metal halide of the metal to be deposited or of the metal alloy, Cr, Al, Hf, Zr and/or Y being used as metals, characterized in that , in addition, the substrate is at least partially provided with a layer which comprises at least one metal halide in solid and/or liquid form, - the substrate being provided with a film which comprises a metal halide in liquid form, and - a powder layer having the solid metal halide being arranged over the film having the liquid metal halide or directly on the substrate , and - a build-up region of the diffusion layer being formed, which region is deposited above the original surface of the substrate. - the substrate being provided with a film which comprises a metal halide in liquid form, and - a powder layer having the solid metal halide being arranged over the film having the liquid metal halide or directly on the substrate , and - a build-up region of the diffusion layer being formed, which region is deposited above the original surface of the substrate.
An apparatus, comprising: a management I/O device controller for managing initialization of a plurality of I/O devices coupled to a PCI Express (PCIe) fabric, characterized by : said management I/O device controller is configured for receiving a request to register a target interrupt register address of a first worker computing resource, wherein said target interrupt register address is associated with a first interrupt generated by a first I/O device coupled to said PCIe fabric; wherein the apparatus further comprises: a mapping module of said management I/O device controller configured for mapping said target interrupt register address to a mapped interrupt register address of a domain in which said first I/O device resides; and a translating interrupt register table comprising a plurality of mapped interrupt register addresses in said domain that is associated with a plurality of target interrupt register addresses of a plurality of worker computing resources. a management I/O device controller for managing initialization of a plurality of I/O devices coupled to a PCI Express (PCIe) fabric, characterized by : said management I/O device controller is configured for receiving a request to register a target interrupt register address of a first worker computing resource, wherein said target interrupt register address is associated with a first interrupt generated by a first I/O device coupled to said PCIe fabric; wherein the apparatus further comprises: a mapping module of said management I/O device controller configured for mapping said target interrupt register address to a mapped interrupt register address of a domain in which said first I/O device resides; and a translating interrupt register table comprising a plurality of mapped interrupt register addresses in said domain that is associated with a plurality of target interrupt register addresses of a plurality of worker computing resources. said management I/O device controller is configured for receiving a request to register a target interrupt register address of a first worker computing resource, wherein said target interrupt register address is associated with a first interrupt generated by a first I/O device coupled to said PCIe fabric; wherein the apparatus further comprises: a mapping module of said management I/O device controller configured for mapping said target interrupt register address to a mapped interrupt register address of a domain in which said first I/O device resides; and a translating interrupt register table comprising a plurality of mapped interrupt register addresses in said domain that is associated with a plurality of target interrupt register addresses of a plurality of worker computing resources. a mapping module of said management I/O device controller configured for mapping said target interrupt register address to a mapped interrupt register address of a domain in which said first I/O device resides; and a translating interrupt register table comprising a plurality of mapped interrupt register addresses in said domain that is associated with a plurality of target interrupt register addresses of a plurality of worker computing resources.
An aircraft tractor comprising: a front end and a rear end opposite the front end ; an aircraft tractor hitch ; and a universal hitch adapter system including: at least one force sensor disposed between one of the front end and the rear end and the aircraft tractor hitch ; and at least one input operable to receive force measurements from the at least one force sensor ; characterized by further including: a memory storing a plurality of aircraft thereon; a user input interface operable to receive a user's selection of one of the plurality of aircraft stored in the memory ; and at least one processor communicatively coupled to the at least one input , the memory , and the user input interface and operably configured to determine, based on the user's selection of one of the plurality of aircraft, at least one shear pin breaking force threshold. a front end and a rear end opposite the front end ; an aircraft tractor hitch ; and a universal hitch adapter system including: at least one force sensor disposed between one of the front end and the rear end and the aircraft tractor hitch ; and at least one input operable to receive force measurements from the at least one force sensor ; at least one force sensor disposed between one of the front end and the rear end and the aircraft tractor hitch ; and at least one input operable to receive force measurements from the at least one force sensor ; characterized by further including: a memory storing a plurality of aircraft thereon; a user input interface operable to receive a user's selection of one of the plurality of aircraft stored in the memory ; and at least one processor communicatively coupled to the at least one input , the memory , and the user input interface and operably configured to determine, based on the user's selection of one of the plurality of aircraft, at least one shear pin breaking force threshold. a memory storing a plurality of aircraft thereon; a user input interface operable to receive a user's selection of one of the plurality of aircraft stored in the memory ; and at least one processor communicatively coupled to the at least one input , the memory , and the user input interface and operably configured to determine, based on the user's selection of one of the plurality of aircraft, at least one shear pin breaking force threshold.
An aerosol-generating device comprising: a housing having a chamber sized to receive at least a portion of an aerosol-forming substrate , wherein the chamber defines a heating zone; a first coil disposed at least partially around, or adjacent to, the heating zone; a second coil disposed at least partially around, or adjacent to, the heating zone, wherein the first coil is a drive coil couplable to a source of alternating current, and the second coil is a resonant coil of a resonant circuit, the second coil being inductively couplable to the first coil. a housing having a chamber sized to receive at least a portion of an aerosol-forming substrate , wherein the chamber defines a heating zone; a first coil disposed at least partially around, or adjacent to, the heating zone; a second coil disposed at least partially around, or adjacent to, the heating zone, wherein the first coil is a drive coil couplable to a source of alternating current, and the second coil is a resonant coil of a resonant circuit, the second coil being inductively couplable to the first coil.
A hydrogen environment severity assessment method for assessing, among operating conditions for a rolling device including two rolling members coming into rolling contact with each other and having at least one of the two rolling members being a steel rolling member, hydrogen environment severity, the hydrogen environment severity being an index representing magnitude of influence exerted by hydrogen, characterised by : a measurement step of measuring the amount of room temperature non-diffusible hydrogen contained in a rolling fatigue region, the rolling fatigue region being a region where rolling fatigue has been produced by rolling contact, within the steel rolling member of the rolling device operated under the operating conditions; and an assessment step of assessing the hydrogen environment severity, based on a measurement result in the measurement step, wherein in the assessment step, the method calculates an increase rate of the amount of room temperature non-diffusible hydrogen contained in a rolling fatigue region of the steel rolling member during operation of the rolling device, based on the amount of the room temperature non-diffusible hydrogen measured in the measurement step and assesses the hydrogen environment severity, based on the calculation result. a measurement step of measuring the amount of room temperature non-diffusible hydrogen contained in a rolling fatigue region, the rolling fatigue region being a region where rolling fatigue has been produced by rolling contact, within the steel rolling member of the rolling device operated under the operating conditions; and an assessment step of assessing the hydrogen environment severity, based on a measurement result in the measurement step, wherein in the assessment step, the method calculates an increase rate of the amount of room temperature non-diffusible hydrogen contained in a rolling fatigue region of the steel rolling member during operation of the rolling device, based on the amount of the room temperature non-diffusible hydrogen measured in the measurement step and assesses the hydrogen environment severity, based on the calculation result.
A solid freeform fabrication material set characterized by comprising: a material A for solid freeform fabrication including a polymerization initiator A, a polymerizable compound A, and at least one of an organic particle and an inorganic particle, wherein the polymerization initiator A includes a peroxide or a tertiary amine; wherein a volume average particle diameter of said at least one of the organic particle and the inorganic particle is less than 1 μm; wherein the organic particle includes at least one of polymethyl methacrylate, polycarbonate, polyester, polyamide and polyether ether ketone; and wherein the inorganic particle includes at least one of zirconia, alumina, silica and lithium disilicate; and a material B for solid freeform fabrication including a polymerizable compound B, wherein the polymerizable compound B is a polymerizable compound having a vinyl group; and wherein both the material A and the material B are liquid. a material A for solid freeform fabrication including a polymerization initiator A, a polymerizable compound A, and at least one of an organic particle and an inorganic particle, wherein the polymerization initiator A includes a peroxide or a tertiary amine; wherein a volume average particle diameter of said at least one of the organic particle and the inorganic particle is less than 1 μm; wherein the organic particle includes at least one of polymethyl methacrylate, polycarbonate, polyester, polyamide and polyether ether ketone; and wherein the inorganic particle includes at least one of zirconia, alumina, silica and lithium disilicate; and wherein the polymerization initiator A includes a peroxide or a tertiary amine; wherein a volume average particle diameter of said at least one of the organic particle and the inorganic particle is less than 1 μm; wherein the organic particle includes at least one of polymethyl methacrylate, polycarbonate, polyester, polyamide and polyether ether ketone; and wherein the inorganic particle includes at least one of zirconia, alumina, silica and lithium disilicate; and a material B for solid freeform fabrication including a polymerizable compound B, wherein the polymerizable compound B is a polymerizable compound having a vinyl group; and wherein both the material A and the material B are liquid. wherein the polymerizable compound B is a polymerizable compound having a vinyl group; and wherein both the material A and the material B are liquid.
A radio frequency filter having a cavity structure, comprising: an enclosure having a hollow inside and having an open surface on one side to have a cavity; a resonant element positioned in the hollow of the enclosure ; a cover having a screw hole having a preset diameter at a position corresponding to the resonant element , and configured to seal the open surface of the enclosure ; and a frequency tuning screw configured to be screwed into the screw hole of the cover , wherein the frequency tuning screw has an upper end formed at least partially with a resilient fixing member having a predetermined spring force, and wherein the resilient fixing member is formed at least partially with a resilient protrusion configured to protrude obliquely outwardly toward a lower end of the frequency tuning screw . an enclosure having a hollow inside and having an open surface on one side to have a cavity; a resonant element positioned in the hollow of the enclosure ; a cover having a screw hole having a preset diameter at a position corresponding to the resonant element , and configured to seal the open surface of the enclosure ; and a frequency tuning screw configured to be screwed into the screw hole of the cover , wherein the frequency tuning screw has an upper end formed at least partially with a resilient fixing member having a predetermined spring force, and wherein the resilient fixing member is formed at least partially with a resilient protrusion configured to protrude obliquely outwardly toward a lower end of the frequency tuning screw .
A side-fire laser fiber (102; 102A; 102B) comprising: an optical fiber having a distal end ; and a fiber cap (114; 114A; 114B) coupled to the distal end of the optical fiber and comprising a molded reflective surface (130; 230; 130A; 130B, 130C; 130D) and a sealed cavity (133; 133A; 133B; 133C; 133D); wherein: the molded reflective surface (130; 230; 130A; 130B, 130C; 130D) defines a wall of the cavity (133; 133A; 133B; 133C; 133D); and laser energy discharged from the distal end along a central axis of the optical fiber is reflected off the molded reflective surface (130; 230; 130A; 130B, 130C; 130D) in a direction that is transverse to the central axis , wherein the molded reflective surface (130; 130A; 130C) is selected from the group consisting of a molded spherical piano concave reflective surface and a molded cylindrical piano concave reflective surface, wherein the molded reflective surface (130; 130A; 130C) is concave relative to the cavity (133A; 133C), and wherein the cavity (133A; 133C) is located distally of the distal end of the optical fiber and the molded reflective surface (130; 130A; 130C). an optical fiber having a distal end ; and a fiber cap (114; 114A; 114B) coupled to the distal end of the optical fiber and comprising a molded reflective surface (130; 230; 130A; 130B, 130C; 130D) and a sealed cavity (133; 133A; 133B; 133C; 133D); wherein: the molded reflective surface (130; 230; 130A; 130B, 130C; 130D) defines a wall of the cavity (133; 133A; 133B; 133C; 133D); and laser energy discharged from the distal end along a central axis of the optical fiber is reflected off the molded reflective surface (130; 230; 130A; 130B, 130C; 130D) in a direction that is transverse to the central axis , wherein the molded reflective surface (130; 130A; 130C) is selected from the group consisting of a molded spherical piano concave reflective surface and a molded cylindrical piano concave reflective surface, wherein the molded reflective surface (130; 130A; 130C) is concave relative to the cavity (133A; 133C), and wherein the cavity (133A; 133C) is located distally of the distal end of the optical fiber and the molded reflective surface (130; 130A; 130C).