mhurhangee/ep-ind-claims huggingface dataset:
An apparatus (530; 630) for performing cardiac valve repairs, comprising: a handle (535; 635); an actuator operably coupled to the handle (535; 635); a pusher device (537; 637) defining a lumen; a puncture member (541; 641) coupled to the actuator and at least partially disposed within the lumen of the pusher device (537; 637); and an artificial chordae (542; 642) having a distal end portion and a proximal end portion, the distal end portion defining a distal anchor (540; 640) having a delivery configuration and a deployed configuration, and the proximal end portion extending through a lumen of the puncture member (541; 641), wherein the distal anchor (540; 640) is disposed in an elongated coiled configuration when in the delivery configuration and in a coiled knot configuration when in the deployed configuration, characterised in that the proximal end of the artificial chordae (542; 642) is coupled to the handle (535; 635), and the actuator is configured to be actuated such that the puncture member (541; 641) is moved distally a preset distance, and the pusher device (537; 637) is moved distally such that the distal anchor (540; 640) is (a) moved distal to a distal end (547; 647) of the puncture member (541; 641), and (b) moved from the delivery configuration to the deployed configuration. a handle (535; 635); an actuator operably coupled to the handle (535; 635); a pusher device (537; 637) defining a lumen; a puncture member (541; 641) coupled to the actuator and at least partially disposed within the lumen of the pusher device (537; 637); and an artificial chordae (542; 642) having a distal end portion and a proximal end portion, the distal end portion defining a distal anchor (540; 640) having a delivery configuration and a deployed configuration, and the proximal end portion extending through a lumen of the puncture member (541; 641), wherein the distal anchor (540; 640) is disposed in an elongated coiled configuration when in the delivery configuration and in a coiled knot configuration when in the deployed configuration, characterised in that the proximal end of the artificial chordae (542; 642) is coupled to the handle (535; 635), and the actuator is configured to be actuated such that the puncture member (541; 641) is moved distally a preset distance, and the pusher device (537; 637) is moved distally such that the distal anchor (540; 640) is (a) moved distal to a distal end (547; 647) of the puncture member (541; 641), and (b) moved from the delivery configuration to the deployed configuration.
A computer-implemented method performed in a system including a network interface controller, NIC (312, 400), the NIC connected to a host computing system and comprising an address translation cache, ATC, the method comprising: receiving a request to reserve one or more cache lines for a set of network traffic in a first level of the ATC; determining information identifying the set of network traffic; determining information reserving the one or more cache lines using the information identifying the set of network traffic; writing, by the NIC, the information reserving the one or more cache lines to a second level of the ATC; receiving a request for a direct memory access, DMA, to an untranslated address corresponding to a physical address in memory of the host computing system; identifying a selected cache line in the first level of the ATC to evict using the request and the second level of the ATC; writing the untranslated address and the physical address in the selected cache line; and performing the DMA using the physical address. receiving a request to reserve one or more cache lines for a set of network traffic in a first level of the ATC; determining information identifying the set of network traffic; determining information reserving the one or more cache lines using the information identifying the set of network traffic; writing, by the NIC, the information reserving the one or more cache lines to a second level of the ATC; receiving a request for a direct memory access, DMA, to an untranslated address corresponding to a physical address in memory of the host computing system; identifying a selected cache line in the first level of the ATC to evict using the request and the second level of the ATC; writing the untranslated address and the physical address in the selected cache line; and performing the DMA using the physical address.
An orthopedic device comprising: a targeting member having an elongated body along a first longitudinal axis, the targeting member couplable to an intramedullary implant such that the first longitudinal axis is parallel to the intramedullary implant, the targeting member including a first bore extending along a second longitudinal axis through the elongated body, the first and second longitudinal axes (A and B) defining a first plane; an elongated guiding member passing through the first bore and movable relative to the first longitudinal axis; and an adjustment member coupled to the elongated body and operable to change an orientation of the guiding member relative to the first longitudinal axis- in the first plane, characterized in that the first bore has a cross-section elongated in the direction of the first longitudinal axis. a targeting member having an elongated body along a first longitudinal axis, the targeting member couplable to an intramedullary implant such that the first longitudinal axis is parallel to the intramedullary implant, the targeting member including a first bore extending along a second longitudinal axis through the elongated body, the first and second longitudinal axes (A and B) defining a first plane; an elongated guiding member passing through the first bore and movable relative to the first longitudinal axis; and an adjustment member coupled to the elongated body and operable to change an orientation of the guiding member relative to the first longitudinal axis- in the first plane, characterized in that the first bore has a cross-section elongated in the direction of the first longitudinal axis.
An alarm valve station for a fire alarm system, having an alarm valve, in particular a wet alarm valve, having an extinguishing fluid inlet and an extinguishing fluid outlet, wherein the alarm valve is configured to selectively release or block the extinguishing fluid flow between the extinguishing fluid inlet and the extinguishing fluid outlet, a pressure sensor which is in fluid communication with the alarm valve and which is configured to detect a change in pressure and to convert this into an electrical alarm signal, and an alarm delay device for delaying the alarm signal, characterized in that the alarm delay device is an electrical alarm delay device and is in signal-communication with the pressure sensor.
A delayed release drug formulation for oral administration to deliver a drug to the colon of a subject, said formulation comprising a core and a coating for the core, the core comprising a drug and the coating comprising an outer layer and an inner layer, wherein the outer layer comprises a mixture of a polysaccharide which is susceptible to attack by colonic bacteria and an enteric polymethacrylate polymer having a pH threshold from pH 5.5 to no more than 7.2 in a ratio in a range from 10:90 to 60:40, and wherein the inner layer comprises a third polymeric material which is a non-ionic polymer that is soluble in intestinal fluid, a buffer agent, and a base.
A vehicle air cleaner configured to be attached to a vehicle appearance component having an opening via a waterproofing member, the vehicle air cleaner comprising: the waterproofing member; an air blowing mechanism configured to send out air to be ejected to an object to be cleaned; and a motor configured to drive the air blowing mechanism, wherein the motor is disposed in an area that is waterproofed by the waterproofing member and the vehicle appearance component, and wherein the air blowing mechanism is disposed in an area that is not waterproofed by the waterproofing member and the vehicle appearance component. the waterproofing member; an air blowing mechanism configured to send out air to be ejected to an object to be cleaned; and a motor configured to drive the air blowing mechanism, wherein the motor is disposed in an area that is waterproofed by the waterproofing member and the vehicle appearance component, and wherein the air blowing mechanism is disposed in an area that is not waterproofed by the waterproofing member and the vehicle appearance component.
A method at a domain controller (112, 810) embedded in a vehicle for software update control the method comprising: sending, from the domain controller to a source of a software update package, a request for the software update package, the request being signed by the domain controller; receiving, at the domain controller from the source of the software update package, the software update package, wherein receiving the software update package is based upon the request from the domain controller; verifying, at the domain controller, that the source of the software update package is associated with a certificate signed by an original equipment manufacturer, OEM; unbundling the software update package into at least one software update, each of the at least one software update being destined for a control unit in the vehicle managed by the domain controller; signing each of the at least one software update; and forwarding (530, 532, 534) each signed software update to the control unit (120, 114, 116) for which the software update is destined. sending, from the domain controller to a source of a software update package, a request for the software update package, the request being signed by the domain controller; receiving, at the domain controller from the source of the software update package, the software update package, wherein receiving the software update package is based upon the request from the domain controller; verifying, at the domain controller, that the source of the software update package is associated with a certificate signed by an original equipment manufacturer, OEM; unbundling the software update package into at least one software update, each of the at least one software update being destined for a control unit in the vehicle managed by the domain controller; signing each of the at least one software update; and forwarding (530, 532, 534) each signed software update to the control unit (120, 114, 116) for which the software update is destined.
A method for processing trunking communication service, comprising: a user equipment receiving a trunking communication service request message sent by a trunking core network device, wherein the trunking communication service request message comprises a service type identifier; and the user equipment determining whether to receive the trunking communication service according to the service type identifier. a user equipment receiving a trunking communication service request message sent by a trunking core network device, wherein the trunking communication service request message comprises a service type identifier; and the user equipment determining whether to receive the trunking communication service according to the service type identifier.
A medical device comprising: (a) an elongated tubular body with a proximal and distal end; (b) at least one expandable element at the distal end of the elongated tubular body; and (c) an expandable tubular sleeve surrounding at least a portion of the expandable element, said expandable tubular sleeve comprising a first portion that is compressed to a first longitudinal compression ratio having a first radial strength and a second portion that is compressed to a second longitudinal compression ratio which differs from the first longitudinal compression ratio and having a second radial strength which differs from the first radial strength, the expandable tubular sleeve consisting of a polymer having a node and a fibril micro-structure; wherein the first and second portions of the expandable tubular sleeve have a uniform wall thickness prior to expansion, and wherein the first and second portions of the expandable tubular sleeve are a single continuous material. (a) an elongated tubular body with a proximal and distal end; (b) at least one expandable element at the distal end of the elongated tubular body; and (c) an expandable tubular sleeve surrounding at least a portion of the expandable element, said expandable tubular sleeve comprising a first portion that is compressed to a first longitudinal compression ratio having a first radial strength and a second portion that is compressed to a second longitudinal compression ratio which differs from the first longitudinal compression ratio and having a second radial strength which differs from the first radial strength, the expandable tubular sleeve consisting of a polymer having a node and a fibril micro-structure;
A method for securing data having a plurality of fields, wherein the data is header data and wherein the plurality of fields are fields of a data block header that identifies and describes a block, said fields being created by a memory manager and used by the memory manager to manage the memory of a computer, the method comprising: grouping the plurality of fields into at least a first group and a second group; in response to grouping the plurality of fields, rearranging the at least two fields of the first group; generating a first identifier for the first group and a second identifier for the second group, wherein the first identifier is a checksum; encoding the first group; and encoding the second group; wherein the first identifier is encoded with the first group, and wherein the first group and first identifier are encoded using a first encryption algorithm and the second group is encoded using a second different encryption algorithm. grouping the plurality of fields into at least a first group and a second group; in response to grouping the plurality of fields, rearranging the at least two fields of the first group; generating a first identifier for the first group and a second identifier for the second group, wherein the first identifier is a checksum; encoding the first group; and encoding the second group; wherein the first identifier is encoded with the first group, and wherein the first group and first identifier are encoded using a first encryption algorithm and the second group is encoded using a second different encryption algorithm.
A resonant sensor including a support, a proof body suspended from the support and having a resonant frequency ωa, means for measuring a force including at least one resonator of resonant frequency ω rn, said force being applied by the proof body, and a mechanical decoupling structure interposed between the proof body and the resonator, said decoupling structure including a decoupling mass, a first connecting element between the decoupling mass and the proof body, a second connecting element between the decoupling mass and the resonator, the decoupling structure having a main vibration mode whose resonant frequency ω d is such that ωa <ω d < ω rn, said mechanical decoupling structure forming a mechanical lowpass filter between the proof body and the resonator.
An information processing system comprising: circuitry configured to control reproduction of content recorded to a Blu-ray disc; control reading, from the Blu-ray disc, first content information indicating whether an initial output mode at a start of reproduction is 4K or 2K, and second content information indicating whether 4K content is recorded to the Blu-ray disc wherein the first and second content information are contained in an index table and said first content information corresponds to an "initial_4K_output_preference" one bit flag and said second content information corresponds to a "4K_content_exist_flag" one bit flag; output a notification based on the initial output mode at start of reproduction indicated by the first content information and based on the second content information, identify whether a display device is 4K compatible; and wherein the notification is output as a message to be displayed by the display device based on the initial output mode at start of reproduction, the second content information and a result of the identification. control reproduction of content recorded to a Blu-ray disc; control reading, from the Blu-ray disc, first content information indicating whether an initial output mode at a start of reproduction is 4K or 2K, and second content information indicating whether 4K content is recorded to the Blu-ray disc wherein the first and second content information are contained in an index table and said first content information corresponds to an "initial_4K_output_preference" one bit flag and said second content information corresponds to a "4K_content_exist_flag" one bit flag; output a notification based on the initial output mode at start of reproduction indicated by the first content information and based on the second content information, identify whether a display device is 4K compatible; and wherein the notification is output as a message to be displayed by the display device based on the initial output mode at start of reproduction, the second content information and a result of the identification.
An information transmission method, applied in a terminal device, comprising: determining first assistance information, wherein the first assistance information indicates a configuration parameter requested by the terminal device to be configured by a first network device, wherein the first assistance information comprises power consumption assistance information which indicates to reduce power consumption of the terminal device; and sending the first assistance information to a second network device, wherein the first assistance information is forwarded by the second network device to the first network device, wherein the configuration parameter for the terminal device is based on the first assistance information, and wherein the first network device is a secondary node device in dual connectivity, the second network device is a master node device in dual connectivity; wherein the first assistance information further comprises at least one of the following parameter information: a processing latency of the terminal device, a discontinuous reception DRX configuration parameter of the terminal device, a physical downlink control channel PDCCH monitoring parameter of the terminal device, a search space configuration parameter of the terminal device, a maximum quantity of blind detection times of the terminal device, a measurement-related parameter of the terminal device, or a RRC connection release request parameter determining first assistance information, wherein the first assistance information indicates a configuration parameter requested by the terminal device to be configured by a first network device, wherein the first assistance information comprises power consumption assistance information which indicates to reduce power consumption of the terminal device; and sending the first assistance information to a second network device, wherein the first assistance information is forwarded by the second network device to the first network device, wherein the configuration parameter for the terminal device is based on the first assistance information, and wherein the first network device is a secondary node device in dual connectivity, the second network device is a master node device in dual connectivity; wherein the first assistance information further comprises at least one of the following parameter information: a processing latency of the terminal device, a discontinuous reception DRX configuration parameter of the terminal device, a physical downlink control channel PDCCH monitoring parameter of the terminal device, a search space configuration parameter of the terminal device, a maximum quantity of blind detection times of the terminal device, a measurement-related parameter of the terminal device, or a RRC connection release request parameter
A method comprising fluidic machining at least a portion of a flow element to obtain a surface roughness, characterised by a surface roughness of no more than 20 R A microns; inspecting the portion of the flow element; and after fluidic machining, super polishing the portion of the flow element to obtain a surface roughness of no more than 10 R A microns. fluidic machining at least a portion of a flow element to obtain a surface roughness, characterised by a surface roughness of no more than 20 R A microns; inspecting the portion of the flow element; and after fluidic machining, super polishing the portion of the flow element to obtain a surface roughness of no more than 10 R A microns.
A bearing comprising an electrically conductive sleeve and a self-lubricating liner wherein: the electrically conductive sleeve comprises a first portion and a second portion, the first portion and the second portion having respectively an inner surface (206,212) and an outer surface (210,218); the self-lubricating liner extends over the inner surface of the first portion of the electrically conductive sleeve to define a first tubular volume, the first tubular volume having a first diameter and a first longitudinal axis; and the inner surface of the second portion of the electrically conductive sleeve defines a second tubular volume, wherein when the bearing is in use, the second tubular volume has the same diameter and the same longitudinal axis as the first tubular volume; characterised in that, when the bearing is in use, the outer surface of the first portion of the electrically conductive sleeve radially extends further from the first longitudinal axis than the outer surface of the second portion of the electrically conductive sleeve. the electrically conductive sleeve comprises a first portion and a second portion, the first portion and the second portion having respectively an inner surface (206,212) and an outer surface (210,218); the self-lubricating liner extends over the inner surface of the first portion of the electrically conductive sleeve to define a first tubular volume, the first tubular volume having a first diameter and a first longitudinal axis; and the inner surface of the second portion of the electrically conductive sleeve defines a second tubular volume, wherein when the bearing is in use, the second tubular volume has the same diameter and the same longitudinal axis as the first tubular volume; characterised in that, when the bearing is in use, the outer surface of the first portion of the electrically conductive sleeve radially extends further from the first longitudinal axis than the outer surface of the second portion of the electrically conductive sleeve.
A method for producing a water jacket spacer that is assembled into the inside of a water jacket provided in a water-cooled internal combustion engine in order to control the flow of cooling water, wherein the water jacket spacer has a side wall part in which a plurality of arc-like peripheral surface parts are connected through a waist part; a prescribed resin material is injection molded by using a molding die for injection molding; and after mold opening and ejecting, cooling is done while leaving a runner being connected to gates in a shape of teeth of a comb, and thereafter, the runner is cut off, characterized in that the prescribed resin material is injection molded by using a molding die for injection molding in which resin flow channels are designed so that a plurality of the gates are arranged along the longitudinal direction at a position corresponding to the outer peripheral surface of the side wall part and corresponding to the arc-like peripheral surface parts or the waist part, the outer peripheral surface of the side wall being a surface of the side wall opposite a surface of the side wall facing a bore wall of the water-cooled internal combustion engine when the water jacket spacer is assembled into the inside of a water jacket.