mhurhangee/ep-ind-claims huggingface dataset:
A control apparatus for a fluid ejection device, comprising: a plurality of selectors (212-1, 212-N) controllable by an input control signal (114, 220, 406) to produce signals for selecting respective nozzles of the fluid ejection device, wherein the plurality of selectors (212-1, 212-N) comprises a plurality of address generators (106-1, 106-2) to generate addresses for selecting the respective nozzles, a first selector of the plurality of selectors (212-1, 212-N) responsive to the input control signal (114, 220, 406) propagated over a first signal path (116-1, 408-1) to turn on a device in the first selector; a memory; a memory encoder to select a memory location in the memory, the memory encoder being responsive to the input control signal (114, 220, 406) propagated over a second signal path (116-2, 408-2) to turn on a device in the memory encoder, wherein the input control signal (114, 220, 406) is used to turn on devices in a first address generator and in the memory encoder at substantially the same time, wherein signal loading of the second signal path (116-2, 408-2) is isolated from signal loading of the first signal path (116-1, 408-1), wherein signal loading isolation is achieved by providing separate signal paths over which the input control signal (114, 220, 406) is propagated to the selectors (212-1, 212-N) and the memory encoder; characterized in that the control apparatus further comprising a second selector (212-N) of the plurality of selectors (212-1, 212-N) responsive to the input control signal (114, 220, 406) to pre-charge a node in a second address generator. a plurality of selectors (212-1, 212-N) controllable by an input control signal (114, 220, 406) to produce signals for selecting respective nozzles of the fluid ejection device, wherein the plurality of selectors (212-1, 212-N) comprises a plurality of address generators (106-1, 106-2) to generate addresses for selecting the respective nozzles, a first selector of the plurality of selectors (212-1, 212-N) responsive to the input control signal (114, 220, 406) propagated over a first signal path (116-1, 408-1) to turn on a device in the first selector; a memory; a memory encoder to select a memory location in the memory, the memory encoder being responsive to the input control signal (114, 220, 406) propagated over a second signal path (116-2, 408-2) to turn on a device in the memory encoder, wherein the input control signal (114, 220, 406) is used to turn on devices in a first address generator and in the memory encoder at substantially the same time, wherein signal loading of the second signal path (116-2, 408-2) is isolated from signal loading of the first signal path (116-1, 408-1), wherein signal loading isolation is achieved by providing separate signal paths over which the input control signal (114, 220, 406) is propagated to the selectors (212-1, 212-N) and the memory encoder; characterized in that the control apparatus further comprising a second selector (212-N) of the plurality of selectors (212-1, 212-N) responsive to the input control signal (114, 220, 406) to pre-charge a node in a second address generator.
A combination welding method of performing gas metal arc welding on a butted portion between steel plates and performing submerged-arc welding behind the gas metal arc welding, characterised in that the gas metal arc welding is performed using two or more electrodes, a wire for welding having a wire diameter in the range from 1.4 mm to 2.4 mm is used in the first electrode of the gas metal arc welding, and a current density of the first electrode is in the range from 320 to 700 A/mm 2.
A liquid-pervious composite sheet having a longitudinal direction, a transverse direction and a thickness direction being orthogonal to one another, and comprising a nonwoven fabric made of thermoplastic synthetic fibers; wherein both surfaces of a liquid-pervious sheet intersect with the thickness direction and extend in the longitudinal direction and the transverse direction; and one of the surfaces includes crests and troughs extending in the longitudinal direction and alternating in the transverse direction to form an undulated surface having repeated undulations; the other of the surfaces being formed to be a flat surface, wherein: at least in the crests, the undulated surface includes dot-like debosses formed by locally compressing the nonwoven fabric from the undulated surface toward the opposite surface thereof; the thermoplastic synthetic fibers in the nonwoven fabric more densely gather together in the debosses and in zones underlying the respective debosses than in zones surrounding the debosses wherein the fiber-form of each of the thermoplastic fibers is maintained; and a liquid-pervious fibrous layer formed of thermoplastic synthetic fibers is bonded to the opposite surface of the liquid-pervious sheet; the fibrous layer is formed with second debosses respectively aligned with the debosses in the thickness direction; and in the second debosses, the thermoplastic synthetic fibers in the fibrous layer are more densely gathered together than in zones surrounding the respective second debosses and thereby maintain the fiber configuration of the thermoplastic synthetic fibers. at least in the crests, the undulated surface includes dot-like debosses formed by locally compressing the nonwoven fabric from the undulated surface toward the opposite surface thereof; the thermoplastic synthetic fibers in the nonwoven fabric more densely gather together in the debosses and in zones underlying the respective debosses than in zones surrounding the debosses wherein the fiber-form of each of the thermoplastic fibers is maintained; and a liquid-pervious fibrous layer formed of thermoplastic synthetic fibers is bonded to the opposite surface of the liquid-pervious sheet; the fibrous layer is formed with second debosses respectively aligned with the debosses in the thickness direction; and in the second debosses, the thermoplastic synthetic fibers in the fibrous layer are more densely gathered together than in zones surrounding the respective second debosses and thereby maintain the fiber configuration of the thermoplastic synthetic fibers.
A scorecard for game of golf, the scorecard comprising eighteen movable indicator devices for recording the number of golf strokes used in each golf hole played, wherein the scorecard is provided with at least one further rotatable indicator device to be able to indicate a marker of a player, and a player indicator, and wherein both the rotatable marker indicator and the player indicator are designed for optical reading, wherein the rotatable indicator device is provided with printed numerals.
A fastener cartridge for use with a fastening instrument to fasten tissue, said fastener cartridge comprising: a cartridge body including a deck and a plurality of cavities; fasteners removably stored in said cavities, wherein said fasteners are deployable from said cavities during a firing stroke of the fastening instrument; a deployable tissue engaging member movably positioned in one of said cavities, wherein said tissue engaging member is movable between an undeployed position and a deployed position to engage the tissue during the firing stroke of the fastening instrument; and a sled configured to eject said fasteners from said cartridge body during the firing stroke of the fastening instrument, characterised in that said sled is also configured to deploy said tissue engaging member during the firing stoke of the fastening instrument, wherein said sled comprises a first ramp configured to lift said fasteners and a second ramp configured to lift said tissue engaging member, such that said tissue engaging member reaches its deployed position and ceases to move before the ejection of the fastener removably stored in the same cavity is complete. a cartridge body including a deck and a plurality of cavities; fasteners removably stored in said cavities, wherein said fasteners are deployable from said cavities during a firing stroke of the fastening instrument; a deployable tissue engaging member movably positioned in one of said cavities, wherein said tissue engaging member is movable between an undeployed position and a deployed position to engage the tissue during the firing stroke of the fastening instrument; and a sled configured to eject said fasteners from said cartridge body during the firing stroke of the fastening instrument, characterised in that said sled is also configured to deploy said tissue engaging member during the firing stoke of the fastening instrument, wherein said sled comprises a first ramp configured to lift said fasteners and a second ramp configured to lift said tissue engaging member, such that said tissue engaging member reaches its deployed position and ceases to move before the ejection of the fastener removably stored in the same cavity is complete.
A method of selecting digital assets (DAs) for a shared DA library, the method comprising: initiating, by an end-user device of a first participant of the shared DA library, a camera session; identifying, by the end-user device during the camera session, a sharable DA trigger, the sharable DA trigger being generated by a processor of the end-user device; capturing, by a camera of the end-user device, a DA during the camera session after identifying the sharable DA trigger; and selecting, by the end-user device, the captured DA for the shared DA library based on the identified sharable DA trigger. initiating, by an end-user device of a first participant of the shared DA library, a camera session; identifying, by the end-user device during the camera session, a sharable DA trigger, the sharable DA trigger being generated by a processor of the end-user device; capturing, by a camera of the end-user device, a DA during the camera session after identifying the sharable DA trigger; and selecting, by the end-user device, the captured DA for the shared DA library based on the identified sharable DA trigger.
A method for reconfiguring antennas of a terminal in a wireless communication system, comprising: transmitting, by the terminal, an antenna reconfiguration request to a base station; receiving, by the terminal from the base station, an authorization message indicating whether the antenna reconfiguration request is authorized; and transmitting, by the terminal, antenna reconfiguration information to the base station when the antenna reconfiguration request is authorized, characterised in that the antenna reconfiguration information includes information on an antenna virtualization pattern including a number of one or more physical antennas mapped to one virtual antenna, and the number of one or more physical antennas mapped to one virtual antenna is determined, by the terminal, according to moving speed of the terminal and moving direction of the terminal. transmitting, by the terminal, an antenna reconfiguration request to a base station; receiving, by the terminal from the base station, an authorization message indicating whether the antenna reconfiguration request is authorized; and transmitting, by the terminal, antenna reconfiguration information to the base station when the antenna reconfiguration request is authorized, characterised in that the antenna reconfiguration information includes information on an antenna virtualization pattern including a number of one or more physical antennas mapped to one virtual antenna, and the number of one or more physical antennas mapped to one virtual antenna is determined, by the terminal, according to moving speed of the terminal and moving direction of the terminal.
A disposable absorbent garment having front and rear portions (412,414), a crotch portion, and first and second side edges (415,416), the disposable absorbent garment comprising: a first substrate layer extending from the front to the rear portion; a first elastomeric material coupled to at least a portion of the first substrate layer to form an elastomeric composite, wherein the first elastomeric material is a stretch adhesive; a first leg opening, a second leg opening, and a waist opening, wherein the first elastomeric material extends along both the first and second leg openings and the waist opening; and an insert assembly having at least an absorbent core comprising a liquid-absorbing material, the insert assembly positioned along the crotch portion and coupled to the elastomeric composite. a first substrate layer extending from the front to the rear portion; a first elastomeric material coupled to at least a portion of the first substrate layer to form an elastomeric composite, wherein the first elastomeric material is a stretch adhesive; a first leg opening, a second leg opening, and a waist opening, wherein the first elastomeric material extends along both the first and second leg openings and the waist opening; and an insert assembly having at least an absorbent core comprising a liquid-absorbing material, the insert assembly positioned along the crotch portion and coupled to the elastomeric composite.
A method for the manufacture of a prophylactic article, in particular of a glove, from a (carboxylated) diene rubber, according to which at least one layer of a (carboxylated) diene latex is applied on a former and the (carboxylated) diene latex is cross-linked with a cross-linking agent, characterized in that a mercapto-functional siloxane polymer is used as cross-linking agent.
Method for gas-tight packing of objects with film close to the objects that can be deep-drawn using a vacuum, wherein the object is placed in a tray and for sealing the tray the film that can be deep-drawn is connected to the tray, characterised in that a tray with at least one peripheral edge is used for forming the packaging, in that the film that can be deep-drawn is applied in a gas-tight manner onto the peripheral edge and exclusively the film that can be deep-drawn is then cut to a smaller size than the peripheral edge, wherein an overpressure is formed on the side remote from the tray in the surrounding region of the film that can be deep-drawn.
A method of monitoring a wind turbine having an electrical component (26,28,31,32,38,40), the method comprising: obtaining a first exterior temperature associated with the electrical component; obtaining a power loss of the electrical component at current operating variables; executing a first thermal model describing the electrical component to determine at least one internal temperature of the electrical component, the first thermal model being executed based on the obtained first exterior temperature and the obtained power loss; characterized in that obtaining a second exterior temperature associated with the electrical component; and, executing a second thermal model describing the electrical component to predict a future thermal condition of the electrical component to monitor operation of the wind turbine, the second thermal model being executed based on the determined at least one internal temperature and the obtained second exterior temperature. obtaining a first exterior temperature associated with the electrical component; obtaining a power loss of the electrical component at current operating variables; executing a first thermal model describing the electrical component to determine at least one internal temperature of the electrical component, the first thermal model being executed based on the obtained first exterior temperature and the obtained power loss; characterized in that obtaining a second exterior temperature associated with the electrical component; and, executing a second thermal model describing the electrical component to predict a future thermal condition of the electrical component to monitor operation of the wind turbine, the second thermal model being executed based on the determined at least one internal temperature and the obtained second exterior temperature.
Method for producing a single segment rotor for an electric machine by - providing a shaft, - arranging a number of laminated core segments at a distance from one another in each case over the periphery of the shaft and - arranging a permanent magnet between each two of the laminated core segments in each case, - fastening a sleeve device to the shaft and - connecting the sleeve device to the laminated core segments in a material-bonded manner so that the laminated core segments are held on the shaft, characterised in that the sleeve device consists of a number of segments, wherein the segments each have a cross-shaped cross-section. - providing a shaft, - arranging a number of laminated core segments at a distance from one another in each case over the periphery of the shaft and - arranging a permanent magnet between each two of the laminated core segments in each case, - fastening a sleeve device to the shaft and - connecting the sleeve device to the laminated core segments in a material-bonded manner so that the laminated core segments are held on the shaft,
A docking device for docking a prosthetic valve at a native heart valve, the docking device comprising: a first coil comprising a proximal end, a distal end, and a plurality of turns that extend between the proximal end and the distal end, wherein the plurality of turns defines an inner space; a second coil comprising at least one turn; and wherein a portion of the first coil is in contact with a portion of the second coil (220; 320) and the first coil is made thicker and/or more rigid compared to the second coil, wherein the second coil is connected to the first coil at or near the proximal end of the first coil, wherein the second coil extends away from the first coil and towards the distal end of the first coil. a first coil comprising a proximal end, a distal end, and a plurality of turns that extend between the proximal end and the distal end, wherein the plurality of turns defines an inner space; a second coil comprising at least one turn; and wherein a portion of the first coil is in contact with a portion of the second coil (220; 320) and the first coil is made thicker and/or more rigid compared to the second coil, wherein the second coil is connected to the first coil at or near the proximal end of the first coil, wherein the second coil extends away from the first coil and towards the distal end of the first coil.
A firearm having an aim-compensation system, comprising a firearm having a barrel, wherein the firearm is configured to fire a projectile; a sensor disposed on the firearm that is configured to determine an orientation of the firearm; a control unit configured to determine an intended point-of-aim of the firearm and an actual point-of-aim of the firearm based on the orientation of the firearm as determined by the sensor, wherein the control unit determines a differential of the intended point-of-aim and the actual point-of-aim; and a muzzle device arranged on the barrel of the firearm, wherein the muzzle device is in communication with the control unit, and wherein, when the projectile is fired, the muzzle device is configured to direct a gas toward the projectile in an amount and direction based on the differential determined by the control unit so as to exert an aerodynamic force on the projectile to alter the trajectory of the projectile towards the intended point-of-aim. a firearm having a barrel, wherein the firearm is configured to fire a projectile; a sensor disposed on the firearm that is configured to determine an orientation of the firearm; a control unit configured to determine an intended point-of-aim of the firearm and an actual point-of-aim of the firearm based on the orientation of the firearm as determined by the sensor, wherein the control unit determines a differential of the intended point-of-aim and the actual point-of-aim; and a muzzle device arranged on the barrel of the firearm, wherein the muzzle device is in communication with the control unit, and wherein, when the projectile is fired, the muzzle device is configured to direct a gas toward the projectile in an amount and direction based on the differential determined by the control unit so as to exert an aerodynamic force on the projectile to alter the trajectory of the projectile towards the intended point-of-aim.
A strain gauge holder comprising: a holder body configured to be mounted on a side surface of a cylindrical object-to-be-measured; one or more gauge pressing members for pressing strain gauges against the side surface of the object-to-be-measured; and one ore more feed mechanisms for giving a pressing forces to the gauge pressing members, wherein the holder body includes two or more bracket members, each of the bracket members includes a mating surface for forming an opening in which the object-to-be-measured is to be positioned, all of the bracket members of which mating surfaces are mated with each other_are coupled to each other through fastening members to form the opening, the object-to-be-measured is to be positioned in the opening, the holder body being configured to be mounted on the object-to-be-measured, wherein at least one of the bracket members includes one or more guide grooves for guiding the gauge pressing member, characterized in that feed mechanism includes a threaded hole provided in a back surface of the gauge pressing member which is restrained from freely rotating in the guide groove, a bushing having a flange and inserted into a through hole formed in the bracket member, and a feed screw threadedly inserted into the bushing, the feed screw threadedly inserted into the bushing is threadedly inserted into the threaded hole formed in the back surface of the gauge pressing member to feed the gauge pressing member in the guide groove, and the strain gauge is pressed against the side surface of the object-to-be-measured. a holder body configured to be mounted on a side surface of a cylindrical object-to-be-measured; one or more gauge pressing members for pressing strain gauges against the side surface of the object-to-be-measured; and one ore more feed mechanisms for giving a pressing forces to the gauge pressing members, wherein the holder body includes two or more bracket members, each of the bracket members includes a mating surface for forming an opening in which the object-to-be-measured is to be positioned, all of the bracket members of which mating surfaces are mated with each other_are coupled to each other through fastening members to form the opening, the object-to-be-measured is to be positioned in the opening, the holder body being configured to be mounted on the object-to-be-measured, wherein at least one of the bracket members includes one or more guide grooves for guiding the gauge pressing member, characterized in that feed mechanism includes a threaded hole provided in a back surface of the gauge pressing member which is restrained from freely rotating in the guide groove, a bushing having a flange and inserted into a through hole formed in the bracket member, and a feed screw threadedly inserted into the bushing, the feed screw threadedly inserted into the bushing is threadedly inserted into the threaded hole formed in the back surface of the gauge pressing member to feed the gauge pressing member in the guide groove, and the strain gauge is pressed against the side surface of the object-to-be-measured.