mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a User Equipment, UE, for controlling communications between the UE and a base station in a radio access network, RAN, the UE comprising one or more transceivers, each having a corresponding receiver, the UE configured with one or more serving cells for communicating with the RAN, said one or more serving cells comprising a Primary serving Cell, PCell, the method comprising: monitoring the RAN on a specific serving cell of said one or more serving cells using a first receiver of the one or more transceivers; and sending a tune-out message to the base station in the RAN, the message configured to: indicate, to the base station, a temporary tune-out from the RAN on at least one receiver of the one or more transceivers; and indicate, to the base station, an impact on the one or more serving cells when the UE performs the temporary tune-out; and identify which of the one or more serving cells will be affected by the temporary tune-out, wherein the impact on the one or more serving cells is indicated using a Media Access Control, MAC, Control Element, CE, that includes information as to whether or not the PCell will be affected by the temporary tune-out. monitoring the RAN on a specific serving cell of said one or more serving cells using a first receiver of the one or more transceivers; and sending a tune-out message to the base station in the RAN, the message configured to: indicate, to the base station, a temporary tune-out from the RAN on at least one receiver of the one or more transceivers; and indicate, to the base station, an impact on the one or more serving cells when the UE performs the temporary tune-out; and identify which of the one or more serving cells will be affected by the temporary tune-out, wherein the impact on the one or more serving cells is indicated using a Media Access Control, MAC, Control Element, CE, that includes information as to whether or not the PCell will be affected by the temporary tune-out. indicate, to the base station, a temporary tune-out from the RAN on at least one receiver of the one or more transceivers; and indicate, to the base station, an impact on the one or more serving cells when the UE performs the temporary tune-out; and identify which of the one or more serving cells will be affected by the temporary tune-out, wherein the impact on the one or more serving cells is indicated using a Media Access Control, MAC, Control Element, CE, that includes information as to whether or not the PCell will be affected by the temporary tune-out.
A rebreathing apparatus comprising: a human-torso-wearing configured vest having a first frontal portion and a second front portion joined by a back portion such that an internal air tight cavity exists within the vest, the cavity being divided into a series of passageways that form a channel, the channel having a commencement point and a termination point, the cavity bounded by an inner layer and an outer layer; a first inlet port located on the first front portion of the vest and the channel commencement point; an outlet port located on the second front portion of the vest at the channel termination point; a tube having a first end connected to the first inlet port and an opposing second end attached to the outlet port, the tube having an opening disposed along its length; a first check valve disposed within the tube between the opening and the first inlet port; and a second check valve disposed within the tube between the opening and the outlet port, characterised in that the channel is a single continuous channel that passes through the first front portion, the second front portion and the back portion, and in that the rebreathing apparatus further comprises a carbon dioxide scrubbing material removably disposed within the first front portion, the second front portion and the back portion of the channel. a human-torso-wearing configured vest having a first frontal portion and a second front portion joined by a back portion such that an internal air tight cavity exists within the vest, the cavity being divided into a series of passageways that form a channel, the channel having a commencement point and a termination point, the cavity bounded by an inner layer and an outer layer; a first inlet port located on the first front portion of the vest and the channel commencement point; an outlet port located on the second front portion of the vest at the channel termination point; a tube having a first end connected to the first inlet port and an opposing second end attached to the outlet port, the tube having an opening disposed along its length; a first check valve disposed within the tube between the opening and the first inlet port; and a second check valve disposed within the tube between the opening and the outlet port, characterised in that the channel is a single continuous channel that passes through the first front portion, the second front portion and the back portion, and in that the rebreathing apparatus further comprises a carbon dioxide scrubbing material removably disposed within the first front portion, the second front portion and the back portion of the channel.
A user equipment for reconfiguring an uplink-downlink, UL-DL, time-division duplexing, TDD, configuration timing, having computer circuitry configured to: decode a physical downlink control channel, PDCCH, for downlink control information, DCI, including a timing indication field that indicates a channel timing; reconfigure a channel timing for a semi-static UL-DL TDD configuration using the channel timing indicated in the timing indication field of the DCI, wherein the channel timing for the semi-static UL-DL TDD configuration is a physical downlink shared channel, PDSCH, hybrid automatic repeat request, HARQ, timing, a physical uplink shared channel, PUSCH, scheduling timing, a PUSCH HARQ timing, or a combination thereof; and wherein the timing indication field uses 1-bit to indicate one of two predefined channel timings for the semi-static uplink-downlink TDD configuration. decode a physical downlink control channel, PDCCH, for downlink control information, DCI, including a timing indication field that indicates a channel timing; reconfigure a channel timing for a semi-static UL-DL TDD configuration using the channel timing indicated in the timing indication field of the DCI, wherein the channel timing for the semi-static UL-DL TDD configuration is a physical downlink shared channel, PDSCH, hybrid automatic repeat request, HARQ, timing, a physical uplink shared channel, PUSCH, scheduling timing, a PUSCH HARQ timing, or a combination thereof; and wherein the timing indication field uses 1-bit to indicate one of two predefined channel timings for the semi-static uplink-downlink TDD configuration.
A lead needle and lead slime separator for treating a thin lead grid of a waste lead-acid storage battery, wherein the lead needle and lead slime separator comprises: a barrel body, corrosion-resistant and wear-resistant balls, a feed device, a bracket device, a discharge device and a driver; a feed hole is arranged at one end of the barrel body, a discharge hole is arranged at the other end of the barrel body; the feed device is arranged at the feed hole, and the discharge device is arranged at the discharge hole; the bracket device is connected to the barrel body, the driver is connected to the barrel body, and the corrosion-resistant and wear-resistant balls are arranged in the barrel body; characterized in that the discharge device comprises: an outer discharge flushing water pipe, a sorting screen, an inner discharge flushing water pipe, a lead slime chute and a lead needle chute; one end of the sorting screen is connected with a waterstop ring of the barrel body, and the other end of the sorting screen is a thin lead grid and lead needle outlet; a diameter of the sorting screen at an end of the thin lead grid and lead needle outlet is larger than the diameter of the sorting screen at an end connected with the waterstop ring; the outer discharge flushing water pipe is arranged at an upper end outside the sorting screen; the inner discharge flushing water pipe is arranged in the sorting screen; spraying distances of the outer discharge flushing water pipe and the inner discharge flushing water pipe are both equal to a length of the sorting screen; the lead slime chute is arranged at a bottom outside the sorting screen; the lead needle chute is arranged below the thin lead grid and lead needle outlet of the sorting screen.
An apparatus to print on media moved along a media path, comprising: a substrate having liquid feed slots (72A - 72D) formed therein extending along a major dimension of the substrate and nozzles extending along opposite sides of each of the liquid feed slots (72A - 72D); and an electrical interconnect (28A - 28H) formed on the substrate along the major dimension adjacent a last one of the liquid feed slots, wherein the substrate has the electrical interconnect on one side thereof only; wherein a first one of the liquid feed slots (72A - 72D) opposite the last liquid feed slot and farthest from the electrical interconnect (28A - 28H) supplies an ink using a higher drop volume than inks in other ones of the liquid feed slots (72A - 72C); and wherein the last liquid feed slot supplies an ink having a higher contrast with the ink in the first liquid feed slot than with inks in other ones (72B, 72C) of the liquid feed slots (72A- 72D). a substrate having liquid feed slots (72A - 72D) formed therein extending along a major dimension of the substrate and nozzles extending along opposite sides of each of the liquid feed slots (72A - 72D); and an electrical interconnect (28A - 28H) formed on the substrate along the major dimension adjacent a last one of the liquid feed slots, wherein the substrate has the electrical interconnect on one side thereof only; wherein a first one of the liquid feed slots (72A - 72D) opposite the last liquid feed slot and farthest from the electrical interconnect (28A - 28H) supplies an ink using a higher drop volume than inks in other ones of the liquid feed slots (72A - 72C); and wherein the last liquid feed slot supplies an ink having a higher contrast with the ink in the first liquid feed slot than with inks in other ones (72B, 72C) of the liquid feed slots (72A- 72D).
A curable composition to be used to produce a polyurethane foam, the curable composition comprising: an isocyanate group-containing urethane pre-polymer that has an oxyalkylene ether skeleton and no siloxane skeleton; and an isocyanate group-containing urethane pre-polymer that has a siloxane skeleton and an oxyalkylene ether skeleton, wherein the urethane pre-polymer has the oxyalkylene ether skeleton having the isocyanate group bonded thereto, and the siloxane skeleton having the oxyalkylene ether skeletons bonded to both sides thereof, wherein the urethane pre-polymer has the siloxane skeleton and the oxyalkylene ether skeleton bonded to each other through an alkylene skeleton, and/or a urethane bond or a urea bond, wherein the NCO content of the urethane pre-polymer is 0.5 to 10% by mass and the NCO content of the urethane pre-polymer is 0.5 to 10% by mass. an isocyanate group-containing urethane pre-polymer that has an oxyalkylene ether skeleton and no siloxane skeleton; and an isocyanate group-containing urethane pre-polymer that has a siloxane skeleton and an oxyalkylene ether skeleton, wherein the urethane pre-polymer has the oxyalkylene ether skeleton having the isocyanate group bonded thereto, and the siloxane skeleton having the oxyalkylene ether skeletons bonded to both sides thereof, wherein the urethane pre-polymer has the siloxane skeleton and the oxyalkylene ether skeleton bonded to each other through an alkylene skeleton, and/or a urethane bond or a urea bond, wherein the NCO content of the urethane pre-polymer is 0.5 to 10% by mass and the NCO content of the urethane pre-polymer is 0.5 to 10% by mass.
A mobile stand for an object to be held, comprising a stand element for stationary installation of the stand on a ground in a standing position, a roller carrier having at least three rollers which are configured to roll in a traveling position on the ground in that the stand is mobile, a mount, via which the object to be held can be coupled to the stand, and an actuating device, with which the stand element can be displaced between the standing position and the traveling position, wherein the mount is fastened to the roller carrier, wherein the actuating device is supported on the roller carrier and is designed to exert a first force on the stand element, said first force pointing in a first vertical direction at least approximately perpendicularly to the ground and displacing the stand element in the direction of the ground into the standing position, wherein in the standing position the stand element is seated on the ground and the roller carrier is relieved in a second vertical direction which is opposite the first vertical direction, wherein at least one return element is arranged between the stand element and the roller carrier in that the stand element and the roller carrier are directly coupled to one another via the return element, wherein the return element exerts a return force on the stand element in the direction of the second vertical direction which is dimensioned in that the stand element is held by the return force in the traveling position, wherein the actuating device comprises a lever which can be swiveled about a fulcrum point, said lever being hinged to the roller carrier, characterized in that in a perpendicular position of a force arm of the lever, the stand element is held in an inherently stable manner by a load arm of the lever in the standing position in that the stand element of the mobile stand stands on the ground, and in an inclined position of the force arm, the load arm releases the stand element in that the at least one return element holds the stand element at a predefined distance from the ground in the traveling position.
A transfer film comprising a substrate and a protective layer peelably provided on the substrate, wherein: the protective layer comprises an active ray-cured resin; the active ray-cured resin contains a hydroxyl group-containing (meth)acrylate compound as a polymerization component, wherein the active ray-cured resin is an active ray-curable resin subjected to curing by irradiation with active ray; and the hydroxyl value of the hydroxyl group-containing (meth)acrylate compound is 20 mg KOH/g or more and 120 mg KOH/g or less. the protective layer comprises an active ray-cured resin; the active ray-cured resin contains a hydroxyl group-containing (meth)acrylate compound as a polymerization component, wherein the active ray-cured resin is an active ray-curable resin subjected to curing by irradiation with active ray; and the hydroxyl value of the hydroxyl group-containing (meth)acrylate compound is 20 mg KOH/g or more and 120 mg KOH/g or less.
A stator structure of a brushless vacuum cleaner motor, wherein the stator structure has a separated structure, and comprises a C-shaped left iron core and a C-shaped right iron core detachably connected to each other to form a horse-shoe shaped stator, wherein, each of the C-shaped left iron core and the C-shaped right iron core comprises an upper end, a lower end, and a longitudinal part connecting the upper end and the lower end, and the C-shaped left iron core and the C-shaped right iron core are both wound with a coil and are fixed to each other by welding their lower ends; and wherein the upper ends of the C-shaped left iron core and the C-shaped right iron core extend to form pole shoes, between which a rotor can be received, wherein each pole shoe comprises a front edge and a rear edge, and the front edge and the rear edge of the pole shoe are defined in the circumferential direction of an inner circle of the pole shoe, and wherein the front edge of each pole shoe is deviated counterclockwise with respect to an axis passing by the center of the inner circle of the pole shoe and parallel to the longitudinal part of the respective C-shaped iron core, in order to form a chamfer angle ranging from 30 degrees to 60 degrees, and wherein the rear edge of the pole shoe is rounded to form a rounded corner.
A system for destruction of tissue comprising: a cannula having a proximal end and a distal end and containing a plurality of tissue penetrating elongate electrodes therein, the electrodes being extendible beyond the distal end of the cannula; a shaft electrode disposed at a spacing distance from the distal end of the cannula, wherein the spacing distance is adjustable; electrical connectors including at least one electrical connector electrically coupled to at least one of the elongate electrodes, and at least one electrical connector electrically coupled to the shaft electrode; and a sheath movable relative to the shaft electrode and adapted to control exposure of the shaft electrode to patient tissue. a cannula having a proximal end and a distal end and containing a plurality of tissue penetrating elongate electrodes therein, the electrodes being extendible beyond the distal end of the cannula; a shaft electrode disposed at a spacing distance from the distal end of the cannula, wherein the spacing distance is adjustable; electrical connectors including at least one electrical connector electrically coupled to at least one of the elongate electrodes, and at least one electrical connector electrically coupled to the shaft electrode; and a sheath movable relative to the shaft electrode and adapted to control exposure of the shaft electrode to patient tissue.
Lens device for a camera of a motor vehicle including at least one lens and including a lens retainer for retaining the at least one lens, wherein the lens retainer has an adhesive area at an outside, to which an adhesive can be applied for connecting the lens device to a camera housing of the camera, characterized in that the lens retainer has an annulus like base surface and a plurality of elevations in the adhesive area, wherein each of the elevations are formed raised to the base surface and has a first adhesive surface, which is disposed substantially parallel to the radius of the base surface extending in a radial direction of the base surface along a main extension direction of the elevation, and a second adhesive surface, which is disposed substantially obliquely to the radius of the base surface, the elevations each have a first transitional area, which is disposed between the first adhesive surface and the second adhesive surface, and the first transitional area has a predetermined curvature giving the elevations a substantially smooth shape and the plurality of elevations are disposed uniformly spaced from each other along a circumferential direction of the base surface. characterized in that the lens retainer has an annulus like base surface and a plurality of elevations in the adhesive area, wherein each of the elevations are formed raised to the base surface and has a first adhesive surface, which is disposed substantially parallel to the radius of the base surface extending in a radial direction of the base surface along a main extension direction of the elevation, and a second adhesive surface, which is disposed substantially obliquely to the radius of the base surface, the elevations each have a first transitional area, which is disposed between the first adhesive surface and the second adhesive surface, and the first transitional area has a predetermined curvature giving the elevations a substantially smooth shape and the plurality of elevations are disposed uniformly spaced from each other along a circumferential direction of the base surface.
A fuel supply module comprising a mounting base member mounted on a fuel tank and having a fuel takeoff pipe projecting from an upper face, an electric pump (Ep) that is supported by the mounting base member, is housed within the fuel tank, pumps up fuel within the fuel tank, and feeds the fuel to the fuel takeoff pipe, and a regulator valve having a valve tube retained in the mounting base member and returning into the fuel tank part of the fuel discharged from the electric pump (Ep) so as to regulate the discharge pressure thereof, wherein formed on the mounting base member are a retaining tube and a surrounding wall surrounding the retaining tube via a gap, at least part of the valve tube of the regulator valve being press-fitted into the retaining tube, characterised in that the mounting base member is provided with a guide hole connected to the inner peripheral face of the retaining tube, the valve tube is provided with a guide tube portion fitted into the guide hole via a seal and a press-fit tube portion press-fitted into the inner peripheral face of the retaining tube, a leakage channel is provided between the press-fit tube portion and the retaining tube, the leakage channel making an outer peripheral face of the guide tube portion adjacent to the press-fit tube portion open outside the valve tube, and when testing the function of the fuel supply module, if the seal is not fitted, fuel on the inlet side of the regulator valve flows out via the leakage channel.
A vehicle braking control apparatus, comprising: an obstacle detection unit configured to detect an obstacle ahead of a vehicle, and to detect a distance to the obstacle from the vehicle, and a relative speed of the obstacle with respect to the vehicle; a time to collision calculation unit configured to calculate a time to collision until the vehicle collides with the obstacle, based on the distance and the relative speed; an estimated distance calculation unit configured to calculate, when the obstacle has gone out of detection by the obstacle detection unit, an estimated distance to the obstacle from the vehicle, at least based on the distance and the relative speed before the obstacle has gone out of detection by the obstacle detection unit; and a braking control unit configured to generate a braking force of the vehicle automatically when the time to collision is less than or equal to a predetermined time, characterized in that the braking control unit is further configured so as to, when the obstacle has gone out of detection by the obstacle detection unit in a state where the braking force is generated, release the state where the braking force is generated when the estimated distance is less than or equal to a predetermined threshold set less than zero, and in that the apparatus is configured to classify the obstacle into a type depending on detection precision of the distance and the relative speed by the obstacle detection unit, to set the predetermined threshold less while the detection precision is worse. an obstacle detection unit configured to detect an obstacle ahead of a vehicle, and to detect a distance to the obstacle from the vehicle, and a relative speed of the obstacle with respect to the vehicle; a time to collision calculation unit configured to calculate a time to collision until the vehicle collides with the obstacle, based on the distance and the relative speed; an estimated distance calculation unit configured to calculate, when the obstacle has gone out of detection by the obstacle detection unit, an estimated distance to the obstacle from the vehicle, at least based on the distance and the relative speed before the obstacle has gone out of detection by the obstacle detection unit; and a braking control unit configured to generate a braking force of the vehicle automatically when the time to collision is less than or equal to a predetermined time, characterized in that the braking control unit is further configured so as to, when the obstacle has gone out of detection by the obstacle detection unit in a state where the braking force is generated, release the state where the braking force is generated when the estimated distance is less than or equal to a predetermined threshold set less than zero, and in that the apparatus is configured to classify the obstacle into a type depending on detection precision of the distance and the relative speed by the obstacle detection unit, to set the predetermined threshold less while the detection precision is worse.