mhurhangee/ep-ind-claims huggingface dataset:
A method for indicating occupation relating to a Semi-Persistent Scheduling, SPS, unit, performed by a base station, characterized by, the method comprising: determining a number of one or more alternative occasions for an SPS unit for User Equipment, UE, according to statistics on occupation of a current channel within a preset time period; determining an interval for the SPS unit; sending the number of the one or more alternative occasions and the interval through a Physical Downlink Control Channel, PDCCH; determining the one or more alternative occasions according to the number of the one or more alternative occasions and the interval; and sending the SPS unit on the one or more alternative occasions; wherein sending the SPS unit on the one or more alternative occasions comprises: sending the SPS unit on the one or more alternative occasions in response to that the SPS unit fails to be sent on a primary occasion for the SPS unit; wherein when the one or more alternative occasions for the SPS unit include a first alternative occasion, the interval for the SPS unit is an interval between the primary occasion and the first alternative occasion; or, when the one or more alternative occasions for the SPS unit include the first alternative occasion and a second alternative occasion, the interval for the SPS unit is an interval between the primary occasion and the first alternative occasion, and between the first alternative occasion and the second alternative occasion. determining a number of one or more alternative occasions for an SPS unit for User Equipment, UE, according to statistics on occupation of a current channel within a preset time period; determining an interval for the SPS unit; sending the number of the one or more alternative occasions and the interval through a Physical Downlink Control Channel, PDCCH; determining the one or more alternative occasions according to the number of the one or more alternative occasions and the interval; and sending the SPS unit on the one or more alternative occasions; wherein sending the SPS unit on the one or more alternative occasions comprises: sending the SPS unit on the one or more alternative occasions in response to that the SPS unit fails to be sent on a primary occasion for the SPS unit; wherein when the one or more alternative occasions for the SPS unit include a first alternative occasion, the interval for the SPS unit is an interval between the primary occasion and the first alternative occasion; or, when the one or more alternative occasions for the SPS unit include the first alternative occasion and a second alternative occasion, the interval for the SPS unit is an interval between the primary occasion and the first alternative occasion, and between the first alternative occasion and the second alternative occasion.
An electrolytic solution for electrolytic capacitor, wherein at least one of azelaic acid, sebacic acid, 1-methyl-azelaic acid, 1,6-decanedicarboxylic acid, and a salt thereof is dissolved as a solute in ethylene glycol and 15 - 50 wt% of the total electrolytic solution of water, wherein a straight-chain saturated dicarboxylic acid represented by general formula HOOC(CH 2) n COOH wherein n indicates an integer from 9 to 11 or lauric acid diethanolamide is added for forming a hydrophobic film on an electrode foil.
Mounting kit for mounting an electric motor on a single-track or multi-track bicycle, comprising an adapter for attaching the electric motor which can be attached on at least one side of a bottom bracket tube and at least one point of a down tube, wherein the adapter has mounting holes using which the adapter can be attached with screws to a retainer on at least one side of the bottom bracket tube, characterised in that, the adapter has at least one lateral support plate which extends sideways from the bottom bracket tube along the down tube in the installed state of the adapter, wherein on one end regionof the support plate the mounting holes for attachment to the retainer are present and on the other end region of the support plate there is at least one attachment option for attachment to the down tube, and wherein the adapter has a second lateral support plate which opposes the first lateral support plate, and wherein the support plates have a hole pattern that comprises at least one opposing pair of holes consisting of one mounting hole of the one support plate and one mounting hole of the other support plate, wherein in the installed state the second lateral support plate runs on the other side of the bottom bracket and the down tube unlike the first support plate, and wherein the adapter can be attached to the down tube with opposing screws guided through the pair of holes.
In a flash memory of a device with a NAND architecture having strings of transistors comprising a first select gate, a plurality of floating gates, and a second select gate, and wordlines (WL0, WLcenter, WLmax) perpendicular to the axes of the strings, each wordline of the plurality situated above floating gates of the strings, a method comprising: providing a booster plate comprising a plurality of fingers and a portion linking the fingers, the fingers running parallel to the wordlines and located between but not above adjacent wordlines; the method characterised by: applying a programming voltage having a first voltage level (VPGM2_0, VPGM2_cen, VPGM2_max) to a selected wordline (WL0, WLcenter, WLmax), the first voltage level depending on the position of the selected wordline in the strings; and applying a bias voltage to the booster plate, the bias voltage having a second voltage level (VPASS2, VREAD2, 0V), the second voltage level depending on the position of the selected wordline in the strings. providing a booster plate comprising a plurality of fingers and a portion linking the fingers, the fingers running parallel to the wordlines and located between but not above adjacent wordlines; the method characterised by: applying a programming voltage having a first voltage level (VPGM2_0, VPGM2_cen, VPGM2_max) to a selected wordline (WL0, WLcenter, WLmax), the first voltage level depending on the position of the selected wordline in the strings; and applying a bias voltage to the booster plate, the bias voltage having a second voltage level (VPASS2, VREAD2, 0V), the second voltage level depending on the position of the selected wordline in the strings. applying a programming voltage having a first voltage level (VPGM2_0, VPGM2_cen, VPGM2_max) to a selected wordline (WL0, WLcenter, WLmax), the first voltage level depending on the position of the selected wordline in the strings; and applying a bias voltage to the booster plate, the bias voltage having a second voltage level (VPASS2, VREAD2, 0V), the second voltage level depending on the position of the selected wordline in the strings.
A flexible pipe for conveying a fluid in a submarine environment having a longitudinal axis and comprising from the inside to the outside of the pipe: - an inner polymeric sheath, to form a passage for circulation of fluid, - at least one pair of tensile armor plies, to reinforce the flexible pipe against axial forces; - a liquid-impermeable outer layer, the inner sheath and the outer layer defining an annular space in which said at least one pair of tensile armor plies is arranged - said outer layer having a thickness of between 1/125 and 1/75 of the internal diameter of the outer layer and comprising at least one helically wound strip forming a plurality of turns, said strip being made of a polymer matrix reinforced with a plurality of reinforcing elements. - an inner polymeric sheath, to form a passage for circulation of fluid, - at least one pair of tensile armor plies, to reinforce the flexible pipe against axial forces; - a liquid-impermeable outer layer, the inner sheath and the outer layer defining an annular space in which said at least one pair of tensile armor plies is arranged - said outer layer having a thickness of between 1/125 and 1/75 of the internal diameter of the outer layer and comprising at least one helically wound strip forming a plurality of turns, said strip being made of a polymer matrix reinforced with a plurality of reinforcing elements.
A needleless connector comprising: a body having an internal cavity with a sealing ridge, a port, an output flow channel, and a fluid flow path between the port and output flow channel; and a collapsible valve disposed within the cavity, the valve comprising: a cylindrical wall having a center axis and a shoulder and defining an internal air space, wherein the shoulder is configured to sealingly contact the ridge of the body so as to block the fluid flow path; and a head fixedly attached to the wall, the head having a diameter of 3.81 cm (0.150 inches); a first smiley cut having a first depth and a second smiley cut having a second depth, the first and second smiley cuts (310, 315) disposed on opposite sides of the head, wherein a point of maximum depth of the second smiley cut is axially offset along the center axis from a point of maximum depth of the first smiley cut a body having an internal cavity with a sealing ridge, a port, an output flow channel, and a fluid flow path between the port and output flow channel; and a collapsible valve disposed within the cavity, the valve comprising: a cylindrical wall having a center axis and a shoulder and defining an internal air space, wherein the shoulder is configured to sealingly contact the ridge of the body so as to block the fluid flow path; and a head fixedly attached to the wall, the head having a diameter of 3.81 cm (0.150 inches); a first smiley cut having a first depth and a second smiley cut having a second depth, the first and second smiley cuts (310, 315) disposed on opposite sides of the head, wherein a point of maximum depth of the second smiley cut is axially offset along the center axis from a point of maximum depth of the first smiley cut a cylindrical wall having a center axis and a shoulder and defining an internal air space, wherein the shoulder is configured to sealingly contact the ridge of the body so as to block the fluid flow path; and a head fixedly attached to the wall, the head having a diameter of 3.81 cm (0.150 inches); a first smiley cut having a first depth and a second smiley cut having a second depth, the first and second smiley cuts (310, 315) disposed on opposite sides of the head, wherein a point of maximum depth of the second smiley cut is axially offset along the center axis from a point of maximum depth of the first smiley cut
A method for producing a structural component, especially for a vehicle, wherein a metal sheet is formed into an open or closed and especially multichamber hollow profile, and is provided with at least one electric cable which it accommodates at least in sections, characterized in that the sheet is provided with the cable during forming or between two of its forming steps, and is connected to said cable at least in sections in a friction-locked or materially bonded manner, wherein the sheet is provided with a cable which has an increased cable length in comparison with the length of the sheet.
A thin film inductor, wherein the thin film inductor comprises a thin film magnetic core and at least one electric conductor, the thin film magnetic core is of a semi-cylindrical structure having openings at two ends, the thin film magnetic core comprises a plurality of layers of magnetic thin films (211,212,213,214), each layer of magnetic thin film is of a semi-cylindrical structure having openings at two ends, the plurality of layers of magnetic thin films are nested layer upon layer, each two adjacent layers of magnetic thin films are spaced by an insulation layer, and the at least one electric conductor is located in an inner cavity of an innermost layer of magnetic thin film of the plurality of layers of magnetic thin films; the plurality of layers of magnetic thin films comprise at least a first magnetic thin film and a second magnetic thin film that are adjacent, the first magnetic thin film is nested in the second magnetic thin film, and a relative magnetic permeability of the first magnetic thin film is less than a relative magnetic permeability of the second magnetic thin film, and a difference between the relative magnetic permeability of the second magnetic thin film and the relative magnetic permeability of the first magnetic thin film is greater than or equal to a first threshold, wherein when a magnetic flux density of the second magnetic thin film reaches a saturated magnetic flux density of the second magnetic thin film, a magnetic flux density of the first magnetic thin film is less than or equal to a saturated magnetic flux density of the first magnetic thin film; and characterised in that a material of which the first magnetic thin film is made is the same as a material of which the second magnetic thin film is made, a thickness value of the first magnetic thin film is greater than a thickness value of the second magnetic thin film.
An assembly for arrangement in a pipe for a fluid, with a measuring section for a flow meter for the fluid, and with a housing, wherein the housing comprises an inlet and an outlet for the fluid, and wherein the housing forms a substantially straight flow section between the inlet and the outlet for the fluid, wherein the measuring section is arranged transversely with respect to the substantially straight flow section, wherein housing projections (10, 11) on the housing are designed to form the measuring section and to receive the ultrasound module, wherein, in each housing projection (10, 11), a respective ultrasound module is arranged and the housing projections (10, 11) are arranged on opposite sides of the housing, characterized in that, in a section of the housing situated between the housing projections (10, 11), a circuit board attachment for receiving the circuit board is formed, from which a cable guide leads to the ultrasound modules, and wherein a housing portion in the form of a cover is designed so that it can be placed on the housing projections (10, 11), the section connecting the housing projections (10, 11), and the cable guides in order to enclose the circuit board. with a measuring section for a flow meter for the fluid, and with a housing, wherein the housing comprises an inlet and an outlet for the fluid, and wherein the housing forms a substantially straight flow section between the inlet and the outlet for the fluid, wherein the measuring section is arranged transversely with respect to the substantially straight flow section, wherein housing projections (10, 11) on the housing are designed to form the measuring section and to receive the ultrasound module, wherein, in each housing projection (10, 11), a respective ultrasound module is arranged and the housing projections (10, 11) are arranged on opposite sides of the housing, characterized in that, in a section of the housing situated between the housing projections (10, 11), a circuit board attachment for receiving the circuit board is formed, from which a cable guide leads to the ultrasound modules, and wherein a housing portion in the form of a cover is designed so that it can be placed on the housing projections (10, 11), the section connecting the housing projections (10, 11), and the cable guides in order to enclose the circuit board.
A light detection system, comprising an optical light diffusing system, the light detection system comprising a light detector facing an output area of the optical light diffusing system, wherein the optical light diffusing system comprises - an optical diffuser located in an optical path for transmitting received light to the output area; - an array of micro lenses located in said optical path located to transmit the received light towards the optical diffuser; - an array of apertures (16, 20) located between the array of micro lenses and the optical diffuser, each micro lens being aligned with a corresponding one of the apertures (16, 20), with an optically transparent volume between the micro lens and its corresponding one of the apertures (16, 20), the apertures (16, 20) being located substantially in a focal surface of the array of micro lenses; - optical baffles located between the array of micro lenses and the array of apertures (16, 20), the optical baffles separating the optically transparent volumes between different ones of the micro lenses and their corresponding ones of the apertures (16, 20), wherein the light detector is configured to detect the received light from a remote object via the optical light diffusing system when the combination of the diffuser, the micro lens array, the aperture array plate and the baffles is in the light path to the detector. - an optical diffuser located in an optical path for transmitting received light to the output area; - an array of micro lenses located in said optical path located to transmit the received light towards the optical diffuser; - an array of apertures (16, 20) located between the array of micro lenses and the optical diffuser, each micro lens being aligned with a corresponding one of the apertures (16, 20), with an optically transparent volume between the micro lens and its corresponding one of the apertures (16, 20), the apertures (16, 20) being located substantially in a focal surface of the array of micro lenses; - optical baffles located between the array of micro lenses and the array of apertures (16, 20), the optical baffles separating the optically transparent volumes between different ones of the micro lenses and their corresponding ones of the apertures (16, 20), wherein the light detector is configured to detect the received light from a remote object via the optical light diffusing system when the combination of the diffuser, the micro lens array, the aperture array plate and the baffles is in the light path to the detector.
Drive unit, having a stationary element, in particular a housing element, having a drive motor, having a transmission element, having a drive shaft which is mounted in multiple locations, and having a bearing device for the drive motor which interacts with the transmission element via the drive shaft which is mounted in multiple locations, having a first bearing which is arranged on that side of the drive motor which lies opposite the transmission element, a second bearing which is arranged between the drive motor and the transmission element, and a third bearing (20; 20a; 20b; 20c) which is arranged on that side of the transmission element which faces away from the drive motor, the third bearing (20; 20a; 20b; 20c) being arranged such that it can be moved in a direction perpendicularly with respect to the longitudinal axis of the drive shaft, the third bearing (20; 20a; 20b; 20c) being configured as a single-piece component which receives the drive shaft on its end region 30 on one side, and is received on the other side in a receptacle of the stationary element, in particular of the housing element, and the third bearing (20; 20a; 20b; 20c) being configured as a plastic injection-moulded part, characterized in that the third bearing (20; 20a; 20b; 20c) has three different functional regions (26; 26c, 27; 27a; 27b; 27c, 28; 28c), a first functional region (26; 26c) for receiving the drive shaft in its end region, a second functional region (27; 27a; 27b; 27c) for receiving the third bearing (20; 20a; 20b; 20c) in the receptacle, and a third functional region (28; 28c) which connects the first functional region (26; 26c) to the second functional region (27; 27a; 27b; 27c), the third functional region (28; 28c) being of elastic configuration and permitting a relative movement between the first functional region (26; 26c) and the second functional region (28; 28c), the first functional region (26; 26c) and the second functional region (27; 27a; 27b; 27c) being in each case of sleeve-shaped configuration, and the external diameter of the second functional region (27; 27a; 27b; 27c) having a diameter which is adapted to the receptacle in the housing element, with the result that the second functional region (27; 27a; 27b; 27c) is received in the receptacle in a positively locking or non-positively locking manner.
A strain gauge comprising: a flexible substrate; a resistor made from a film containing Cr, CrN, and Cr 2 N, on one surface of the substrate; and a resin barrier layer covering an upper surface and side surfaces of the resistor in a continuous manner, wherein, in the barrier layer, a ratio of moisture permeability (g/m 2 /24h) to thickness (mm) is 5:1 or less than 5:1, and the thickness of the barrier layer is 100 μm or more and 3 mm or less, wherein the moisture permeability is measured in an environment of 40°C and 90% relative humidity in accordance with the provision of JIS Z0208. a flexible substrate; a resistor made from a film containing Cr, CrN, and Cr 2 N, on one surface of the substrate; and a resin barrier layer covering an upper surface and side surfaces of the resistor in a continuous manner, wherein, in the barrier layer, a ratio of moisture permeability (g/m 2 /24h) to thickness (mm) is 5:1 or less than 5:1, and the thickness of the barrier layer is 100 μm or more and 3 mm or less, wherein the moisture permeability is measured in an environment of 40°C and 90% relative humidity in accordance with the provision of JIS Z0208.
A needle assembly comprising: a housing having proximal and distal ends and a shield seat; a cannula projecting distally from the housing, the cannula having a distal tip; characterized by a shield having an engagement, the shield having a pre-use position wherein the shield covers the distal tip of the cannula and the engagement is disengaged from the shield seat, and a use position wherein the engagement is engaged with the shield seat and the shield is adapted to move between a non-shielded position, in which the distal tip is exposed, and a shielded position, in which the distal tip is shielded by the shield. a housing having proximal and distal ends and a shield seat; a cannula projecting distally from the housing, the cannula having a distal tip; characterized by a shield having an engagement, the shield having a pre-use position wherein the shield covers the distal tip of the cannula and the engagement is disengaged from the shield seat, and a use position wherein the engagement is engaged with the shield seat and the shield is adapted to move between a non-shielded position, in which the distal tip is exposed, and a shielded position, in which the distal tip is shielded by the shield.
A composition comprising: (i) suspension of 5 - 20 wt% of buprenorphine in water; (ii) a polyethylene glycol polymer, and (iii) a non-ionic surfactant selected from the group consisting of Tween 20, Tween 80, or a combination thereof, wherein: • the buprenorphine is present as the free base (unprotonated) form; • the buprenorphine is in particulate form with an average particle size of less than 50 μm; and • the composition does not comprise a polylactide or polyglycolide polymer or mixture thereof; for use in the treatment of opioid dependence, wherein the composition is administered subcutaneously. (i) suspension of 5 - 20 wt% of buprenorphine in water; (ii) a polyethylene glycol polymer, and (iii) a non-ionic surfactant selected from the group consisting of Tween 20, Tween 80, or a combination thereof, wherein: • the buprenorphine is present as the free base (unprotonated) form; • the buprenorphine is in particulate form with an average particle size of less than 50 μm; and • the composition does not comprise a polylactide or polyglycolide polymer or mixture thereof; • the buprenorphine is present as the free base (unprotonated) form; • the buprenorphine is in particulate form with an average particle size of less than 50 μm; and • the composition does not comprise a polylactide or polyglycolide polymer or mixture thereof;