mhurhangee/patent-ind-claim-en huggingface dataset:
A composite metal oxide which is represented by Formula and has an α-NaFeO 2 type crystal structure, wherein a peak half value width of a plane to be measured by powder X-ray diffraction is 0.250° or less at 2θ Na x M 1 r (Fe y Ni z Mn w M 1-y-z-w )O 2±δ ... wherein, in Formula , M represents any one or more elements selected from the group consisting of B, Si, V, Ti, Co, Mo, Pd, Re, Pb, and Bi, M 1 represents any one or more elements selected from the group consisting of Mg and Ca, and relations 0 <_ r ≤ 0.1, 0.5 ≤ x ≤ 1.0, 0.1 ≤ y ≤ 0.5, 0 < z < 0.4, 0 < w < 0.4, 0 < δ < 0.05, and y + z + w ≤ 1 are satisfied. wherein a peak half value width of a plane to be measured by powder X-ray diffraction is 0.250° or less at 2θ Na x M 1 r (Fe y Ni z Mn w M 1-y-z-w )O 2±δ ... wherein, in Formula , M represents any one or more elements selected from the group consisting of B, Si, V, Ti, Co, Mo, Pd, Re, Pb, and Bi, M 1 represents any one or more elements selected from the group consisting of Mg and Ca, and relations 0 <_ r ≤ 0.1, 0.5 ≤ x ≤ 1.0, 0.1 ≤ y ≤ 0.5, 0 < z < 0.4, 0 < w < 0.4, 0 < δ < 0.05, and y + z + w ≤ 1 are satisfied.
Padding arrangement of a vehicle seat, comprising a padding element with a seat cover material and/or with a padding material, wherein the padding element can be filled with a fluid or gas and can be arranged between the seat cover material and the padding material or between the padding material and a vehicle seat frame, wherein the padding element is formed from a first flexible plastics sheeting piece facing the seat cover material or the padding material and from a second flexible plastics sheeting piece connected to the plastics sheeting piece in a fluid- or gas-tight manner and facing the padding material or the vehicle sheet frame, wherein the second plastics sheeting piece is adhesively bonded or welded to the first plastics sheeting piece only in the regions which correspond to the required circumferential contour of the edges of the padding element , characterized in that the first plastics sheeting piece is adhesively bonded or welded to the seat cover material or to the padding material over the full surface area or in regions .
A pipe component with an outer pipe element and at least one inner pipe element arranged inside the outer pipe element, wherein the outer pipe element is formed as flexible pipe element with a plurality of projections, in particular corrugations, and/or at least one corrugated portion, wherein on at least one point the outer pipe element and the at least one inner pipe element each have a projection pointing to the outside in radial direction, wherein the outside of the projection of the at least one inner pipe element at least partly flatly rests against the inside of the projection of the outer pipe element or against the inside of the projection of another inner pipe element , so that by means of the projections a connection exists between the at least one inner pipe element and the outer pipe element , characterized in that the at least one connection is formed as positive and/or non-positive connection .
A system for tissue treatment, comprising: a picosecond laser configured to emit light of at least one wavelength; a fractional optical system comprising a lens array including a plurality of foci for concentrating a laser emission, from the picosecond laser, to targets in the epidermis wherein the targets absorb light of at least one wavelength, and the picosecond laser configured to emit a pulse width within the range of from about 260 picoseconds to about 900 picoseconds and a fluence range from about 0.8 J/cm 2 to about 50 J/cm 2 , wherein the at least one wavelength is absorbed by melanin and concentrating the laser emission at the targets initiates an electron avalanche ionization at the targets to provide a pressure wave emission to tissue adjacent the targets. a picosecond laser configured to emit light of at least one wavelength; a fractional optical system comprising a lens array including a plurality of foci for concentrating a laser emission, from the picosecond laser, to targets in the epidermis wherein the targets absorb light of at least one wavelength, and the picosecond laser configured to emit a pulse width within the range of from about 260 picoseconds to about 900 picoseconds and a fluence range from about 0.8 J/cm 2 to about 50 J/cm 2 , wherein the at least one wavelength is absorbed by melanin and concentrating the laser emission at the targets initiates an electron avalanche ionization at the targets to provide a pressure wave emission to tissue adjacent the targets.
An RF tag comprising: an inlay comprising an IC chip and an antenna which has a loop portion surrounding the IC chip in the form of a loop, and connected to the IC chip via the loop portion ; and whole of the inlay is sealed by an insulating member , a planar auxiliary antenna laminated on the inlay in an insulating state to the inlay ; and a substrate on which the inlay and the auxiliary antenna are laminated, wherein the auxiliary antenna is formed into a rectangular planar shape including long sides of the auxiliary antenna each having a length of substantially 1/4 of a wavelength of a radio wave frequency of the inlay , and has a cutout part which divides one of the long sides of the auxiliary antenna into two parts each having a length of substantially 1/8 of the wavelength of the radio wave frequency of the inlay , and the cutout part is formed into a concave shape which is opened in an edge portion of one of the long sides and has a predetermined width and depth to allow the IC chip of the inlay to be disposed therein, wherein the auxiliary antenna is laminated on a surface of the inlay directly so that the cutout part is located to superimpose on the loop portion of the inlay , and the auxiliary antenna is electrically connected to the inlay by capacitor coupling, wherein the width of the cutout part is set on the basis of a width of the loop portion of the IC chip of the inlay , so that the conductor is not superimposed on the IC chip but is superimposed on a part of a peripheral edge of the loop portion . an inlay comprising an IC chip and an antenna which has a loop portion surrounding the IC chip in the form of a loop, and connected to the IC chip via the loop portion ; and whole of the inlay is sealed by an insulating member , a planar auxiliary antenna laminated on the inlay in an insulating state to the inlay ; and a substrate on which the inlay and the auxiliary antenna are laminated, wherein the auxiliary antenna is formed into a rectangular planar shape including long sides of the auxiliary antenna each having a length of substantially 1/4 of a wavelength of a radio wave frequency of the inlay , and has a cutout part which divides one of the long sides of the auxiliary antenna into two parts each having a length of substantially 1/8 of the wavelength of the radio wave frequency of the inlay , and the cutout part is formed into a concave shape which is opened in an edge portion of one of the long sides and has a predetermined width and depth to allow the IC chip of the inlay to be disposed therein,
A video encoding method comprising: determining an intra-prediction mode from a set of intra-prediction modes including a DC mode, a planar mode or a diagonal mode for a prediction unit of video data of a given block size, wherein when the determined intra-prediction mode is one of the following modes: a DC mode, a planar mode, or a diagonal mode, a reduced set of transform unit partitions includes only square transform unit partitions; determining a reduced set of transform unit partitions based on the determined intra-prediction mode, wherein the reduced set of transform unit partitions includes at least one of a vertically-oriented non-square transform unit partition and a horizontally-oriented non-square transform unit partition; wherein when the determined intra-prediction mode is a vertically-oriented intra-prediction mode, the set of transform unit partitions includes vertically-oriented non-square rectangular transform unit partitions and not horizontally oriented non-square transform unit partitions; wherein when the determined intra-prediction mode is a horizontally-oriented intra-prediction mode, the set of transform unit partitions includes horizontally-oriented non-square rectangular transform unit partitions and not vertically oriented non-square transform unit partitions; determining a transform unit partition for the prediction unit of video data from the reduced set of transform unit partitions; and encoding the prediction unit of video data using the determined transform unit partition. a DC mode, a planar mode, or a diagonal mode, a reduced set of transform unit partitions includes only square transform unit partitions; determining a reduced set of transform unit partitions based on the determined intra-prediction mode, wherein the reduced set of transform unit partitions includes at least one of a vertically-oriented non-square transform unit partition and a horizontally-oriented non-square transform unit partition; wherein when the determined intra-prediction mode is a vertically-oriented intra-prediction mode, the set of transform unit partitions includes vertically-oriented non-square rectangular transform unit partitions and not horizontally oriented non-square transform unit partitions; wherein when the determined intra-prediction mode is a horizontally-oriented intra-prediction mode, the set of transform unit partitions includes horizontally-oriented non-square rectangular transform unit partitions and not vertically oriented non-square transform unit partitions; determining a transform unit partition for the prediction unit of video data from the reduced set of transform unit partitions; and encoding the prediction unit of video data using the determined transform unit partition.
A work machine , comprising: a work device ; an actuator that drives the work device ; an operation device for operating the actuator; and a controller that controls the actuator by any of two types of control that are first control to control the actuator on a basis of input to the operation device and second control to control the actuator on a basis of a distance between a predetermined design surface and the work device while the operation device is operated, characterized in that : the controller is configured to set a limiting value for a rate of change with time in a velocity of the actuator to a first rate of change in case that switchover between the two types of control is performed on a basis of input of a state switching signal and the velocity of the actuator changes from a velocity specified by the control before the switchover out of the two types of control to a velocity specified by the control after the switchover, the controller being further configured to change the rate of change with time in the velocity of the actuator from the first rate of change to a second rate of change greater than the first rate of change in a case in which input to the operation device changes since the switchover between the two types of control is performed on the basis of the input of the state switching signal until the velocity of the actuator changes to the velocity specified by the control after the switchover. a work device ; an actuator that drives the work device ; an operation device for operating the actuator; and a controller that controls the actuator by any of two types of control that are first control to control the actuator on a basis of input to the operation device and second control to control the actuator on a basis of a distance between a predetermined design surface and the work device while the operation device is operated, characterized in that : the controller is configured to set a limiting value for a rate of change with time in a velocity of the actuator to a first rate of change in case that switchover between the two types of control is performed on a basis of input of a state switching signal and the velocity of the actuator changes from a velocity specified by the control before the switchover out of the two types of control to a velocity specified by the control after the switchover, the controller being further configured to change the rate of change with time in the velocity of the actuator from the first rate of change to a second rate of change greater than the first rate of change in a case in which input to the operation device changes since the switchover between the two types of control is performed on the basis of the input of the state switching signal until the velocity of the actuator changes to the velocity specified by the control after the switchover.
A method for wireless communication at a user equipment, UE comprising: receiving a first downlink transmission from a first base station via a first communication link , the first downlink transmission received on a carrier during a first transmission time interval, TTI; receiving a second downlink transmission from a second base station via a second communication link , the second downlink transmission received on the carrier during a second TTI, wherein the first TTI and the second TTI at least partially overlap; identifying a set of search candidates within the first TTI and within the second TTI, wherein a number or timing of the set of search candidates is based at least in part on the first TTI and the second TTI partially overlapping; and monitoring the set of search candidates for respective control information from the first base station and the second base station. receiving a first downlink transmission from a first base station via a first communication link , the first downlink transmission received on a carrier during a first transmission time interval, TTI; receiving a second downlink transmission from a second base station via a second communication link , the second downlink transmission received on the carrier during a second TTI, wherein the first TTI and the second TTI at least partially overlap; identifying a set of search candidates within the first TTI and within the second TTI, wherein a number or timing of the set of search candidates is based at least in part on the first TTI and the second TTI partially overlapping; and monitoring the set of search candidates for respective control information from the first base station and the second base station.
A system for generating very high pressure, said system comprising a drive device for driving a very high pressure pump suitable for feeding at least one tool (4A to 4C) at high pressure, and at least one very high pressure pump which is driven by this drive device and which feeds at least one tool (4A to 4C), said drive device comprising at least : - a hydraulic pump with variable flow rate pistons, capable of being driven mechanically; - a hydraulic motor driven by the hydraulic pump , said hydraulic motor being adapted to drive said very high pressure pump ; - a hydraulic control system configured to control the hydraulic pump to drive the hydraulic motor at a speed such that the very high pressure pump , driven by said hydraulic motor , provides a flow rate corresponding to a flow rate commanded by the tool (4A to 4C) supplied by said very high pressure pump ; and - a damping system configured to damp high-pressure spikes when a tool (4A to 4C) supplied by the very high pressure pump stops. - a hydraulic pump with variable flow rate pistons, capable of being driven mechanically; - a hydraulic motor driven by the hydraulic pump , said hydraulic motor being adapted to drive said very high pressure pump ; - a hydraulic control system configured to control the hydraulic pump to drive the hydraulic motor at a speed such that the very high pressure pump , driven by said hydraulic motor , provides a flow rate corresponding to a flow rate commanded by the tool (4A to 4C) supplied by said very high pressure pump ; and - a damping system configured to damp high-pressure spikes when a tool (4A to 4C) supplied by the very high pressure pump stops.
A method of operation of a video processing system comprising: accessing a high dynamic range (HDR) optical sensor having long exposure patterns and short exposure patterns; generating a prediction of a value of a pixel in a pixel stream from the long exposure patterns and the short exposure patterns; encoding a compressed HDR bit stream from the prediction; and displaying a delivered digital data stream, transformed from the compressed HDR bit stream, on a HDR display device, wherein the prediction of the value of the pixel is selected from reconstructed values of a plurality of previously processed pixels and a function of reconstructed values of two of the plurality of previously processed pixels of the pixel stream, the selection based at least on a colour of the pixel. accessing a high dynamic range (HDR) optical sensor having long exposure patterns and short exposure patterns; generating a prediction of a value of a pixel in a pixel stream from the long exposure patterns and the short exposure patterns; encoding a compressed HDR bit stream from the prediction; and displaying a delivered digital data stream, transformed from the compressed HDR bit stream, on a HDR display device, wherein the prediction of the value of the pixel is selected from reconstructed values of a plurality of previously processed pixels and a function of reconstructed values of two of the plurality of previously processed pixels of the pixel stream, the selection based at least on a colour of the pixel.
A solid cleanser holder comprising: a. at least one textured film having texture variations; and b. a solid cleanser; wherein the at least one textured film surrounds the solid cleanser wherein the textured film is an apertured film, and wherein the apertured film has an open area of from 15 to 45%, based on the total area of the apertured film, the textured film comprises multiple apertures in an amount ranging from about 0.1 apertures/ cm 2 to about 300 apertures/ cm 2 ; the solid cleanser is a bar, flake, pellet, chip, spray-dried powder, noodle, semisolid, gel, or moldable paste; and the solid cleanser includes soaps derived from hydrocarbon chain lengths of from 10 to 22, including carboxyl carbon. a. at least one textured film having texture variations; and b. a solid cleanser; wherein the at least one textured film surrounds the solid cleanser wherein the textured film is an apertured film, and wherein the apertured film has an open area of from 15 to 45%, based on the total area of the apertured film, the textured film comprises multiple apertures in an amount ranging from about 0.1 apertures/ cm 2 to about 300 apertures/ cm 2 ; the solid cleanser is a bar, flake, pellet, chip, spray-dried powder, noodle, semisolid, gel, or moldable paste; and the solid cleanser includes soaps derived from hydrocarbon chain lengths of from 10 to 22, including carboxyl carbon. the textured film is an apertured film, and wherein the apertured film has an open area of from 15 to 45%, based on the total area of the apertured film, the textured film comprises multiple apertures in an amount ranging from about 0.1 apertures/ cm 2 to about 300 apertures/ cm 2 ; the solid cleanser is a bar, flake, pellet, chip, spray-dried powder, noodle, semisolid, gel, or moldable paste; and the solid cleanser includes soaps derived from hydrocarbon chain lengths of from 10 to 22, including carboxyl carbon.
Cleaning device for mechanically cleaning a gas nozzle of an inert-gas welding torch, having a motor-drivable cleaning head which is mounted so as to rotate about an axis of rotation (R) and has a radially outer housing that encloses a cleaning member , and which is mounted in a sprung manner in the axial direction, specifically between a main position (I), in which the cleaning head takes up a predefined main rotational position, and a cleaning position (II), in which the gas nozzle arranged in a rotationally fixed manner is in pressing abutment against the cleaning head , which is loaded with a returning force (F R ) directed in the direction of the main position (I), in which cleaning position (II) the cleaning head cleans the gas nozzle while rotating, wherein, after cleaning has been completed, the gas nozzle is moved away from the cleaning head and the cleaning head is returned automatically from its cleaning position (II) into its main position (I) in a returning stroke (H) under the action of the returning force (F R ), characterised in that the cleaning device has a repatriation unit with a slotted guide , by means of which the cleaning head is forcibly repatriated into the predefined main rotational position (I) in a rotary movement during the returning stroke (H).
A composition consisting of: (i) 35 to 50 weight percent of a first vegetable oil having a saturated fatty acid content of 4% to 12%; (ii) 35 to 50 weight percent of a second vegetable oil having an alpha-linolenic acid content of 45 % to 65%; (iii) 0.005 to 0.15 weight percent of at least one of Vitamin A and Vitamin D; (iv) 2 to 10 weight percent of at least one phytosterol; and (v) 0.02 to 0.2 weight percent of antioxidant, wherein the antioxidant is selected from the group consisting of tocopherol, ascorbyl palmitate, Rosemary extract and mixtures thereof. (i) 35 to 50 weight percent of a first vegetable oil having a saturated fatty acid content of 4% to 12%; (ii) 35 to 50 weight percent of a second vegetable oil having an alpha-linolenic acid content of 45 % to 65%; (iii) 0.005 to 0.15 weight percent of at least one of Vitamin A and Vitamin D; (iv) 2 to 10 weight percent of at least one phytosterol; and (v) 0.02 to 0.2 weight percent of antioxidant, wherein the antioxidant is selected from the group consisting of tocopherol, ascorbyl palmitate, Rosemary extract and mixtures thereof.
A waterproof sound-transmitting structure (20; 30) comprising: a housing (21; 38) having an opening (22; 39); a waterproof sound-transmitting membrane (10; 110) attached to the housing (21; 38) so as to cover the opening (22; 39) and comprising a sound-transmitting region consisting of a single porous membrane of polytetrafluoroethylene , and a microphone having a sound collecting hole , wherein the porous membrane has a through-thickness air permeability of 2 cm 3 /cm 2 /s or more as measured by Method A (Frazier method) for air permeability measurement according to JIS L 1096 and a water entry pressure of 20 kPa or more and 50 kPa or less as measured by Method B (high hydraulic pressure method) for waterproofness testing according to JIS L 1092, the porous membrane has a first principal surface facing the opening and a second principal surface facing the sound collecting hole, and the porous membrane has a thickness of 11 μm or less. a housing (21; 38) having an opening (22; 39); a waterproof sound-transmitting membrane (10; 110) attached to the housing (21; 38) so as to cover the opening (22; 39) and comprising a sound-transmitting region consisting of a single porous membrane of polytetrafluoroethylene , and a microphone having a sound collecting hole , wherein the porous membrane has a through-thickness air permeability of 2 cm 3 /cm 2 /s or more as measured by Method A (Frazier method) for air permeability measurement according to JIS L 1096 and a water entry pressure of 20 kPa or more and 50 kPa or less as measured by Method B (high hydraulic pressure method) for waterproofness testing according to JIS L 1092, the porous membrane has a first principal surface facing the opening and a second principal surface facing the sound collecting hole, and the porous membrane has a thickness of 11 μm or less.