mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a user equipment, UE, the method comprising: receiving a downlink transmission indicating a plurality of time-frequency resources on which an uplink transmission may be sent, the plurality of time-frequency resources being in a plurality of uplink frequency partitions of an unlicensed spectrum, wherein the uplink frequency partitions are in a same bandwidth part, BWP; for each uplink frequency partition of the plurality of uplink frequency partitions: listening to a wireless channel in a frequency region of the uplink frequency partition to determine whether the wireless channel is unoccupied in the frequency region of the uplink frequency partition; and transmitting the uplink transmission in at least one of the uplink frequency partitions for which the frequency region of the wireless channel is unoccupied. receiving a downlink transmission indicating a plurality of time-frequency resources on which an uplink transmission may be sent, the plurality of time-frequency resources being in a plurality of uplink frequency partitions of an unlicensed spectrum, wherein the uplink frequency partitions are in a same bandwidth part, BWP; for each uplink frequency partition of the plurality of uplink frequency partitions: listening to a wireless channel in a frequency region of the uplink frequency partition to determine whether the wireless channel is unoccupied in the frequency region of the uplink frequency partition; and transmitting the uplink transmission in at least one of the uplink frequency partitions for which the frequency region of the wireless channel is unoccupied.
Mechanical oscillator comprising an oscillating body (2301; 2401; 2501; 2801; 2901; 3101; 1701; 1101; 41; 71; 2001; 601), a first rigid intermediate body (2302; 2402; 2502; 2802; 2902; 3102; 1702; 1102; 42; 72; 2002; 602) and a support (2300; 2400; 2500; 2800; 2900; 3100; 1700; 1100; 40; 70; 2000; 600), the first rigid intermediate body being connected to the support by a first pair of elements (2304, 2305; 2498, 2499; 2598, 2599; 2898, 2899; 2998, 2999; 3198, 3199; 1798, 1799; 1198, 1199; 43, 44; 73, 74; 2004, 2005; 610, 611) providing rotational guidance, the elements of said first pair being elastically substantially identical to each other and extending along respective axes which, in orthogonal projection onto a plane parallel to the oscillation plane of the oscillating body, cross at a point and are symmetric to each other with respect to a first line (λ; x) passing between the points (1707, 1709) of junction of said first pair of elements to the first rigid intermediate body, the first rigid intermediate body being connected to the oscillating body by at least one first further element (2316, 2317; 2410, 2411; 2510, 2511; 2810, 2811; 2910; 3110, 3111; 1705; 1105; 45; 75; 2016, 2017; 604, 605) providing relative guided mobility between the oscillating body and the first rigid intermediate body in a direction substantially parallel to said first line (λ; x) during regular functioning of the mechanical oscillator.
A golf club head for a driver, the golf club head having a volume of 400 cc or greater and a club breadth-to-face length ratio of.90 or greater, the golf club head comprising: a body member having a crown, a sole, and a heel, and further including a leading edge in the heel, the leading edge defined as the surface of the heel having a vertical slope when the club head is in a 60 degree lie angle position, the body member further having a first cross-section, wherein the first cross-section includes an apex point located on the leading edge, a first crown-side surface extending from the apex point, and a first sole-side surface extending from the apex point, wherein the first cross-section is oriented perpendicular to a centerline (L 0) of the club head, wherein the apex point represents an origin of a first x 1 - and z 1 -coordinate system oriented in the plane of the first cross-section at a roll angle of approximately 15°, and wherein the first crown-side surface is defined by the following spline points: x 1 -coordinate (mm) 0 6 12 24 36 48 z 1U -coordinate (mm) 0 11 16 22 25 26 wherein the z 1U -coordinate may vary by ± 10%. a body member having a crown, a sole, and a heel, and further including a leading edge in the heel, the leading edge defined as the surface of the heel having a vertical slope when the club head is in a 60 degree lie angle position, the body member further having a first cross-section, wherein the first cross-section includes an apex point located on the leading edge, a first crown-side surface extending from the apex point, and a first sole-side surface extending from the apex point, wherein the first cross-section is oriented perpendicular to a centerline (L 0) of the club head, wherein the apex point represents an origin of a first x 1 - and z 1 -coordinate system oriented in the plane of the first cross-section at a roll angle of approximately 15°, and wherein the first crown-side surface is defined by the following spline points: x 1 -coordinate (mm) 0 6 12 24 36 48 z 1U -coordinate (mm) 0 11 16 22 25 26 wherein the z 1U -coordinate may vary by ± 10%.
A method comprising cleaning a contaminated antifouling coating using a cleaning fluid comprising alcohol, water and organic acid and/or organic acid salt selected from acetic acid, lactic acid, citric acid, malic acid, tartaric acid, succinic acid, fumaric acid and salts thereof, and the pH of the cleaning fluid is 5 or below.
An image decoding method for decoding a coded bitstream using a buffer description for specifying a picture to be held in a buffer, the image decoding method being characterized by comprising: obtaining, from a sequence parameter set corresponding to the coded bitstream, buffer description defining information for defining a plurality of buffer descriptions; obtaining, from a header of a slice, buffer description selecting information for specifying one of the buffer descriptions, the header being included in the coded bitstream; and decoding the slice using the buffer description specified in the buffer description selecting information, wherein the buffer description defining information includes long-term information for identifying, among a plurality of reference pictures covered by the buffer descriptions, a reference picture to be assigned as a long-term reference picture. obtaining, from a sequence parameter set corresponding to the coded bitstream, buffer description defining information for defining a plurality of buffer descriptions; obtaining, from a header of a slice, buffer description selecting information for specifying one of the buffer descriptions, the header being included in the coded bitstream; and decoding the slice using the buffer description specified in the buffer description selecting information, wherein the buffer description defining information includes long-term information for identifying, among a plurality of reference pictures covered by the buffer descriptions, a reference picture to be assigned as a long-term reference picture.
A pneumatic tire, comprising: a cap tread; and a conducting rubber disposed to be exposed on a surface of the tread, the cap tread being formed of a rubber composition for cap treads that comprises, per 100 parts by mass of a rubber component, 60 to 110 parts by mass of silica and 0.5 to 3.0 parts by mass of sulfur, the rubber composition for cap treads having, when vulcanized, a hardness of 68 or more and a tan δ at 30°C of 0.20 to 0.35, the conducting rubber being formed of a rubber composition for conducting rubbers that comprises, per 100 parts by mass of a rubber component, 50 to 85 parts by mass of a fine particle carbon black having a nitrogen adsorption specific surface area of 105 m 2 /g or more and 1.8 to 3.0 parts by mass of sulfur, the rubber composition for conducting rubbers having, when vulcanized, a hardness of 68 or more which has a difference from the hardness of the vulcanized rubber composition for cap treads of at most 2.0, wherein the hardness of the conducting rubber and of the tread rubber is measured at 25°C using a type A durometer in accordance with JIS K 6253-1. a cap tread; and a conducting rubber disposed to be exposed on a surface of the tread, the cap tread being formed of a rubber composition for cap treads that comprises, per 100 parts by mass of a rubber component, 60 to 110 parts by mass of silica and 0.5 to 3.0 parts by mass of sulfur, the rubber composition for cap treads having, when vulcanized, a hardness of 68 or more and a tan δ at 30°C of 0.20 to 0.35, the conducting rubber being formed of a rubber composition for conducting rubbers that comprises, per 100 parts by mass of a rubber component, 50 to 85 parts by mass of a fine particle carbon black having a nitrogen adsorption specific surface area of 105 m 2 /g or more and 1.8 to 3.0 parts by mass of sulfur, the rubber composition for conducting rubbers having, when vulcanized, a hardness of 68 or more which has a difference from the hardness of the vulcanized rubber composition for cap treads of at most 2.0, wherein the hardness of the conducting rubber and of the tread rubber is measured at 25°C using a type A durometer in accordance with JIS K 6253-1.
A non-transitory computer-readable storage medium that stores instructions for execution by processing circuitry, the instructions to configure the processing circuitry to simulate a radio frequency,RF, scene associated with a moving maritime surface, wherein instructions configure the processing circuitry to: generate an RF scene using an RF scene generation model; generate the moving maritime surface using a maritime surface model; and integrate the RF scene and the moving maritime surface, wherein the RF scene generation model is configured to apply a radar model to generate and update the RF scene based on simulated radar returns at a radar pulse repetition frequency,PRF, characterised in that the maritime surface model is configured to update the moving maritime surface at a maritime surface update rate, access previous and current maritime surfaces, and interpolate surface facet properties to pulse times of the radar model, and in that the maritime surface model is configured to update the moving maritime surface once every subdwell of a plurality of subdwells comprising a radar dwell time, each subdwell comprising a plurality of simulated radar pulses. generate an RF scene using an RF scene generation model; generate the moving maritime surface using a maritime surface model; and integrate the RF scene and the moving maritime surface, wherein the RF scene generation model is configured to apply a radar model to generate and update the RF scene based on simulated radar returns at a radar pulse repetition frequency,PRF, characterised in that the maritime surface model is configured to update the moving maritime surface at a maritime surface update rate, access previous and current maritime surfaces, and interpolate surface facet properties to pulse times of the radar model, and in that the maritime surface model is configured to update the moving maritime surface once every subdwell of a plurality of subdwells comprising a radar dwell time, each subdwell comprising a plurality of simulated radar pulses.
A surgical device for stabilising a reamer, comprising: an elongate body extending from a proximal end to a distal end, the distal end of the elongate body defining a notch sized and configured to receive a reamer; a guiding assembly supported by the elongate body, the guiding assembly including a reamer guide body disposed at the distal end of the elongate body and configured to move between a first position and a second position; and a locking assembly supported by the elongate body, the locking assembly configured to releasably engage the guiding assembly to maintain the reamer guide body in the second position, wherein the reamer guide body extends at least partially across the notch in the second position. an elongate body extending from a proximal end to a distal end, the distal end of the elongate body defining a notch sized and configured to receive a reamer; a guiding assembly supported by the elongate body, the guiding assembly including a reamer guide body disposed at the distal end of the elongate body and configured to move between a first position and a second position; and a locking assembly supported by the elongate body, the locking assembly configured to releasably engage the guiding assembly to maintain the reamer guide body in the second position, wherein the reamer guide body extends at least partially across the notch in the second position.
A security sheet for an identity document comprising: a plastic substrate formed from a plurality of plastic layers; and at least one security element in the form of personal data, the at least one security element being located in and/or on the plastic substrate, characterised in that the plastic substrate comprises a plurality of windows, each window having a maximum width in the range of from approximately 0,5 mm to approximately 10 mm; and in that the at least one security element is located adjacent to the plurality of windows; and in that the at least one security element forms an image comprising a portrait image of a holder of the identity document and the plurality of windows are disposed around the portrait image. a plastic substrate formed from a plurality of plastic layers; and at least one security element in the form of personal data, the at least one security element being located in and/or on the plastic substrate, characterised in that the plastic substrate comprises a plurality of windows, each window having a maximum width in the range of from approximately 0,5 mm to approximately 10 mm; and in that the at least one security element is located adjacent to the plurality of windows; and in that the at least one security element forms an image comprising a portrait image of a holder of the identity document and the plurality of windows are disposed around the portrait image.
A method for determining a starting breathing metric for guided breathing, comprising: determining an initial breathing metric of a user; determining a multiplier, wherein the multiplier varies as a function of the initial breathing metric within a range; and applying the multiplier to the initial breathing metric of the user; wherein the initial breathing metric comprises a breathing period of the user, and wherein: when the initial breathing metric of the user is determined to be between a first value and a second value higher than the first value, the multiplier varies in a linearly decreasing manner, and when the initial breathing metric of the user is determined to be between the second value and a third value higher than the second value, the multiplier is constant. determining an initial breathing metric of a user; determining a multiplier, wherein the multiplier varies as a function of the initial breathing metric within a range; and applying the multiplier to the initial breathing metric of the user; wherein the initial breathing metric comprises a breathing period of the user, and wherein: when the initial breathing metric of the user is determined to be between a first value and a second value higher than the first value, the multiplier varies in a linearly decreasing manner, and when the initial breathing metric of the user is determined to be between the second value and a third value higher than the second value, the multiplier is constant. when the initial breathing metric of the user is determined to be between a first value and a second value higher than the first value, the multiplier varies in a linearly decreasing manner, and when the initial breathing metric of the user is determined to be between the second value and a third value higher than the second value, the multiplier is constant.
Linear drive - with a casing with an end plate and a faceplate, - with a piston arranged movably inside the casing and connected to a piston rod, - the end plate, which is fixedly connected to the casing, having a central inlet reaching into the interior of the casing for admitting a first medium, - the end plate or the casing having a means for discharging the first fluid medium and means for admitting and discharging a second fluid medium, - the faceplate, which is fixedly connected to the casing, having a leadthrough opening for leading the piston rod out from the casing, and the faceplate being sealed with respect to the movable piston by a first bellows system, - the piston having, inside the casing, a substantially cylindrical extension arranged around the central inlet, characterized in that - at least one flexible element connects the substantially cylindrical extension of the piston to the central admission conduit to allow the piston to move linearly inside the casing while preventing the piston from twisting or tilting inside the casing, and - in that a second bellows system is arranged between the substantially cylindrical extension of the piston and the end plate or casing thus forming two chambers (4, 5) gastightly separated from each other in the interior of the actuator, - the means for admitting and discharging the first fluid medium being connected to the first chamber and the means for admitting and discharging the second fluid medium being connected to the second chamber. - with a casing with an end plate and a faceplate, - with a piston arranged movably inside the casing and connected to a piston rod, - the end plate, which is fixedly connected to the casing, having a central inlet reaching into the interior of the casing for admitting a first medium, - the end plate or the casing having a means for discharging the first fluid medium and means for admitting and discharging a second fluid medium, - the faceplate, which is fixedly connected to the casing, having a leadthrough opening for leading the piston rod out from the casing, and the faceplate being sealed with respect to the movable piston by a first bellows system, - the piston having, inside the casing, a substantially cylindrical extension arranged around the central inlet, - at least one flexible element connects the substantially cylindrical extension of the piston to the central admission conduit to allow the piston to move linearly inside the casing while preventing the piston from twisting or tilting inside the casing, and - in that a second bellows system is arranged between the substantially cylindrical extension of the piston and the end plate or casing thus forming two chambers (4, 5) gastightly separated from each other in the interior of the actuator, - the means for admitting and discharging the first fluid medium being connected to the first chamber and the means for admitting and discharging the second fluid medium being connected to the second chamber.
A resin sheet having: a surface layer having hair-like bodies arranged regularly on one surface thereof; and a second layer directly laminated to a surface opposite that of the hair-like bodies of the surface layer, the surface layer comprising a thermoplastic polyurethane resin and the second layer comprising a polymer alloy resin of a polycarbonate-based resin and a polyester-based resin.
An apparatus for atomic scale processing, comprising: a reactor having inner and outer surfaces; wherein at least a portion of the inner surfaces define an internal volume of the reactor; a fixture assembly positioned within the internal volume of the reactor and having a surface configured to hold a substrate within the internal volume of the reactor; a process gas source; and an inductively coupled plasma source; wherein the inductively coupled plasma source and the reactor are connected at a first connection point; wherein the first connection point comprises a first elastomeric seal and a second elastomeric seal spaced apart from the first elastomeric seal to define a first volume therebetween; wherein the apparatus for atomic scale processing is configured such that, in use, the first volume is a vacuum, or the first volume is actively purged and/or backfilled with a process gas, wherein the process gas source and the inductively coupled plasma source are connected at a second connection point; wherein the second connection point comprises a third elastomeric seal and a fourth elastomeric seal spaced apart from the third elastomeric seal to define a second volume therebetween; and wherein the apparatus for atomic scale processing is configured such that, in use, the second volume is a vacuum, or the second volume is actively purged and/or backfilled with a process gas. a reactor having inner and outer surfaces; wherein at least a portion of the inner surfaces define an internal volume of the reactor; a fixture assembly positioned within the internal volume of the reactor and having a surface configured to hold a substrate within the internal volume of the reactor; a process gas source; and an inductively coupled plasma source; wherein the inductively coupled plasma source and the reactor are connected at a first connection point; wherein the first connection point comprises a first elastomeric seal and a second elastomeric seal spaced apart from the first elastomeric seal to define a first volume therebetween; wherein the apparatus for atomic scale processing is configured such that, in use, the first volume is a vacuum, or the first volume is actively purged and/or backfilled with a process gas, wherein the process gas source and the inductively coupled plasma source are connected at a second connection point; wherein the second connection point comprises a third elastomeric seal and a fourth elastomeric seal spaced apart from the third elastomeric seal to define a second volume therebetween; and wherein the apparatus for atomic scale processing is configured such that, in use, the second volume is a vacuum, or the second volume is actively purged and/or backfilled with a process gas.
A solar cell comprising: a photoelectric conversion body including a principal surface provided with rugged structures, and an electrode disposed on the principal surface, and including first conductive materials, second conductive materials and resin, wherein the second conductive materials are flat-shaped so that an aspect ratio of the second conductive materials that is a ratio of a major axis diameter to an average thickness (major axis diameter / average thickness) is larger than that of the first conductive materials, in the electrode, a volume fraction of the second conductive materials is larger than that of the first conductive materials, characterised in that 50% or more of the rugged structures are rugged structures which are larger than an average particle size of the first conductive materials, but smaller than an average major axis diameter of the second conductive materials. a photoelectric conversion body including a principal surface provided with rugged structures, and an electrode disposed on the principal surface, and including first conductive materials, second conductive materials and resin, wherein the second conductive materials are flat-shaped so that an aspect ratio of the second conductive materials that is a ratio of a major axis diameter to an average thickness (major axis diameter / average thickness) is larger than that of the first conductive materials, in the electrode, a volume fraction of the second conductive materials is larger than that of the first conductive materials, characterised in that 50% or more of the rugged structures are rugged structures which are larger than an average particle size of the first conductive materials, but smaller than an average major axis diameter of the second conductive materials.