mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication, comprising: transmitting first control information during a first transmission time interval, TTI, wherein the first control information indicates resources within the first TTI allocated for a data transmission; transmitting the data using the indicated resources; and transmitting second control information, wherein the second control information also indicates the resources for the data transmission, wherein the second control information is transmitted during a second TTI. transmitting first control information during a first transmission time interval, TTI, wherein the first control information indicates resources within the first TTI allocated for a data transmission; transmitting the data using the indicated resources; and transmitting second control information, wherein the second control information also indicates the resources for the data transmission, wherein the second control information is transmitted during a second TTI.
An automatic sizing cutting device for cutting a continuously supplied band-shaped member (T) at a predetermined length to obtain a band-shaped piece (FS), comprising: a conveyance unit which conveys the band-shaped member; a measuring device which in use measures a conveyed length of the band-shaped member conveyed by the conveyance unit; a rotary cutter arranged downstream of the conveyance unit so as to oppose one surface of the band-shaped member and having at least one cutting blade on an outer circumferential surface thereof, the rotary cutter being rotationally driven by a driving motor ; characterized in that the automatic sizing cutting device further comprises: a die roller arranged on a side of the band-shaped member opposite to the rotary cutter, and which in use rotates in a direction opposite to a rotation direction of the rotary cutter and an elastic member which urges the die roller toward the rotary cutter, wherein in use the rotary cutter is controlled to rotate in accordance with the conveyed length of the band-shaped member measured by the measuring device, and is controlled such that circumferential speeds of the rotary cutter and the die roller at least when the cutting blade of the rotary cutter cuts the band-shaped member are equal to a conveying speed of the band-shaped member. a conveyance unit which conveys the band-shaped member; a measuring device which in use measures a conveyed length of the band-shaped member conveyed by the conveyance unit; a rotary cutter arranged downstream of the conveyance unit so as to oppose one surface of the band-shaped member and having at least one cutting blade on an outer circumferential surface thereof, the rotary cutter being rotationally driven by a driving motor ; characterized in that the automatic sizing cutting device further comprises: a die roller arranged on a side of the band-shaped member opposite to the rotary cutter, and which in use rotates in a direction opposite to a rotation direction of the rotary cutter and an elastic member which urges the die roller toward the rotary cutter, a die roller arranged on a side of the band-shaped member opposite to the rotary cutter, and which in use rotates in a direction opposite to a rotation direction of the rotary cutter and an elastic member which urges the die roller toward the rotary cutter, wherein in use the rotary cutter is controlled to rotate in accordance with the conveyed length of the band-shaped member measured by the measuring device, and is controlled such that circumferential speeds of the rotary cutter and the die roller at least when the cutting blade of the rotary cutter cuts the band-shaped member are equal to a conveying speed of the band-shaped member.
Housing of protection class ex-d, with a wall arrangement comprising several walls surrounding an interior , wherein at least two of the walls of the wall arrangement are provided with an open-pore material with no security against flame breakthrough, and thereby a region of the at least two walls carrying the open-pore material is defined, characterized in that the housing is provided with at least one pressure-relief device (29 and/or 30) which is formed by a porous gas-permeable body and allows a fluidic connection between the interior and the environment, that the at least one pressure-relief valve (29 and/or 30) is a gas-permeable body (29 and/or 30) with a gap width and gap length which prevent a flame breakthrough, and that the region of the at least two walls carrying the open-pore material has at least one opening which is provided with the gas-permeable body which is secure against flame breakthrough. with a wall arrangement comprising several walls surrounding an interior , wherein at least two of the walls of the wall arrangement are provided with an open-pore material with no security against flame breakthrough, and thereby a region of the at least two walls carrying the open-pore material is defined, characterized in that the housing is provided with at least one pressure-relief device (29 and/or 30) which is formed by a porous gas-permeable body and allows a fluidic connection between the interior and the environment, that the at least one pressure-relief valve (29 and/or 30) is a gas-permeable body (29 and/or 30) with a gap width and gap length which prevent a flame breakthrough, and that the region of the at least two walls carrying the open-pore material has at least one opening which is provided with the gas-permeable body which is secure against flame breakthrough.
Self-centring roller device for low-friction guidance of tubes or rods which are moved in the direction of their longitudinal axis, comprising a clamping device fitted with a number of running roller units , where the running roller units are arranged essentially uniformly along the periphery of the tube or rod to be guided, are oriented in the movement direction and are movable in a spring-elastic manner in the radial direction, characterised in that the clamping device has front and rear clamping rings , which are connected to one another by spring elements and are tensioned against one another, where the front clamping ring is connected to the first half of the number of running roller units via spacer sleeves and the rear clamping ring is connected to the second half of the number of running roller units via spacer sleeves , where each of the said running roller units is connected to a ring-shaped carrier device via an axle arranged parallel to the tube , which is passed through the concentric opening of said tube or said rod without contact by means of the running roller units arranged outside the carrier device and is moved relative to the carrier device .
Chemical analysis apparatus , comprising a liquid flow train assembly for creating a flowing liquid sample stream guided from a sample inlet through the apparatus in a capillary tubing arrangement at low liquid flow rates, the sample containing an analyte to be measured, the apparatus further comprising reagents dosing and injection means, located downstream the sample inlet , for introducing a series of chemical reagents into the sample stream, the apparatus further comprising reactor means where the reagents are reacting with the analyte for producing a coloured chemical indicator in the fully reacted sample, the apparatus further comprising detection means for measuring the chemical indicator, said detection means being located downstream the reactor means and being configured to receive the fully reacted sample with the coloured indicator from the reactor means , characterized in that the flow train assembly is configured to intermittently let the fully reacted sample pass through the detection means at times when the measurement of the indicator is not made, and to bypass the detection means at times when the measurement of the chemical indicator in the sample contained within the detection means is made.
An acidizing composition for use in acidizing a subterranean formation comprising, as a first member, an inorganic or organic acid and, as a second member: A. an organophosphorus surfactant selected from the group consisting of amino phosphonates and phosphino carboxylates; and B. an acid retarder of (a) urea or a urea derivative and (b) a bifunctional organic compound comprising (i) at least one quaternary phosphonium or ammonium moiety and at least one -OH group; or (ii) a salt of a nitrogen containing heterocyclic ring. A. an organophosphorus surfactant selected from the group consisting of amino phosphonates and phosphino carboxylates; and B. an acid retarder of (a) urea or a urea derivative and (b) a bifunctional organic compound comprising (i) at least one quaternary phosphonium or ammonium moiety and at least one -OH group; or (ii) a salt of a nitrogen containing heterocyclic ring.
A radio frequency identification, RFID, terminal , comprising: a directional antenna module configured to directionally receive a signal transmitted by an electronic tag on an item in a region to be read; a camera configured to collect an image of the region to be read; a control unit configured to screen information of a target item from the signal received by the directional antenna module ; and a display screen configured to display the image of the region to be read and for a user's operation to select the item in the image; characterized in that the display screen is configured for the user's operation to select a first region and a second region in the image, respectively; and in that the RFID terminal further reads information of the item in an intersection set region, an union set region, or a complementary set region between the first region and the second region according to a preset manner, wherein the intersection set region refers to a region where the first region intersects with the second region; the union set region refers to a region where the first region and the second region are merged; and the complementary set region refers to a region of the first region from which the second region is removed or a region of the second region from which the first region is removed. a directional antenna module configured to directionally receive a signal transmitted by an electronic tag on an item in a region to be read; a camera configured to collect an image of the region to be read; a control unit configured to screen information of a target item from the signal received by the directional antenna module ; and a display screen configured to display the image of the region to be read and for a user's operation to select the item in the image; characterized in that the display screen is configured for the user's operation to select a first region and a second region in the image, respectively; and in that the RFID terminal further reads information of the item in an intersection set region, an union set region, or a complementary set region between the first region and the second region according to a preset manner, wherein the intersection set region refers to a region where the first region intersects with the second region; the union set region refers to a region where the first region and the second region are merged; and the complementary set region refers to a region of the first region from which the second region is removed or a region of the second region from which the first region is removed.
A suspension for a wheel of a motorvehicle with a steering handlebar, comprising: - a first element (310; 315), comprising a first end and a second end opposite the first end, the first end being connectible to the steering handlebar of the motorvehicle; - a second element , slidingly coupled to the first element (310; 315) and connectible to the wheel , said first element being movable, at least partially, with respect to the second element, between a resting position and an operating position; - return elastic means for returning the first element (310; 315) to the resting position; the suspension comprising: - a first connecting rod with opposite first and second ends; - a second connecting rod with opposite first and second ends; - the second end of the first element (310; 315) being rotatably connected to the first end of the first connecting rod ; - the second end of the first connecting rod being rotatably connected to the first end of the second connecting rod ; and - the second end of the second connecting rod being rotatably connected to said second element ; wherein: - said second element comprises a foot and said first element is adapted and configured to slide inside said second element ; characterized in that the second end of the first element lies, when it is in said resting position, inside said foot . - a first element (310; 315), comprising a first end and a second end opposite the first end, the first end being connectible to the steering handlebar of the motorvehicle; - a second element , slidingly coupled to the first element (310; 315) and connectible to the wheel , said first element being movable, at least partially, with respect to the second element, between a resting position and an operating position; - return elastic means for returning the first element (310; 315) to the resting position; - a first connecting rod with opposite first and second ends; - a second connecting rod with opposite first and second ends; - the second end of the first element (310; 315) being rotatably connected to the first end of the first connecting rod ; - the second end of the first connecting rod being rotatably connected to the first end of the second connecting rod ; and - the second end of the second connecting rod being rotatably connected to said second element ; - said second element comprises a foot and said first element is adapted and configured to slide inside said second element ; characterized in that the second end of the first element lies, when it is in said resting position, inside said foot .
An apparatus for splitting an image into coding units in video coding, the apparatus including a processing circuitry which is configured to: subdivide the image into coding tree units, CTUs, including a non-boundary CTU with a size in a horizontal and a vertical direction and a boundary CTU having a portion within the image delimited by a horizontal or vertical image boundary, the portion having a size smaller than the size in a direction perpendicular to the image boundary; and partition the non-boundary CTU and the boundary CTU hierarchically into respective coding units, wherein the hierarchical partitioning of the non-boundary CTU includes multi-type splitting with a maximum non-boundary multi-type partition depth, multi-type splitting being splitting with the splitting direction being either the vertical or the horizontal direction, and the hierarchical partitioning of the boundary CTU includes multi-type splitting with a maximum boundary multi-type partition depth; wherein the maximum boundary multi-type partition depth is a sum of an adaptive boundary multi-type partition depth and a predefined multi-type partition depth, the adaptive boundary multi-type partition depth being a depth of multi-type splitting with splitting direction being the direction of the image boundary, and wherein the predefined multi-type partition depth is equal to the maximum non-boundary multi-type partition depth. subdivide the image into coding tree units, CTUs, including a non-boundary CTU with a size in a horizontal and a vertical direction and a boundary CTU having a portion within the image delimited by a horizontal or vertical image boundary, the portion having a size smaller than the size in a direction perpendicular to the image boundary; and partition the non-boundary CTU and the boundary CTU hierarchically into respective coding units, wherein the hierarchical partitioning of the non-boundary CTU includes multi-type splitting with a maximum non-boundary multi-type partition depth, multi-type splitting being splitting with the splitting direction being either the vertical or the horizontal direction, and the hierarchical partitioning of the boundary CTU includes multi-type splitting with a maximum boundary multi-type partition depth; wherein the maximum boundary multi-type partition depth is a sum of an adaptive boundary multi-type partition depth and a predefined multi-type partition depth, the adaptive boundary multi-type partition depth being a depth of multi-type splitting with splitting direction being the direction of the image boundary, and wherein the predefined multi-type partition depth is equal to the maximum non-boundary multi-type partition depth.
A thermal bonding sheet comprising a pre-sintering layer containing copper particles and polycarbonate, wherein the copper particles are made of pure copper, or copper containing at least one element selected from the group consisting of silicon (Si), phosphorus (P), carbon (C), zirconia (Zr), titanium (Ti), sulfur (S), chlorine (CI), and oxygen (O), the content of elements other than copper is 0 to 2% by mass based on the total content of copper and elements other than copper, and wherein the copper particles have an average particle size as determined by scanning electron microscopy in a range of 10 to 1000 nm.
A resource pool processing method, performed by a resource pool processing apparatus within a first wireless communication node, characterized by comprising: generating (S102) state information of a resource pool, wherein the state information is identified by a number X of bits, X is an integer greater than or equal to 1, and a value of X is determined through negotiation between the first communication node and a second communication node; and sending (S104) the state information; wherein the state information describes whether the first communication node sends data through a resource in the resource pool; the state information describes whether the second communication node receives data through a resource in the resource pool; the state information describes whether the second communication node tries to receive data through a resource in the resource pool; or the state information describes whether the second communication node measures, through a resource in the resource pool, at least one of a channel, interference, a sending manner and a receiving manner. generating (S102) state information of a resource pool, wherein the state information is identified by a number X of bits, X is an integer greater than or equal to 1, and a value of X is determined through negotiation between the first communication node and a second communication node; and sending (S104) the state information; wherein the state information describes whether the first communication node sends data through a resource in the resource pool; the state information describes whether the second communication node receives data through a resource in the resource pool; the state information describes whether the second communication node tries to receive data through a resource in the resource pool; or the state information describes whether the second communication node measures, through a resource in the resource pool, at least one of a channel, interference, a sending manner and a receiving manner.
A spacer device for knee intended to be temporarily implanted at the joint area between the tibia and femur of a patient for the replacement of an infected joint prosthesis and for the preservation of size or spaces of the patient joint area prior to the implantation of a new prosthesis, said spacer device comprising: - a tibial unit intended to be fixed to the tibia of a patient and having an upper, in use, first joint surface substantially curved and delimiting a substantially concave sliding seat , as well as - a femoral unit intended to be fixed to the femur of a patient and having a lower, in use, first joint face , substantially convex and intended to be positioned in said sliding seat for the sliding engagement with said first upper joint surface , thereby allowing the mutual angular displacement between said tibial unit and said femoral unit , wherein said tibial unit comprises: - a first component fixable to the tibia and distal from said first joint surface , as well as - a second component adjustably fixable to the first component in a plurality of operational positions and delimiting said first joint surface , wherein said second component is adjustably fixable to the first component in a plurality of operational positions from the front (F) to the rear (R) along a first sagittal direction of said device and/or from one side (S1) to the other side (S2) along a second transverse direction of said device. - a tibial unit intended to be fixed to the tibia of a patient and having an upper, in use, first joint surface substantially curved and delimiting a substantially concave sliding seat , as well as - a femoral unit intended to be fixed to the femur of a patient and having a lower, in use, first joint face , substantially convex and intended to be positioned in said sliding seat for the sliding engagement with said first upper joint surface , thereby allowing the mutual angular displacement between said tibial unit and said femoral unit , - a first component fixable to the tibia and distal from said first joint surface , as well as - a second component adjustably fixable to the first component in a plurality of operational positions and delimiting said first joint surface , wherein said second component is adjustably fixable to the first component in a plurality of operational positions from the front (F) to the rear (R) along a first sagittal direction of said device and/or from one side (S1) to the other side (S2) along a second transverse direction of said device.
A seat assembly , comprising: a base frame ; a seat spreader bracket coupled to the base frame , and supporting at least a seatback ; and a bumper device coupled to the seat spreader bracket and enclosing at least a portion of the seat spread bracket , characterized in that the bumper device is a composite component comprising an outer shell and an inner shell both formed from thermoplastic polymer, with a foam fill material sandwiched between the outer shell and the inner shell . a base frame ; a seat spreader bracket coupled to the base frame , and supporting at least a seatback ; and a bumper device coupled to the seat spreader bracket and enclosing at least a portion of the seat spread bracket , characterized in that the bumper device is a composite component comprising an outer shell and an inner shell both formed from thermoplastic polymer, with a foam fill material sandwiched between the outer shell and the inner shell .
A powder composition suitable for use in laser sintering for printing a three-dimensional object, the powder composition comprising; a polyaryletherketone (PAEK) powder having a plurality of particles, the plurality of particles having a volume mean diameter D50, wherein the D50 is between 60 and 70 μm as determined by the Coulter method following ISO 13319; and a plurality of carbon fibers having a volume mean length L50; wherein the carbon fibers account for between 5% and 30% of the powder composition by weight; and also wherein L50 as determined by the Coulter method following ISO 13319 is greater than D50; and further wherein at least a portion of the plurality of the carbon fibers are at least partially embedded in the plurality of particles of the PAEK powder. a polyaryletherketone (PAEK) powder having a plurality of particles, the plurality of particles having a volume mean diameter D50, wherein the D50 is between 60 and 70 μm as determined by the Coulter method following ISO 13319; and a plurality of carbon fibers having a volume mean length L50; wherein the carbon fibers account for between 5% and 30% of the powder composition by weight; and also wherein L50 as determined by the Coulter method following ISO 13319 is greater than D50; and further wherein at least a portion of the plurality of the carbon fibers are at least partially embedded in the plurality of particles of the PAEK powder.