mhurhangee/patent-ind-claim-en huggingface dataset:
A pin , wherein the pin is applied to a package body, the package body comprises the pin , a substrate , and a plastic packaging material , and the pin comprises a body and a baffle structure ; a bottom of the body is soldered to the substrate , the baffle structure is sleeved on a middle of the body , and the plastic packaging material covers the substrate and wraps a bottom-to-middle part of the body ; and the baffle structure is configured to prevent the plastic packaging material from overflowing from a cavity when the plastic packaging material is filled into the cavity, the cavity is a cavity in a mold for packaging the package body, the cavity accommodates the bottom-to-middle part of the body and the substrate , the substrate is located at a bottom of the cavity, the middle of the body is located at a top of the cavity, a side wall at the top of the cavity abuts against the baffle structure of the body, and a bottom-to-top height of the cavity is lower than a bottom-to-top height of the body , and wherein a platform structure is further disposed between the middle and the bottom of the body , and a width of an end that is of the platform structure and that faces the middle of the body is greater than a width of the middle of the body ; characterized in that an angle between the baffle structure and the body along a direction of the bottom of the body is greater than 0 degrees, and is less than 90 degrees, wherein the baffle structure is a skirt structure. a bottom of the body is soldered to the substrate , the baffle structure is sleeved on a middle of the body , and the plastic packaging material covers the substrate and wraps a bottom-to-middle part of the body ; and the baffle structure is configured to prevent the plastic packaging material from overflowing from a cavity when the plastic packaging material is filled into the cavity, the cavity is a cavity in a mold for packaging the package body, the cavity accommodates the bottom-to-middle part of the body and the substrate , the substrate is located at a bottom of the cavity, the middle of the body is located at a top of the cavity, a side wall at the top of the cavity abuts against the baffle structure of the body, and a bottom-to-top height of the cavity is lower than a bottom-to-top height of the body , and wherein a platform structure is further disposed between the middle and the bottom of the body , and a width of an end that is of the platform structure and that faces the middle of the body is greater than a width of the middle of the body ; characterized in that an angle between the baffle structure and the body along a direction of the bottom of the body is greater than 0 degrees, and is less than 90 degrees, wherein the baffle structure is a skirt structure.
An inkjet active-energy-ray-curable composition comprising: a hard solid component; and a radical-polymerizable monomer, wherein a difference (a HSP value (B) - a HSP value (A)) between the HSP value (A) of a substance that constitutes a surface of the hard solid component and the HSP value (B) of a liquid component of the inkjet active-energy-ray-curable composition is 0.5 (cal/cm 3 ) 0.5 or greater but 3.0 (cal/cm 3 ) 0.5 or less, when measured according to the method recited in the description, the hard solid component is silica of which surface is reformed with a silane coupling agent, and the radical-polymerizable monomer comprises an acrylic-based monomer or a methacrylic-based monomer. a hard solid component; and a radical-polymerizable monomer, wherein a difference (a HSP value (B) - a HSP value (A)) between the HSP value (A) of a substance that constitutes a surface of the hard solid component and the HSP value (B) of a liquid component of the inkjet active-energy-ray-curable composition is 0.5 (cal/cm 3 ) 0.5 or greater but 3.0 (cal/cm 3 ) 0.5 or less, when measured according to the method recited in the description, the hard solid component is silica of which surface is reformed with a silane coupling agent, and the radical-polymerizable monomer comprises an acrylic-based monomer or a methacrylic-based monomer.
A magnetoresistive tunnel-junction, MTJ, memory element (100a-e), comprising: a magnetic reference layer, RL ; a magnetic free layer, FL ; a tunneling barrier layer extending between the magnetic RL and the magnetic FL ; a diffusion-blocking layer, (140; 140a, 140b) on the magnetic FL , said DBL (140; 140a, 140b) comprising at least one material selected from a group consisting of bismuth, Bi, antimony, Sb, osmium, Os, rhenium, Re, tin, Sn, rhodium, Rh, indium, In, and cadmium, Cd; and an oxide layer (130; 130'; 130") on the DBL (140; 140a, 140b), wherein the DBL (140; 140a, 140b) extends between the oxide layer (130; 130'; 130") and the magnetic FL to form interfaces with the oxide layer (130; 130'; 130") and the magnetic FL , wherein the oxide layer (130") comprises a composite of: a first oxide layer comprising at least one oxide selected from a group consisting of scandium oxide, Sc-O, strontium oxide, Sr-O, and calcium oxide, Ca-O; and a second oxide layer comprising at least one oxide selected from a group consisting of tantalum oxide, Ta-O, and hafnium oxide, Hf-O, and wherein the first oxide layer extends between the second oxide layer and the DBL . a magnetic reference layer, RL ; a magnetic free layer, FL ; a tunneling barrier layer extending between the magnetic RL and the magnetic FL ; a diffusion-blocking layer, (140; 140a, 140b) on the magnetic FL , said DBL (140; 140a, 140b) comprising at least one material selected from a group consisting of bismuth, Bi, antimony, Sb, osmium, Os, rhenium, Re, tin, Sn, rhodium, Rh, indium, In, and cadmium, Cd; and an oxide layer (130; 130'; 130") on the DBL (140; 140a, 140b), wherein the DBL (140; 140a, 140b) extends between the oxide layer (130; 130'; 130") and the magnetic FL to form interfaces with the oxide layer (130; 130'; 130") and the magnetic FL , wherein the oxide layer (130") comprises a composite of: a first oxide layer comprising at least one oxide selected from a group consisting of scandium oxide, Sc-O, strontium oxide, Sr-O, and calcium oxide, Ca-O; and a second oxide layer comprising at least one oxide selected from a group consisting of tantalum oxide, Ta-O, and hafnium oxide, Hf-O, and wherein the first oxide layer extends between the second oxide layer and the DBL . a first oxide layer comprising at least one oxide selected from a group consisting of scandium oxide, Sc-O, strontium oxide, Sr-O, and calcium oxide, Ca-O; and a second oxide layer comprising at least one oxide selected from a group consisting of tantalum oxide, Ta-O, and hafnium oxide, Hf-O, and wherein the first oxide layer extends between the second oxide layer and the DBL .
An image processing device comprising: a decoding unit that decodes scaling list data to generate a first quantizing matrix of a first size; a generating unit that generates a second quantizing matrix for a transform block of a second size, different from the first size, to which zeroing of a high-frequency component is applied, by referring to only a partial matrix of the first quantizing matrix generated by the decoding unit; and an inverse quantizing unit that inversely quantizes a quantized transform coefficient of the transform block of the second size, using the second quantizing matrix generated by the generating unit (167a, 167b, wherein a ratio of a size of the partial matrix to the first size is equal to a ratio of a size of a non-zero part to the second size. a decoding unit that decodes scaling list data to generate a first quantizing matrix of a first size; a generating unit that generates a second quantizing matrix for a transform block of a second size, different from the first size, to which zeroing of a high-frequency component is applied, by referring to only a partial matrix of the first quantizing matrix generated by the decoding unit; and an inverse quantizing unit that inversely quantizes a quantized transform coefficient of the transform block of the second size, using the second quantizing matrix generated by the generating unit (167a, 167b, wherein a ratio of a size of the partial matrix to the first size is equal to a ratio of a size of a non-zero part to the second size.
A kit comprising: a urinary catheter comprising a first and a second longitudinal lumens; at least one ultrasonic transducer disposed about a distal portion of said urinary catheter; a balloon mounted on said urinary catheter at the distal portion, and enclosing said at least one ultrasonic transducer, and a reservoir containing therapeutic fluid wherein: said urinary catheter further comprises a first opening in said first longitudinal lumen, said first opening disposed inside said balloon and configured to inflate said balloon with a degassed solution used as acoustic coupling medium, said urinary catheter further comprises a second opening in said second longitudinal lumen, said second opening disposed outside said balloon and configured to deliver therapeutic fluid into the urinary bladder, between the balloon and the bladder internal surface, and activation of said at least one ultrasonic transducer in said urinary bladder causes cavitation bubbles to form in said therapeutic fluid adjacent an internal surface of the urinary bladder, and little or no cavitation bubbles are formed in said degassed solution in said balloon. a urinary catheter comprising a first and a second longitudinal lumens; at least one ultrasonic transducer disposed about a distal portion of said urinary catheter; a balloon mounted on said urinary catheter at the distal portion, and enclosing said at least one ultrasonic transducer, and a reservoir containing therapeutic fluid wherein: said urinary catheter further comprises a first opening in said first longitudinal lumen, said first opening disposed inside said balloon and configured to inflate said balloon with a degassed solution used as acoustic coupling medium, said urinary catheter further comprises a second opening in said second longitudinal lumen, said second opening disposed outside said balloon and configured to deliver therapeutic fluid into the urinary bladder, between the balloon and the bladder internal surface, and activation of said at least one ultrasonic transducer in said urinary bladder causes cavitation bubbles to form in said therapeutic fluid adjacent an internal surface of the urinary bladder, and little or no cavitation bubbles are formed in said degassed solution in said balloon. said urinary catheter further comprises a first opening in said first longitudinal lumen, said first opening disposed inside said balloon and configured to inflate said balloon with a degassed solution used as acoustic coupling medium, said urinary catheter further comprises a second opening in said second longitudinal lumen, said second opening disposed outside said balloon and configured to deliver therapeutic fluid into the urinary bladder, between the balloon and the bladder internal surface, and activation of said at least one ultrasonic transducer in said urinary bladder causes cavitation bubbles to form in said therapeutic fluid adjacent an internal surface of the urinary bladder, and little or no cavitation bubbles are formed in said degassed solution in said balloon.
An inclined structure of a court floor of a court for automatic supply of balls of a ball game, wherein a top surface of the court floor is formed to enable ball games to be played and is inclined such that a ball used for playing or practice rolls outwardly and is collected, the inclined structure comprising: a support layer having an inclined upper surface the support layer is provided to correspond to an outer circumferential portion of the court (A), wherein an inclination of the support layer is formed in a range of 0.1° to 3°, and the inclined structure further comprising: a mold comprising a wooden panel assembled into a quadrilateral frame shape; a support member arranged inside the mold and formed by welding a metal pipe, the support member having an inclined upper surface corresponding to the inclined surface of the support layer ; concrete laid inside the mold , wherein the upper surface of the concrete is evened out and hardened so as to form a surface having a same slope as the inclined upper surface of the support member such that the upper surface of the concrete corresponds to the inclined upper surface of the support member , the upper surface of the hardened concrete is finished through a grinder or an abrader, and a flooring selected from wood, synthetic resin or rubber formed in a panel shape on the upper surface of the support layer so as to be adhered and fixed to cover the support layer , wherein the inclined surface of the support layer is configured to have an entire upper surface inclining downwards towards opposite sides, or configured to have a dome shape inclining downwards to an outer side from a center portion, such that the ball is collected in a collecting ditch inclined to one side of the outer circumferential portion of the court (A) and then gathered to one side along the slope of the collecting ditch .
Vehicle door adjustment unit for a motor vehicle sliding door, comprising a deflection device for deflecting a cable for automatic opening and/or closing of the motor vehicle sliding door, the vehicle door adjustment unit comprising the cable and a first deflection roller and a second deflection roller having a U-shaped or V-shaped cable receiving profile, a first deflection axis of the first deflection roller and a second deflection axis of the second deflection roller being oriented substantially perpendicularly to one another, with the first deflection roller and the second deflection roller being enclosed by a common housing , the housing of the deflection device being equipped with a first cavity for the first deflection roller and a second cavity for the second deflection roller , the first cavity being connected to the second cavity by a through-opening , the maximum opening width of which is greater than the cable diameter and is optionally less than 1.5 times the thickness of the first deflection roller or the second deflection roller , characterized in that the first deflection axis and the second deflection axis are at a distance from one another that is smaller than the sum of a first diameter or radius of one of the deflection rollers and a second radius of the other of the deflection rollers .
An e-bike battery configured to be inserted into and coupled to an e-bike frame assembly of an e-bike , the e-bike battery comprising: a battery housing ; a battery mount located along a side of the battery housing , wherein the battery mount defines an aperture configured to receive a fastener ; characterized in that a resilient pad is located adjacent the battery mount and at an outer surface of the battery housing , wherein the resilient pad extends at least partially around the aperture , and is configured to be compressed between the battery housing and the e-bike frame assembly when the e-bike battery is coupled to the e-bike frame assembly with the fastener , wherein the resilient pad is formed with the battery housing and the battery housing includes a housing material that is less resilient than a pad material of the resilient pad , and wherein the battery housing includes a projecting lip which surrounds at least partially the resilient pad . a battery housing ; a battery mount located along a side of the battery housing , wherein the battery mount defines an aperture configured to receive a fastener ; characterized in that a resilient pad is located adjacent the battery mount and at an outer surface of the battery housing , wherein the resilient pad extends at least partially around the aperture , and is configured to be compressed between the battery housing and the e-bike frame assembly when the e-bike battery is coupled to the e-bike frame assembly with the fastener , wherein the resilient pad is formed with the battery housing and the battery housing includes a housing material that is less resilient than a pad material of the resilient pad , and wherein the battery housing includes a projecting lip which surrounds at least partially the resilient pad .
A multi-RAT capable User Equipment configured to: establish a first radio connection with a primary network controller over a primary Radio Access Technology, activating a single PDP context; establish a second radio connection with a secondary network controller over a secondary Radio Access Technology for the same single PDP context, receive a primary data packet flow through the first radio connection and a secondary data packet flow through the second radio connection; and combine the primary data packet flow and the secondary data packet flow to reconstruct an initial data packet flow corresponding to the same single PDP context. establish a first radio connection with a primary network controller over a primary Radio Access Technology, activating a single PDP context; establish a second radio connection with a secondary network controller over a secondary Radio Access Technology for the same single PDP context, receive a primary data packet flow through the first radio connection and a secondary data packet flow through the second radio connection; and combine the primary data packet flow and the secondary data packet flow to reconstruct an initial data packet flow corresponding to the same single PDP context.
An anti li p10 antibody comprising a VH domain comprising a CDR1 comprising the amino acid sequence of Seq. Id. No. 4, a CDR2 comprising the amino acid sequence of Seq. Id. No. 5, CDR3 sequence comprising the amino acid sequence of Seq. Id. No. 6., and a VL domain comprising a CDR1 comprising the amino acid sequence of Seq. Id. No. 7, a CDR2 comprising the amino acid sequence of Seq. Id. No. 8, a CDR3 sequence comprising the amino acid sequence of Seq. Id. No. 9.
Root crop harvester, designed as a potato harvester , which is provided with a lifting device , from which a mixture (G) comprising both the harvested crop (E) and also clods, weeds and similar admixtures (B) can be moved into the region of downstream screening belts , the mixture (G) resting on one of the feed belts enters a sorting zone (Z) and in this sorting zone the harvested crop (E) can be separated out by means of a separating device which is arranged above the feed belt and which acts on the mixture (G) transversely to the feed direction of said feed belt, such that two stripper belts , which circulate in the same direction in a stripping direction , sweep away the harvested crop (E) by means of respective stripper elements (10, 10'; 11, 11'), feed said harvested crop in two adjacently arranged stripping planes to a downstream sorting belt , and the respective admixtures (B) which remain as residue on the feed belt can be guided away in a guide direction which is preferably offset by 90° relative to the stripping direction , characterised in that at least one of the two stripper belts has, upstream of its final deflection in the conveying direction, a discharge section (AB), in which said stripper belt , as seen transversely to the conveying direction, is provided with an incline of less than 55° relative to the stripping plane , the stripper belt having a contour which is non-round in some areas and having in particular a constant incline.
A manufacturing method of decorated natural leather including the steps of: a) laser ablating part of a base coat on dyed crusted leather; and b) bleaching the laser ablated part with a bleaching agent.
An industrial two-layer papermaking fabric comprising: an upper surface side fabric consisting of upper surface side warps (1U~8U) and upper surface side wefts (1'U~8'U) and a lower surface side fabric consisting of lower surface side warps (1L~8L) and lower surface side wefts (1'L~8'L), the upper and lower surface side fabric being bound by warp binding yarns; wherein all upper surface side warps follow the same weaving pattern, said upper surface side wefts comprise first upper surface side wefts and second upper surface side wefts, weaving patterns of the first upper surface side wefts are different from those of the second upper surface side wefts, characterized in that on the surface of the upper surface side fabric, the number of upper surface side wefts over which the upper surface side warp passes to form a knuckle is less than the number of upper surface side wefts under which the upper surface side warp passes. an upper surface side fabric consisting of upper surface side warps (1U~8U) and upper surface side wefts (1'U~8'U) and a lower surface side fabric consisting of lower surface side warps (1L~8L) and lower surface side wefts (1'L~8'L), the upper and lower surface side fabric being bound by warp binding yarns; wherein all upper surface side warps follow the same weaving pattern, said upper surface side wefts comprise first upper surface side wefts and second upper surface side wefts, weaving patterns of the first upper surface side wefts are different from those of the second upper surface side wefts, characterized in that on the surface of the upper surface side fabric, the number of upper surface side wefts over which the upper surface side warp passes to form a knuckle is less than the number of upper surface side wefts under which the upper surface side warp passes.