mhurhangee/ep-ind-claims huggingface dataset:
An encapsulation film, comprising: a metal layer and a pressure-sensitive adhesive layer, wherein the pressure-sensitive adhesive layer comprises a first layer having an elastic portion calculated by General Equation 1 of 30 to 80%, and a second layer having an elastic portion calculated by General Equation 1 of 8 to 40%, and wherein the encapsulation film comprises the metal layer, the first layer and the second layer sequentially: Ep unit: % = 100 × σ 2 / σ 1, where σ1 is the maximum stress value measured when 30% of strain is applied to the film by applying a normal force of 1.96 N (200 gf) at 85 °C using a parallel plate having a diameter of 8 mm in a stress relaxation test mode of an advanced rheometric expansion system (ARES) while the pressure-sensitive adhesive layer is formed to a thickness of 600 μm, and σ2 is a stress value measured after the state in which the strain is applied to the film is maintained for 180 seconds, the pressure-sensitive adhesive layer comprising a polymer derived from butylene and a compound satisfying Formula 1: where T is a linear or branched alkyl group, alkenyl group or alkynyl group having 6 to 30 carbon atoms, or -U-[O-W] n -O-Q, in which U and W are each independently an alkylene group or alkylidene group, Q is an alkyl group, alkenyl group, alkynyl group or aryl group, and n is a number from 0 to 10, the value of the elastic portion of the first layer being the same as or higher than the value of the elastic portion of the second layer. a metal layer and a pressure-sensitive adhesive layer, wherein the pressure-sensitive adhesive layer comprises a first layer having an elastic portion calculated by General Equation 1 of 30 to 80%, and a second layer having an elastic portion calculated by General Equation 1 of 8 to 40%, and wherein the encapsulation film comprises the metal layer, the first layer and the second layer sequentially: Ep unit: % = 100 × σ 2 / σ 1, where σ1 is the maximum stress value measured when 30% of strain is applied to the film by applying a normal force of 1.96 N (200 gf) at 85 °C using a parallel plate having a diameter of 8 mm in a stress relaxation test mode of an advanced rheometric expansion system (ARES) while the pressure-sensitive adhesive layer is formed to a thickness of 600 μm, and σ2 is a stress value measured after the state in which the strain is applied to the film is maintained for 180 seconds, the pressure-sensitive adhesive layer comprising a polymer derived from butylene and a compound satisfying Formula 1: where T is a linear or branched alkyl group, alkenyl group or alkynyl group having 6 to 30 carbon atoms, or -U-[O-W] n -O-Q, in which U and W are each independently an alkylene group or alkylidene group, Q is an alkyl group, alkenyl group, alkynyl group or aryl group, and n is a number from 0 to 10, the value of the elastic portion of the first layer being the same as or higher than the value of the elastic portion of the second layer.
A method of inspection of a shoe worn by an individual's foot, the shoe comprising a sole having a lower face intended to come into contact with a ground, and the method comprising the following steps: - acquiring a thermal image of the shoe when it is worn by a foot of the individual using a thermal imaging camera, - determining, from the thermal image of the shoe, a lower limit of the individual's foot, said lower limit corresponding to a lower face of the foot, characterised in that the method comprises: - determining a position of the shoe relative to the thermal imaging camera at the time of acquisition of the thermal image, and - deducing from the position of the shoe relative to the camera and from the lower limit of the foot, a distance between the lower face of the sole and the lower face of the individual's foot. - acquiring a thermal image of the shoe when it is worn by a foot of the individual using a thermal imaging camera, - determining, from the thermal image of the shoe, a lower limit of the individual's foot, said lower limit corresponding to a lower face of the foot, - determining a position of the shoe relative to the thermal imaging camera at the time of acquisition of the thermal image, and - deducing from the position of the shoe relative to the camera and from the lower limit of the foot, a distance between the lower face of the sole and the lower face of the individual's foot.
1. A continuous centrifugal dewatering device comprising: an external case having an internal space; a feed supply pipe to which a slurry as a mixture of a solid and a liquid is supplied; a basket provided inside the external case, configured to receive a first gas and the slurry provided thereto and rotate to apply centrifugal force to the slurry; a plurality of holes formed in the basket and configured to discharge a liquid filtered from the slurry to the outside of the basket; a pusher plate provided inside the basket and configured to discharge a slurry cake attached to an inner circumferential surface of the basket to the outside of the external case; characterised by a non-contact seal configured to prevent the first gas from flowing into a space between the external case and the basket; and a gas inlet to which a second gas, which flows in a reverse direction with respect to a flow direction of the first gas flowing to the space between the external case and the basket, is supplied. an external case having an internal space; a feed supply pipe to which a slurry as a mixture of a solid and a liquid is supplied; a basket provided inside the external case, configured to receive a first gas and the slurry provided thereto and rotate to apply centrifugal force to the slurry; a plurality of holes formed in the basket and configured to discharge a liquid filtered from the slurry to the outside of the basket; a pusher plate provided inside the basket and configured to discharge a slurry cake attached to an inner circumferential surface of the basket to the outside of the external case; characterised by a non-contact seal configured to prevent the first gas from flowing into a space between the external case and the basket; and a gas inlet to which a second gas, which flows in a reverse direction with respect to a flow direction of the first gas flowing to the space between the external case and the basket, is supplied.
A neighboring vehicle detecting device, comprising: a neighboring vehicle detecting part (20, 26) configured to detect a neighboring vehicle behind an own vehicle; a curved road detecting part (30; 31; 33) configured to detect information related to a curvature radius of a curved road at predetermined cycle; a storing part configured to store a detection result of the curved road detecting part; and a processing part configured to retrieve from the storing part, based on information about a vehicle speed of the own vehicle, the information related to the curvature radius of the curved road which is located a predetermined distance behind a current position of the own vehicle, and set a detection target region behind the own vehicle based on the retrieved information, wherein the processing part detects the neighboring vehicle behind the own vehicle based on a detection result in the set detection target region by the neighboring vehicle detecting part, the neighboring vehicle traveling on a particular lane which has a predetermined relationship with a traveling lane of the own vehicle. a neighboring vehicle detecting part (20, 26) configured to detect a neighboring vehicle behind an own vehicle; a curved road detecting part (30; 31; 33) configured to detect information related to a curvature radius of a curved road at predetermined cycle; a storing part configured to store a detection result of the curved road detecting part; and a processing part configured to retrieve from the storing part, based on information about a vehicle speed of the own vehicle, the information related to the curvature radius of the curved road which is located a predetermined distance behind a current position of the own vehicle, and set a detection target region behind the own vehicle based on the retrieved information, wherein the processing part detects the neighboring vehicle behind the own vehicle based on a detection result in the set detection target region by the neighboring vehicle detecting part, the neighboring vehicle traveling on a particular lane which has a predetermined relationship with a traveling lane of the own vehicle.
An edible pet chew comprising an expanded pre-gelatinized cereal flour matrix and having a substantially smooth exterior surface such that it is substantially free from undulations, blisters and bumps, and a density not greater than 1.0 Kg/L; and wherein the chew has a caloric density of 1.5-2.7 Kcal/cm 3.
A load detector, comprising: a strain generating body that includes a plate-shaped first fixing part fixable to a device, the device receiving a pressing operation by an operator, a plate-shaped second fixing part fixable to an actuator giving vibration to the device, and a strain part provided continuously between the plate-shaped first fixing part and the plate-shaped second fixing part, and integral with the plate-shaped first fixing part and the plate-shaped second fixing part; a strain sensor that is disposed on the strain part and is configured to detect strain generated in the strain part due to displacement of the plate-shaped first fixing part in the plate thickness direction in accordance with the pressing operation; characterised that it further comprises: a regulating part comprising: a first portion extending from the plate-shaped first fixing part in a direction perpendicular to the direction in which the strain part and the plate-shaped first fixing part extend, and a second portion that extends from an end of the first portion in a direction perpendicular to the direction of the first portion. a strain generating body that includes a plate-shaped first fixing part fixable to a device, the device receiving a pressing operation by an operator, a plate-shaped second fixing part fixable to an actuator giving vibration to the device, and a strain part provided continuously between the plate-shaped first fixing part and the plate-shaped second fixing part, and integral with the plate-shaped first fixing part and the plate-shaped second fixing part; a strain sensor that is disposed on the strain part and is configured to detect strain generated in the strain part due to displacement of the plate-shaped first fixing part in the plate thickness direction in accordance with the pressing operation; characterised that it further comprises: a regulating part comprising: a first portion extending from the plate-shaped first fixing part in a direction perpendicular to the direction in which the strain part and the plate-shaped first fixing part extend, and a second portion that extends from an end of the first portion in a direction perpendicular to the direction of the first portion.
An attachment structure for a case, the attachment structure comprising: a V-groove shaped cross-section defined by first and second arms (70, 72) joined at a lower portion, the attachment structure configured for extending circumferentially around the case, wherein at least a portion of the attachment structure is a three-dimensionally woven composite; characterized in that the V-groove includes a three-dimensional weave in the lower portion of the attachment structure, wherein the weave comprises: warp yarns intersecting with fill yarns to form two-dimensional woven plies; and tow yarns (78a - 78d) extending in a thickness direction of the weave to interlock the warp yarns in an angle-to-angle interlock weave pattern, and wherein the tow yarns (78a - 78d) extend the entire thickness of the lower portion, interlocking with the uppermost and lowermost warp yarns. a V-groove shaped cross-section defined by first and second arms (70, 72) joined at a lower portion, the attachment structure configured for extending circumferentially around the case, wherein at least a portion of the attachment structure is a three-dimensionally woven composite; characterized in that the V-groove includes a three-dimensional weave in the lower portion of the attachment structure, wherein the weave comprises: warp yarns intersecting with fill yarns to form two-dimensional woven plies; and tow yarns (78a - 78d) extending in a thickness direction of the weave to interlock the warp yarns in an angle-to-angle interlock weave pattern, and warp yarns intersecting with fill yarns to form two-dimensional woven plies; and tow yarns (78a - 78d) extending in a thickness direction of the weave to interlock the warp yarns in an angle-to-angle interlock weave pattern, and wherein the tow yarns (78a - 78d) extend the entire thickness of the lower portion, interlocking with the uppermost and lowermost warp yarns.
A plasticizer composition comprising a terephthalate-based composition and a citrate-based composition, wherein the terephthalate-based composition comprises dihexyl terephthalate, hexyl(2-ethylhexyl) terephthalate and di(2-ethylhexyl) terephthalate, the citrate-based composition comprises trihexyl citrate, a hexyl group of the terephthalate and a hexyl group of the citrate are derived from an isomer mixture of hexyl alcohols, and the isomer mixture of hexyl alcohols comprises two or more selected from the group consisting of 1-hexanol, 1-methylpentanol, 2-methylpentanol, 3-methylpentanol, 4-methylpentanol, 1,1-dimethylbutanol, 1,2-dimethylbutanol, 1,3-dimethylbutanol, 2,2-dimethylbutanol, 2,3-dimethylbutanol, 3,3-dimethylbutanol, 1-ethylbutanol, 2-ethylbutanol, 3-ethylbutanol and cyclopentyl methanol. the terephthalate-based composition comprises dihexyl terephthalate, hexyl(2-ethylhexyl) terephthalate and di(2-ethylhexyl) terephthalate, the citrate-based composition comprises trihexyl citrate, a hexyl group of the terephthalate and a hexyl group of the citrate are derived from an isomer mixture of hexyl alcohols, and the isomer mixture of hexyl alcohols comprises two or more selected from the group consisting of 1-hexanol, 1-methylpentanol, 2-methylpentanol, 3-methylpentanol, 4-methylpentanol, 1,1-dimethylbutanol, 1,2-dimethylbutanol, 1,3-dimethylbutanol, 2,2-dimethylbutanol, 2,3-dimethylbutanol, 3,3-dimethylbutanol, 1-ethylbutanol, 2-ethylbutanol, 3-ethylbutanol and cyclopentyl methanol.
Disposal bag for a vacuuming device, in particular a construction site vacuum cleaner, wherein the vacuuming device has a collecting tank for receiving the disposal bag, wherein the disposal bag has a pressure equalization matrix, wherein the pressure equalization matrix has openings that are designed to effect pressure equalization between a first region and a second region of the collecting tank, wherein the disposal bag comprises a first layer and a second layer, wherein the openings have been punched in only one of the two layers of the disposal bag and characterized in that the openings each have a collar. the disposal bag has a pressure equalization matrix, wherein the pressure equalization matrix has openings that are designed to effect pressure equalization between a first region and a second region of the collecting tank, wherein the disposal bag comprises a first layer and a second layer, wherein the openings have been punched in only one of the two layers of the disposal bag and characterized in that the openings each have a collar.
A method for producing a first mold part (5, 35), a second mold part (16, 39) and a flat element (24, 43) with a surface which deviates from a flat surface from a curing material, comprising the following steps: - producing a first mold part (5, 35) in a casting mold with an adjustable surface which has the one first mold surface which has a form corresponding to a surface of the element (24, 43) to be produced, - producing a second mold part (16, 39) in a casting mold with an adjustable surface which has the one second mold surface which has a form corresponding to another surface of the element (24, 43) to be produced, - connecting the first and second mold parts (5, 16, 35, 39), wherein a gap and/or cavity or a recess corresponding to the element (24, 43) to be produced is delimited by the first mold part (5, 35) and the second mold part (16, 39) between at least one of the surfaces of the mold parts (5, 16, 35, 39), - introducing the curing material into the cavity delimited by the mold parts (5, 16, 35, 39), - curing the curing material in the mold parts (5, 16, 35, 39) connected to each other, and - opening the mold parts (5, 16, 35, 39) and removing the cured flat element (24, 43), characterized in that a cavity is formed in the mold surface (7, 19) by inserts (13, 36) on the adjustable surface of the casting mold (1, 11) during production of at least one of the first or the second mold parts (5, 16, 35, 39). - producing a first mold part (5, 35) in a casting mold with an adjustable surface which has the one first mold surface which has a form corresponding to a surface of the element (24, 43) to be produced, - producing a second mold part (16, 39) in a casting mold with an adjustable surface which has the one second mold surface which has a form corresponding to another surface of the element (24, 43) to be produced, - connecting the first and second mold parts (5, 16, 35, 39), wherein a gap and/or cavity or a recess corresponding to the element (24, 43) to be produced is delimited by the first mold part (5, 35) and the second mold part (16, 39) between at least one of the surfaces of the mold parts (5, 16, 35, 39), - introducing the curing material into the cavity delimited by the mold parts (5, 16, 35, 39), - curing the curing material in the mold parts (5, 16, 35, 39) connected to each other, and - opening the mold parts (5, 16, 35, 39) and removing the cured flat element (24, 43),
A casing for a turbomachine, comprising: an upper casing and a lower casing; a flange portion connecting the upper casing and the lower casing; and a flow guide structure including a flow guide means positioned at the flange portion of the casing for guiding fluid flow along an outer surface of the casing adjacent to the flange portion, wherein the flow guide means comprises: a flat portion positioned close to the flange portion; an inclined portion bent at, by a predetermined angle and connected to an upper end of the flat portion, fixed to the upper casing, and guiding the fluid flow which flows in a top-down direction; a slope portion bent at, by a predetermined angle and connected to a lower end of the flat portion, fixed to the lower casing, and preventing occurrence of turbulence of fluid guided by the inclined portion; and a guide wing portion positioned at the inclined portion and distributing the fluid flow, which flows in the top-down direction, to an outside of the flange portion. an upper casing and a lower casing; a flange portion connecting the upper casing and the lower casing; and a flow guide structure including a flow guide means positioned at the flange portion of the casing for guiding fluid flow along an outer surface of the casing adjacent to the flange portion, wherein the flow guide means comprises: a flat portion positioned close to the flange portion; an inclined portion bent at, by a predetermined angle and connected to an upper end of the flat portion, fixed to the upper casing, and guiding the fluid flow which flows in a top-down direction; a slope portion bent at, by a predetermined angle and connected to a lower end of the flat portion, fixed to the lower casing, and preventing occurrence of turbulence of fluid guided by the inclined portion; and a guide wing portion positioned at the inclined portion and distributing the fluid flow, which flows in the top-down direction, to an outside of the flange portion. a flat portion positioned close to the flange portion; an inclined portion bent at, by a predetermined angle and connected to an upper end of the flat portion, fixed to the upper casing, and guiding the fluid flow which flows in a top-down direction; a slope portion bent at, by a predetermined angle and connected to a lower end of the flat portion, fixed to the lower casing, and preventing occurrence of turbulence of fluid guided by the inclined portion; and a guide wing portion positioned at the inclined portion and distributing the fluid flow, which flows in the top-down direction, to an outside of the flange portion.
An energy absorber comprising: a folding section adapted to fold opposed walls of a thin-walled tube section inward, the folding section comprising a tubular member adapted to receive a distal end of the tube section and inner folding elements adapted to fold opposed walls of the tube section; and a compressing section adapted to compress the tube section after it has been folded the compressing section comprising a tubular member and a curved extension that extends outward from the tubular member, characterized in that the tubular member includes inner angled elements that extend toward each other as the tubular member is traversed toward the curved extension so as to be adapted to compress the tube section as it traverses the tubular member. a folding section adapted to fold opposed walls of a thin-walled tube section inward, the folding section comprising a tubular member adapted to receive a distal end of the tube section and inner folding elements adapted to fold opposed walls of the tube section; and a compressing section adapted to compress the tube section after it has been folded the compressing section comprising a tubular member and a curved extension that extends outward from the tubular member, characterized in that the tubular member includes inner angled elements that extend toward each other as the tubular member is traversed toward the curved extension so as to be adapted to compress the tube section as it traverses the tubular member.
A blood treatment cassette comprising a cassette body designed as a hard part and a film, the film being connected to the hard part and covering the hard part at least in sections, wherein the hard part comprises at least one valve base of a valve, the valve being designed to take, in addition to a first, open position of the valve, in which the valve base and a portion of the film disposed above it don't touch each other, a second, closed position of the valve, in which the valve base and the portion of the film touch each other when a force is applied to a portion of the film, wherein the blood treatment cassette comprises at least one spacer springly or elastically supported on the hard part and/or produced integrally therewith, wherein the spacer is arranged to apply tension, force or pressure to the portion of the film disposed above the valve base in the first position. wherein the spacer is an integral element of a spring element (227a; 227b) connected to the hard part or is arranged at it, wherein humps are arranged on the spring element (227a; 227b), the humps being traversed by drainage structures and/or wherein the spring element (227a; 227b) comprises a functional element, namely an integrated hydrophobic membrane support grid, a blood clot catcher disc and/or a non-return valve.