mhurhangee/ep-ind-claims huggingface dataset:
A cover film comprising at least a substrate layer, an intermediate layer, a peel layer, and a heat seal layer capable of heat-sealing a carrier tape; wherein the substrate layer is a layer comprising a biaxially stretched polyester or a biaxially stretched nylon; the intermediate layer comprises, as a main component, a linear low-density polyethylene with a tensile elasticity of 200 MPa or less, polymerized using a metallocene catalyst; the intermediate layer is laminated onto one surface of the substrate layer; and the heat seal layer is formed on the surface of the peel layer, characterized in that the peel layer comprises a conductive material, and comprises, as a main component, a hydrogenated resin of an aromatic vinyl-conjugated diene copolymer with an aromatic vinyl group content of 15 to 35 mass%.
A damper unit for being used as a part of a steering wheel, said damper unit comprising a buffer member including an elastic material; an upper support member supporting the buffer member from above; and a lower support member supporting the buffer member from below, wherein the buffer member includes a laterally protruding flange part which is configured so as to be sandwiched between the upper support member and the lower support member, and wherein a gap is formed between the flange part and at least one of the upper support member or the lower support member, characterized in that the gap is molded by a notch (206a, 314) formed in the upper support member and/or the lower support member. wherein the buffer member includes a laterally protruding flange part which is configured so as to be sandwiched between the upper support member and the lower support member, and wherein a gap is formed between the flange part and at least one of the upper support member or the lower support member, characterized in that the gap is molded by a notch (206a, 314) formed in the upper support member and/or the lower support member.
Composite adsorbent bead for the separation of at least one gas component from a gas mixture, the adsorbent bead having at least one porous and non-adsorbent core comprising at least one inorganic material and a porous and adsorbent shell comprising at least one layer comprising a porous adsorbent material on the surface of the core, characterized in that the core material has a porosity in the range of 10 to 50%.
A system for unmanned vehicle operation, comprising A. a control station, B. a craft disposed remotely from the control station, C. an image acquisition device coupled to the craft and arranged for generating one or more images of one or more scenes in a vicinity of the craft, D. a first digital data processor coupled to the image acquisition device, the first digital processor identifying anomalies in one or more scenes in one or more images generated by the image acquisition device and transmitting alarms identifying actual or suspected natures of the anomalies, E. a second digital data processor disposed at the control station in communications coupling with the first digital data processor, the second digital data processor responding to the alarms transmitted from the first digital data processor by generating images representative of the one or more scenes in which the anomalies were detected, and F. wherein the first digital data processor is coupled with the second digital data processor by way of any of a low-bandwidth and/or small-antenna satellite link. A. a control station, B. a craft disposed remotely from the control station, C. an image acquisition device coupled to the craft and arranged for generating one or more images of one or more scenes in a vicinity of the craft, D. a first digital data processor coupled to the image acquisition device, the first digital processor identifying anomalies in one or more scenes in one or more images generated by the image acquisition device and transmitting alarms identifying actual or suspected natures of the anomalies, E. a second digital data processor disposed at the control station in communications coupling with the first digital data processor, the second digital data processor responding to the alarms transmitted from the first digital data processor by generating images representative of the one or more scenes in which the anomalies were detected, and F. wherein the first digital data processor is coupled with the second digital data processor by way of any of a low-bandwidth and/or small-antenna satellite link.
A rotor blade for a wind turbine, comprising: a first blade segment and a second blade segment extending in opposite directions from a chord-wise joint, each of the first and second blade segments (30, 32) comprising one or more shell members (31, 33) and an internal support structure, the internal support structure of the first blade segment comprising a beam structure extending between a first end at the chord-wise joint and a second end, wherein the beam structure comprises a suction side spar structure and a pressure side spar structure, the internal support structure of the second blade segment comprising a receiving section that receives the beam structure of the first blade segment, the beam structure and the receiving section coupled to an inner surface of the one or more shell members (31, 33) of the first blade segment and the second blade segment, respectively; characterized in that at least one of the suction side spar structure and the pressure side spar structure comprises a pultruded carbon composite material and, at least one spacer material arranged within the first blade segment between an exterior surface of the beam structure and the inner surface of the one or more shell members (31, 33) so as to reduce a bond gap between the exterior surface of the beam structure and the inner surface of the one or more shell members (31, 33). a first blade segment and a second blade segment extending in opposite directions from a chord-wise joint, each of the first and second blade segments (30, 32) comprising one or more shell members (31, 33) and an internal support structure, the internal support structure of the first blade segment comprising a beam structure extending between a first end at the chord-wise joint and a second end, wherein the beam structure comprises a suction side spar structure and a pressure side spar structure, the internal support structure of the second blade segment comprising a receiving section that receives the beam structure of the first blade segment, the beam structure and the receiving section coupled to an inner surface of the one or more shell members (31, 33) of the first blade segment and the second blade segment, respectively; characterized in that at least one of the suction side spar structure and the pressure side spar structure comprises a pultruded carbon composite material and, at least one spacer material arranged within the first blade segment between an exterior surface of the beam structure and the inner surface of the one or more shell members (31, 33) so as to reduce a bond gap between the exterior surface of the beam structure and the inner surface of the one or more shell members (31, 33).
A composition comprising metformin or a salt thereof for use in a method of treating disorders of glucose metabolism in a subject in need thereof, wherein the composition is adapted for delivery to enteroendocrine cells distal of the duodenum to minimize plasma absorption in said subject, preferably wherein said disorder is hyperglycemia.
A failure detection system used in a manufacturing line of an absorbent article having a plurality of steps for a conveyed continuous web, the system comprising: an image processing unit for acquiring a morphological image illustrating a morphology of the absorbent article after processing of the absorbent article, in each of the said steps; a failure detection unit configured to detect the existence of a failure location of the absorbent article after processing, based on the morphological image acquired by the image processing unit, and an image display unit configured to display an image of the absorbent article after processing, when a failure location of the absorbent article is detected by the failure detection unit, further comprising a failure step determination unit for determining a step that is a cause of a failure location of the absorbent article, by comparing the morphological images of each of the plurality of steps, which are acquired by the image processing unit, when the failure detection unit detects a failure location of the absorbent article and wherein the image display unit superimposes and displays a plurality of morphological images corresponding to each of the plurality of steps and further comprising a step control unit for controlling a parameter that can be changed in the step determined by the failure step determina tion unit, based on a failure location of the absorbent article detected by the failure detection unit, and the step determined by the failure step determination unit. an image processing unit for acquiring a morphological image illustrating a morphology of the absorbent article after processing of the absorbent article, in each of the said steps; a failure detection unit configured to detect the existence of a failure location of the absorbent article after processing, based on the morphological image acquired by the image processing unit, and an image display unit configured to display an image of the absorbent article after processing, when a failure location of the absorbent article is detected by the failure detection unit, further comprising a failure step determination unit for determining a step that is a cause of a failure location of the absorbent article, by comparing the morphological images of each of the plurality of steps, which are acquired by the image processing unit, when the failure detection unit detects a failure location of the absorbent article and wherein the image display unit superimposes and displays a plurality of morphological images corresponding to each of the plurality of steps and further comprising a step control unit for controlling a parameter that can be changed in the step determined by the failure step determina tion unit, based on a failure location of the absorbent article detected by the failure detection unit, and the step determined by the failure step determination unit.
A method for synthesizing cyclododecene, comprising a hydrogenation step of partially hydrogenating cyclododecatriene to synthesize cyclododecene, wherein cyclododecatriene and hydrogen sequentially pass through a continuous stirred-tank reactor and a tubular reactor and react with each other in the continuous stirred-tank reactor and the tubular reactor to synthesize cyclododecene, and wherein the continuous stirred-tank reactor is obtained by sequentially connecting a first continuous stirred-tank reactor and a second continuous stirred-tank reactor, and the following Expression 2 is satisfied, 0.1 ≤ τ 2 C / τ 1 C ≤ 0.9 1 ≤ τ 1 P / τ 1 C ≤ 9 (in Expression 2, τ 1C and τ 2C are a residence time of a reactant or a product in the first continuous stirred-tank reactor and a residence time of a reactant or a product in the second continuous stirred-tank reactor, respectively, and τ 1P is a residence time of a reactant or a product in the tubular reactor). wherein cyclododecatriene and hydrogen sequentially pass through a continuous stirred-tank reactor and a tubular reactor and react with each other in the continuous stirred-tank reactor and the tubular reactor to synthesize cyclododecene, and wherein the continuous stirred-tank reactor is obtained by sequentially connecting a first continuous stirred-tank reactor and a second continuous stirred-tank reactor, and the following Expression 2 is satisfied, 0.1 ≤ τ 2 C / τ 1 C ≤ 0.9 1 ≤ τ 1 P / τ 1 C ≤ 9 (in Expression 2, τ 1C and τ 2C are a residence time of a reactant or a product in the first continuous stirred-tank reactor and a residence time of a reactant or a product in the second continuous stirred-tank reactor, respectively, and τ 1P is a residence time of a reactant or a product in the tubular reactor).
A method for obtaining a soy-based drinkable liquid food product, characterized in that it comprises preparing a mixture with the following ingredients: - a source of starch extracted from a grass plant providing edible grains or seeds or from a herbaceous plant providing edible seeds, - soy, and - water wherein said grain or seed and said soy are already crushed or are crushed during the preparation of the mixture in the presence of enzymes and heat supply for its activation so that said mixture produces a fluid paste from which a liquid part is separated by centrifugation, which liquid part gives said food product. - a source of starch extracted from a grass plant providing edible grains or seeds or from a herbaceous plant providing edible seeds, - soy, and - water wherein said grain or seed and said soy are already crushed or are crushed during the preparation of the mixture in the presence of enzymes and heat supply for its activation so that said mixture produces a fluid paste from which a liquid part is separated by centrifugation, which liquid part gives said food product.
A method of heating a ceramic heater in a hair styling apparatus, the ceramic heater being a single sided ceramic heater, wherein said single-sided ceramic heater has a structure comprising a ceramic layer with an electrical conducting element on a first face of said ceramic layer, a second opposite face of said ceramic layer being mounted on and in thermal contact with a face of a heating layer or plate, wherein said ceramic layer lacks a heating layer or plate on said first face, the method comprising: heating said ceramic layer in at least two successive phases, wherein in a first phase said ceramic layer is heated at a first rate of heating to a first temperature; pausing said heating of said ceramic layer at said first temperature; and wherein in a second phase said ceramic layer is heated at a second rate of heating from said first temperature to a second temperature. heating said ceramic layer in at least two successive phases, wherein in a first phase said ceramic layer is heated at a first rate of heating to a first temperature; pausing said heating of said ceramic layer at said first temperature; and wherein in a second phase said ceramic layer is heated at a second rate of heating from said first temperature to a second temperature.
A jet engine comprising: an inlet configured to take in air; and a combustor configured to combust fuel by using the air, wherein the combustor comprises an injector (20;20a;20b) having a plurality of openings (31a,31b;51a,51b;61a,61b) from which the fuel is injected, wherein the plurality of openings (31a,31b;51a,51b;61a,61b) are arranged on a wall surface of the combustor in a first direction in a range from 85° to 95°to a direction of a flow path of the air in the combustor, and comprises two types of openings (31a,31b;51a,51b;61a,61b) different in area, and characterized in that the injector (20;20a;20b) is configured to supply the fuel to the plurality of openings (31a,31b;51a,51b;61a,61b) in an identical flow rate and to inject the fuel from the plurality of openings (31a,31b;51a,51b;61a,61b) into the flow path of the air in a second direction in the range from 85° to 95° to the direction of the flow path of the air and in the range from 85° to 95° to the first direction to reduce an uneven distribution of the fuel in the flow path of the air. an inlet configured to take in air; and a combustor configured to combust fuel by using the air, wherein the combustor comprises an injector (20;20a;20b) having a plurality of openings (31a,31b;51a,51b;61a,61b) from which the fuel is injected, wherein the plurality of openings (31a,31b;51a,51b;61a,61b) are arranged on a wall surface of the combustor in a first direction in a range from 85° to 95°to a direction of a flow path of the air in the combustor, and comprises two types of openings (31a,31b;51a,51b;61a,61b) different in area, and
A method for radio link control, RLC, transmission, comprising: receiving a first RLC protocol data unit, PDU, set from a sending-side RLC entity, wherein the first RLC PDU set is generated by the sending-side RLC entity according to a raw data segment; responsive to detecting that multiple RLC PDUs in the first RLC PDU set are not successfully received, sending a status report containing an indication domain for sequence numbers, SNs, of the multiple RLC PDUs; receiving a second RLC PDU set from the sending-side RLC entity; and acquiring the raw data segment according to the first RLC PDU set and the second RLC PDU set; characterized in that the multiple RLC PDUs comprise at least one discontinuous RLC PDU; the indication domain for the SNs of the multiple RLC PDUs is a bitmap domain; the status report further comprises one control PDU type, CPT, domain and one NACK_SN domain; and the CPT domain is used to indicate that the status report comprises the bitmap domains, the NACK SN domain is used to indicate a maximum or minimum SN in the multiple RLC PDUs, the bitmap domains comprise M bits, the M bits correspond to M continuous RLC PDUs, the M RLC PDUs and the RLC PDU indicated by the NACK_SN domain at least comprise the multiple RLC PDUs, each bit is used to indicate whether a corresponding RLC PDU is successfully received, and the RLC PDU indicated by the NACK_SN domain is adjacent to the M RLC PDUs, M is a positive integer. receiving a first RLC protocol data unit, PDU, set from a sending-side RLC entity, wherein the first RLC PDU set is generated by the sending-side RLC entity according to a raw data segment; responsive to detecting that multiple RLC PDUs in the first RLC PDU set are not successfully received, sending a status report containing an indication domain for sequence numbers, SNs, of the multiple RLC PDUs; receiving a second RLC PDU set from the sending-side RLC entity; and acquiring the raw data segment according to the first RLC PDU set and the second RLC PDU set; characterized in that the multiple RLC PDUs comprise at least one discontinuous RLC PDU; the indication domain for the SNs of the multiple RLC PDUs is a bitmap domain; the status report further comprises one control PDU type, CPT, domain and one NACK_SN domain; and the CPT domain is used to indicate that the status report comprises the bitmap domains, the NACK SN domain is used to indicate a maximum or minimum SN in the multiple RLC PDUs, the bitmap domains comprise M bits, the M bits correspond to M continuous RLC PDUs, the M RLC PDUs and the RLC PDU indicated by the NACK_SN domain at least comprise the multiple RLC PDUs, each bit is used to indicate whether a corresponding RLC PDU is successfully received, and the RLC PDU indicated by the NACK_SN domain is adjacent to the M RLC PDUs, M is a positive integer.
An automatic sizing cutting device for cutting a continuously supplied band-shaped member at a predetermined length to obtain a band-shaped piece, 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.
An LED lighting apparatus comprising: a power source housing having a power supply therein and having a plurality of connectors on a lower surface thereof; an annular frame having a connecting frame coupled to the connectors of the power source housing and in which a transmission line for supplying electric power of the power supply is accommodated, where the annular frame includes a coupling unit coupled to a plurality of illumination unit housings; and the plurality of illumination unit housings coupled to a lower portion of the frame to receive electric power through the transmission line for applying the electric power to an accommodating LED to emit light. a power source housing having a power supply therein and having a plurality of connectors on a lower surface thereof; an annular frame having a connecting frame coupled to the connectors of the power source housing and in which a transmission line for supplying electric power of the power supply is accommodated, where the annular frame includes a coupling unit coupled to a plurality of illumination unit housings; and the plurality of illumination unit housings coupled to a lower portion of the frame to receive electric power through the transmission line for applying the electric power to an accommodating LED to emit light.