mhurhangee/patent-ind-claim-en huggingface dataset:
A prosthetic device for a lower extremity, comprising a prosthetic knee joint having an upper part , on which a proximal prosthetic component is arranged, a lower part , which is connected to the upper part so to be pivotable about a knee joint axis , and a distal prosthetic component , on which a prosthetic foot is formed or can be secured, characterized in that the distal prosthetic component is mounted so as to be displaceable in the direction of the knee joint axis by means of an axial force acting in the longitudinal extent of the distal prosthetic component , and the knee joint is assigned a force transmission device which, in the stance phase, converts a displacement of the distal prosthetic component in the direction of the knee joint axis into a flexion moment about the knee joint axis .
A heat exchange ventilation apparatus comprising: a box body forming a main body outer shell, inside which an air supply path and an exhaust path are formed; an air-supply blower unit to generate an air supply flow in the air supply path ; an exhaust blower unit to generate an exhaust flow in the exhaust path ; a detachable heat exchanger to perform heat exchange between the air supply flow and the exhaust flow; a supporting member provided inside the box body to support the heat exchanger ; and an elastic seal material provided between the supporting member and the box body , wherein the supporting member is set to be movable in a direction in which the supporting member compresses the seal material , characterized by further comprising a fixing member including a shaft and a restricting portion formed at one end of the shaft to be larger than a through-hole provided in the supporting member , the fixing member being fixed to the box body , wherein the shaft is inserted through the through-hole and the fixing member is fixed to the box body , thereby to movably attach the supporting member to the box body in a state in which the supporting member is prevented from coming off the fixing member by the restricting portion . a box body forming a main body outer shell, inside which an air supply path and an exhaust path are formed; an air-supply blower unit to generate an air supply flow in the air supply path ; an exhaust blower unit to generate an exhaust flow in the exhaust path ; a detachable heat exchanger to perform heat exchange between the air supply flow and the exhaust flow; a supporting member provided inside the box body to support the heat exchanger ; and an elastic seal material provided between the supporting member and the box body , wherein the supporting member is set to be movable in a direction in which the supporting member compresses the seal material , characterized by further comprising a fixing member including a shaft and a restricting portion formed at one end of the shaft to be larger than a through-hole provided in the supporting member , the fixing member being fixed to the box body , wherein the shaft is inserted through the through-hole and the fixing member is fixed to the box body , thereby to movably attach the supporting member to the box body in a state in which the supporting member is prevented from coming off the fixing member by the restricting portion .
A system comprising: an elongated delivery tube configured to traverse vasculature and extending along a longitudinal axis of the system; an embolic implant comprising a detachment feature , the detachment feature comprising a distal extension and a proximal opening ; a loop wire affixed to the delivery tube and extending through the proximal opening of the detachment feature; and a pull wire extending through the delivery tube, extending through an opening in the loop wire, and characterised in that the pull wire is inhibited from moving distally by the distal extension of the detachment feature, and wherein the distal extension is configured to engage a distal end of the pull wire. an elongated delivery tube configured to traverse vasculature and extending along a longitudinal axis of the system; an embolic implant comprising a detachment feature , the detachment feature comprising a distal extension and a proximal opening ; a loop wire affixed to the delivery tube and extending through the proximal opening of the detachment feature; and a pull wire extending through the delivery tube, extending through an opening in the loop wire, and characterised in that the pull wire is inhibited from moving distally by the distal extension of the detachment feature, and wherein the distal extension is configured to engage a distal end of the pull wire.
A lightweight spar cap with a concave structure for a wind turbine blade, wherein the lightweight spar cap is groove-shaped as a whole, and comprises supporting portions located on two wings of the lightweight spar cap and an intermediate connecting portion connecting the two supporting portions ; one splicing surface formed by connecting the supporting portion and the intermediate connecting portion is an integral plane; the shape of the integral plane is configured to be consistent with an inner side of an upper shell or a lower shell of the wind turbine blade for abutting; the other splicing surface formed by connecting the supporting portion and the intermediate connecting portion is a groove-shaped discontinuous plane; a positioning groove formed by the groove-shaped discontinuous plane is configured to be consistent with an end of a web of the wind turbine blade for abutting and nesting; characterised in that a cross section of the intermediate connecting portion is in a trapezoidal shape; a reinforcing body of the intermediate connecting portion is formed by sequentially superimposing multiple layers of reinforcing fiber cloths from an upper base to a lower base of a trapezoid; a cross section of the reinforcing body formed by superimposing the reinforcing fiber cloths presents a trapezoidal shape. one splicing surface formed by connecting the supporting portion and the intermediate connecting portion is an integral plane; the shape of the integral plane is configured to be consistent with an inner side of an upper shell or a lower shell of the wind turbine blade for abutting; the other splicing surface formed by connecting the supporting portion and the intermediate connecting portion is a groove-shaped discontinuous plane; a positioning groove formed by the groove-shaped discontinuous plane is configured to be consistent with an end of a web of the wind turbine blade for abutting and nesting; characterised in that a cross section of the intermediate connecting portion is in a trapezoidal shape; a reinforcing body of the intermediate connecting portion is formed by sequentially superimposing multiple layers of reinforcing fiber cloths from an upper base to a lower base of a trapezoid; a cross section of the reinforcing body formed by superimposing the reinforcing fiber cloths presents a trapezoidal shape.
A laundry treatment apparatus comprising: a cabinet ; a drawer retractably provided in the cabinet , and having a drawer body having an open upper surface and a drawer cover disposed at the open upper surface of the drawer body , wherein the drawer cover is provided with a water supply opening and an introduction opening ; a tub provided in the drawer , having a tub body defining a space configured to receive water, and having an open upper surface, wherein a tub cover is fixed to the upper surface of the tube body and is provided with a through hole ; a drum rotatably provided in the tub , and having an open upper surface; a water supply pipe protruding downward through the water supply opening of the drawer cover ; and characterized in that the laundry treatment apparatus further comprises: a first recovery part provided at the drawer cover and protruding toward the through hole , wherein the first recovery part is provided around the water supply opening , wherein the through hole is located under the water supply opening so that the water supply opening is positioned above the area in which the through hole is formed. a cabinet ; a drawer retractably provided in the cabinet , and having a drawer body having an open upper surface and a drawer cover disposed at the open upper surface of the drawer body , wherein the drawer cover is provided with a water supply opening and an introduction opening ; a tub provided in the drawer , having a tub body defining a space configured to receive water, and having an open upper surface, wherein a tub cover is fixed to the upper surface of the tube body and is provided with a through hole ; a drum rotatably provided in the tub , and having an open upper surface; a water supply pipe protruding downward through the water supply opening of the drawer cover ; and characterized in that the laundry treatment apparatus further comprises: a first recovery part provided at the drawer cover and protruding toward the through hole , wherein the first recovery part is provided around the water supply opening , wherein the through hole is located under the water supply opening so that the water supply opening is positioned above the area in which the through hole is formed. a first recovery part provided at the drawer cover and protruding toward the through hole , wherein the first recovery part is provided around the water supply opening , wherein the through hole is located under the water supply opening so that the water supply opening is positioned above the area in which the through hole is formed.
Process for reacting silicone with hydrothermal water at temperatures from 140°C or supercritical water to give a solids mixture containing silicon, wherein the term "silicone" encompasses oligomeric or polymeric organosiloxanes in which silicon atoms are bonded via oxygen atoms and in which at least some of the silicon atoms carry one or more organic substituents, and also compositions comprising organosiloxanes.
A dishwasher comprising: - a washing chamber , and - a detergent compartment comprising an opening facing the washing chamber , characterized in that the dishwasher further comprises two or more static nozzle openings arranged in the washing chamber , and wherein each of the two or more static nozzle openings is configured to spray water into the detergent compartment , via the opening , during operation of the dishwasher . wherein the dishwasher comprises an upper spray arm and an upper hydraulic conduit arranged to feed water to the upper spray arm , and wherein the two or more static nozzle openings are fluidly connected to the upper hydraulic conduit - a washing chamber , and - a detergent compartment comprising an opening facing the washing chamber ,
An assembly comprising a hydraulic device comprising a rotor and a stator, the rotor being mounted in rotation relative to the stator around a second axis of rotation (Z-Z) by means of a proximal rolling-element bearing and a distal rolling-element bearing , the hydraulic device comprising a shaft , a multi-lobe cam , a cylinder block having a plurality of receptacles each equipped with a piston mounted sliding relative to the multi-lobe cam , and a distributor comprising a core and a distribution casing , a pivoting element adapted to be mounted on an axle , and movable in rotation relative to the hydraulic device around a first axis of rotation (X-X), the stator being mounted in rotation relative to the axle around the first axis of rotation (X-X), the rotor comprising the shaft having a proximal end equipped with means allowing the mounting of a vehicle wheel, and an opposite distal end , characterized in that , the cylinder block is positioned between the first axis of rotation (X-X) and the proximal rolling-element bearing in the direction defined by the second axis of rotation (Z-Z), and in that viewed in projection along a plane defined by the second axis of rotation (Z-Z) and parallel to the first axis of rotation (X-X), the proximal rolling-element bearing and the distal rolling-element bearing are positioned at least partially on either side of the first axis of rotation (X-X). a hydraulic device comprising a rotor and a stator, the rotor being mounted in rotation relative to the stator around a second axis of rotation (Z-Z) by means of a proximal rolling-element bearing and a distal rolling-element bearing , the hydraulic device comprising a shaft , a multi-lobe cam , a cylinder block having a plurality of receptacles each equipped with a piston mounted sliding relative to the multi-lobe cam , and a distributor comprising a core and a distribution casing , a pivoting element adapted to be mounted on an axle , and movable in rotation relative to the hydraulic device around a first axis of rotation (X-X), the stator being mounted in rotation relative to the axle around the first axis of rotation (X-X), the rotor comprising the shaft having a proximal end equipped with means allowing the mounting of a vehicle wheel, and an opposite distal end , characterized in that , the cylinder block is positioned between the first axis of rotation (X-X) and the proximal rolling-element bearing in the direction defined by the second axis of rotation (Z-Z), and in that viewed in projection along a plane defined by the second axis of rotation (Z-Z) and parallel to the first axis of rotation (X-X), the proximal rolling-element bearing and the distal rolling-element bearing are positioned at least partially on either side of the first axis of rotation (X-X).
A method for producing a plurality of articles from a glass tube, the method comprising: securing a working end of the glass tube in a glass tube holder of a converter having a plurality of processing stations comprising at least one heating station and at least one forming station after the at least one heating station, wherein the converter moves the glass tube holder through the plurality of processing stations, wherein an initial length of the glass tube comprises a plurality of serial segments, each of the plurality of serial segments corresponding to one article and having an article number; heating the working end of the glass tube at the at least one heating station; increasing or decreasing an amount of heating of the glass tube based on the article number corresponding to the working end of the glass tube, wherein increasing or decreasing the amount of heating based on the article number reduces variation in tube temperature, article dimensions, or both, from one article number to the next article number; forming at least one feature of the article at the working end of the glass tube in the at least one forming station; separating the article from the working end of the glass tube at a separating station; and indexing the glass tube downward in the glass tube holder to form a subsequent article. securing a working end of the glass tube in a glass tube holder of a converter having a plurality of processing stations comprising at least one heating station and at least one forming station after the at least one heating station, wherein the converter moves the glass tube holder through the plurality of processing stations, wherein an initial length of the glass tube comprises a plurality of serial segments, each of the plurality of serial segments corresponding to one article and having an article number; heating the working end of the glass tube at the at least one heating station; increasing or decreasing an amount of heating of the glass tube based on the article number corresponding to the working end of the glass tube, wherein increasing or decreasing the amount of heating based on the article number reduces variation in tube temperature, article dimensions, or both, from one article number to the next article number; forming at least one feature of the article at the working end of the glass tube in the at least one forming station; separating the article from the working end of the glass tube at a separating station; and indexing the glass tube downward in the glass tube holder to form a subsequent article.
A method for providing supplemental content associated with a media asset, the method comprising: receiving a user input from a user device for supplemental information about a context of an event shown in the media asset; automatically determining the context of the event based on data associated with the event; determining additional information required to generate the supplemental information about the context of the event shown in the media asset; generating a request for the additional information; selecting a portion of the media asset, wherein the portion contains the event; transmitting, to a plurality of users, the request for additional information regarding the context of the event shown in the media asset and the portion of the media asset; receiving messages from the plurality of users in response to the request; generating supplemental information associated with the context of the event based on the messages; transmitting the generated supplemental information to the user device; and generating for display the media asset and the generated supplemental information. receiving a user input from a user device for supplemental information about a context of an event shown in the media asset; automatically determining the context of the event based on data associated with the event; determining additional information required to generate the supplemental information about the context of the event shown in the media asset; generating a request for the additional information; selecting a portion of the media asset, wherein the portion contains the event; transmitting, to a plurality of users, the request for additional information regarding the context of the event shown in the media asset and the portion of the media asset; receiving messages from the plurality of users in response to the request; generating supplemental information associated with the context of the event based on the messages; transmitting the generated supplemental information to the user device; and generating for display the media asset and the generated supplemental information.
An isolated CTLA-4 polypeptide, the polypeptide comprising an amino acid sequence that is a variant of SEQ ID NO: 35, wherein the variant comprises the following combination of mutations: R at 116; T at A24; N at S25; S at G27; A at L58; A at S70; Q at M85; and Q at K93, wherein the CTLA-4 polypeptide has greater affinity for binding human CD80, greater potency and/or greater stability compared with wild type CTLA-4 SEQ ID NO: 35.
A communications terminal , comprising an antenna , wherein the antenna comprises a circuit board , a radiator , a first feed , a first coupling structure , a second feed , and a second coupling structure , wherein the radiator is disposed around an outer edge of the circuit board , and a ring-shape slot (S) is formed between the outer edge of the circuit board and the radiator ; the first feed is electrically connected to the first coupling structure , the first coupling structure is coupled to the radiator along a first direction, and a current in a first polarization direction is formed on the circuit board by using the radiator and the ring-shape slot (S); the second feed is electrically connected to the second coupling structure , the second coupling structure is coupled to the radiator along a second direction, and a current in a second polarization direction is formed on the circuit board by using the radiator and the ring-shape slot (S); and a specific included angle is formed between the first direction and the second direction; characterized in that a side of the circuit board opposite to the first coupling structure comprises a first protrusion part , and a first capacitive load groove (S1) is formed between the first protrusion part and the radiator ; a side of the circuit board opposite to the second coupling structure comprises a second protrusion part , and a second capacitive load groove (S3) is formed between the second protrusion part and the radiator ; and the first capacitive load groove (S1) and the second capacitive load groove (S3) are configured to implement capacitive loading between the radiator and the circuit board , wherein the current in the first polarization direction and the current in the second polarization direction are mutually orthogonal and complementary.
A bimetal thermo mechanical actuator for positioning within a turbine engine between a stationary component and a moved component of the turbine engine for adjusting a clearance distance, comprising: a multi-layer bimetal structure comprising a plurality of bimetal structures , wherein each bimetal structure comprises a pair of metals, a structural metal and a driving metal , bonded together along a bonded interface , with the pair of metals forming one layer, wherein a sliding interface is there between each pair of metals, wherein the multi-layer bimetal structure has a shape with at least one arch having a first end and a second end on opposite ends of a length of the multi-layer bimetal structure , an inner edge and inner radius , an outer edge and an outer radius ; and a first pivot head connected to the first end and a second pivot head connected to the second end of the multi-layer bimetal structure , wherein each pivot head includes a through-hole located approximately center of each pivot head, wherein the multi-layer bimetal structure expands and contracts with temperature changes. a multi-layer bimetal structure comprising a plurality of bimetal structures , wherein each bimetal structure comprises a pair of metals, a structural metal and a driving metal , bonded together along a bonded interface , with the pair of metals forming one layer, wherein a sliding interface is there between each pair of metals, wherein the multi-layer bimetal structure has a shape with at least one arch having a first end and a second end on opposite ends of a length of the multi-layer bimetal structure , an inner edge and inner radius , an outer edge and an outer radius ; and a first pivot head connected to the first end and a second pivot head connected to the second end of the multi-layer bimetal structure , wherein each pivot head includes a through-hole located approximately center of each pivot head, wherein the multi-layer bimetal structure expands and contracts with temperature changes.