mhurhangee/patent-ind-claim-en huggingface dataset:
A circuit assembly comprising: a holding member made of resin; and a busbar including a first surface facing a first direction (Z2) and a second surface facing an opposite direction (Z1) to the first direction, and formed integrally with the holding member , wherein the first surface includes an exposed region (Ra1, Rb1) that is exposed from the holding member in the first direction (Z2), wherein the first surface includes a first covered region (Ra2, Rb2) covered by the holding member , the holding member includes a first covering portion configured to cover the first covered region (Ra2, Rb2), and the first surface in the exposed region (Ra1, Rb1) is located at a position further advanced in the first direction (Z2) than the first surface in the first covered region (Ra2, Rb2), wherein the second surface includes a part-connecting region (Ra3, Rb3) exposed from the holding member and a second covered region (Ra4, Rb4) configured to be covered by the holding member , the holding member includes a second covering portion configured to cover the second covered region (Ra4, Rb4), the second surface in the part-connecting region (Ra3, Rb3) is located at a position that is further advanced in the first direction (Z2) than a surface of the second covering portion , and the first surface in the exposed region (Ra1, Rb1) is at the same height as a surface of the first covering portion or is located at a position further advanced in the first direction (Z2) than the surface of the first covering portion . a holding member made of resin; and a busbar including a first surface facing a first direction (Z2) and a second surface facing an opposite direction (Z1) to the first direction, and formed integrally with the holding member , wherein the first surface includes an exposed region (Ra1, Rb1) that is exposed from the holding member in the first direction (Z2), wherein the first surface includes a first covered region (Ra2, Rb2) covered by the holding member , the holding member includes a first covering portion configured to cover the first covered region (Ra2, Rb2), and the first surface in the exposed region (Ra1, Rb1) is located at a position further advanced in the first direction (Z2) than the first surface in the first covered region (Ra2, Rb2), wherein the second surface includes a part-connecting region (Ra3, Rb3) exposed from the holding member and a second covered region (Ra4, Rb4) configured to be covered by the holding member , the holding member includes a second covering portion configured to cover the second covered region (Ra4, Rb4), the second surface in the part-connecting region (Ra3, Rb3) is located at a position that is further advanced in the first direction (Z2) than a surface of the second covering portion , and the first surface in the exposed region (Ra1, Rb1) is at the same height as a surface of the first covering portion or is located at a position further advanced in the first direction (Z2) than the surface of the first covering portion .
Medical apparatus having a socket unit (B, B') for the connection of a plug unit of a device for supplying medical fluids, the socket unit (B, B') having at least one connecting piece (25, 26; 65, 66) for connecting at least one connector of the plug unit, thus enabling a flow-permitting connection to allow fresh treatment fluid to be fed in or used treatment fluid to be fed out to be made when the connector is connected to the connecting piece, the socket unit (B) having means (40, 50; 57, 64) for connecting the plug unit and the socket unit which are so designed that the plug unit and socket unit are connected together when a relative movement occurs between the at least one connecting piece of the socket unit and the at least one connector of the plug unit, characterised in that , the means (40, 50; 57, 64) for connecting the plug unit and the socket unit have a receiving piece which is movable in the longitudinal direction for a projecting piece of the plug unit, and the means (40, 43; 57) for moving the at least one connecting piece of the socket unit or the at least one connector of the plug unit have a drive unit for moving the receiving piece .
An apparatus for filling a wound, the apparatus comprising: an array of at least four truncated ellipsoids interconnected to define at least one fluid path through the array; wherein the interconnected ellipsoids are comprised of a polyolefin, a polyester, a polyamide, a polystyrene, a polydiolefin, a polyacrylonitrile, a polysiloxane, or a copolymer or combination thereof; wherein each of the interconnected ellipsoids has a surface hardness from about 0 Shore A to about 25 Shore A; and wherein a longest principal axis of each interconnected ellipsoid is from about 3 mm to about 6 mm. an array of at least four truncated ellipsoids interconnected to define at least one fluid path through the array; wherein the interconnected ellipsoids are comprised of a polyolefin, a polyester, a polyamide, a polystyrene, a polydiolefin, a polyacrylonitrile, a polysiloxane, or a copolymer or combination thereof; wherein each of the interconnected ellipsoids has a surface hardness from about 0 Shore A to about 25 Shore A; and wherein a longest principal axis of each interconnected ellipsoid is from about 3 mm to about 6 mm.
A method for emptying a hydraulic fluid tank of an industrial truck, wherein the industrial truck comprises a hydraulically driven lifting apparatus and a hydraulic pump having a delivery side and an intake side , which is connected to the hydraulic fluid tank , and the method comprises the following steps: • arranging a free end of a line in or over a collection container , • conveying the hydraulic fluid from the hydraulic fluid tank through the line into the collection container by means of the hydraulic pump , • and the method is characterized in that the line is a portion of a connection line via which the delivery side of the hydraulic pump can be connected to the lifting apparatus and which is separated in order to carry out the method. • arranging a free end of a line in or over a collection container , • conveying the hydraulic fluid from the hydraulic fluid tank through the line into the collection container by means of the hydraulic pump , • and the method is characterized in that the line is a portion of a connection line via which the delivery side of the hydraulic pump can be connected to the lifting apparatus and which is separated in order to carry out the method.
A nanopore based sequencing chip package, comprising: a reservoir defined by a plurality of surfaces, wherein the space within the reservoir is divided into one U-shaped channel; a nanopore cell array comprising a plurality of nanopore sensor cells enclosed by the reservoir, each nanopore sensor cell having a working electrode; wherein at least one surface of the reservoir is configured to be in contact with a conducting fluid when the conducting fluid is flowing through the reservoir; a counter electrode disposed on the at least one surface of the reservoir, wherein the counter electrode has a surface area with a U-shape., wherein the counter electrode is positioned substantially equidistant from each of the nanopore sensor cells, and wherein the counter electrode has a surface area with a shape that matches with the one U-shaped channel. a reservoir defined by a plurality of surfaces, wherein the space within the reservoir is divided into one U-shaped channel; a nanopore cell array comprising a plurality of nanopore sensor cells enclosed by the reservoir, each nanopore sensor cell having a working electrode; wherein at least one surface of the reservoir is configured to be in contact with a conducting fluid when the conducting fluid is flowing through the reservoir; a counter electrode disposed on the at least one surface of the reservoir, wherein the counter electrode has a surface area with a U-shape., wherein the counter electrode is positioned substantially equidistant from each of the nanopore sensor cells, and wherein the counter electrode has a surface area with a shape that matches with the one U-shaped channel.
A dosing apparatus for the poor-flowing pulverous solid materials, comprising a cylindrical hopper with a conical intake-dosing element having its top oriented upwards arranged inside the hopper, dosing ports at the base of the solid cone and transporting blades under the base of the solid cone, connected with a shaft of a driving motor , a diaphragm with a pouring port in the center, a transporting blade block comprising transporting blades and a supporting plate , which is provided with at least one port for powder unloading, wherein: - the transporting blades which are connected with the shaft of the driving motor are mounted under the diaphragm on the supporting plate having the port for powder unloading, - the intake-dosing element of the conoid form comprises a curvilinear generatrix as a cycloid segment, having a ripper on the top of the element that transits to intake-transporting blades , their height increases from the top of the cone to its base , the blades having the form of the Archimedes' spiral and projected on the surface of the cone perpendicular to the cone base with the lower blades part adjoining from the above the dosing port , - the working surface of the transporting blades has a form of the Archimedes' spiral, located on the lower cone base with its external end adjoining the dosing port from the bottom and its internal end adjoining a hub having a crest for the fixation of the transporting blades block , and a port for fixing the shaft of the driving motor of the dosing apparatus. - the transporting blades which are connected with the shaft of the driving motor are mounted under the diaphragm on the supporting plate having the port for powder unloading, - the intake-dosing element of the conoid form comprises a curvilinear generatrix as a cycloid segment, having a ripper on the top of the element that transits to intake-transporting blades , their height increases from the top of the cone to its base , the blades having the form of the Archimedes' spiral and projected on the surface of the cone perpendicular to the cone base with the lower blades part adjoining from the above the dosing port , - the working surface of the transporting blades has a form of the Archimedes' spiral, located on the lower cone base with its external end adjoining the dosing port from the bottom and its internal end adjoining a hub having a crest for the fixation of the transporting blades block , and a port for fixing the shaft of the driving motor of the dosing apparatus.
A container comprising: a base establishing a base plane on which the container is restable and through which extends a container longitudinal axis ; a sidewall extending from the base and circumscribing the longitudinal axis ; and a rim terminating the sidewall and including radially inner and outer surfaces and a sealing lip extending between the radially inner and outer surfaces and including a straight intermediate surface extending between the inner and outer surfaces in a radially and axially inward direction, wherein the rim also includes an outer radiused portion extending between the straight intermediate surface and the radially outer surface of the rim radially outwardly from the intermediate surface to the radially outer surface of the rim and an inner radiused portion extending between the straight intermediate surface and the radially inner surface of the rim radially inwardly from the intermediate surface to the radially inner surface of the rim , characterized in that in a cross-sectional side view the straight intermediate surface is disposed at an angle between two and ten degrees with respect to a plane perpendicular to the longitudinal axis . a base establishing a base plane on which the container is restable and through which extends a container longitudinal axis ; a sidewall extending from the base and circumscribing the longitudinal axis ; and a rim terminating the sidewall and including radially inner and outer surfaces and a sealing lip extending between the radially inner and outer surfaces and including a straight intermediate surface extending between the inner and outer surfaces in a radially and axially inward direction, wherein the rim also includes an outer radiused portion extending between the straight intermediate surface and the radially outer surface of the rim radially outwardly from the intermediate surface to the radially outer surface of the rim and an inner radiused portion extending between the straight intermediate surface and the radially inner surface of the rim radially inwardly from the intermediate surface to the radially inner surface of the rim , characterized in that in a cross-sectional side view the straight intermediate surface is disposed at an angle between two and ten degrees with respect to a plane perpendicular to the longitudinal axis .
A wound closure device for repairing perforations in tissue and sealing a tissue wall , comprising: an elongate body including barbs extending from a surface thereof; a plug member connected to a distal portion of the elongate body, the plug member comprising a flange portion having a first diameter and a core portion having a second smaller diameter configured to fill a tissue wall defect ; and an inner member slidably mounted on the elongate body and spaced from the distal portion and the plug member, characterised in that the inner member has a lumen extending therethrough for receiving the elongate body and is sufficiently rigid to move in a distal direction over the barbed elongate body in order to be positioned within the tissue wall defect and flush with the external tissue wall . an elongate body including barbs extending from a surface thereof; a plug member connected to a distal portion of the elongate body, the plug member comprising a flange portion having a first diameter and a core portion having a second smaller diameter configured to fill a tissue wall defect ; and an inner member slidably mounted on the elongate body and spaced from the distal portion and the plug member, characterised in that the inner member has a lumen extending therethrough for receiving the elongate body and is sufficiently rigid to move in a distal direction over the barbed elongate body in order to be positioned within the tissue wall defect and flush with the external tissue wall .
Bar (1; 30) for fastening a bracelet to a watch, comprising a hollow body (2; 32) provided with a longitudinal groove (16; 46); a first pivot (4; 34) arranged in the hollow body (2; 32); a shaft (6; 36) arranged in the hollow body (2; 32) and provided with a second pivot (8; 38), each of the first and second pivots (4, 8; 34, 38) being capable of sliding in a respective end of the hollow body (2; 32) and being intended to be inserted into a corresponding recess of a respective horn of a watch case; a spring (10; 40) disposed in the hollow body (2; 32), supported between the first and second pivots (4, 8; 34, 38); and a lug (12; 52) extending through the longitudinal groove (16; 46) and capable of sliding along the longitudinal groove, said lug (12; 52) being integral with the first pivot (4; 34) and constituting an actuating member for displacing the first pivot against the action of the spring (10; 40), the bar (1; 30) further comprising a hollow inner tube (14; 44) arranged in the hollow body (2; 32), the second pivot (8; 38) and the spring (10; 40) being inserted into the hollow inner tube (14; 44), the hollow inner tube (14; 44) being configured to cooperate with the first pivot (4; 34) and with the second pivot (8; 38); and characterised in that : - the hollow body (2; 32) and the hollow inner tube (14; 44) respectively comprise at least one additional groove (18; 48) and a first helical groove (22; 58), configured such that a displacement of the lug (12; 52) along the longitudinal groove (16; 46) towards the second pivot (8; 38) causes a tenon (20 ; 54) integral with the second pivot to be displaced, such that the second pivot (8; 38) is displaced inside the hollow inner tube (14; 44), towards the lug (12; 52), and brings the first and second pivots (4, 8; 34, 38) closer together inside the hollow body (2; 32), the lug (12; 52) constituting an actuating member for displacing the first and second pivots (4, 8; 34, 38) against the action of the spring (10; 40). - the hollow body (2; 32) and the hollow inner tube (14; 44) respectively comprise at least one additional groove (18; 48) and a first helical groove (22; 58), configured such that a displacement of the lug (12; 52) along the longitudinal groove (16; 46) towards the second pivot (8; 38) causes a tenon (20 ; 54) integral with the second pivot to be displaced, such that the second pivot (8; 38) is displaced inside the hollow inner tube (14; 44), towards the lug (12; 52), and brings the first and second pivots (4, 8; 34, 38) closer together inside the hollow body (2; 32), the lug (12; 52) constituting an actuating member for displacing the first and second pivots (4, 8; 34, 38) against the action of the spring (10; 40).
A stent delivery device comprising: a catheter including an inner sheath and an outer sheath allowing the inner sheath to be slidably inserted therethrough; a stent provided between the inner sheath and the outer sheath in the vicinity of a distal end of the catheter ; and a guiding elongated body inserted through an inner lumen of the inner sheath and is partially capable of exposed from the distal end of the catheter so as to guide the insertion of the catheter , wherein the guiding elongated body includes an inner elongated body and an outer tube through which the inner elongated body is slidably inserted, and has a variable tip area provided in the vicinity of a distal end of the guiding elongated body , and wherein the variable tip area has an ability of changing flexibility between a first state in which the variable tip area has predetermined flexibility and a second state in which the variable tip area is stiffer than the first state by relatively moving the inner elongated body and the outer tube in an axial direction. a catheter including an inner sheath and an outer sheath allowing the inner sheath to be slidably inserted therethrough; a stent provided between the inner sheath and the outer sheath in the vicinity of a distal end of the catheter ; and a guiding elongated body inserted through an inner lumen of the inner sheath and is partially capable of exposed from the distal end of the catheter so as to guide the insertion of the catheter , wherein the guiding elongated body includes an inner elongated body and an outer tube through which the inner elongated body is slidably inserted, and has a variable tip area provided in the vicinity of a distal end of the guiding elongated body , and wherein the variable tip area has an ability of changing flexibility between a first state in which the variable tip area has predetermined flexibility and a second state in which the variable tip area is stiffer than the first state by relatively moving the inner elongated body and the outer tube in an axial direction.
An apparatus for measuring the loss tangent of an insulator for medium or high voltages, equipped with a tap adapter forming a point for picking up an electrical signal , comprising: - a reference capacitor of known capacitance value, having a first electrode , which is connectable to the tap adapter , and a second electrode ; - a first voltage detection module , which is operatively connected to the first electrode of the reference capacitor for detecting a signal representative of the voltage applied to the reference capacitor , characterized in that it comprises a generator module connected to the first electrode of the reference capacitor in order to inject a direct electric current into the insulator. - a reference capacitor of known capacitance value, having a first electrode , which is connectable to the tap adapter , and a second electrode ; - a first voltage detection module , which is operatively connected to the first electrode of the reference capacitor for detecting a signal representative of the voltage applied to the reference capacitor ,
Use of a mouse or rat in sectoring an antibody gene segment repertoire, wherein the genome of the mouse or rat comprises: i) One or more transgenic immunoglobulin heavy chain loci, each locus comprising one or more human V gene segments, one or more human D gene segments and one or more human J gene segments operably linked upstream of one or more heavy chain constant regions, wherein the heavy chain constant region(s) comprise(s) a C gamma gene segment; and ii) One or more transgenic immunoglobulin light chain loci, each locus comprising a human V λ gene segment repertoire and one or more human Jλ gene segments operably linked upstream of one or more light chain constant regions; Wherein following rearrangement the light chain loci express light chain sequences comprising variable region sequences derived from human Vλ gene segments (human lambda light chain sequences); Wherein the kappa (and optionally endogenous lambda) light chain expression has been inactivated so that the mouse or rat expresses no kappa-type antibodies; Wherein endogenous heavy chain expression has been inactivated; and Wherein each said transgenic light chain locus comprises a complete functional V λ gene segment repertoire of a human and Wherein the mouse or rat expresses the human lambda light chain sequences upon immunisation to provide a repertoire of antibodies. i) One or more transgenic immunoglobulin heavy chain loci, each locus comprising one or more human V gene segments, one or more human D gene segments and one or more human J gene segments operably linked upstream of one or more heavy chain constant regions, wherein the heavy chain constant region(s) comprise(s) a C gamma gene segment; and ii) One or more transgenic immunoglobulin light chain loci, each locus comprising a human V λ gene segment repertoire and one or more human Jλ gene segments operably linked upstream of one or more light chain constant regions;
A composition comprising an mRNA encoding a therapeutic protein encapsulated within a liposome for use in a method of treating a disease or disorder comprising administering to a subject in need of treatment the composition; wherein the composition is injected intradermally, intramuscularly, or subcutaneously or administered intrathecally, intraventricularly, or intravenously and expression of the protein encoded by the mRNA is detectable in the liver, kidney, heart, spleen, serum, brain, skeletal muscle, lymph nodes, skin, and/or cerebrospinal fluid, and the liposome comprises a cationic lipid of formula I-g: or a pharmaceutically acceptable salt thereof, wherein each of R L is optionally substituted C 8-10 alkyl and the liposome further comprises a non-cationic lipid, a cholesterol-based lipid and a PEG-modified lipid, wherein the molar ratio of cationic lipid to non-cationic lipid to cholesterol-based lipid to PEG-modified lipid is 30-50:25-35:20-30:1-15. the liposome comprises a cationic lipid of formula I-g: or a pharmaceutically acceptable salt thereof, wherein each of R L is optionally substituted C 8-10 alkyl and the liposome further comprises a non-cationic lipid, a cholesterol-based lipid and a PEG-modified lipid, wherein the molar ratio of cationic lipid to non-cationic lipid to cholesterol-based lipid to PEG-modified lipid is 30-50:25-35:20-30:1-15.