mhurhangee/ep-ind-claims huggingface dataset:
Crane comprising a. a jib system (7; 42; 49), b. a sensor unit (20, 27) for detecting a deformation of the jib system (7; 42; 49) transverse to a load plane, c. an activatable adjusting unit (19; 19a; 19b; 19c; 19d) for influencing the deformation of the jib system (7; 42; 49) transverse to the load plane, d. wherein a regulating unit, which is in signal communication with the sensor unit (20, 27) and with the adjusting unit (19; 19a; 19b; 19c; 19d) for influencing the deformation of the jib system (7; 42; 49) in a regulated manner transverse to the load plane and/or a monitoring unit, which is in signal communication with the sensor unit (20, 27) for monitoring the deformation of the jib system (7; 42; 49) transverse to the load plane, characterised in that the jib has a first jib portion and a second jib portion, wherein the adjusting unit (19; 19a; 19b; 19c; 19d) has at least one geometry actuator (18; 40), which is connected to the first jib portion and to the second jib portion, for directly modifying the geometry of the jib, wherein in particular at least one joint element is provided which connects the first jib portion and the second jib portion to one another. a. a jib system (7; 42; 49), b. a sensor unit (20, 27) for detecting a deformation of the jib system (7; 42; 49) transverse to a load plane, c. an activatable adjusting unit (19; 19a; 19b; 19c; 19d) for influencing the deformation of the jib system (7; 42; 49) transverse to the load plane, d. wherein a regulating unit, which is in signal communication with the sensor unit (20, 27) and with the adjusting unit (19; 19a; 19b; 19c; 19d) for influencing the deformation of the jib system (7; 42; 49) in a regulated manner transverse to the load plane and/or a monitoring unit, which is in signal communication with the sensor unit (20, 27) for monitoring the deformation of the jib system (7; 42; 49) transverse to the load plane, characterised in that the jib has a first jib portion and a second jib portion, wherein the adjusting unit (19; 19a; 19b; 19c; 19d) has at least one geometry actuator (18; 40), which is connected to the first jib portion and to the second jib portion, for directly modifying the geometry of the jib, wherein in particular at least one joint element is provided which connects the first jib portion and the second jib portion to one another.
Step support or plate support for a step or plate, respectively, of a conveying device, wherein the step support or plate support comprises: - a rear cross member and a front cross member, which define a plane for receiving the tread element; - two outer step cheeks (20.1, 20.2) or plate cheeks, wherein one of the step cheeks (20.1) or plate cheeks is arranged on the right and one of the step cheeks (20.2) or plate cheeks on the left substantially perpendicularly to the cross members (22, 24), wherein the two cross members (22, 24) are made of deep-drawn sheet metal and welded or connected or riveted or screw-connected or adhesively bonded or clinched to the step cheeks (20.1, 20.2) or plate cheeks to form a load-bearing frame, characterised in that the height of the cross members (22, 24) at the ends thereof is smaller than the height of the cross members (22, 24) in the centre, so that the cross members (22, 24) have a bulged shape, and that the height of the cross members (22, 24) in the centre is at least 1.5 times as large and at most twice as large as the height of the cross members (22, 24) at the ends thereof, so that a uniform distribution of stress arises in the cross members (22, 24) under load. - a rear cross member and a front cross member, which define a plane for receiving the tread element; - two outer step cheeks (20.1, 20.2) or plate cheeks, wherein one of the step cheeks (20.1) or plate cheeks is arranged on the right and one of the step cheeks (20.2) or plate cheeks on the left substantially perpendicularly to the cross members (22, 24),
A method for optical three-dimensional measurement with an intraoral camera, - the intraoral camera continuously generating individual 2D images or sequences of a plurality of successively generated 2D images in chronological order, - a 3D picture being generated from at least one of the 2D images or from at least one of the sequences and - a 3D picture being generated in a first operating mode for a plurality of all generated 2D images or generated sequences and the large number of generated 2D images or generated sequences or the generated 3D pictures being used for generating a general 3D picture, characterised in that a choice is made between the first and a second operating mode (M1, M2), - wherein in the second operating mode only a 3D picture is generated for a plurality of all generated 2D images or generated sequences during a time interval directly before and/or after a trigger command, and wherein the plurality of the generated 2D images or generated sequences or the generated 3D pictures are used to generate a general 3D picture. - the intraoral camera continuously generating individual 2D images or sequences of a plurality of successively generated 2D images in chronological order, - a 3D picture being generated from at least one of the 2D images or from at least one of the sequences and - a 3D picture being generated in a first operating mode for a plurality of all generated 2D images or generated sequences and the large number of generated 2D images or generated sequences or the generated 3D pictures being used for generating a general 3D picture, characterised in that a choice is made between the first and a second operating mode (M1, M2), - wherein in the second operating mode only a 3D picture is generated for a plurality of all generated 2D images or generated sequences during a time interval directly before and/or after a trigger command, and wherein the plurality of the generated 2D images or generated sequences or the generated 3D pictures are used to generate a general 3D picture.
An influenza viral vector for recombinant vRNA expression and packaging, which vector comprises: sequences corresponding to the 3' noncoding region of influenza virus HA vRNA, and HA coding sequences which include 3' HA incorporation sequences, a heterologous nucleic acid segment comprising a heterologous open reading frame, HA coding sequences which include 5' HA incorporation sequences, and the 5' noncoding region of HA vRNA, wherein in terms of the HA coding sequences which include 3' HA incorporation sequences said sequences consist of 15 nucleotides up to 468 nucleotides, corresponding to nucleotides 1 to 15 to 1 to 468 of 5' HA coding sequence, and wherein in tems of the HA coding sequences which include the 5' HA incorporation sequences said sequences consist of 80 nucleotides up to 518 nucleotides, corresponding to the 80 most 3' coding nucleotides of HA up to the 518 most 3' coding nucleotides of HA, wherein the 3' noncoding region of HA vRNA, the HA coding sequences which include 3' HA incorporation sequences, the HA coding sequences which include 5' HA incorporation sequences and the 5' noncoding region of HA vRNA are from the same influenza strain or serotype, and wherein the vector does not encode a functional HA. sequences corresponding to the 3' noncoding region of influenza virus HA vRNA, and HA coding sequences which include 3' HA incorporation sequences, a heterologous nucleic acid segment comprising a heterologous open reading frame, HA coding sequences which include 5' HA incorporation sequences, and the 5' noncoding region of HA vRNA, wherein in terms of the HA coding sequences which include 3' HA incorporation sequences said sequences consist of 15 nucleotides up to 468 nucleotides, corresponding to nucleotides 1 to 15 to 1 to 468 of 5' HA coding sequence, and wherein in tems of the HA coding sequences which include the 5' HA incorporation sequences said sequences consist of 80 nucleotides up to 518 nucleotides, corresponding to the 80 most 3' coding nucleotides of HA up to the 518 most 3' coding nucleotides of HA, wherein the 3' noncoding region of HA vRNA, the HA coding sequences which include 3' HA incorporation sequences, the HA coding sequences which include 5' HA incorporation sequences and the 5' noncoding region of HA vRNA are from the same influenza strain or serotype, and wherein the vector does not encode a functional HA.
A method for acquiring a Gold sequence ( c i) spreading a signal at a chip rate, said Gold sequence being obtained as a sum of a first M-sequence (x) and a second M-sequence ( y i), the first M-sequence being generated by a first generator polynomial ( g x) and the second M-sequence being generated by a second generator polynomial ( g y), the first and second generator polynomials being of the same degree and the weight of the second generator polynomial being higher than the weight of the first generator polynomial, the method comprising: (a) a step of receiving and sampling at the chip rate said signal to obtain a plurality of samples representative of successive elements of said Gold sequence; (b) a first step of message passing decoding in a first bipartite graph between first variable nodes representing the successive elements of the Gold sequence and first control nodes, each control node being bi-univocally associated with a variable representative of an element of the second M-sequence, the edges of the bipartite graph being determined by the coefficients of the first generator polynomial; (c) a step of decimating the variables representative of successive elements of the second M-sequence using a predetermined decimation factor to obtain second variables representative of elements of a third M-sequence, the third sequence (u) being of the same length as the second sequence and being generated by a third generator polynomial having a minimum weight ( g u); (d) a second step of message passing decoding in a second bipartite graph between said second variable nodes and second control nodes, the edges of the second bipartite graph being determined by the coefficients of the third generator polynomial. (a) a step of receiving and sampling at the chip rate said signal to obtain a plurality of samples representative of successive elements of said Gold sequence; (b) a first step of message passing decoding in a first bipartite graph between first variable nodes representing the successive elements of the Gold sequence and first control nodes, each control node being bi-univocally associated with a variable representative of an element of the second M-sequence, the edges of the bipartite graph being determined by the coefficients of the first generator polynomial; (c) a step of decimating the variables representative of successive elements of the second M-sequence using a predetermined decimation factor to obtain second variables representative of elements of a third M-sequence, the third sequence (u) being of the same length as the second sequence and being generated by a third generator polynomial having a minimum weight ( g u); (d) a second step of message passing decoding in a second bipartite graph between said second variable nodes and second control nodes, the edges of the second bipartite graph being determined by the coefficients of the third generator polynomial.
A light-emitting device (10, 10A, 10B) comprising: a mounting substrate; a plurality of light-emitting elements disposed on the mounting substrate side by side; and a wavelength conversion plate provided over the plurality of light-emitting elements and having a side surface; and characterized by further comprising a plurality of bumps (14, 14A, 14B, 14C) disposed on the mounting substrate to abut against the side surface of the wavelength conversion plate, so as to determine a position of the wavelength conversion plate. a mounting substrate; a plurality of light-emitting elements disposed on the mounting substrate side by side; and a wavelength conversion plate provided over the plurality of light-emitting elements and having a side surface; and characterized by further comprising a plurality of bumps (14, 14A, 14B, 14C) disposed on the mounting substrate to abut against the side surface of the wavelength conversion plate, so as to determine a position of the wavelength conversion plate.
A support for depositing and/or moving a coil of metal material, in particular a strip, said support comprising a base and at least one support element associated with a bracket of said base through a pin that allows it to rotate in order to switch: - from a first open condition, wherein the support element is positioned for receiving the coil, - to a second closed condition, wherein at least two portions (20A, 20B) of the support element are in contact with the outer surface of the coil positioned on said support element, and vice versa, said support comprising a locking system for keeping said at least one support element in said second closed position, characterized in that said locking system comprises a hydraulic circuit, in particular of the closed-loop type, comprising: - a cylinder associated with the base and with said at least one support element; - a duct adapted to put a first chamber and a second chamber of the cylinder in communication with each other; - a non-return valve associated with said duct, which allows a fluid to flow in the duct from the first chamber to the second chamber only, so as to keep said support element in said second closed condition. - from a first open condition, wherein the support element is positioned for receiving the coil, - to a second closed condition, wherein at least two portions (20A, 20B) of the support element are in contact with the outer surface of the coil positioned on said support element, and vice versa, - a cylinder associated with the base and with said at least one support element; - a duct adapted to put a first chamber and a second chamber of the cylinder in communication with each other; - a non-return valve associated with said duct, which allows a fluid to flow in the duct from the first chamber to the second chamber only, so as to keep said support element in said second closed condition.
A method for producing 3,5-dimethyldodecanoic acid, comprising the steps of: subjecting 3-methyl-2-pentene-1,5-diacid diester: wherein R 1 and R 2 may be the same or different and each represents a monovalent hydrocarbon group having from 1 to 5 carbon atoms, and 2-nonanone: to a condensation reaction and subsequent hydrolysis to obtain 4-carboxy-3,5-dimethyl-3,5-dodecadienoic acid: decarboxylating or decarboxylating and hydrolyzing the 4-carboxy-3,5-dimethyl-3,5-dodecadienoic acid into 3,5-dimethyl-2,4-dodecadienoic acid: and hydrogenating the 3,5-dimethyl-2,4-dodecadienoic acid into 3,5-dimethyldodecanoic acid: subjecting 3-methyl-2-pentene-1,5-diacid diester: wherein R 1 and R 2 may be the same or different and each represents a monovalent hydrocarbon group having from 1 to 5 carbon atoms, and 2-nonanone: to a condensation reaction and subsequent hydrolysis to obtain 4-carboxy-3,5-dimethyl-3,5-dodecadienoic acid: decarboxylating or decarboxylating and hydrolyzing the 4-carboxy-3,5-dimethyl-3,5-dodecadienoic acid into 3,5-dimethyl-2,4-dodecadienoic acid: and hydrogenating the 3,5-dimethyl-2,4-dodecadienoic acid into 3,5-dimethyldodecanoic acid:
Pivot anchor for a car of a multi-car vehicle, the pivot anchor having a pivot pin, a holder, an elastic deformation element and a housing, wherein the pivot pin is held in the holder, the elastic deformation element is arranged between the holder and the housing and the elastic deformation element is compressed when the holder is moved towards the housing, characterised in that the pivot anchor further comprises an energy adsorbing fastener that has a fastener and a deformation tube, wherein the fastener has a head and an end, the end is suitable to be connected to an element of a coupler or a pivot and the deformation tube surrounds the fastener, whereby the deformation tube has a first end, whereby the head of the fastener rests against the first end or rests against an element that rests against the first end, and whereby the deformation tube has a second end suitable to rest against a surface of the car or a connection plate suitable to be connected to the car, whereby the energy adsorbing fastener is connected to the housing by the end of the fastener being attached to the housing. whereby the deformation tube has a first end, whereby the head of the fastener rests against the first end or rests against an element that rests against the first end, and whereby the deformation tube has a second end suitable to rest against a surface of the car or a connection plate suitable to be connected to the car, whereby the energy adsorbing fastener is connected to the housing by the end of the fastener being attached to the housing.
A thermoelectric material comprising: a first component, a second component, the second component having an electrical conductivity substantially less than the first component and a melting temperature greater than the first component, the thermoelectric material forming a bulk thermoelectric material including a network of the first component having nanoparticles of the second component dispersed in the network, characterised in that: the network of the first component comprises a non-particle network formed state formed upon melting of the first component in an initial particle state. a first component, a second component, the second component having an electrical conductivity substantially less than the first component and a melting temperature greater than the first component, the thermoelectric material forming a bulk thermoelectric material including a network of the first component having nanoparticles of the second component dispersed in the network, characterised in that: the network of the first component comprises a non-particle network formed state formed upon melting of the first component in an initial particle state. the network of the first component comprises a non-particle network formed state formed upon melting of the first component in an initial particle state.
Implement comprising a tool, a housing part and a stud bolt which is screwed into the housing part and serves for fastening the tool to the housing part, wherein the stud bolt projects from the housing part along an axial direction, wherein the tool has an opening, wherein the stud bolt projects at least partially into the opening, wherein the implement has a transmission element for transmitting from the tool to the stud bolt transverse forces acting transversely to the axial direction, characterized - in that the transmission element is in the form of a first element, and in that the first element consists at least partially of a first material which has a modulus of elasticity of 1 GPa to 80 GPa and which is not an elastomer, or - in that the transmission element is in the form of a second element, and in that the second element has a spring element, which is composed at least partially of a second material having a modulus of elasticity of greater than 80 GPa, and a clearance for a spring deflection of the spring element, and in that the second element is a constituent part of the tool and is formed integrally with a guide bar of the tool. - in that the transmission element is in the form of a first element, and in that the first element consists at least partially of a first material which has a modulus of elasticity of 1 GPa to 80 GPa and which is not an elastomer, or - in that the transmission element is in the form of a second element, and in that the second element has a spring element, which is composed at least partially of a second material having a modulus of elasticity of greater than 80 GPa, and a clearance for a spring deflection of the spring element, and in that the second element is a constituent part of the tool and is formed integrally with a guide bar of the tool.
A top drive system, comprising: a quill (714, 614) rotatable by a motor; and a connector including: a shaft (715, 615) bi-directionally rotationally coupled to the quill; an adapter (711, 611) operable to support a tubular gri ping member; and a lock ring (716, 616) coupled to the shaft, characterised in that the lock ring is longitudinally moved relative to the shaft and inserted between the shaft and the adapter into engagement with a profile (732, 633) in the adapter to bi-directionally rotationally couple the shaft and the adapter. a quill (714, 614) rotatable by a motor; and a connector including: a shaft (715, 615) bi-directionally rotationally coupled to the quill; an adapter (711, 611) operable to support a tubular gri ping member; and a lock ring (716, 616) coupled to the shaft, characterised in that the lock ring is longitudinally moved relative to the shaft and inserted between the shaft and the adapter into engagement with a profile (732, 633) in the adapter to bi-directionally rotationally couple the shaft and the adapter. a shaft (715, 615) bi-directionally rotationally coupled to the quill; an adapter (711, 611) operable to support a tubular gri ping member; and a lock ring (716, 616) coupled to the shaft, characterised in that the lock ring is longitudinally moved relative to the shaft and inserted between the shaft and the adapter into engagement with a profile (732, 633) in the adapter to bi-directionally rotationally couple the shaft and the adapter.
A terminal comprising: a connector portion that mates with another terminal; a tubular crimp portion (30, 79, 81, 91) that crimps and joins with an electric wire; and a transition portion (40, 76) that joins the connector portion and the tubular crimp portion (30, 79, 81, 91), the tubular crimp portion (30, 79, 81, 91) being composed of a metal member including a base material and a coating layer formed on the base material, the base material being composed of copper or a copper alloy and having a thickness of 0.20 mm to 1.40 mm, and the coating layer being composed of one of tin, a tin alloy, nickel, a nickel alloy, silver and a silver alloy and having a thickness of 0.2 μm to 3.0 μm, characterized in that the tubular crimp portion (30, 79, 81, 91) having a weld portion (50, 50') formed by butt welding the metal member, the weld portion (50, 50') having, in a cross section of the weld portion perpendicular to a longitudinal direction of the terminal (10, 80, 90), a phase existing therein of one of tin, a tin alloy, nickel, a nickel alloy, silver and a silver alloy that is greater than 0.01 (μm 2, and the tubular crimp portion (30, 79, 81, 91) being formed into a closed tubular body in which one end opposite to an electric wire insertion opening is closed. a connector portion that mates with another terminal; a tubular crimp portion (30, 79, 81, 91) that crimps and joins with an electric wire; and a transition portion (40, 76) that joins the connector portion and the tubular crimp portion (30, 79, 81, 91), the tubular crimp portion (30, 79, 81, 91) being composed of a metal member including a base material and a coating layer formed on the base material, the base material being composed of copper or a copper alloy and having a thickness of 0.20 mm to 1.40 mm, and the coating layer being composed of one of tin, a tin alloy, nickel, a nickel alloy, silver and a silver alloy and having a thickness of 0.2 μm to 3.0 μm, characterized in that the tubular crimp portion (30, 79, 81, 91) having a weld portion (50, 50') formed by butt welding the metal member, the weld portion (50, 50') having, in a cross section of the weld portion perpendicular to a longitudinal direction of the terminal (10, 80, 90), a phase existing therein of one of tin, a tin alloy, nickel, a nickel alloy, silver and a silver alloy that is greater than 0.01 (μm 2, and the tubular crimp portion (30, 79, 81, 91) being formed into a closed tubular body in which one end opposite to an electric wire insertion opening is closed.
A packaging paper with a transparent zone, wherein the packaging paper and the transparent zone are made from one cellulose layer and wherein the transparent zone comprises a coating layer material applied to the packaging paper, wherein the coating layer material comprises an oily compound such as a paraffin or vegetable oil.