mhurhangee/ep-ind-claims huggingface dataset:
A torque motor comprising: a mechanical reference member (32, 32'); an armature flexibly mounted to the mechanical reference member (32, 32') for rotation about a motor axis, the motor axis being perpendicular to a long axis of the armature; and a field assembly including field pole pieces defining a pole opening into which the armature extends with respective gaps to the respective field pole pieces, wherein the armature is rotated by a limited angle within the field assembly around the motor axis such that the gaps vary during rotation of the armature, characterized in that the field assembly is spaced from the mechanical reference member (32, 32') by a set of deformable flexures (34, 70), the flexures (34, 70) are deformed sufficiently to locate the pole opening at a predetermined position relative to the armature with corresponding predetermined lengths (g) of the gaps, the field assembly is urged into contact with the deformable flexures (34, 70) and secured to the mechanical reference member (32, 32') by one or more fasteners, so as to achieve the desired null current. a mechanical reference member (32, 32'); an armature flexibly mounted to the mechanical reference member (32, 32') for rotation about a motor axis, the motor axis being perpendicular to a long axis of the armature; and a field assembly including field pole pieces defining a pole opening into which the armature extends with respective gaps to the respective field pole pieces, wherein the armature is rotated by a limited angle within the field assembly around the motor axis such that the gaps vary during rotation of the armature,
A fraudulent message detection device for detecting a fraudulent message transmitted to a bus in a bus network, the bus network being a Controller Area Network, CAN, the fraudulent message detection device comprising: a resynchronization detector that is configured to detect an edge of a signal on the bus and to determine whether to perform resynchronization based on the edge, so as to adjust a sampling point that is a point in time when a voltage of the bus is read to obtain a logical value of the signal during a one-bit period; a receiver that is configured to obtain a first logical value and a second logical value during a one-bit period after the resynchronization detector determines to perform the resynchronization, the first logical value being a logical value on the bus at a sampling point used before the edge is detected, the second logical value being a logical value on the bus at a sampling point after the resynchronization based on the edge is performed; a comparator that is configured to compare the first logical value and the second logical value obtained by the receiver; and a fraud detection processing unit that is configured to execute post-fraud-detection processing associated with a case in which a fraudulent message is detected, when the comparator determines that the first logical value and the second logical value do not coincide. a resynchronization detector that is configured to detect an edge of a signal on the bus and to determine whether to perform resynchronization based on the edge, so as to adjust a sampling point that is a point in time when a voltage of the bus is read to obtain a logical value of the signal during a one-bit period; a receiver that is configured to obtain a first logical value and a second logical value during a one-bit period after the resynchronization detector determines to perform the resynchronization, the first logical value being a logical value on the bus at a sampling point used before the edge is detected, the second logical value being a logical value on the bus at a sampling point after the resynchronization based on the edge is performed; a comparator that is configured to compare the first logical value and the second logical value obtained by the receiver; and a fraud detection processing unit that is configured to execute post-fraud-detection processing associated with a case in which a fraudulent message is detected, when the comparator determines that the first logical value and the second logical value do not coincide.
A robot with a gripper assembly, wherein said gripper assembly is rotatably mounted on said robot, and said robot effects translation of said gripper assembly on a horizontal plane and rotation of said gripper assembly around a vertical rotation of said gripper assembly, said gripper assembly comprising: a platform with an upper surface and an opposed lower surface; an elongate arm comprising at least one elongate member joined to and extending from said platform, wherein each elongate member has a body, and each body comprises a proximal end adjacent said platform and an opposed distal end; a gripping mechanism rotatably supported relative to said arm wherein said gripping mechanism comprises a holder comprising a pivoting arm pivotably joined to said body in the region of the distal end of said body; and an actuator in operable communication with said pivoting arm so as to impart pivotable movement to said pivoting arm and rotational motion to said gripping mechanism about a horizontal axis upon actuation of said actuator; wherein said gripper assembly has a center of mass substantially aligned with said vertical rotation axis of said gripper assembly during actuation of said actuator. a platform with an upper surface and an opposed lower surface; an elongate arm comprising at least one elongate member joined to and extending from said platform, wherein each elongate member has a body, and each body comprises a proximal end adjacent said platform and an opposed distal end; a gripping mechanism rotatably supported relative to said arm wherein said gripping mechanism comprises a holder comprising a pivoting arm pivotably joined to said body in the region of the distal end of said body; and an actuator in operable communication with said pivoting arm so as to impart pivotable movement to said pivoting arm and rotational motion to said gripping mechanism about a horizontal axis upon actuation of said actuator;
Rotation angle sensor system having - a rotatably mounted motion sensor, - a sensor that is designed to pick up a rotation of the motion sensor, the rotation being configured for a measurement angle interval (Δα), - evaluation electronics that are designed to receive an analogue signal from the sensor and to digitize said analogue signal with an internal resolution and to output a digital output signal (D(α)) that reproduces the rotation picked up by the sensor, wherein the resolution of the digital output signal (D(α)) for a measurement angle interval (Δα) less than or equal to 360° is of the same magnitude as the internal resolution, characterized in that the resolution of the digital output signal (D(α)) in the case of a measurement angle interval (Δα) greater than 90° is of the same magnitude as the internal resolution and in that the rotation angle sensor system is in the form of a height sensor, wherein the height sensor is designed such that installation in a vehicle in different installation orientations is possible. - a rotatably mounted motion sensor, - a sensor that is designed to pick up a rotation of the motion sensor, the rotation being configured for a measurement angle interval (Δα), - evaluation electronics that are designed to receive an analogue signal from the sensor and to digitize said analogue signal with an internal resolution and to output a digital output signal (D(α)) that reproduces the rotation picked up by the sensor,
A method for splicing an end of a first film composite with a beginning of a second film composite in a splicing device, - wherein the first film composite has been passed through the splicing device and the beginning of the second film composite is fed to the splicing device, - wherein the first and the second film composites (14, 15) are cut so as to form a butt joint, - wherein the butt joint formed by the end of the first film composite and the beginning of the second film composite are fed to a connecting station, and - wherein in the connecting station, a connecting element is applied, on one side or on both sides, onto the outer faces of the first and second film composites (14, 15) in a manner so as to overlap the butt joint between the first and second film composites (14, 15), characterised in that - the first film composite has been passed through a clamping device and, downstream thereof in the transport direction, through a clamping and holding device and through the connecting station, and in that the second film composite is passed through the clamping device and is fed to the subsequent clamping and holding device in such a manner that at least the beginning of the second film composite is positioned within the clamping and holding device, and - the cutting device is positioned between the clamping device and the clamping and holding device and the first and second film composites (14, 15) are cut jointly so as to form the butt joint using said cutting device once the clamping device and the clamping and holding device have been closed. - wherein the first film composite has been passed through the splicing device and the beginning of the second film composite is fed to the splicing device, - wherein the first and the second film composites (14, 15) are cut so as to form a butt joint, - wherein the butt joint formed by the end of the first film composite and the beginning of the second film composite are fed to a connecting station, and - wherein in the connecting station, a connecting element is applied, on one side or on both sides, onto the outer faces of the first and second film composites (14, 15) in a manner so as to overlap the butt joint between the first and second film composites (14, 15), - the first film composite has been passed through a clamping device and, downstream thereof in the transport direction, through a clamping and holding device and through the connecting station, and in that the second film composite is passed through the clamping device and is fed to the subsequent clamping and holding device in such a manner that at least the beginning of the second film composite is positioned within the clamping and holding device, and - the cutting device is positioned between the clamping device and the clamping and holding device and the first and second film composites (14, 15) are cut jointly so as to form the butt joint using said cutting device once the clamping device and the clamping and holding device have been closed.
An end housing for a cable with a closure element and a cable guide tube adjoining it, wherein the closure element and the cable guide tube are constructed as two components which are connected together at a flange unit, which is inclined with respect to a central axis of the closure element and wherein the flange unit includes a circular disc, which projects in the radial direction, on one of the two components, and an annular groove receiving it on the other of the said two components characterised in that a fixing tube is provided in the other component which is pressable against the circular disc.
Applicator device for a coating medium comprising an applicator body with an applicator edge for flattening the coating medium, comprising a rod-shaped handle fixed on the applicator body by means of a holder and comprising at least one, and preferably two or more, measuring or adjustment means for setting a distance from the applicator edge to a subfloor, wherein in an operating position the at least one measuring or adjustment means is in contact with the subfloor and the applicator edge has the distance from the subfloor, characterised in that a mounting module is provided with at least one, and preferably two or more, mutually remote guide elements which portion-wise are parallel and project from the applicator body, wherein at a free end of the at least one guide element a securing means is fixed detachably, and wherein at least one weighted body is provided in addition which is fixed on the mounting module such that the applicator body is pressed against the subfloor by a weight of the at least one weighted body, wherein a centre of gravity of the weighted bodies - relative to the operating position of the scraper face of the applicator body - is arranged such that a horizontal distance between a support point of the at least one measuring or adjustment means and the centre of gravity of the weighted bodies is 5 cm maximum, preferably less than 2 cm and ideally 0 cm.
An in vitro method for assessing the risk that a subject suffers from prostate cancer comprising measuring the expression level of a miR set, in a urine sample from said subject, wherein a changed expression level of said miR set, as compared to healthy donors, indicates an increased probability of said subject suffering from prostate cancer, wherein the miR sets is hsa-miR-24-3p, hsa-miR-22-3p and hsa-miR30a-5p, and/or hsa-miR-24-3p, hsa-miR-22-3p and hsa-miR30c-5p. hsa-miR-24-3p, hsa-miR-22-3p and hsa-miR30a-5p, and/or hsa-miR-24-3p, hsa-miR-22-3p and hsa-miR30c-5p.
A method of making a polyethylene composition, the method comprising contacting ethylene and optionally zero, one, or more (C 3 -C 20)alpha-olefin with a -zirconocene-titanocene catalyst system comprising a zirconocene catalyst and a titanocene catalyst, wherein the zirconocene catalyst comprises a product of an activation reaction of ((R 1) X -cyclopentadienyl)((R 2) y -cyclopentadienyl)zirconium dichloride/dibromide/dialkyl and an alkylaluminoxane, wherein subscript x is 1 or 2; subscript y is 0, 1 or 2; and each R 1 and R 2 independently is methyl, ethyl, a normal-(C 3 -C 10)alkyl (linear), or an iso-(C 3 -C 10)alkyl; and wherein the titanocene catalyst comprises a product of an activation reaction of bis(cyclopentadienyl)titanium dichloride with a trialkylaluminum; wherein the zirconocene-titanocene catalyst system is characterized by a weight/weight ratio of trialkylaluminum to the zirconocene catalyst from 0.005 to 0.25; and wherein the zirconocene-titanocene catalyst system is characterized by a weight/weight ratio of bis(cyclopentadienyl)titanium dichloride to the zirconocene catalyst from 0.001 to 0.05, in a polymerization reactor to generate a polymerization reaction giving a polyethylene composition comprising a polyethylene homopolymer or ethylene/(C 3 -C 20)alpha-olefin copolymer, respectively, and the zirconocene-titanocene catalyst system, or a by-product thereof wherein the method comprises feeding separately the zirconocene catalyst and the titanocene catalyst via separate reactor inlets into the polymerization reactor, thereby making the zirconocene-titanocene catalyst system in situ in the polymerization reactor.
A method for supporting anchorless backhaul in a mobile network, the mobile network including a first endpoint node configured to receive packets through a point-to-point tunnel from a second endpoint node, the method comprising: exposing, by the first endpoint node or a central repository of the mobile network, tunnel information identifying the point-to-point tunnel between the first endpoint node and the second endpoint node, such that at least one other node of the mobile network can access the exposed tunnel information; and providing, by the first endpoint node or the central repository, the exposed tunnel information to a third node of the at least one other node, wherein the exposed tunnel information is used by the third node to encapsulate a packet with a tunnel header, such that the first endpoint node will accept the encapsulated packet as having been sent by the second endpoint node through the point-to-point tunnel, wherein the tunnel information identifying the point-to-point tunnel comprises: an address of the first endpoint node; a port number of the point-to-point tunnel at the first endpoint node; and a Tunnel Endpoint Identifier, TEID, of the point-to-point tunnel assigned by the second endpoint node. exposing, by the first endpoint node or a central repository of the mobile network, tunnel information identifying the point-to-point tunnel between the first endpoint node and the second endpoint node, such that at least one other node of the mobile network can access the exposed tunnel information; and providing, by the first endpoint node or the central repository, the exposed tunnel information to a third node of the at least one other node, wherein the exposed tunnel information is used by the third node to encapsulate a packet with a tunnel header, such that the first endpoint node will accept the encapsulated packet as having been sent by the second endpoint node through the point-to-point tunnel, wherein the tunnel information identifying the point-to-point tunnel comprises: an address of the first endpoint node; a port number of the point-to-point tunnel at the first endpoint node; and a Tunnel Endpoint Identifier, TEID, of the point-to-point tunnel assigned by the second endpoint node. an address of the first endpoint node; a port number of the point-to-point tunnel at the first endpoint node; and a Tunnel Endpoint Identifier, TEID, of the point-to-point tunnel assigned by the second endpoint node.
A method of cleaning a semiconductor fabrication system comprising flushing the system with a solvent comprising at least one alkylsilane of the formula: Si x n, where R is an alkyl group from the group consisting of a methyl group, an ethyl, a propyl, iso-propyl, butyl, or t-butyl and n is an integer representing the number of alkyl groups, ranging from 1 to 6; and where x equals 1 or 2, and preferably: when x equals 1, n equals 4; and when x equals 2, n equals 6. Si x n, where R is an alkyl group from the group consisting of a methyl group, an ethyl, a propyl, iso-propyl, butyl, or t-butyl and n is an integer representing the number of alkyl groups, ranging from 1 to 6; and where x equals 1 or 2, and preferably: when x equals 1, n equals 4; and when x equals 2, n equals 6.
A method for attaching a grip onto a hollow golf club shaft at a handle region thereof, the grip having a tubular longitudinal sleeve with an upper portion, a lower portion and a medial portion between the upper and lower portions, the tubular longitudinal sleeve having a ratchet gear mounted at the upper portion thereof and having at least one radially extending ratchet arm embedded therein that is configured to engage with teeth of the ratchet gear, the method comprising: securing a first grip component at the upper portion of the tubular longitudinal sleeve onto the shaft at a back end of the handle region; securing a second grip component at the lower portion of the tubular longitudinal sleeve onto the shaft at a front end of the handle region; and after the first and second grip components are secured at the upper and lower portions of the tubular longitudinal sleeve onto the back and front ends of the handle region, respectively, tightening the tubular longitudinal sleeve medial portion onto the shaft by rotating the medial portion relative to the secured first and second grip components, thereby decreasing the internal diameter of the tubular longitudinal sleeve sleeve. securing a first grip component at the upper portion of the tubular longitudinal sleeve onto the shaft at a back end of the handle region; securing a second grip component at the lower portion of the tubular longitudinal sleeve onto the shaft at a front end of the handle region; and after the first and second grip components are secured at the upper and lower portions of the tubular longitudinal sleeve onto the back and front ends of the handle region, respectively, tightening the tubular longitudinal sleeve medial portion onto the shaft by rotating the medial portion relative to the secured first and second grip components, thereby decreasing the internal diameter of the tubular longitudinal sleeve sleeve.
Apparatus for spreading flanges of pipes comprising: at least one bolt hole engaging device; a force transmission system arranged for selective coupling with the at least one bolt hole engaging device and capable of exerting a force thereon for selective movement of the flanges relative to one another, wherein the bolt hole engaging device comprises an expandable member arranged so that in use it is at least partially accommodated within a bolt hole before expansion, and frustoconical expander means (114,116) arranged to expand the expandable member such that at least a portion of an outer surface of the expandable member is expanded to contact the bolt hole, characterised in that the frustoconical expander means (114,116) comprises first and second frustoconical members arranged to be movable relative to the expandable member and with the second frustoconical member reversed with respect to the first frustoconical member, such that relative movement between the frustoconical members and the expandable member causes the expandable member to expand to contact the bolt hole. at least one bolt hole engaging device; a force transmission system arranged for selective coupling with the at least one bolt hole engaging device and capable of exerting a force thereon for selective movement of the flanges relative to one another, wherein the bolt hole engaging device comprises an expandable member arranged so that in use it is at least partially accommodated within a bolt hole before expansion, and frustoconical expander means (114,116) arranged to expand the expandable member such that at least a portion of an outer surface of the expandable member is expanded to contact the bolt hole,
A liquid ejecting head comprising: a pressure generating unit configured to eject liquid from a nozzle which is provided on a nozzle surface; a case that accommodates the pressure generating unit; and a guide portion (31,32,47,48) that is provided on a side surface of the case, wherein in a case of being viewed from a first direction orthogonal to the nozzle surface, the guide portion has a projecting portion (31,32) facing one end side in a second direction along the nozzle surface, and a recessed portion (47,48) facing the other end side in the second direction, characterised in that the recessed portion comprises a first side (47a,48a) and a second side (47b,48b) facing the first side; wherein the first side (47a,48a) and the second side (47b,48b) are connected by a third side; and the shape of the projecting portion corresponds to the shape of the recessed portion. a pressure generating unit configured to eject liquid from a nozzle which is provided on a nozzle surface; a case that accommodates the pressure generating unit; and a guide portion (31,32,47,48) that is provided on a side surface of the case, wherein in a case of being viewed from a first direction orthogonal to the nozzle surface, the guide portion has a projecting portion (31,32) facing one end side in a second direction along the nozzle surface, and a recessed portion (47,48) facing the other end side in the second direction, characterised in that the recessed portion comprises a first side (47a,48a) and a second side (47b,48b) facing the first side; wherein the first side (47a,48a) and the second side (47b,48b) are connected by a third side; and the shape of the projecting portion corresponds to the shape of the recessed portion.
TIG welding torch comprising a torch head and a welding nozzle which has a free end, and a suction device for removing smoke and/or particles during welding, the suction device having a hollow body which is rigidly connected to the torch head and having an extension provided with an end opening and a free end, the extension surrounding the nozzle, which protrudes from the free end of the extension, characterized in that the extension has a suitable length relative to the length of the nozzle such that the distance between said free end of the nozzle and the free end of the extension is between 8 and 15 mm.