mhurhangee/ep-ind-claims huggingface dataset:
Method for mounting a contact carrier arrangement, comprising a contact carrier, in a contact carrier housing which is open on both sides and has a front side and a rear side (V, R), comprising at least the following steps: • passing the contact carrier through the contact carrier housing from the rear side of the contact carrier housing; • mounting at least one adapter plate on the passed-through contact carrier; • arranging the contact carrier in the contact carrier housing, wherein the at least one adapter plate is arranged resting on a respective stop surface formed by the contact carrier housing; • fixing the at least one adapter plate to the respective stop surface by fastening means; • wherein, when the contact carrier is arranged in the contact carrier housing, at least two guide grooves formed on the at least one adapter plate are brought into engagement with corresponding guides formed on the contact carrier housing, and the contact carrier is moved along the guides in the direction of the rear side of the contact carrier housing until the at least one adapter plate rests on the respective stop surface, and • wherein the adapter plate has at least one through-hole and the stop surface has a threaded hole or a through-hole, wherein the fastening means with which the adapter plate is fixed to the stop surface is a screw which runs through the through-hole in the adapter plate and engages in the threaded hole or runs through the through-hole in the stop surface, characterized in that • the adapter plate, the contact carrier housing and the contact carrier are formed from an electrically conductive material. • passing the contact carrier through the contact carrier housing from the rear side of the contact carrier housing; • mounting at least one adapter plate on the passed-through contact carrier; • arranging the contact carrier in the contact carrier housing, wherein the at least one adapter plate is arranged resting on a respective stop surface formed by the contact carrier housing; • fixing the at least one adapter plate to the respective stop surface by fastening means; • wherein, when the contact carrier is arranged in the contact carrier housing, at least two guide grooves formed on the at least one adapter plate are brought into engagement with corresponding guides formed on the contact carrier housing, and the contact carrier is moved along the guides in the direction of the rear side of the contact carrier housing until the at least one adapter plate rests on the respective stop surface, and • wherein the adapter plate has at least one through-hole and the stop surface has a threaded hole or a through-hole, wherein the fastening means with which the adapter plate is fixed to the stop surface is a screw which runs through the through-hole in the adapter plate and engages in the threaded hole or runs through the through-hole in the stop surface, characterized in that • the adapter plate, the contact carrier housing and the contact carrier are formed from an electrically conductive material.
A drug combination comprising: a) palonosetron or a pharmaceutically acceptable salt; and b) netupitant or a pharmaceutically acceptable salt, in therapeutically effective amounts, for use in a method of treating chronic neuropathic pain in a human patient in need thereof. a) palonosetron or a pharmaceutically acceptable salt; and b) netupitant or a pharmaceutically acceptable salt, in therapeutically effective amounts,
A remote locking apparatus (200;300)for use in securing an automotive vehicle body to a vehicle body support, the vehicle support including at least two pillars and is positionable at a process station along a progressive assembly line, the locking apparatus (200;300) comprising: a locking arm (226,326) connected to a vehicle support surface, the locking arm adapted to be accessible and engageable by an actuator (206;306) positioned at the process station; an elongate axle (230;330) having a first and a second end, the first end connected to the locking arm; an elbow (232;332) connected to the axle second end; an elongate rod having a first and a second end, the rod connected to the elbow at the first end; a body clamp connected to the second end of the rod wherein on movement of the locking arm (226,326), the body clamp is articulated through a path of travel to engage a portion of the vehicle body to secure the vehicle body to the vehicle body support; said apparatus being characterized in that it further comprises a compliance device connected to the rod and the body clamp, the compliance device defining a compliance range of the body clamp wherein a predetermined clamping force is applied by the body clamp to the vehicle body throughout the compliance range, the compliance device having a base connected to the rod, a nut threadibly engaged on the second end of the rod and a compression spring positioned on the rod between and abuttingly engaging the base and the nut. a locking arm (226,326) connected to a vehicle support surface, the locking arm adapted to be accessible and engageable by an actuator (206;306) positioned at the process station; an elongate axle (230;330) having a first and a second end, the first end connected to the locking arm; an elbow (232;332) connected to the axle second end; an elongate rod having a first and a second end, the rod connected to the elbow at the first end; a body clamp connected to the second end of the rod wherein on movement of the locking arm (226,326), the body clamp is articulated through a path of travel to engage a portion of the vehicle body to secure the vehicle body to the vehicle body support;
A method for determining user liveness comprising: capturing, by a computing device, voice biometric data of a user during a verification transaction; calculating a first matrix, Y verification, for the captured voice biometric data; calculating an expansion coefficient matrix, H verification, based on the first matrix Y verification, and a record spectral shape matrix, W; calculating a distortion vector, T distortion, as the average of a ratio between the first matrix, Y verification, and the product of the record spectral shape matrix, W, and the expansion coefficient matrix, H verification; calculating a spectral property difference as an element-wise function between the square value of the distortion vector, T distortion, and the square value of a user record normalization vector, T, the user record normalization vector, T, being calculated as a function of a matrix, Y c, and the product of an expansion coefficient matrix, H, and the record spectral shape matrix W; inputting the spectral property difference into a machine learning algorithm; calculating an output score with the machine learning algorithm; and determining the voice biometric data was captured from a live user when the output score satisfies a threshold score. capturing, by a computing device, voice biometric data of a user during a verification transaction; calculating a first matrix, Y verification, for the captured voice biometric data; calculating an expansion coefficient matrix, H verification, based on the first matrix Y verification, and a record spectral shape matrix, W; calculating a distortion vector, T distortion, as the average of a ratio between the first matrix, Y verification, and the product of the record spectral shape matrix, W, and the expansion coefficient matrix, H verification; calculating a spectral property difference as an element-wise function between the square value of the distortion vector, T distortion, and the square value of a user record normalization vector, T, the user record normalization vector, T, being calculated as a function of a matrix, Y c, and the product of an expansion coefficient matrix, H, and the record spectral shape matrix W; inputting the spectral property difference into a machine learning algorithm; calculating an output score with the machine learning algorithm; and determining the voice biometric data was captured from a live user when the output score satisfies a threshold score.
A folding personal mobility vehicle comprising: a foothold part having a front foothold part whose front portion is provided with a wheel carrier provided with a front wheel and a rear foothold part whose rear portion is provided with a rear wheel, the front foothold part and the rear foothold part being rotatably coupled to each other with respect to a hinge shaft; and a handle part provided with a handle and coupled to the wheel carrier by a first hinge locking mechanism; characterized in that the rear foothold part rotates with respect to the hinge shaft to be folded on the front foothold part and the handle part rotates with respect to the first hinge locking mechanism to be folded on the rear foothold part, such that the rear foothold part is positioned between the handle part and the front foothold part while being folded. a foothold part having a front foothold part whose front portion is provided with a wheel carrier provided with a front wheel and a rear foothold part whose rear portion is provided with a rear wheel, the front foothold part and the rear foothold part being rotatably coupled to each other with respect to a hinge shaft; and a handle part provided with a handle and coupled to the wheel carrier by a first hinge locking mechanism; characterized in that the rear foothold part rotates with respect to the hinge shaft to be folded on the front foothold part and the handle part rotates with respect to the first hinge locking mechanism to be folded on the rear foothold part, such that the rear foothold part is positioned between the handle part and the front foothold part while being folded.
A medical apparatus (100; 200; 300) comprising a closure device (21; 102; 202; 302) comprising a first member or portion adapted to be placed on one side of an opening in a wall of a bodily organ, and a second member or portion adapted to be placed on the opposite side of the opening in the wall of the bodily organ, an insertion assembly (101; 201; 301) comprising at least one actuator operatively connected to said first and second members or portions, and wherein the insertion assembly further comprises at least one motor (105; 106; 205; 306) adapted to maneuver said first and second members or portions by actuating said at least one actuator, characterized in that the at least one motor (105; 106; 205; 306) is adapted to maneuver said first and second members or portions individually and reversibly via said at least one actuator.
A timepiece mechanism (800; 800') comprising a device (200; 200') for selecting timepiece functions, comprising: - a frame (100; 100'), - one and a same interface element, in particular a control stem, and - a setting lever device (150; 150'), the setting lever device (150; 150') being arranged so as to define: - n stable positions of the interface element, where n ≥ 3, and - m selection configurations of the selection device (200; 200'), where m≥n+1, the timepiece mechanism being arranged such that each configuration of the selection device is defined by a translational movement of the interface element, so that a user only needs to perform pulling actions on the interface element to achieve the different configurations of the selection device, and such that, for each configuration of the selection device, the timepiece mechanism allows one or more timepiece functions to be activated by the rotation of the interface element, particularly depending on its direction of rotation. - a frame (100; 100'), - one and a same interface element, in particular a control stem, and - a setting lever device (150; 150'), the setting lever device (150; 150') being arranged so as to define: - n stable positions of the interface element, where n ≥ 3, and - m selection configurations of the selection device (200; 200'), where m≥n+1, - n stable positions of the interface element, where n ≥ 3, and - m selection configurations of the selection device (200; 200'), where m≥n+1, the timepiece mechanism being arranged such that each configuration of the selection device is defined by a translational movement of the interface element, so that a user only needs to perform pulling actions on the interface element to achieve the different configurations of the selection device, and such that, for each configuration of the selection device, the timepiece mechanism allows one or more timepiece functions to be activated by the rotation of the interface element, particularly depending on its direction of rotation.
An electric power steering apparatus that drive-controls a motor for providing a steering mechanism with a steering assist force by means of a current command value (Irefl) calculated based on at least a steering torque (Th) comprising: a static friction compensating section that calculates a static friction compensation command value for compensating static friction of said steering mechanism based on said steering torque (Th) which is a steering torque within a micro steering torque range in the vicinity of on-center and a vehicle speed (Vel), wherein said current command value (Irefl) is corrected with said static friction compensation command value, wherein said static friction compensating section comprises a vehicle speed sensitive gain section that calculates a vehicle speed sensitive gain (Gv) to be decided depending on said vehicle speed (Vel) and a steering torque change rate extracting section that extracts a steering torque change rate based on said steering torque (Th), and multiplies said vehicle speed sensitive gain (Gv) calculated by said vehicle speed sensitive gain section by said steering torque change rate extracted by said steering torque change rate extracting section to generate said static friction compensation command value, wherein said steering torque change rate extracting section obtains a weighted average steering torque by weighted-averaging said steering torque (Th), calculates a difference between said steering torque (Th) and obtained said weighted average steering torque, and sets calculated said difference as said steering torque change rate. a static friction compensating section that calculates a static friction compensation command value for compensating static friction of said steering mechanism based on said steering torque (Th) which is a steering torque within a micro steering torque range in the vicinity of on-center and a vehicle speed (Vel), wherein said current command value (Irefl) is corrected with said static friction compensation command value, wherein said static friction compensating section comprises a vehicle speed sensitive gain section that calculates a vehicle speed sensitive gain (Gv) to be decided depending on said vehicle speed (Vel) and a steering torque change rate extracting section that extracts a steering torque change rate based on said steering torque (Th), and multiplies said vehicle speed sensitive gain (Gv) calculated by said vehicle speed sensitive gain section by said steering torque change rate extracted by said steering torque change rate extracting section to generate said static friction compensation command value, wherein said steering torque change rate extracting section obtains a weighted average steering torque by weighted-averaging said steering torque (Th), calculates a difference between said steering torque (Th) and obtained said weighted average steering torque, and sets calculated said difference as said steering torque change rate.
A compound of formula wherein n is 0 or 1; A-B is -CH=CH; R 1 is sec-butyl or isopropyl; R 2 is CH 2 CH 3, p -ClC 6 H 4, CH 2 (CH 2) 2 N 3 or CH 2 CH 2 NH 2; R 3 is H; and, where applicable, tautomers, in each case in the free form or in salt form. n is 0 or 1; A-B is -CH=CH; R 1 is sec-butyl or isopropyl; R 2 is CH 2 CH 3, p -ClC 6 H 4, CH 2 (CH 2) 2 N 3 or CH 2 CH 2 NH 2; R 3 is H; and, where applicable, tautomers, in each case in the free form or in salt form.
Method for the production of a security element (1, 2) wherein in the method, a base film is provided which has a first carrier film and a single- or multi-layered decorative layer, wherein a first adhesive layer is applied to a surface of the first carrier film and a second carrier film is applied in such a way that the first adhesive layer is arranged between the first carrier film and the second carrier film, wherein the first adhesive layer is activated in a first region which at least partially covers at least a first partial region of the base film, and the first adhesive layer is, however, not activated, is not provided, is only partially provided or is deactivated in a second region adjacent to this region,wherein the first carrier film is at least partially perforated along the boundary line which defines the at least one first partial region and separates the at least one first partial region from a second partial region of the base film, and wherein a second part of the base film comprising the second partial region is removed from the second carrier film, wherein in the at least one first partial region, the base film adheres to the second carrier film due to the activated first adhesive layer and a first part of the base film comprising the at least one first partial region remains on the second carrier film, characterised in that the surface of the first carrier film, on which the first adhesive layer is applied, is the surface facing away from the decorative layer.
A piston ring system for a piston of a two-stroke engine, comprising an inner diameter of > 400 mm, comprising a crowned bearing surface as well as an apex of the crowning and a supporting area which is in contact with a cylinder wall, composed of a first piston ring, a second piston ring as well as a third piston ring provided between the first and the second piston ring (6, 8), wherein, when installed, the first piston ring is facing a combustion chamber and the second piston ring is placed axially beneath the first piston ring, and wherein the apex of the crowning of the first piston ring, measured from the lower flank surface (6") thereof, is arranged beneath the piston ring center and the apex of the second piston ring, measured from the lower flank surface (8") thereof, is arranged above the piston ring center, and wherein the third piston ring is provided with a crowned bearing surface profile, which comprises an apex of the crowning that corresponds to the apex of the second piston ring.
A tool for applying torque to an object, the tool comprising: a frame for clamping to the object to which torque is to be applied, the frame comprising a pair of jaws (6a, 6b) with an adjustable separation therebetween, and an adjuster mechanism (8a, 8b, 9) to adjust the separation between the jaws; at least one thruster disposed on opposite sides of an intended axis of rotation of the frame, respective thrusters (10a, 10b) providing thrust in opposite directions, so as to cooperate and generate torque on the frame; characterised in that a displaceable mass is provided within a barrel extending from at least one of said thrusters, which mass is displaced by the thruster upon actuation, so as to increase the recoil, and hence the torque, experienced by the frame upon actuation of the thruster.
A polyamic acid resin composition comprising (a) polyamic acid and (b) a compound as represented by chemical formula: [Chemical formula 1] Z (̵ V) k wherein Z is a di- or higher-valent organic group containing 2 or more carbon atoms, V is a structure as represented by chemical formula, and k is an integer of 2 or more: wherein δ represents oxygen or sulfur atom and W represents an electron-withdrawing group, and R 11 and R 12 represent independently a hydrogen atom or a hydrocarbon group containing 1 to 10 carbon atoms.
A cooling tower having a vertical axis, comprising: an evaporative media located at a first position along the vertical axis; a liquid distribution system that distributes hot liquid over said evaporative media; a first heat exchanger module having a first set of passageways in fluid communication with a first flow duct and a second set of passageways in fluid communication with a second flow duct; a second heat exchanger module having a third set of passageways in fluid communication with a third flow duct and a fourth set of passageways in fluid communication with a fourth flow duct; and characterized in that it comprises an air current generator that directs air through said first, second, third and fourth passageways or bypass flow path through the cooling tower, and a wet path damper disposed in said second flow duct that regulates flow through said second duct. an evaporative media located at a first position along the vertical axis; a liquid distribution system that distributes hot liquid over said evaporative media; a first heat exchanger module having a first set of passageways in fluid communication with a first flow duct and a second set of passageways in fluid communication with a second flow duct; a second heat exchanger module having a third set of passageways in fluid communication with a third flow duct and a fourth set of passageways in fluid communication with a fourth flow duct; and
A dressing for a wound, comprising: a) a hydrophobic layer capable of binding microorganisms wherein the hydrophobic layer is made of a material comprising a hydrophilic fabric or non-woven fabric which has been rendered hydrophobic by treatment with a compound that contains hydrophobic groups; and b) a second layer comprising an integrated moisture-holding matrix, wherein the second layer is a gel, wherein the second layer is placed between the hydrophobic layer and the wound, and the gel is a moisture-carrying gel that is integrated with the hydrophobic layer and that contains water which is donated to the wound when the dressing is applied to the wound. a) a hydrophobic layer capable of binding microorganisms wherein the hydrophobic layer is made of a material comprising a hydrophilic fabric or non-woven fabric which has been rendered hydrophobic by treatment with a compound that contains hydrophobic groups; and b) a second layer comprising an integrated moisture-holding matrix, wherein the second layer is a gel, wherein the second layer is placed between the hydrophobic layer and the wound, and the gel is a moisture-carrying gel that is integrated with the hydrophobic layer and that contains water which is donated to the wound when the dressing is applied to the wound.