mhurhangee/patent-ind-claim-en huggingface dataset:
A frame system for structures of motor vehicles, in particular of trucks, - comprising a system frame having at least two cross members arranged transversely to a vertical center plane of the system frame , - comprising supporting surfaces on which the structures rest in the condition as fastened to the system frame , wherein the supporting surfaces are arranged at the ends of at least two of the cross members , and - comprising structure fastening means for releasably fastening the structures to the system frame , wherein the structure fastening means are arranged in the supporting surfaces , wherein a respective one of the supporting surfaces is constituted of an adapter device which is releasably fastened to an end of one of the cross members, wherein the adapter devices are configured in an exchangeable manner and/or an adapter device is configured for fastening to an end of one of the cross members at different fixedly predetermined positions, characterized in that the adapter devices arranged on different sides of the system frame with respect to the center plane of the system frame are mutually exchangeable and the structure fastening means is eccentrically arranged at the adapter device with respect to a vertical center plane of the adapter device , wherein the center plane of the adapter device extends in the longitudinal direction of the cross member in the condition as fastened to the cross member . - comprising a system frame having at least two cross members arranged transversely to a vertical center plane of the system frame , - comprising supporting surfaces on which the structures rest in the condition as fastened to the system frame , wherein the supporting surfaces are arranged at the ends of at least two of the cross members , and - comprising structure fastening means for releasably fastening the structures to the system frame , wherein the structure fastening means are arranged in the supporting surfaces , wherein a respective one of the supporting surfaces is constituted of an adapter device which is releasably fastened to an end of one of the cross members, wherein the adapter devices are configured in an exchangeable manner and/or an adapter device is configured for fastening to an end of one of the cross members at different fixedly predetermined positions, characterized in that the adapter devices arranged on different sides of the system frame with respect to the center plane of the system frame are mutually exchangeable and the structure fastening means is eccentrically arranged at the adapter device with respect to a vertical center plane of the adapter device , wherein the center plane of the adapter device extends in the longitudinal direction of the cross member in the condition as fastened to the cross member .
An electronic watchmaker's magnifier intended to observe a timepiece product , in particular a watch mechanism, provided with: - a magnifying objective lens for observing the timepiece product , - communication means for receiving and/or sending data, - at least one of: - a display screen for displaying data, and - an acquisition camera for acquiring at least one image of the timepiece product, - a beam splitter designed to: - simultaneously direct: at least one image of the timepiece product coming from the magnifying objective lens and at least one image from the display screen toward an eye of a user, and/or - simultaneously direct at least one image of the timepiece product coming from the magnifying objective lens toward an eye of a user and toward the acquisition camera. - a magnifying objective lens for observing the timepiece product , - communication means for receiving and/or sending data, - at least one of: - a display screen for displaying data, and - an acquisition camera for acquiring at least one image of the timepiece product, - a beam splitter designed to: - simultaneously direct: at least one image of the timepiece product coming from the magnifying objective lens and at least one image from the display screen toward an eye of a user, and/or - simultaneously direct at least one image of the timepiece product coming from the magnifying objective lens toward an eye of a user and toward the acquisition camera. - simultaneously direct: at least one image of the timepiece product coming from the magnifying objective lens and at least one image from the display screen toward an eye of a user, and/or - simultaneously direct at least one image of the timepiece product coming from the magnifying objective lens toward an eye of a user and toward the acquisition camera.
Braking catch device comprising a main body for engaging two opposing friction surfaces of an elevator rail, a movable braking element, at least one force element that pushes the braking element towards the guide rail, and an electrically and/or hydraulically and/or pneumatically activatable first holding element that holds the braking element in its standby position against the effect of the force element when activated, wherein the braking element can be brought into contact with the elevator rail by the force element when the first holding element is deactivated, thereby deploying its braking or braking catch effect, wherein the braking catch device includes a second holding element actuated by a switch mountable in or on the car (F), which holds the braking element in its standby position independently of the first holding element as long as the switch is actuated from the car (F) and releases the braking element when the switch is not actuated, characterized in that the switch is a slack rope switch that is actuated by the weight of the car (F) during proper elevator operation.
A method for producing a polydiene, the method comprising the step of: polymerizing conjugated diene monomer with a lanthanide-based catalyst system in the presence of a hydrocarbyloxysilane compound, where the hydrocarbyloxysilane compound does not include an allyl group and where the hydrocarbyloxysilane compound is defined by the formula I: Si(OR 1 ) X R 2 4-X where x is an integer from 1 to 4, each R 1 is independently a hydrocarbyl group, and each R 2 is independently a hydrogen atom, a halogen atom, or a hydrocarbyl group, or where two or more R 2 groups may join to form a polyvalent organic group.
A sputtering cathode comprising a sputtering target , having a rectangular cross-sectional shape, and a magnetic circuit being provided along the sputtering target ; wherein the sputtering target has a pair of mutually facing long-side portions and a pair of mutually facing short-side portions , and has an erosion surface facing inward; wherein the pair of the long-side portions are parallel to each other, and each of the long-side portions comprises a rotary target ; and the pair of the short-side portions are perpendicular to the pair of the long-side portions; and further wherein both ends of the rotary targets are chamfered, both ends of the pair of the short-side portions are also correspondingly chamfered at the same angle, and the chamfered portions at both ends of the rotary target are close to the chamfered portions at both ends of the pair of short-side portions , to an extent such as does not present a hindrance to the rotation of the rotary target . wherein the sputtering target has a pair of mutually facing long-side portions and a pair of mutually facing short-side portions , and has an erosion surface facing inward; wherein the pair of the long-side portions are parallel to each other, and each of the long-side portions comprises a rotary target ; and the pair of the short-side portions are perpendicular to the pair of the long-side portions; and further wherein both ends of the rotary targets are chamfered, both ends of the pair of the short-side portions are also correspondingly chamfered at the same angle, and the chamfered portions at both ends of the rotary target are close to the chamfered portions at both ends of the pair of short-side portions , to an extent such as does not present a hindrance to the rotation of the rotary target .
A pull-out guide for a furniture part able to be pulled out of a furniture carcass , comprising a carcass rail , attachable to the furniture carcass , a pull-out rail , attachable to the furniture part able to be pulled out, which starting from a completely pushed-in insertion position can be pulled out in a pull-out direction into a fully pulled-out pull-out position and counter to the pull-out direction can be pushed in from the pull-out position into the insertion position, and a bolt part for blocking the pulling out of the pull-out rail starting from the insertion position of the pull-out rail and the pushing in of the pull-out rail starting from the pull-out position of the pull-out rail , wherein the bolt part is adjustable by means of an actuating element from a blocking position, in which the bolt part blocks the pulling out of the pull-out rail starting from the insertion position of the pull-out rail and the pushing in of the pull-out rail starting from the pull-out position of the pull-out rail , into a release position, in which the bolt part releases the pulling out of the pull-out rail starting from the insertion position of the pull-out rail and the pushing in of the pull-out rail starting from the pull-out position of the pull-out rail , and, in the insertion position of the pull-out rail and in the pull-out position of the pull-out rail , the bolt part is held in the blocking position by a spring element and through an actuation of the actuating element is adjustable from the blocking position into the release position against the spring force of the spring element and the bolt part slides or rolls along a track of the carcass rail upon pulling out and pushing in of the pull-out rail , wherein the bolt part is pressed against the track by the spring element , characterised in that the bolt part is displaceably guided parallel to a displacement direction by a base part and through the actuation of the actuating element is displaceable in the displacement direction from the blocking position into the release position against the spring force of the spring element , and in that the actuating element is connected to the bolt part via a traction cable , wherein a tensioning part acted upon by a tension spring acts upon the traction cable and keeps it tensioned, or the actuating element is connected to the bolt part via an axially displaceable actuating rod and at least one linkage member .
A biochip in which a biologically relevant substance(s) selected from the group consisting of polypeptides, nucleic acids, saccharides, lipids, a complex thereof and a derivative thereof is/are immobilized as probes on each of a plurality of reaction spots disposed on a substrate for biochips, wherein the biologically relevant substance(s) is/are bound to the surface of the substrate through a covalent bond wherein said substrate comprises a substrate and a plurality of reaction spots disposed on the substrate, a plurality of grooves which surround each of said reaction spots individually and independently are provided on the substrate , the grooves each surrounding a different reaction spot do not intersect or come into contact with one another, and at least the surface of said substrate is composed of carbon, wherein the carbon is amorphous carbon or diamond-like carbon.
A cleat assembly for a shoe comprising: an anchor for anchoring to the shoe; a cleat ; a first biasing member circumscribing the anchor and engaged with the cleat; and a second biasing member biasing the first biasing member, wherein the cleat circumscribes the anchor, the first biasing member, and the second biasing member. an anchor for anchoring to the shoe; a cleat ; a first biasing member circumscribing the anchor and engaged with the cleat; and a second biasing member biasing the first biasing member, wherein the cleat circumscribes the anchor, the first biasing member, and the second biasing member.
A lock (20; 200) for a ground engaging tool, comprising: a head portion ; a rear leg (22; 221), a top leg (23; 222), and a bottom leg (24; 223) forming a C-shaped portion attached to the head portion , wherein the top leg (23; 222) and the bottom leg (24; 223) of the C-shaped portion cooperate to define a slot (21; 210); a wall spanning between the rear leg (22; 221), the top leg (23; 222), and the bottom leg (24; 223), wherein the wall includes a first surface opposite the rear leg (22; 221), the first surface sloping away from the head portion as the first surface extends toward the rear leg (22; 221), characterised in that the head portion is on a side of the wall opposite to the C-shaped portion . a head portion ; a rear leg (22; 221), a top leg (23; 222), and a bottom leg (24; 223) forming a C-shaped portion attached to the head portion , wherein the top leg (23; 222) and the bottom leg (24; 223) of the C-shaped portion cooperate to define a slot (21; 210); a wall spanning between the rear leg (22; 221), the top leg (23; 222), and the bottom leg (24; 223), wherein the wall includes a first surface opposite the rear leg (22; 221), the first surface sloping away from the head portion as the first surface extends toward the rear leg (22; 221), characterised in that the head portion is on a side of the wall opposite to the C-shaped portion .
Transfer device for transferring a patient, with a roll cloth which has a tubular sleeve with two open ends , wherein the roll cloth has, at each of the open ends of the sleeve , a peripheral end profile with an inner face and an outer face, which end profile is elastic, wherein, in the ready-to-use state of the roll cloth, the inner face of an upper portion of the end profile lies on the inner face of a lower portion of the end profile , wherein an inner body is received inside the tubular sleeve , wherein the sleeve of the roll cloth is longer than the inner body , characterized in that the end profile is designed as a hollow-chamber profile with at least one hollow chamber which extends parallel to the end of the sleeve .
A laser welding method comprising: selecting and inputting into welding pattern selection means a welding pattern, where the selected welding pattern relates to weighing more either the fine appearance of the weld bead, or the efficiency of the laser welding, whereby the selected pattern determines whether, relating to the fine appearance of the weld bead, to emit shield gas (SG) in advance through a laser nozzle provided on a laser processing head at a time of moving the laser processing head from the reference position (A) to a starting position (D) for welding the workpiece (W) and, at the starting position (D) for welding and when a rate of the shield gas is stabilized, starting radiating the laser beam (LB) onto the workpiece (W), or whether, relating to the efficiency of the laser welding, to start emission of the shield gas (SG) when the laser processing head reaches the starting position (D) for welding and radiating the laser beam (LB) onto the workpiece (W) when the rate of the shield gas (SG) is stabilized; and performing laser welding on the workpiece (W) according to the welding pattern input into the welding pattern selection means . selecting and inputting into welding pattern selection means a welding pattern, where the selected welding pattern relates to weighing more either the fine appearance of the weld bead, or the efficiency of the laser welding, whereby the selected pattern determines whether, relating to the fine appearance of the weld bead, to emit shield gas (SG) in advance through a laser nozzle provided on a laser processing head at a time of moving the laser processing head from the reference position (A) to a starting position (D) for welding the workpiece (W) and, at the starting position (D) for welding and when a rate of the shield gas is stabilized, starting radiating the laser beam (LB) onto the workpiece (W), or whether, relating to the efficiency of the laser welding, to start emission of the shield gas (SG) when the laser processing head reaches the starting position (D) for welding and radiating the laser beam (LB) onto the workpiece (W) when the rate of the shield gas (SG) is stabilized; and performing laser welding on the workpiece (W) according to the welding pattern input into the welding pattern selection means .
A method of fabricating a three-dimensional article comprising: providing a spatially coherent light source , wherein a beam-parameter product of the light source is less than 400 pm-rad or its étendue is lower than 0.16 mm 2 , generating from said light source , patterns of light based on computed tomographic projections of said three-dimensional article, and projecting said patterns of light into a photoresponsive medium, whereby the projecting is configured to define a three-dimensional dose distribution, thereby locally altering the phase of the photoresponsive medium and creating the article and characterized in that a volume of photoresponsive materials is illuminated from many directions with patterns of light. providing a spatially coherent light source , wherein a beam-parameter product of the light source is less than 400 pm-rad or its étendue is lower than 0.16 mm 2 , generating from said light source , patterns of light based on computed tomographic projections of said three-dimensional article, and projecting said patterns of light into a photoresponsive medium, whereby the projecting is configured to define a three-dimensional dose distribution, thereby locally altering the phase of the photoresponsive medium and creating the article and characterized in that a volume of photoresponsive materials is illuminated from many directions with patterns of light.
A port sealing device for housing an optical cable when passing through a peripheral wall of a termination box , comprising: - a first body and a second body each having a thickness (T) and a height (H) defining a passage therebetween when the bodies are placed one on the other, - a removable plug sealing said passage , - flexible and frangible bridges connecting said plug to said first and second bodies, characterized in that said flexible and frangible bridges are configured to allow an angular movement of the plug with respect to each one of the bodies of at least 90°. - a first body and a second body each having a thickness (T) and a height (H) defining a passage therebetween when the bodies are placed one on the other, - a removable plug sealing said passage , - flexible and frangible bridges connecting said plug to said first and second bodies,
A method for generating an executable application using a provisioned flexible software library, the method comprising: accessing a flexible software library containing an intermediate representation of one or more library source-code files and metadata corresponding to a plurality of security and optimization parameters, wherein values of the plurality of security and optimization parameters, which include defaults and respective user-supplied security and optimization decisions, determine transformations to be applied to the intermediate representation; extracting the metadata from the intermediate representation; determining, based upon the metadata, program transformation parameters applied to an API of the flexible software library; determining, based upon the program transformation parameters, corresponding transformations to be applied to source-code files corresponding to the executable application; applying the corresponding transformations to the source-code files corresponding to the executable application to create correctly functioning transformed application source-code files, wherein said applying further comprises determining that the user-supplied security and optimization decisions are consistent with the defaults; and compiling the transformed application source-code files with a native compiler to create native object code files corresponding to the executable application. accessing a flexible software library containing an intermediate representation of one or more library source-code files and metadata corresponding to a plurality of security and optimization parameters, wherein values of the plurality of security and optimization parameters, which include defaults and respective user-supplied security and optimization decisions, determine transformations to be applied to the intermediate representation; extracting the metadata from the intermediate representation; determining, based upon the metadata, program transformation parameters applied to an API of the flexible software library; determining, based upon the program transformation parameters, corresponding transformations to be applied to source-code files corresponding to the executable application; applying the corresponding transformations to the source-code files corresponding to the executable application to create correctly functioning transformed application source-code files, wherein said applying further comprises determining that the user-supplied security and optimization decisions are consistent with the defaults; and compiling the transformed application source-code files with a native compiler to create native object code files corresponding to the executable application.
A homogenization and focussing unit for homogenizing an elongated laser beam to form a laser line (L) extending in a first direction (x), the homogenization and focussing unit comprising: a focussing unit comprising a short axis focussing element that is active in a second direction (y), thereby defining the position of a working plane (WP) of the laser line (L) in a propagation direction (z) of the laser beam at its focal plane; a homogenization unit configured to superimpose portions of the elongated laser beam arranged in the first direction (x) along the elongated laser beam at a focal plane (FP) of the homogenization unit , wherein the position of the working plane (WP) in the propagation direction (z) is selected to differ from the position of the focal plane (FP) of the homogenization unit such that an intensity distribution of the laser line (L) comprises a top-hat-shape with a plateau that is delimited by slopes at each side, and an optical path length modifying unit positioned in the optical path of the laser beam between the homogenization unit und the focussing unit and configured for adapting the optical path length between the homogenization unit and the focussing unit , wherein the optical path length modifying unit comprises a beam folding configuration having a folding mirror positioned on a translation stage, wherein the folding configuration is configured such that moving the position of the folding mirror with the translation stage changes the optical path length within the optical path length modifying unit and, thereby, between the homogenization unit and the focussing unit. a focussing unit comprising a short axis focussing element that is active in a second direction (y), thereby defining the position of a working plane (WP) of the laser line (L) in a propagation direction (z) of the laser beam at its focal plane; a homogenization unit configured to superimpose portions of the elongated laser beam arranged in the first direction (x) along the elongated laser beam at a focal plane (FP) of the homogenization unit , wherein the position of the working plane (WP) in the propagation direction (z) is selected to differ from the position of the focal plane (FP) of the homogenization unit such that an intensity distribution of the laser line (L) comprises a top-hat-shape with a plateau that is delimited by slopes at each side, and an optical path length modifying unit positioned in the optical path of the laser beam between the homogenization unit und the focussing unit and configured for adapting the optical path length between the homogenization unit and the focussing unit , wherein the optical path length modifying unit comprises a beam folding configuration having a folding mirror positioned on a translation stage, wherein the folding configuration is configured such that moving the position of the folding mirror with the translation stage changes the optical path length within the optical path length modifying unit and, thereby, between the homogenization unit and the focussing unit.