mhurhangee/ep-ind-claims huggingface dataset:
A lock/key system, comprising a lock cylinder, in the lock cylinder housing of which a cylinder core is rotatably mounted, which has a keyway for inserting a flat or reversible key which is provided with longitudinal profiling on the side faces of the key shank, characterised in that - a milled portion starting from the key back is provided in the key shank, - a bead-like control member mounted on a spindle oriented in the longitudinal direction of the key shank is arranged so as to be rotatable in the milled portion, - the bore of the bead-like control member, which receives the spindle, is dimensioned such that the bead-like control member can move with play about the spindle and radially to the spindle, - laterally to the keyway a bore, parallel to the key shank plane, is provided in the cylinder core, in which bore a spring-loaded, dumbbell-like feeler pin can be displaced by cooperating with the bead-like control member, - the feeler pin cooperates with a blocking pin which is displaceable perpendicularly thereto, which can be pressed by the dumbbell-like heads of the feeler pin, upon the displacement thereof, into a locking-bar groove in the lock cylinder housing, in order to prevent the rotation of the cylinder core, while the blocking pin can be pressed out of the locking-bar groove upon rotation of the cylinder core if the land between the dumbbell heads of the feeler pin faces the blocking pin. - a milled portion starting from the key back is provided in the key shank, - a bead-like control member mounted on a spindle oriented in the longitudinal direction of the key shank is arranged so as to be rotatable in the milled portion, - the bore of the bead-like control member, which receives the spindle, is dimensioned such that the bead-like control member can move with play about the spindle and radially to the spindle, - laterally to the keyway a bore, parallel to the key shank plane, is provided in the cylinder core, in which bore a spring-loaded, dumbbell-like feeler pin can be displaced by cooperating with the bead-like control member, - the feeler pin cooperates with a blocking pin which is displaceable perpendicularly thereto, which can be pressed by the dumbbell-like heads of the feeler pin, upon the displacement thereof, into a locking-bar groove in the lock cylinder housing, in order to prevent the rotation of the cylinder core, while the blocking pin can be pressed out of the locking-bar groove upon rotation of the cylinder core if the land between the dumbbell heads of the feeler pin faces the blocking pin.
A vertically driving marking robot, comprising: a robot body; at least one magnet (58/80) in or coupled with the robot body constraining the robot to move parallel to a vertical, magnetically responsive surface; a drive (18, 20) configured to displace the robot relative to the vertical, magnetically responsive surface while the robot is held to the vertical, magnetically responsive surface; a holder configured to hold a marker in or on the robot body; an accelerometer measuring a gravity vector having a magnitude and a direction; a magnetic force sensor configured to measure a magnetic field generated by the at least one magnet of the robot and the vertical, magnetically responsive surface; a computing device in communication with the optical sensors, the accelerometer, the magnetic force sensor, and the drive, wherein the computing device includes a processor and computer-readable memory in communication with the processor, wherein the computer-readable memory includes non-transitory program code for generating a drift correction in response to and as a function of a measurement from the magnetic force sensor for the following actions: a) generating the drift correction to compensate for drive slippage drift in response to and as a function of the gravity vector; and b) commanding the drive (18, 20) to displace the robot along a desired trajectory in response to the drift correction. a robot body; at least one magnet (58/80) in or coupled with the robot body constraining the robot to move parallel to a vertical, magnetically responsive surface; a drive (18, 20) configured to displace the robot relative to the vertical, magnetically responsive surface while the robot is held to the vertical, magnetically responsive surface; a holder configured to hold a marker in or on the robot body; an accelerometer measuring a gravity vector having a magnitude and a direction; a magnetic force sensor configured to measure a magnetic field generated by the at least one magnet of the robot and the vertical, magnetically responsive surface; a computing device in communication with the optical sensors, the accelerometer, the magnetic force sensor, and the drive, wherein the computing device includes a processor and computer-readable memory in communication with the processor, wherein the computer-readable memory includes non-transitory program code for generating a drift correction in response to and as a function of a measurement from the magnetic force sensor for the following actions: a) generating the drift correction to compensate for drive slippage drift in response to and as a function of the gravity vector; and b) commanding the drive (18, 20) to displace the robot along a desired trajectory in response to the drift correction. a) generating the drift correction to compensate for drive slippage drift in response to and as a function of the gravity vector; and b) commanding the drive (18, 20) to displace the robot along a desired trajectory in response to the drift correction.
Use of a cold spray or kinetic spray apparatus for dehydriding metal powders, wherein the metal powder is dehydrided and deposited directly into a bulk solid form comprising - disposing the powder in a hot zone which is comprised in a preheat chamber located at the inlet of a converging/diverging nozzle being a de Laval nozzle, - retaining the powder fully heated in the hot zone comprised in the preheat chamber to allow diffusion of hydrogen out of the powder, - conveying the powder from the preheat chamber through the de Laval nozzle by an inert carrier gas to create an inert atmosphere in the preheat chamber and the de Laval nozzle, - cooling the powder to a cooling chamber being in the diverging section of the de Laval nozzle by passing the compressed gas through the nozzle orifice of the de Laval nozzle, and - consolidating the powder by impact on a substrate to build a deposit in solid dense form on the substrate located at the exit of the nozzle. - disposing the powder in a hot zone which is comprised in a preheat chamber located at the inlet of a converging/diverging nozzle being a de Laval nozzle, - retaining the powder fully heated in the hot zone comprised in the preheat chamber to allow diffusion of hydrogen out of the powder, - conveying the powder from the preheat chamber through the de Laval nozzle by an inert carrier gas to create an inert atmosphere in the preheat chamber and the de Laval nozzle, - cooling the powder to a cooling chamber being in the diverging section of the de Laval nozzle by passing the compressed gas through the nozzle orifice of the de Laval nozzle, and - consolidating the powder by impact on a substrate to build a deposit in solid dense form on the substrate located at the exit of the nozzle.
A compound represented by the structure of formula III: wherein L 1, L 2, L 3, L 4 are independently a linker, wherein said linker is -alkylene-, -O-alkylene-, -NHC -, -C NH-, -NHC X-, -C NHX-, -C X-, -X'NHC -, -X'C NH-, -X'NHC X-, -X'C NHX-, -X'C X-, -NHX-, -NH-[amino-acid]-C -, -NH-[amino-acid]-C -alkylene-, -C -[amino-acid]-NH-, or -C -[amino-acid]-NH-alkylene-; X and X' are independently alkylene, haloalkylene, arylene or phenylene; and Z 1, Z 2, Z 3, Z 4 are independently hydrogen, alkyl, alkenyl, haloalkyl, aryl, O-aryl, -(CH 2)n-aryl, cycloalkyl, O-cycloalkyl, CF 3, F, I, Br, Cl, NO 2, CN, N(R') 2, COOH, COR', NHCOR', CONHR', (CH 2) n NH 2, (CH 2) n NHR', SR', SH, OR', (CH 2) n OH, (CH 2) n COOH, or OH; wherein R' is H, alkyl, haloalkyl, dihaloalkyl, trihaloalkyl, aryl, phenyl or halogen; and n is from 0 to 8. L 1, L 2, L 3, L 4 are independently a linker, wherein said linker is -alkylene-, -O-alkylene-, -NHC -, -C NH-, -NHC X-, -C NHX-, -C X-, -X'NHC -, -X'C NH-, -X'NHC X-, -X'C NHX-, -X'C X-, -NHX-, -NH-[amino-acid]-C -, -NH-[amino-acid]-C -alkylene-, -C -[amino-acid]-NH-, or -C -[amino-acid]-NH-alkylene-; X and X' are independently alkylene, haloalkylene, arylene or phenylene; and Z 1, Z 2, Z 3, Z 4 are independently hydrogen, alkyl, alkenyl, haloalkyl, aryl, O-aryl, -(CH 2)n-aryl, cycloalkyl, O-cycloalkyl, CF 3, F, I, Br, Cl, NO 2, CN, N(R') 2, COOH, COR', NHCOR', CONHR', (CH 2) n NH 2, (CH 2) n NHR', SR', SH, OR', (CH 2) n OH, (CH 2) n COOH, or OH; wherein R' is H, alkyl, haloalkyl, dihaloalkyl, trihaloalkyl, aryl, phenyl or halogen; and n is from 0 to 8.
A disposable wearing article, having an elastic film stretchable structure in which an elastic film is stacked between a first sheet layer having air permeability and a second sheet layer having air permeability, the first sheet layer and the second sheet layer are bonded through bonding holes penetrating the elastic film at a plurality of sheet bonded portions arranged at intervals, wherein a region having the elastic film stretchable structure includes a stretchable region that is stretchable in a stretchable direction, the stretchable region is contracted in the stretchable direction by a contraction force of the elastic film and is extensible in the stretchable direction, and vent holes are formed on the elastic film at sites where the vent holes do not overlap with the sheet bonded portions, wherein the vent holes are provided separately from the bonding holes and wherein the bonding holes are all formed due to forming the sheet bonded portions. wherein a region having the elastic film stretchable structure includes a stretchable region that is stretchable in a stretchable direction, the stretchable region is contracted in the stretchable direction by a contraction force of the elastic film and is extensible in the stretchable direction, and vent holes are formed on the elastic film at sites where the vent holes do not overlap with the sheet bonded portions, wherein the vent holes are provided separately from the bonding holes and wherein the bonding holes are all formed due to forming the sheet bonded portions.
Stabilizer for a bicycle steering for a predetermined steering angle range, comprising: a first body (10, 210) with a base surface; a second body (20, 220) with a counterpart (22, 130, 140) having a prestressing (preloading) means; wherein the counterpart (22, 130, 140) comprises a contact body (21, 30, 40) with a friction surface (21i, 31i, 41i), wherein the friction surface (21i, 31i, 41i) of the counterpart (22, 130, 140) faces the first body (10, 210), wherein the first body (10, 210) and the second body (20, 220) are mounted coaxially and rotatably about an axis, characterized in that, the base surface having a depression (12, 212) with a contact surface, wherein the contact surface is designed to be at least partially in contact with the friction surface (21i, 31i, 41i) under a predetermined prestress, wherein the first body (10, 210) is attached to a handlebar or a fork of a bicycle and the second body (20, 220) is attached to the frame of the bicycle, or wherein the first body (10, 210) is designed as a bearing shell (208, 210) of a headset and the second body (20, 220) is designed as a cone (209, 220) of the headset. a first body (10, 210) with a base surface; a second body (20, 220) with a counterpart (22, 130, 140) having a prestressing (preloading) means; wherein the counterpart (22, 130, 140) comprises a contact body (21, 30, 40) with a friction surface (21i, 31i, 41i), wherein the friction surface (21i, 31i, 41i) of the counterpart (22, 130, 140) faces the first body (10, 210), wherein the first body (10, 210) and the second body (20, 220) are mounted coaxially and rotatably about an axis, characterized in that, the base surface having a depression (12, 212) with a contact surface, wherein the contact surface is designed to be at least partially in contact with the friction surface (21i, 31i, 41i) under a predetermined prestress, wherein the first body (10, 210) is attached to a handlebar or a fork of a bicycle and the second body (20, 220) is attached to the frame of the bicycle, or wherein the first body (10, 210) is designed as a bearing shell (208, 210) of a headset and the second body (20, 220) is designed as a cone (209, 220) of the headset.
A method, comprising: at an electronic device with a first camera, a second camera, and a display: while the first camera is at a first zoom level, displaying a camera user interface with a live preview from the first camera that includes a camera indicator element that indicates that the first camera will be used to capture media when a media capture command is received; while displaying the camera user interface, detecting a zoom gesture that corresponds to a request to zoom the live preview; and in response to detecting the zoom gesture: zooming the live preview to a second zoom level; and changing an appearance of the camera indicator element to indicate that the second camera will be used to capture media when a media capture command is received. while the first camera is at a first zoom level, displaying a camera user interface with a live preview from the first camera that includes a camera indicator element that indicates that the first camera will be used to capture media when a media capture command is received; while displaying the camera user interface, detecting a zoom gesture that corresponds to a request to zoom the live preview; and in response to detecting the zoom gesture: zooming the live preview to a second zoom level; and changing an appearance of the camera indicator element to indicate that the second camera will be used to capture media when a media capture command is received. zooming the live preview to a second zoom level; and changing an appearance of the camera indicator element to indicate that the second camera will be used to capture media when a media capture command is received.
A vehicle lamp device comprising a lens and a semiconductor-type light source, wherein the lens comprises an incident surface, and an exit surface that is divided into a plurality of exit surfaces by a horizontal division step surface (2U, 2D) arranged between a lower exit surface and an upper exit surface of the plurality of exit surfaces, the horizontal division step surface is inclined downward from the upper exit surface to the lower exit surface, a lower exit surface of the plurality of exit surfaces is located further toward a light exiting direction side than the upper exit surface, characterized in that exit light exiting from the horizontal division step surface (2U, 2D) is subjected to light distribution control by the horizontal division step surface (2U, 2D) to exit in being refracted downward with respect to an optical axis of the lens.
A computer-implemented method for directing application updates, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: identifying information that indicates a rate at which installations of an earlier version of an application are exploited in attacks on computing system security; identifying additional information that indicates a rate at which installations of a later version of the application are exploited in attacks on computing system security; determining how updating the application from the earlier version to the later version will impact computing system security at least in part by comparing the rate at which installations of the earlier version of the application are exploited with the rate at which installations of the later version of the application are exploited; directing at least one computing system with a determination about updating an installation of the earlier version of the application to the later version of the application based at least in part on determining how updating the application will impact computing system security. identifying information that indicates a rate at which installations of an earlier version of an application are exploited in attacks on computing system security; identifying additional information that indicates a rate at which installations of a later version of the application are exploited in attacks on computing system security; determining how updating the application from the earlier version to the later version will impact computing system security at least in part by comparing the rate at which installations of the earlier version of the application are exploited with the rate at which installations of the later version of the application are exploited; directing at least one computing system with a determination about updating an installation of the earlier version of the application to the later version of the application based at least in part on determining how updating the application will impact computing system security.
Fastener for a window covering comprising an upper support member, a lower support member and a piece of soft material or slats there between, wherein the fastener is adapted to join the upper support member to a list profile (51, 52) of a sheet element, wherein the fastener is a clamp to be engaged to the list profile (51, 52) of the sheet element so that the list profile (51, 52) is clamped between the ends of the fastener, characterized in that the fastener comprises a base, below which there is a narrower part for tightly fastening the lower part of the fastener to the upper support member, and an upper part above the base, wherein the upper part is provided with an upper end part comprising a hook, which is formed by an angled portion, wherein the upper part and the base have a shape for allowing opposite surfaces of the fastener and the list profile (51, 52) to fit each other thereby enabling a tight fastening. wherein the fastener is a clamp to be engaged to the list profile (51, 52) of the sheet element so that the list profile (51, 52) is clamped between the ends of the fastener, characterized in that the fastener comprises a base, below which there is a narrower part for tightly fastening the lower part of the fastener to the upper support member, and an upper part above the base, wherein the upper part is provided with an upper end part comprising a hook, which is formed by an angled portion, wherein the upper part and the base have a shape for allowing opposite surfaces of the fastener and the list profile (51, 52) to fit each other thereby enabling a tight fastening.
Parking valve for manually actuating a spring-loaded parking brake, having: - a housing with a port that can be fluidically connected to a release chamber of a spring-loaded brake cylinder, a port that can be fluidically connected to an air reservoir, and a vent port, - a slide, which is designed for manual actuation and can be moved along an overall path between two end positions inside the housing, wherein the slide is designed to assume positions along the overall path in which, as a result of at least one seal (6, 7), there is no fluidic connection between the port to the release chamber and the vent port, and to assume other positions along the overall path in which, as a result of the at least one seal (6, 7), there is no fluidic connection between the port of the release chamber and the port to the air reservoir, characterised by - an inhibiting device, which, during movement at least along a partial path of the overall path, is designed to act on the slide in at least one direction with a continuously variable counterforce (F H) dependent on the position of the slide on the partial path. - a housing with a port that can be fluidically connected to a release chamber of a spring-loaded brake cylinder, a port that can be fluidically connected to an air reservoir, and a vent port, - a slide, which is designed for manual actuation and can be moved along an overall path between two end positions inside the housing, wherein the slide is designed to assume positions along the overall path in which, as a result of at least one seal (6, 7), there is no fluidic connection between the port to the release chamber and the vent port, and to assume other positions along the overall path in which, as a result of the at least one seal (6, 7), there is no fluidic connection between the port of the release chamber and the port to the air reservoir, - an inhibiting device, which, during movement at least along a partial path of the overall path, is designed to act on the slide in at least one direction with a continuously variable counterforce (F H) dependent on the position of the slide on the partial path.
A cutting tool segment (100, 140) having a longitudinal segment axis extending in a rearward to forward direction (D R, D F), and comprising: an upper end and a lower end, located on opposite sides of the segment axis, the lower end having two spaced apart lower abutment surfaces (108, 110), an insert retention portion formed in the upper end, at a forward end of the cutting tool segment (100, 140); a resilient retention arm formed in the upper end, rearwardly spaced apart from the insert retention portion, the retention arm having an upper abutment surface; and characterized by comprising a stopper portion located at the forward end of the cutting tool segment (100, 140), the stopper portion having a rearward facing stopper surface extending transversely to the segment axis; wherein in a side view of the cutting tool segment (100, 140), the upper and lower abutment surfaces (118, 108, 110) are linear and parallel to one another. an upper end and a lower end, located on opposite sides of the segment axis, the lower end having two spaced apart lower abutment surfaces (108, 110), an insert retention portion formed in the upper end, at a forward end of the cutting tool segment (100, 140); a resilient retention arm formed in the upper end, rearwardly spaced apart from the insert retention portion, the retention arm having an upper abutment surface; and characterized by comprising a stopper portion located at the forward end of the cutting tool segment (100, 140), the stopper portion having a rearward facing stopper surface extending transversely to the segment axis; wherein in a side view of the cutting tool segment (100, 140), the upper and lower abutment surfaces (118, 108, 110) are linear and parallel to one another.
An application injector containing a sterile solution with a medical agent for introducing the active substance-containing solution into the bladder of a patient via a urinary tract and/or F bladder catheter, wherein • the application injector has a cylindrical jacket which is closed by a injector lid which is formed in one piece with the jacket and has an outlet opening, and is formed from a cycloolefin copolymer, and has a plunger made from an, in particular halogenated, isobutene-isoprene rubber, and • the sterile solution containing the medical agent is arranged in a cavity bounded by the cylindrical jacket with injector lid and the plunger, characterised in that the outlet opening is formed in a stepped cone which is formed in one piece with the jacket and the injector lid and which has at least two, preferably at least three, cylindrical sections with different diameters which decrease towards a tip of the stepped cone. • the application injector has a cylindrical jacket which is closed by a injector lid which is formed in one piece with the jacket and has an outlet opening, and is formed from a cycloolefin copolymer, and has a plunger made from an, in particular halogenated, isobutene-isoprene rubber, and • the sterile solution containing the medical agent is arranged in a cavity bounded by the cylindrical jacket with injector lid and the plunger,