mhurhangee/ep-ind-claims huggingface dataset:
A beverage can handle comprising: a first arm having a first end and a second end, the first end including a protrusion for supporting a first lip of a beverage can and shaped for inhibiting slippage of the first lip of the beverage can off of the protrusion; and a second arm slideably coupled to the first arm and extendable from a storage position to an extended position relative to the first end of the first arm, the second arm having a first end and a second end, the first end comprising a groove for releasably mating with a second lip of the beverage can when in the extended position and shaped for inhibiting slippage of the second lip of the beverage can out of the groove, characterized in that the first arm includes a body and a first retractable arm and the first retractable arm is configured to slide into the body and the second arm is a second retractable arm configured to slide into the body 12, wherein first retractable arm includes a first catch and the second retractable arm includes a second catch and the body includes a locking means, the first and second retractable arms (24, 26) being maintained in the retracted position when the first and second catches (424, 428) are engaged with the locking means, and the first and second retractable arms (24, 26) being extendable to the extended position when the first and second catches (424, 428) are disengaged from the locking means. a first arm having a first end and a second end, the first end including a protrusion for supporting a first lip of a beverage can and shaped for inhibiting slippage of the first lip of the beverage can off of the protrusion; and a second arm slideably coupled to the first arm and extendable from a storage position to an extended position relative to the first end of the first arm, the second arm having a first end and a second end, the first end comprising a groove for releasably mating with a second lip of the beverage can when in the extended position and shaped for inhibiting slippage of the second lip of the beverage can out of the groove, characterized in that the first arm includes a body and a first retractable arm and the first retractable arm is configured to slide into the body and the second arm is a second retractable arm configured to slide into the body 12, wherein first retractable arm includes a first catch and the second retractable arm includes a second catch and the body includes a locking means, the first and second retractable arms (24, 26) being maintained in the retracted position when the first and second catches (424, 428) are engaged with the locking means, and the first and second retractable arms (24, 26) being extendable to the extended position when the first and second catches (424, 428) are disengaged from the locking means.
A modular fluid manifold for a heating and/or cooling system, comprising at least two manifold segments (2, 2', 2", 2"') and two terminal elements (3, 3'), wherein the manifold segments (2, 2', 2", 2"') each comprise a fluid-tight segment body that has a through-flow duct through which a heat transfer medium can be made to flow and two mutually opposite duct openings (6, 7), wherein the segment body comprises, in the region of the duct openings (6, 7), connecting elements (8, 9) for establishing a connection between two manifold segments (2, 2', 2", 2"') or between a manifold segment (2, 2"') and a terminal element (3, 3'), wherein the manifold segments (2, 2', 2", 2"') have, in the region of one of the connecting elements, at least one securing element (10, 10') which can be reversibly brought into engagement with a receiving element (11, 11') in the region of the other connecting element of another manifold segment (2, 2', 2", 2"'), characterised in that the receiving element (11, 11') is configured as a spring element (11, 11'), in particular a spring tongue (11, 11').
Clip for fitting a first element to a second element, wherein the clip • has a head and a tip and • a first clip side and a second clip side, wherein the first clip side extends from an area neighbouring the head along a longitudinal axis in the direction of the tip and the second clip side extends from an area neighbouring the head along the longitudinal axis in the direction of the tip, and • has a clip surface protruding further than the first clip side, wherein the clip surface can be moved from a first position whilst tensioning a spring along a movement direction into a position that lies opposite the first position nearer to the longitudinal axis, wherein the movement direction has at least one component that stands vertical to the longitudinal axis, • the head has a head section, on which a head surface facing away from the tip is formed, wherein the head surface by way of a first bending section that is bent around a first bending axis, transforms into a first side wall, wherein the first bending axis stands at an angle of > 0° to < 180° to the longitudinal axis and/or at an angle to 0° to < 90° to the component of the movement direction of the clip surface that stands vertical to the longitudinal axis, characterised in that the first side wall is bent across a second bending section, which is bent around a second bending axis, and transforms into the first clip side, wherein the second bending axis stands at an angle of > 0° to < 180° to the component of the movement direction of the clip surface, which stands vertical to the longitudinal axis, and/or at an angle of 0° to < 90° to the longitudinal axis. • has a head and a tip and • a first clip side and a second clip side, wherein the first clip side extends from an area neighbouring the head along a longitudinal axis in the direction of the tip and the second clip side extends from an area neighbouring the head along the longitudinal axis in the direction of the tip, and • has a clip surface protruding further than the first clip side, wherein the clip surface can be moved from a first position whilst tensioning a spring along a movement direction into a position that lies opposite the first position nearer to the longitudinal axis, wherein the movement direction has at least one component that stands vertical to the longitudinal axis, • the head has a head section, on which a head surface facing away from the tip is formed, wherein the head surface by way of a first bending section that is bent around a first bending axis, transforms into a first side wall, wherein the first bending axis stands at an angle of > 0° to < 180° to the longitudinal axis and/or at an angle to 0° to < 90° to the component of the movement direction of the clip surface that stands vertical to the longitudinal axis,
Inverter with two input lines (22, 23) for connection to a DC source, with two half bridges (4, 5) connecting the two input lines (22, 23), and with two output lines (16, 17) for connection to an AC load or an AC grid, wherein each output line( (16, 17) is connected to a midpoint (14, 15) of one of the half bridges (4, 5) via an inductivity (18, 19), and wherein both output lines (16, 17) are directly connected to the same one of the input lines via a clockable corresponding further switch (20, 21) at a point behind the inductivity (18, 19) with respect to the corresponding half bridge (4, 5), characterized in that each of the half bridges (4, 5) comprises two clockable switches (6, 8 and 7, 9) with antiparallel diodes (10, 12 and 11, 13), and in that a control unit is provided configured to clock four of the overall six switches (6 to 9 and 20, 21), and to keep the other two switches open in any operation mode, and configured to crosswisely clock the switches (6 to 9) of the half bridges (4, 5) in an operation mode for outputting reactive power at a frequency being multiply higher than the inverting frequency of the inverter.
A system for producing an oxirane, comprising: a first pipe for transporting an organic stream including allyl chloride and iron ions; an exchange vessel holding a solid support with active sites that remove iron ions from the organic stream to provide the organic stream with an iron ion concentration of less than one weight percent based on the total weight of the organic stream, wherein the exchange vessel is connected to the first pipe; a second pipe connected to an outlet of the exchange vessel for transporting the organic stream with the iron ion concentration of less than one weight percent from the exchange vessel; a third pipe for transporting a peroxide solution including a stabilizer; and a reaction vessel for reacting the organic stream having the iron ion concentration of less than one weight percent and the peroxide compound to form the oxirane, wherein the second pipe and the third pipe are connected to the reaction vessel. a first pipe for transporting an organic stream including allyl chloride and iron ions; an exchange vessel holding a solid support with active sites that remove iron ions from the organic stream to provide the organic stream with an iron ion concentration of less than one weight percent based on the total weight of the organic stream, wherein the exchange vessel is connected to the first pipe; a second pipe connected to an outlet of the exchange vessel for transporting the organic stream with the iron ion concentration of less than one weight percent from the exchange vessel; a third pipe for transporting a peroxide solution including a stabilizer; and a reaction vessel for reacting the organic stream having the iron ion concentration of less than one weight percent and the peroxide compound to form the oxirane, wherein the second pipe and the third pipe are connected to the reaction vessel.
Smart gearwheel which has a pitch circle and which comprises, on the one hand, a plurality of teeth each having a tooth tip, and at least one of these teeth comprises a groove which opens at the tip of said at least one of these teeth, and which extends from the tip of said at least one these teeth and in a radial manner, on the other hand, at least two temperature sensors which are configured to detect the temperature and, furthermore, transmission means for transmitting at least data relating to the temperatures detected by said at least two temperature sensors, characterized in that, on the one hand, the groove extends longitudinally over at least part of the length of the tip of said at least one of the teeth and at most up to the pitch circle of the smart gearwheel and, on the other hand, said at least two temperature sensors are located inside the groove of said at least one of these teeth.
A disc brake assembly having a disc brake, in particular for a motor vehicle, that comprises an application device, in particular with a rotary brake lever, at least one spindle unit (5, 5'), a pad-wear adjusting device with an adjusting device with an electromagnetic coupling and a sensor device, and having a control device, the adjusting device being coupled via a drive unit with the application device, in particular with the rotary brake lever, the electromagnetic coupling taking the form of a friction coupling, characterised in that the electromagnetic coupling has a coil carrier that is arranged in a fixed position on a calliper of the disc brake and comprises an electromagnetic coil and a magnet body that is arranged such that it is able to rotate in relation to the coil carrier and can be coupled with an adjuster shaft of the adjusting device.
A biometric module (200; 700; 800) for a smart card configured to perform contactless or contact communication with a terminal, the module comprising: a biometric sensor (208; 708; 822); a display screen (212; 712; 822); and a control unit (204; 704; 804) configured to: cause the biometric sensor to capture biometric data of a user which can be used to biometrically authenticate the user; obtain biometric authentication information indicating whether the user was biometrically authenticated based on the captured biometric data; and in response to the biometric authentication information indicating the user was biometrically authenticated, cause the display screen to display authenticated information; characterised in that: the biometric module is powered by a removable external power source and the control unit is further configured to, subsequent to causing the display screen to display authenticated information, determine whether the biometric module is currently receiving power from the external power source and in response to determining the biometric module is not currently receiving power from an external power source, cause the display screen to cease displaying the authenticated information. a biometric sensor (208; 708; 822); a display screen (212; 712; 822); and a control unit (204; 704; 804) configured to: cause the biometric sensor to capture biometric data of a user which can be used to biometrically authenticate the user; obtain biometric authentication information indicating whether the user was biometrically authenticated based on the captured biometric data; and in response to the biometric authentication information indicating the user was biometrically authenticated, cause the display screen to display authenticated information; cause the biometric sensor to capture biometric data of a user which can be used to biometrically authenticate the user; obtain biometric authentication information indicating whether the user was biometrically authenticated based on the captured biometric data; and in response to the biometric authentication information indicating the user was biometrically authenticated, cause the display screen to display authenticated information; characterised in that: the biometric module is powered by a removable external power source and the control unit is further configured to, subsequent to causing the display screen to display authenticated information, determine whether the biometric module is currently receiving power from the external power source and in response to determining the biometric module is not currently receiving power from an external power source, cause the display screen to cease displaying the authenticated information.
A multi-band antenna comprising: a printed circuit board; a first trace coupled to a first surface of the PCB and extending along at least a portion of the length of a first side of the PCB and along at least a portion of a length of a second side of the PCB intersecting the first side, the first trace positioned proximate a perimeter of the PCB partially defined by the first side and the second side; a second trace coupled to a second surface of the PCB, the second trace positioned proximate the perimeter of the PCB, characterised in that: the first trace has a length and is operative in a low frequency band; the second trace has a length and is operative in a high frequency band; and a portion of the first trace overlaps a portion of the second trace to provide a coupling between the first trace and the second trace, the coupling enabling resonant mode splitting that allows the low frequency band and the high frequency band to appear wider, thereby increasing bandwidth. a printed circuit board; a first trace coupled to a first surface of the PCB and extending along at least a portion of the length of a first side of the PCB and along at least a portion of a length of a second side of the PCB intersecting the first side, the first trace positioned proximate a perimeter of the PCB partially defined by the first side and the second side; a second trace coupled to a second surface of the PCB, the second trace positioned proximate the perimeter of the PCB, characterised in that: the first trace has a length and is operative in a low frequency band; the second trace has a length and is operative in a high frequency band; and a portion of the first trace overlaps a portion of the second trace to provide a coupling between the first trace and the second trace, the coupling enabling resonant mode splitting that allows the low frequency band and the high frequency band to appear wider, thereby increasing bandwidth. the first trace has a length and is operative in a low frequency band; the second trace has a length and is operative in a high frequency band; and a portion of the first trace overlaps a portion of the second trace to provide a coupling between the first trace and the second trace, the coupling enabling resonant mode splitting that allows the low frequency band and the high frequency band to appear wider, thereby increasing bandwidth.
An apparatus for separating polarization of light, comprising: a rotatable beam splitter comprising: an input; an X-output; a Y-output; a birefringent crystal having an X-axis and a Y-axis perpendicular to the X-axis, wherein the X-output is aligned with the X-axis and the Y-output is aligned with the Y-axis; wherein rotation of the rotatable beam splitter rotates the birefringent crystal between a first position where the X-axis is aligned with the first polarization of light from the input fiber and a second position where the X-axis is aligned with a polarization of light from the input fiber that is perpendicular to the first polarization; said apparatus further comprises an input fiber coupled to the input for providing light with a first polarization; said apparatus being characterized in that said rotatble beam splitter further comprises a first output fiber coupled to the X-output for receiving light with a second polarization different from the first polarization; and a second output fiber coupled to the Y-output for receiving light with a third polarization different from the second polarization; and in that the rotation of the beam splitter changes a ratio of power of light coupled to the first output fiber and power of light coupled to the second output fiber.
Hydropneumatic piston accumulator, having an accumulator housing defining a longitudinal housing axis in which accumulator housing a piston can be moved longitudinally between two opposing housing covers (5, 7), which piston separates a working chamber for a compressible medium, such as a working gas, from a working chamber for an incompressible medium, such as hydraulic oil, in the housing and comprises at least one part of a magnetostrictive measuring system (23, 26, 29) of a displacement measuring device, which magnetostrictive measuring system continuously determines the respective position of the piston in the housing, wherein a rod-like guide (29, 57) is stationarily arranged in the accumulator housing, which guide engages completely through the piston in each of its travel positions in the accumulator housing and along which the piston can be movably guided up to the respective abutments on one of the two housing covers (5, 7), wherein the piston is sealed with respect to this guide (29, 57) by means of a sealing device (49, 50), and wherein a hollow rod forming the guide comprises a preferably pressure-resistant, circular cladding tube, wherein the guide (29, 57) of the piston comprises a waveguide of the magnetostrictive measuring system (23, 26, 29), wherein the accumulator housing comprises a cylinder tube which is closed at both ends by the housing covers (5, 7), wherein the cladding tube is fixed with one open end to one of the housing covers (5, 7), wherein the pulse converter, which is connected to the waveguide of the magnetostrictive measuring system (23, 26, 29) and has a pulse transmitter/receiver, is arranged thereon, characterised in that the cladding tube is closed or open at its unattached free end.
An apparatus comprising: a first elongated member defining a proximal end and a distal end, the first elongated member configured to define a path through tissue of a patient for insertion of an implantable medical device element into the path; a second elongated member defining a proximal opening, a distal opening, and a lumen extending between the proximal opening and the distal opening, the lumen configured to slidably receive at least a portion of the first elongated member and at least a portion of the implantable medical device element via the proximal opening; and an anchor deployment member comprising: a body defining a channel through which the first elongated member, the second elongated member, and the implantable medical device element are slidable, and an anchor engagement member configured to bear against an anchor when the second elongated member is moved in a proximal direction relative to the body such that the second elongated member is withdrawn from an anchor lumen defined by the anchor, wherein the anchor secures the implantable medical device element in the path. a first elongated member defining a proximal end and a distal end, the first elongated member configured to define a path through tissue of a patient for insertion of an implantable medical device element into the path; a second elongated member defining a proximal opening, a distal opening, and a lumen extending between the proximal opening and the distal opening, the lumen configured to slidably receive at least a portion of the first elongated member and at least a portion of the implantable medical device element via the proximal opening; and an anchor deployment member comprising: a body defining a channel through which the first elongated member, the second elongated member, and the implantable medical device element are slidable, and an anchor engagement member configured to bear against an anchor when the second elongated member is moved in a proximal direction relative to the body such that the second elongated member is withdrawn from an anchor lumen defined by the anchor, wherein the anchor secures the implantable medical device element in the path. a body defining a channel through which the first elongated member, the second elongated member, and the implantable medical device element are slidable, and an anchor engagement member configured to bear against an anchor when the second elongated member is moved in a proximal direction relative to the body such that the second elongated member is withdrawn from an anchor lumen defined by the anchor, wherein the anchor secures the implantable medical device element in the path.
A metal-rubber laminate material comprising: a metal plate; a rubber layer formed on the surface of the metal plate; and a solid lubricant layer formed on the rubber layer, the solid lubricant layer comprising 20 to 70 wt.% of an isocyanate group-containing urethane prepolymer, 10 to 50 wt.% of a synthetic wax having a softening point of 40 to 150 °C, 10 to 50 wt.% of a fatty acid amide having a softening point of 60 to 170 °C, 5 to 40 wt.% of graphite, and 0 to 50 wt.% of a fluororesin, the total amount of these components being 100 wt.%. a metal plate; a rubber layer formed on the surface of the metal plate; and a solid lubricant layer formed on the rubber layer, the solid lubricant layer comprising 20 to 70 wt.% of an isocyanate group-containing urethane prepolymer, 10 to 50 wt.% of a synthetic wax having a softening point of 40 to 150 °C, 10 to 50 wt.% of a fatty acid amide having a softening point of 60 to 170 °C, 5 to 40 wt.% of graphite, and 0 to 50 wt.% of a fluororesin, the total amount of these components being 100 wt.%.