mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: a cover plate; a main board arranged at a rear side of the cover plate and spaced apart from the cover plate; an iris camera coupled with the main board and arranged on a side of the main board facing the cover plate; an infrared lamp coupled with the main board and arranged on the side of the main board facing the cover plate, the infrared lamp being spaced apart from the iris camera; and a polarizing member arranged between the infrared lamp and the cover plate to reduce an angle of infrared light emitted from the infrared lamp, wherein a wavelength of the infrared light emitted from the infrared lamp is 940nm, and has tolerance range of ±20nm, wherein a projection area of the polarizing member on the cover plate is larger than a projection area of the infrared lamp on the cover plate, a thickness of the polarizing member decreases gradually in a radially outward direction from a central axis of the infrared lamp, wherein a surface of the polarizing member adjacent to the infrared lamp is a conical surface or an arc surface, and a surface of the polarizing member far away from the infrared lamp is a flat surface, the polarizing member is connected to the cover plate through an adhesive layer. a cover plate; a main board arranged at a rear side of the cover plate and spaced apart from the cover plate; an iris camera coupled with the main board and arranged on a side of the main board facing the cover plate; an infrared lamp coupled with the main board and arranged on the side of the main board facing the cover plate, the infrared lamp being spaced apart from the iris camera; and a polarizing member arranged between the infrared lamp and the cover plate to reduce an angle of infrared light emitted from the infrared lamp, wherein a wavelength of the infrared light emitted from the infrared lamp is 940nm, and has tolerance range of ±20nm, wherein a projection area of the polarizing member on the cover plate is larger than a projection area of the infrared lamp on the cover plate, a thickness of the polarizing member decreases gradually in a radially outward direction from a central axis of the infrared lamp, wherein a surface of the polarizing member adjacent to the infrared lamp is a conical surface or an arc surface, and a surface of the polarizing member far away from the infrared lamp is a flat surface, the polarizing member is connected to the cover plate through an adhesive layer.
A scroll compressor for compressing fluid, comprising: a first scroll compressor body having a first base and a first scroll rib projecting from the first base; a second scroll compressor body having a second base and a second scroll rib projecting from the second base, the first and second bases being axially spaced apart with the first and second scroll ribs mutually received in each other to define at least one compression chamber between an intake region and an outlet region, wherein relative movement between the first and second scroll compressor bodies is adapted to compress fluid from the intake region to the outlet region; a tip seal projecting axially from the first scroll rib and adapted to sealingly engage the second base for sealing the at least one compression chamber; characterized in that it comprises a thrust rib projecting axially from the first base and defining a thrust face adjacent the second base, the thrust rib being free of the tip seal, and the thrust rib providing for axial load carrying capabilities in the event that the two scroll compressor bodies are urged axially together. a first scroll compressor body having a first base and a first scroll rib projecting from the first base; a second scroll compressor body having a second base and a second scroll rib projecting from the second base, the first and second bases being axially spaced apart with the first and second scroll ribs mutually received in each other to define at least one compression chamber between an intake region and an outlet region, wherein relative movement between the first and second scroll compressor bodies is adapted to compress fluid from the intake region to the outlet region; a tip seal projecting axially from the first scroll rib and adapted to sealingly engage the second base for sealing the at least one compression chamber; characterized in that it comprises a thrust rib projecting axially from the first base and defining a thrust face adjacent the second base, the thrust rib being free of the tip seal, and the thrust rib providing for axial load carrying capabilities in the event that the two scroll compressor bodies are urged axially together.
A method for measuring the dimensions of an object, comprising: deriving, based on information received from one or more sensors (156, 158), one or more accuracy parameters that influence an accuracy level for a measurement environment of the object being measured; computing, the accuracy level based on the one or more accuracy parameters; determining, if the accuracy level is sufficient for the measurement environment; determining, if the accuracy level is not sufficient for the measurement environment; in response to determining that the accuracy level is not sufficient for the measurement environment, providing a guidance indication for improving the accuracy level of the measurement environment; if the accuracy level is sufficient for the measurement environment, causing a capture icon, configured to enable capture of measurement of dimensions of the object, to be displayed on a display, and, in response to an input involving the capture icon, capturing a measurement of dimensions of the object. deriving, based on information received from one or more sensors (156, 158), one or more accuracy parameters that influence an accuracy level for a measurement environment of the object being measured; computing, the accuracy level based on the one or more accuracy parameters; determining, if the accuracy level is sufficient for the measurement environment; determining, if the accuracy level is not sufficient for the measurement environment; in response to determining that the accuracy level is not sufficient for the measurement environment, providing a guidance indication for improving the accuracy level of the measurement environment; if the accuracy level is sufficient for the measurement environment, causing a capture icon, configured to enable capture of measurement of dimensions of the object, to be displayed on a display, and, in response to an input involving the capture icon, capturing a measurement of dimensions of the object.
Method for defining an inspection time in a heating system, comprising the following steps: • determining a calibration value by way of a measurement of a combustion characteristic variable, in particular an ionization current; • defining an inspection time in a manner dependent on the calibration value; characterized in that the calibration value is a combustion characteristic variable maximum. • determining a calibration value by way of a measurement of a combustion characteristic variable, in particular an ionization current; • defining an inspection time in a manner dependent on the calibration value;
A method of manufacturing a porous ceramic part, comprising the following steps in succession: a) preparing a mixture M containing a ceramic powder in suspension, at least one gelling agent and at least one foaming agent, at a mixing temperature which is higher than the gelling temperature of said gelling agent; b) shearing said mixture M at a foaming temperature which is higher than said gelling temperature, to obtain a foam; c) gelling said foam by cooling said mixture M to a temperature below the gelling temperature of said gelling agent; and d) drying said gelled foam to obtain a reform; characterized in that a stabilizing agent is added to said mixture M, which agent has un instantaneous viscosity, in Pa.s, that increases by a factor of at least ten when a shear rate of said stabilizing agent is reduced from 100 s -1 to 0 S -1. a) preparing a mixture M containing a ceramic powder in suspension, at least one gelling agent and at least one foaming agent, at a mixing temperature which is higher than the gelling temperature of said gelling agent; b) shearing said mixture M at a foaming temperature which is higher than said gelling temperature, to obtain a foam; c) gelling said foam by cooling said mixture M to a temperature below the gelling temperature of said gelling agent; and d) drying said gelled foam to obtain a reform;
A composition comprising an antigen and ISCOMATRIX TM adjuvant for use in a method for eliciting an immune response in a human or animal subject, which comprises administering to said subject the composition by the intra-lung route.
A unit for forming a stream of tobacco for a cigarette making machine; the unit comprising: - a suction conveyor adapted to be placed at one end of a feed duct for a continuous flow of tobacco fibres, wherein the suction conveyor comprises a belt with a suction accumulation section extending between a forming station and a discharge station, wherein the belt is closed in a loop around at least two pulleys, at least one of which is power driven to drive the belt to cause the accumulation section to advance in a feed direction, the accumulation section being adapted to retain the tobacco fibres and to feed them in the form of a stream of tobacco to the discharge station, - a tensioning device comprising at least one pushing element movable according to a pushing motion to apply on the belt a force whose intensity and direction are adapted to oppose the lengthening of the belt over time, characterized in that it comprises a non-return device configured to prevent the pushing element from effecting a return motion, opposite to the pushing motion, so as to make the pushing motion of the pushing element irreversible in use. - a suction conveyor adapted to be placed at one end of a feed duct for a continuous flow of tobacco fibres, wherein the suction conveyor comprises a belt with a suction accumulation section extending between a forming station and a discharge station, wherein the belt is closed in a loop around at least two pulleys, at least one of which is power driven to drive the belt to cause the accumulation section to advance in a feed direction, the accumulation section being adapted to retain the tobacco fibres and to feed them in the form of a stream of tobacco to the discharge station, - a tensioning device comprising at least one pushing element movable according to a pushing motion to apply on the belt a force whose intensity and direction are adapted to oppose the lengthening of the belt over time,
Battery, in particular tool battery, with a cell block having a plurality of battery cells, with a sealing device which is provided to close the cell block at least in a dustproof and/or waterproof manner, and with a battery outer housing which is provided to conduct an airflow along between the battery outer housing and the sealing device, characterized in that the sealing device has a sealing film which surrounds the cell block on at least one plane and lies against the cell block on at least four sides.
Gas-insulated medium-voltage switchgear assembly with an encapsulated container for receiving components of the medium-voltage switchgear assembly, with a grounding contact and a grounding busbar terminal arranged on an outer side of the container, characterized in that the grounding contact is secured by integral bonding in a container opening and has the grounding busbar terminal and in that the integrally bonded connection is a brazed or a welded connection.
A hermetic feedthrough for an implantable medical device, comprising: a sheet having a hole, wherein the sheet comprises a first material that is a ceramic comprising alumina and that is an electrical insulator; and a second material substantially filling the hole and forming a conduit therethrough, wherein the second material is different than the first material, comprises platinum and an additive, and is electrically conductive, and wherein the additive comprises alumina; wherein the first and second materials have a co-fired bond therebetween that hermetically seals the hole. a sheet having a hole, wherein the sheet comprises a first material that is a ceramic comprising alumina and that is an electrical insulator; and a second material substantially filling the hole and forming a conduit therethrough, wherein the second material is different than the first material, comprises platinum and an additive, and is electrically conductive, and wherein the additive comprises alumina; wherein the first and second materials have a co-fired bond therebetween that hermetically seals the hole.
A method for a network element that is acting as an egress network element in a Multiprotocol Label Switching, MPLS; network for signaling a plurality of label switched paths, LSPs, for a plurality of disparate applications provided in the MPLS network that each require a different type of tunneling model respectively, the method comprising the steps of: transmitting a first label mapping message for a first one of the plurality of LSPs, the first label mapping message including an indication of a first tunneling model type applicable for the first LSP, wherein the first LSP is to be used to transport traffic in the MPLS network of a first one of the plurality of disparate applications that requires the indicated first tunneling model type; and transmitting a second label mapping message for a second one of the plurality of LSPs, the second label mapping message including an indication of a second tunneling model type applicable for the second LSP, wherein the second LSP is to be used to transport traffic in the MPLS network of a second one of the plurality of disparate applications that requires the indicated second tunneling model type, wherein the first tunneling model type and the second tunneling model type are different; and wherein the first and second label mapping messages are transmitted to the next upstream Label Switching Router, LSR, on the first and second LSPs respectively. transmitting a first label mapping message for a first one of the plurality of LSPs, the first label mapping message including an indication of a first tunneling model type applicable for the first LSP, wherein the first LSP is to be used to transport traffic in the MPLS network of a first one of the plurality of disparate applications that requires the indicated first tunneling model type; and transmitting a second label mapping message for a second one of the plurality of LSPs, the second label mapping message including an indication of a second tunneling model type applicable for the second LSP, wherein the second LSP is to be used to transport traffic in the MPLS network of a second one of the plurality of disparate applications that requires the indicated second tunneling model type, wherein the first tunneling model type and the second tunneling model type are different; and wherein the first and second label mapping messages are transmitted to the next upstream Label Switching Router, LSR, on the first and second LSPs respectively.
A piston-cylinder unit with a piston with adjoining piston rod, which is shiftably mounted in a cylinder, wherein the piston and the piston rod have a cavity into which at least one rod protrudes, by means of which an electrically conducting connection can be made directly or indirectly, characterized in that on electrically conductive regions of the piston rod at least one sensor is arranged, which can be supplied with electricity via the electrical conductors.
A combination comprising: a gas turbine engine extending along an axis and including an annular combustor having a combustor liner; a plurality of projections extending from said combustor liner to a distal end of said projections and spaced from one another circumferentially about said axis; a free-standing ring disposed about said combustor liner and positioned adjacent to said plurality of projections along said axis; characterised in that said plurality of projections engage said free-standing ring and circumferentially support said combustor liner while allowing relative radial displacement between said combustor liner and said free-standing ring, at least one projection of said plurality of projections includes a radially inward facing surface and a flange projecting along said axis at said distal end and; at least one leaf seal having a radially outer surface, said radially inwardly facing surface of said at least one projection positioned to radially constrain said at least one leaf seal against outward radial movement via said radially outer surface, and said flange including a notch configured to receive at least part of said at least one leaf seal to limit circumferential movement of said at least one leaf seal relative to said projections; and a plurality of pins each being integrally-formed with one of said plurality of projections and extending along said axis, each of said plurality of pins being received in one of a plurality of slots formed in said free-standing ring. a gas turbine engine extending along an axis and including an annular combustor having a combustor liner; a plurality of projections extending from said combustor liner to a distal end of said projections and spaced from one another circumferentially about said axis; a free-standing ring disposed about said combustor liner and positioned adjacent to said plurality of projections along said axis; characterised in that said plurality of projections engage said free-standing ring and circumferentially support said combustor liner while allowing relative radial displacement between said combustor liner and said free-standing ring, at least one projection of said plurality of projections includes a radially inward facing surface and a flange projecting along said axis at said distal end and; at least one leaf seal having a radially outer surface, said radially inwardly facing surface of said at least one projection positioned to radially constrain said at least one leaf seal against outward radial movement via said radially outer surface, and said flange including a notch configured to receive at least part of said at least one leaf seal to limit circumferential movement of said at least one leaf seal relative to said projections; and a plurality of pins each being integrally-formed with one of said plurality of projections and extending along said axis, each of said plurality of pins being received in one of a plurality of slots formed in said free-standing ring.
A method for detecting one or more target nucleic acids comprising the steps of: (a) capturing one or more target nucleic acids on a support; (b) using the one or more captured target nucleic acids as a template to produce one or more nucleic acid duplexes immobilized on the support; (c) contacting a transposase and transposon with the one or more nucleic acid duplexes under conditions wherein the one or more nucleic acid duplexes and transposon composition undergo a transposition reaction to produce one or more tagged nucleic acid duplexes, wherein the transposon composition comprises a double stranded nucleic acid molecule comprising a transferred strand and a non-transferred strand; (d) contacting the one or more tagged nucleic acid duplexes with a nucleic acid modifying enzyme under conditions to extend the 3' end of the immobilized strand to the 5' end of the template strand; (e) amplifying the tagged nucleic acid strands to produce a plurality of tagged nucleic acid strands; (f) detecting the plurality of nucleic acid strands. (a) capturing one or more target nucleic acids on a support; (b) using the one or more captured target nucleic acids as a template to produce one or more nucleic acid duplexes immobilized on the support; (c) contacting a transposase and transposon with the one or more nucleic acid duplexes under conditions wherein the one or more nucleic acid duplexes and transposon composition undergo a transposition reaction to produce one or more tagged nucleic acid duplexes, wherein the transposon composition comprises a double stranded nucleic acid molecule comprising a transferred strand and a non-transferred strand; (d) contacting the one or more tagged nucleic acid duplexes with a nucleic acid modifying enzyme under conditions to extend the 3' end of the immobilized strand to the 5' end of the template strand; (e) amplifying the tagged nucleic acid strands to produce a plurality of tagged nucleic acid strands; (f) detecting the plurality of nucleic acid strands.
A cable drive unit for use with a free stall cleaning system, the cable drive unit comprising: a base frame; a support frame being displaceable with respect to the base frame via a corresponding displacement assembly; and a drum pivotably mountable about the support frame and displaceable therewith for receiving a cable to be wound about said drum, wherein the drum comprises at least one toothed peripheral edge, said toothed peripheral edge being driven by a corresponding driving assembly, wherein the driving assembly is configured for driving the drum along a first direction of rotation, and along a second opposite direction of rotation, so as to wind and unwind the cable about the drum, wherein a transmission assembly is operatively connectable between a shaft of the drum and the displacement assembly, the transmission assembly being configured for laterally displacing the support frame and corresponding drum with respect to the base frame by a certain lateral displacement for every rotational displacement of the drum, characterized in that the transmission assembly comprises a worm gear pivotally mountable about the support frame within a given span, said worm gear being threadedly engageable within a fixed component of the base frame so that a rotation of the worm gear in turn drives a lateral displacement of the support frame with respect to the base frame. a base frame; a support frame being displaceable with respect to the base frame via a corresponding displacement assembly; and a drum pivotably mountable about the support frame and displaceable therewith for receiving a cable to be wound about said drum, wherein the drum comprises at least one toothed peripheral edge, said toothed peripheral edge being driven by a corresponding driving assembly, wherein the driving assembly is configured for driving the drum along a first direction of rotation, and along a second opposite direction of rotation, so as to wind and unwind the cable about the drum, wherein a transmission assembly is operatively connectable between a shaft of the drum and the displacement assembly, the transmission assembly being configured for laterally displacing the support frame and corresponding drum with respect to the base frame by a certain lateral displacement for every rotational displacement of the drum, characterized in that the transmission assembly comprises a worm gear pivotally mountable about the support frame within a given span, said worm gear being threadedly engageable within a fixed component of the base frame so that a rotation of the worm gear in turn drives a lateral displacement of the support frame with respect to the base frame.