mhurhangee/ep-ind-claims huggingface dataset:
A method of authenticating a value document or other article using an authentication apparatus, the method comprising the steps of: a) providing the value document or other article to the authentication apparatus, the value document or other article comprising at least one taggant having a crystal lattice doped with a first rare earth active ion; b) applying radiation having a first wavelength to the value document or other article from an illumination source of the authentication apparatus for an illumination duration; wherein the taggant absorbs the radiation and emits infrared radiation having a second wavelength that is greater than the first wavelength of the radiation, the emitted infrared radiation having a maximum intensity that occurs at a delay period measured from the end of the illumination duration, the delay period being from greater than about 0.1 milliseconds to about 5 milliseconds; c) detecting intensity of the emitted infrared radiation as a function of time with a sensor of the authentication apparatus to produce emission data; and d) processing the emission data with a processor of the authentication apparatus to determine whether the value document or other article is authentic, wherein the processing includes identifying the maximum intensity of the emitted infrared radiation that occurs after the delay period. a) providing the value document or other article to the authentication apparatus, the value document or other article comprising at least one taggant having a crystal lattice doped with a first rare earth active ion; b) applying radiation having a first wavelength to the value document or other article from an illumination source of the authentication apparatus for an illumination duration; wherein the taggant absorbs the radiation and emits infrared radiation having a second wavelength that is greater than the first wavelength of the radiation, the emitted infrared radiation having a maximum intensity that occurs at a delay period measured from the end of the illumination duration, the delay period being from greater than about 0.1 milliseconds to about 5 milliseconds; c) detecting intensity of the emitted infrared radiation as a function of time with a sensor of the authentication apparatus to produce emission data; and d) processing the emission data with a processor of the authentication apparatus to determine whether the value document or other article is authentic, wherein the processing includes identifying the maximum intensity of the emitted infrared radiation that occurs after the delay period.
A reflective particulate composition, comprising: a particulate mixture comprising: a particulate substrate comprising a feldspar and/or a sand, a hardness enhancer comprising plaster of Paris, Epsom salt, aplite, calcium carbonate, magnesium carbonate, and/or sodium carbonate, and a pigment comprising a clay, the feldspar being present in the particulate mixture in an amount greater than an amount of the clay; and a hydrophobic exterior coating on the particulate mixture, the hydrophobic exterior coating comprising a silane, siloxane, polysiloxane, organopolysiloxane, and/or silicone resin. a particulate mixture comprising: a particulate substrate comprising a feldspar and/or a sand, a hardness enhancer comprising plaster of Paris, Epsom salt, aplite, calcium carbonate, magnesium carbonate, and/or sodium carbonate, and a pigment comprising a clay, the feldspar being present in the particulate mixture in an amount greater than an amount of the clay; and a particulate substrate comprising a feldspar and/or a sand, a hardness enhancer comprising plaster of Paris, Epsom salt, aplite, calcium carbonate, magnesium carbonate, and/or sodium carbonate, and a pigment comprising a clay, the feldspar being present in the particulate mixture in an amount greater than an amount of the clay; and a hydrophobic exterior coating on the particulate mixture, the hydrophobic exterior coating comprising a silane, siloxane, polysiloxane, organopolysiloxane, and/or silicone resin.
A reflector with a faceted structure based on the gold number which is capable of offering a uniform luminance pattern of the light projected, the reflector having a non-regular facet distribution, without radial alignment or symmetry of revolution, made up of a sequence of surfaces {S i} i = 1,...,N tangent to surface P resulting from the revolution of profile curve P(r) inherent in the reflector in relation to its axis of revolution at point Pi ≡r i cosΦ i, r i sinΦ i, P(r i)), so that Φ i + 1 = Φ i + Φ Q and r i + 1 ≥ r i, for i = 1,..., N-1, where N is the number of surfaces S i which make up the faceted structure, is the golden angle, ≡ 2π - (2π/φ) ≈ 2.4 radians ≈ 137.50 degrees, and Φ is the golden ratio, Φ ≡ (1+√5)/2 ≈ 1.618, characterised by the inner faceted structure of the reflector being made up of spherical surfaces.
A washer nozzle arrangement structure comprising: a rear spoiler arranged on a portion of a body above a rear window and including a recess part formed on a side of the rear window; a wiper arm, wherein a rotation center axis disposed on one end side of the wiper arm is supported on the vehicle; a wiper blade, supported on the other end side of the wiper arm, and configured to be stored in the recess part when the wiper arm is in a stop position; and a washer nozzle configured to eject a washer liquid toward the rear window, wherein the washer nozzle is arranged in an inside of a portion of the recess part which exists on a front side of the vehicle than the rotation center axis of the wiper blade, characterized in that the washer nozzle is mounted on a rear gate panel of the body. a rear spoiler arranged on a portion of a body above a rear window and including a recess part formed on a side of the rear window; a wiper arm, wherein a rotation center axis disposed on one end side of the wiper arm is supported on the vehicle; a wiper blade, supported on the other end side of the wiper arm, and configured to be stored in the recess part when the wiper arm is in a stop position; and a washer nozzle configured to eject a washer liquid toward the rear window, wherein the washer nozzle is arranged in an inside of a portion of the recess part which exists on a front side of the vehicle than the rotation center axis of the wiper blade, characterized in that the washer nozzle is mounted on a rear gate panel of the body.
Decorative panel for a vehicle door, comprising a panel base part having a decorative surface visible from the outside in the installed state and an internal surface pointing towards the centre of the vehicle, and an edge-side U-shaped panel wrap-around for receiving a door flange which can be inserted into the panel wrap-around, characterised in that a web, which starts from the internal surface and extends in the longitudinal extension of the panel base part, for fixing the position in the transverse direction of the vehicle cooperates with a door-side guide and the panel wrap-around is connected to the door flange via at least one fastening means for setting a tolerance zone position in the longitudinal direction of the vehicle and/or vertical direction of the vehicle.
A method implemented within a communications device comprising: selecting a first codebook based at least on one or more characteristics of a received wireless communication signal, the first codebook comprising a coarse codebook; selecting one or more subsequent codebook(s) based at least on one or more vector codewords of the select first codebook, the one or more subsequent codebook(s) comprising fine codeword vectors located in a ring around the coarse codebook vector as a center of the ring; and concatenating the first and at least a subset of the one or more subsequent codebook(s) to generate a hierarchical codebook. selecting a first codebook based at least on one or more characteristics of a received wireless communication signal, the first codebook comprising a coarse codebook; selecting one or more subsequent codebook(s) based at least on one or more vector codewords of the select first codebook, the one or more subsequent codebook(s) comprising fine codeword vectors located in a ring around the coarse codebook vector as a center of the ring; and concatenating the first and at least a subset of the one or more subsequent codebook(s) to generate a hierarchical codebook.
An evaluation unit comprising a central data-processing unit, at least one storage unit and an allocation unit, wherein the allocation unit and the at least one storage unit are connected to the central data-processing unit, wherein the central data-processing unit loads at least one OFDM signal from the at least one storage unit and transfers it to the allocation unit, characterised in that the allocation unit displays the individual signal spaces of the OFDM symbols of the at least one OFDM signal in a constellation diagram and in a frame-output matrix, wherein the frame-output matrix images the output of the individual signal spaces onto the respective sub-carrier of the OFDM signal, wherein the allocation unit draws into the constellation diagram a corresponding number of constellation circles for an allocated modulation type, wherein signal spaces which are disposed inside the constellation circles are displayed highlighted by the allocation unit both in the constellation diagram and also in the frame-output matrix, in such a manner that it is possible to allocate via the diagrams (11, 12) at which signal spaces the data symbols and/or pilot symbols and/or zero symbols and/or dummy symbols are present and with which modulation type the data symbols and/or pilot symbols are modulated.
A secondary battery separator including: a porous base material; and a porous layer stacked on at least one surface of the porous base material, the porous layer having a thickness of 0.10 μm or more and less than 2.5 μm, and organic resin fine particles having an average particle size of 0.02 μm or more and less than 0.40 μm, characterized in that the porous layer stacked on at least one surface of the porous base material contains the organic resin fine particles containing a fluororesin, the fluororesin having a weight average molecular weight of 600,000 or more and 1,500,000 or less.
A wireless transmit/receive unit, WTRU, comprising a processor and a memory (130, 132), characterized in that the processor is configured to: receive a downlink control information, DCI, using a physical downlink control channel, wherein the DCI indicates which of a first set of resources or a second set of resources is to be used by the WTRU for radio link monitoring, RLM; determine reference signals to use for RLM based on the received DCI, wherein a first set of reference signals are used for RLM responsive to the DCI indicating that the first set of resources are to be used by the WTRU and a second set of reference signals are to be used for RLM responsive to the DCI indicating that the second set of resources are to be used by the WTRU; perform RLM measurements using the first set of reference signals if the first set of resources are used by the WTRU or perform RLM measurements using the second set of reference signals if the second set of resources are used by the WTRU; responsive to a determination that a radio link quality based on the RLM measurements is below a threshold, sending a message that indicates a request for a radio resource control, RRC, procedure. receive a downlink control information, DCI, using a physical downlink control channel, wherein the DCI indicates which of a first set of resources or a second set of resources is to be used by the WTRU for radio link monitoring, RLM; determine reference signals to use for RLM based on the received DCI, wherein a first set of reference signals are used for RLM responsive to the DCI indicating that the first set of resources are to be used by the WTRU and a second set of reference signals are to be used for RLM responsive to the DCI indicating that the second set of resources are to be used by the WTRU; perform RLM measurements using the first set of reference signals if the first set of resources are used by the WTRU or perform RLM measurements using the second set of reference signals if the second set of resources are used by the WTRU; responsive to a determination that a radio link quality based on the RLM measurements is below a threshold, sending a message that indicates a request for a radio resource control, RRC, procedure.
A transport container comprising a frame and a flexible compartment system suspended within said frame, wherein the frame has at least one open side, wherein the compartment system provides one or more compartments accessible via said open side, and wherein the transport container further has a cover that is movable between closed and open configurations for selectively covering and uncovering said open side, wherein the frame is further provided with at least one elongate suspension member that extends along a side edge of said open side, and that is fitted through a sleeve whereby the cover in its closed configuration extends along said sleeve, contacting the sleeve characterized in that the sleeve is formed by the compartment system.
W/O emulsion for impregnating nonwoven, containing - 10 - 60 % by weight of vegetable oil, - 0.1 - 25 % by weight of emollients, - 10 - 50 % by weight of water, - a lipophilic emulsifier, - an inorganic salt, - at least one antioxidant, characterized in that the emulsifier is polyglyceryl-4 diisostearate/polyhydroxystearate/sebacate and the viscosity of the emulsion is 250 - 600 mPa·s, determined using DIN measurement system 33 in accordance with ISO 53019 at a temperature of 293.15 K and at a rotation speed of 500 r/min. - 10 - 60 % by weight of vegetable oil, - 0.1 - 25 % by weight of emollients, - 10 - 50 % by weight of water, - a lipophilic emulsifier, - an inorganic salt, - at least one antioxidant,
A hinge component (1, 2) for an electronic device, characterized in that the hinge component (1, 2) comprises: a fixing member, including a side plate and two fixing plates, the fixing plates extend from two ends of the side plate towards a direction, a curved guiding rail is formed on the side plate; a rotating member, including a rotating portion, a connecting portion and an engaging portion, wherein the rotating portion includes a first through hole, the connecting portion is connected to the rotating portion, the engaging portion extends from the connecting portion; and a central shaft, passing through the first through hole and the curved guiding rail, wherein two ends of the central shaft are fastened to the rotating portion and the side plate, respectively, to fix the rotating portion on the side plate, when the engaging portion is driven to make the rotating portion rotate, the central shaft is driven to slide along the curved guiding rail; wherein when the central shaft is in a first position of the curved guiding rail, the engaging portion is parallel to the two fixing plates, when the rotating portion rotates to make the central shaft move to a second position of the curved guiding rail, an angle (θ) is formed between the engaging portion and the fixing plate. a fixing member, including a side plate and two fixing plates, the fixing plates extend from two ends of the side plate towards a direction, a curved guiding rail is formed on the side plate; a rotating member, including a rotating portion, a connecting portion and an engaging portion, wherein the rotating portion includes a first through hole, the connecting portion is connected to the rotating portion, the engaging portion extends from the connecting portion; and a central shaft, passing through the first through hole and the curved guiding rail, wherein two ends of the central shaft are fastened to the rotating portion and the side plate, respectively, to fix the rotating portion on the side plate, when the engaging portion is driven to make the rotating portion rotate, the central shaft is driven to slide along the curved guiding rail; wherein when the central shaft is in a first position of the curved guiding rail, the engaging portion is parallel to the two fixing plates, when the rotating portion rotates to make the central shaft move to a second position of the curved guiding rail, an angle (θ) is formed between the engaging portion and the fixing plate.
A method for operating a fuel cell stack module, comprising: providing a fuel inlet stream and an air inlet stream to a plurality of fuel cell stacks; and providing an anode tail gas oxidizer fuel inlet stream and a cathode exhaust stream from the plurality of fuel cell stacks into an ATO which is located in a heat transfer relationship with the plurality of fuel cell stacks; characterized in that an ATO exhaust stream is provided from the ATO to heat the air inlet stream; the ATO exhaust stream is provided to a steam generator to generate steam; and the generated steam is provided into the fuel inlet stream. providing a fuel inlet stream and an air inlet stream to a plurality of fuel cell stacks; and providing an anode tail gas oxidizer fuel inlet stream and a cathode exhaust stream from the plurality of fuel cell stacks into an ATO which is located in a heat transfer relationship with the plurality of fuel cell stacks; characterized in that an ATO exhaust stream is provided from the ATO to heat the air inlet stream; the ATO exhaust stream is provided to a steam generator to generate steam; and the generated steam is provided into the fuel inlet stream.
A device for converting a liquid into vapor, operating at constant pressure, said device comprising: - an enclosure; - a heating surface with a downward slope arranged in said enclosure and defining a liquid flow path; - a liquid inlet port connected to an upper portion of said heating surface so that the liquid introduced from said liquid inlet flows on said slope of the heating surface; and - a vapor outlet port formed through a wall of the enclosure; characterized in that the heating surface comprises: - a heat transfer pipe configured to allow the flowing of a heat transfer fluid to heat said heating surface; and - a corner piece comprising a U-shaped cross-section with a semi-circular portion arranged around said heat transfer pipe and an upper portion forming an opening on said enclosure. - an enclosure; - a heating surface with a downward slope arranged in said enclosure and defining a liquid flow path; - a liquid inlet port connected to an upper portion of said heating surface so that the liquid introduced from said liquid inlet flows on said slope of the heating surface; and - a vapor outlet port formed through a wall of the enclosure; - a heat transfer pipe configured to allow the flowing of a heat transfer fluid to heat said heating surface; and - a corner piece comprising a U-shaped cross-section with a semi-circular portion arranged around said heat transfer pipe and an upper portion forming an opening on said enclosure.
An erosion shield assembly 10, 110 comprising: an erosion shield 22 configured to form to a leading edge 12, 112 of an aircraft surface; a carbon allotrope heater 26, 126 attached to an inner surface 30 of the erosion shield 22, the carbon allotrope heater 26, 126 comprising at least one layer of a carbon allotrope material; and an adhesive layer 24 between the carbon allotrope heater 26, 126 and the erosion shield 22; characterized in that the carbon allotrope heater 26, 126 has a first region 18, 118 with a first resistance in which electrical components are connected as a circuit in series, and a second region 20, 120 with a second resistance different from the first resistance. an erosion shield 22 configured to form to a leading edge 12, 112 of an aircraft surface; a carbon allotrope heater 26, 126 attached to an inner surface 30 of the erosion shield 22, the carbon allotrope heater 26, 126 comprising at least one layer of a carbon allotrope material; and an adhesive layer 24 between the carbon allotrope heater 26, 126 and the erosion shield 22; characterized in that the carbon allotrope heater 26, 126 has a first region 18, 118 with a first resistance in which electrical components are connected as a circuit in series, and a second region 20, 120 with a second resistance different from the first resistance.
A cable comprising: a plurality of conductor sets, each conductor set extending along a length of the cable and surrounded by a conductive shield and comprising two or more insulated conductors, each insulated conductor comprising a central conductor surrounded by a dielectric material; first and second non-conductive polymeric films disposed on opposite first and second sides of the plurality of the conductor sets, the first and second non-conductive polymeric films including cover portions and pinched portions arranged such that, in transverse cross section, the cover portions of the first and second non-conductive polymeric films in combination substantially surround each conductor set, and the pinched portions of the first and second non-conductive polymeric films in combination form pinched portions of the cable on each side of the plurality of the conductor sets; and an adhesive layer bonding the first non-conductive polymeric film to the second non-conductive polymeric film in the pinched portions of the cable, wherein the dielectric material comprises: 100 parts by weight of polyolefin; 18 to 40 parts by weight of a brominated flame retardant selected from the group consisting of decabromodiphenylethane, N,N'-ethylene-bis(tetrabromoplithalimide), poly(pentabromobenzyl acrylate), and mixtures thereof; and 12 to 20 parts by weight of antimony trioxide. a plurality of conductor sets, each conductor set extending along a length of the cable and surrounded by a conductive shield and comprising two or more insulated conductors, each insulated conductor comprising a central conductor surrounded by a dielectric material; first and second non-conductive polymeric films disposed on opposite first and second sides of the plurality of the conductor sets, the first and second non-conductive polymeric films including cover portions and pinched portions arranged such that, in transverse cross section, the cover portions of the first and second non-conductive polymeric films in combination substantially surround each conductor set, and the pinched portions of the first and second non-conductive polymeric films in combination form pinched portions of the cable on each side of the plurality of the conductor sets; and an adhesive layer bonding the first non-conductive polymeric film to the second non-conductive polymeric film in the pinched portions of the cable, wherein the dielectric material comprises: 100 parts by weight of polyolefin; 18 to 40 parts by weight of a brominated flame retardant selected from the group consisting of decabromodiphenylethane, N,N'-ethylene-bis(tetrabromoplithalimide), poly(pentabromobenzyl acrylate), and mixtures thereof; and 12 to 20 parts by weight of antimony trioxide. 100 parts by weight of polyolefin; 18 to 40 parts by weight of a brominated flame retardant selected from the group consisting of decabromodiphenylethane, N,N'-ethylene-bis(tetrabromoplithalimide), poly(pentabromobenzyl acrylate), and mixtures thereof; and 12 to 20 parts by weight of antimony trioxide.