mhurhangee/ep-ind-claims huggingface dataset:
An informational display unit for an aircraft instrument panel comprising: a panel having a front side and a rear side; at least one display disposed on the front side of the panel to convey information; and a first component forming a first protrusion which extends from the rear side of the panel, said first protrusion being adapted to extend into a first pre-existing instrument hole of the aircraft instrument panel and thus to position and to secure the unit in the aircraft instrument panel, wherein the first component is one of a battery compartment, a control module, or an electronics module, characterized in that the first component forming a first protrusion extends from the rear side of the panel at a location closer to one end of the panel than to an opposite end of the panel, and in that the panel is configured to be capable of covering a second pre-existing instrument hole of the aircraft instrument panel when the second pre-existing instrument hole is positioned directly adjacent to the first pre-existing instrument hole. a panel having a front side and a rear side; at least one display disposed on the front side of the panel to convey information; and a first component forming a first protrusion which extends from the rear side of the panel, said first protrusion being adapted to extend into a first pre-existing instrument hole of the aircraft instrument panel and thus to position and to secure the unit in the aircraft instrument panel, wherein the first component is one of a battery compartment, a control module, or an electronics module,
A material handling vehicle comprising a load handling module (100, 500, 600), the material handling vehicle including a vehicle body, a mast, and at least one fork extending from a load backrest to a tip end, and the at least one fork being selectively movable relative to the vehicle body and configured to support a load, the load handling module (100, 500) comprising: a first camera (104, 504) secured to the load backrest and positioned proximate a top surface of the at least one fork, the first camera (104, 504) being configured to determine a position of an object in a first camera field of view; a second camera (108, 508) being configured to determine the position of an object in a second camera field of view; a fork tip sensor secured to the at least one fork proximate a tip end, the fork tip sensor being configured to detect a presence of an object within a fork sensor field of view extending in front of the tip end; and a controller in communication with the first camera (104, 504), the second camera (108, 508), and the fork tip sensor, the controller being configured to autonomously control movement of the at least one fork, preferably the first camera field of view is configured to cover at least a portion of a bottom of the load when the load is supported on the at least one fork, characterised in that the vehicle further comprises a tower (112, 512) extending upwardly from the load backrest, the second camera (108, 508) being secured to the tower so that it is positioned above the first camera. a first camera (104, 504) secured to the load backrest and positioned proximate a top surface of the at least one fork, the first camera (104, 504) being configured to determine a position of an object in a first camera field of view; a second camera (108, 508) being configured to determine the position of an object in a second camera field of view; a fork tip sensor secured to the at least one fork proximate a tip end, the fork tip sensor being configured to detect a presence of an object within a fork sensor field of view extending in front of the tip end; and a controller in communication with the first camera (104, 504), the second camera (108, 508), and the fork tip sensor, the controller being configured to autonomously control movement of the at least one fork, preferably the first camera field of view is configured to cover at least a portion of a bottom of the load when the load is supported on the at least one fork, characterised in that the vehicle further comprises a tower (112, 512) extending upwardly from the load backrest, the second camera (108, 508) being secured to the tower so that it is positioned above the first camera.
Method for modifying the surface of particles in an atmospheric pressure plasma, in which particles are dispersed in a compound which is liquid at room temperature and atmospheric pressure, the dispersion is atomised to obtain coated particles and the coated particles are exposed to an atmospheric pressure plasma in which the surface of the particles is modified.
A printing-fluid container comprising: one or more fluidic (156; 158), mechanical (152; 154; 230; 232) and electrical interfaces; a substantially planar leading surface that is configured for lateral insertion into a printing system; a reservoir configured to hold a volume of printing-fluid and air such that the printing-fluid can flow freely within the reservoir; wherein each of the one or more fluidic, mechanical and electrical interfaces is located on the substantially planar leading surface and the one or more fluidic, mechanical and electrical interfaces includes: a printing-fluid interface; an air interface; and an alignment feature (152; 230). one or more fluidic (156; 158), mechanical (152; 154; 230; 232) and electrical interfaces; a substantially planar leading surface that is configured for lateral insertion into a printing system; a printing-fluid interface; an air interface; and an alignment feature (152; 230).
Method for non-destructive testing of a weld seam which has been formed with the aid of heating coil (electrofusion) welding technology, the method comprising the steps of: - providing excitation of a heating coil in a welding zone comprising the weld seam between at least two components welded together via the heating coil by means of at least one excitation signal with an excitation signal amplitude and an excitation signal frequency or an excitation signal frequency sweep with varying excitation signal frequency for oscillation; - varying the excitation signal with respect to the excitation signal frequency and/or the excitation signal amplitude with which the heating coil is excited and determining at least one resonance signal, in particular a resonance signal amplitude or a resonance signal frequency, of the welding zone or the components welded together; - comparing the determined resonance signal with at least one reference value for the resonance signal of the welding zone or of the components welded together, wherein a proper weld seam is concluded if a deviation between the determined resonance signal and the at least one reference value does not exceed a maximum value. - providing excitation of a heating coil in a welding zone comprising the weld seam between at least two components welded together via the heating coil by means of at least one excitation signal with an excitation signal amplitude and an excitation signal frequency or an excitation signal frequency sweep with varying excitation signal frequency for oscillation; - varying the excitation signal with respect to the excitation signal frequency and/or the excitation signal amplitude with which the heating coil is excited and determining at least one resonance signal, in particular a resonance signal amplitude or a resonance signal frequency, of the welding zone or the components welded together; - comparing the determined resonance signal with at least one reference value for the resonance signal of the welding zone or of the components welded together, wherein a proper weld seam is concluded if a deviation between the determined resonance signal and the at least one reference value does not exceed a maximum value.
A cemented tungsten carbide article comprising a core of tungsten carbide grains and a binder selected from binder metals and alloys containing one or more of the binder metals, the binder metals being cobalt, nickel and iron; and a surface layer defining an outer surface for the article, the surface layer having a thickness of 2 to 20 microns and comprising 5 to 25 weight percent of tungsten, 0.1 to 5 weight percent carbon, the balance of the surface layer comprising any of cobalt, nickel and iron; the surface layer being free of carbide grains as determined by optical microscopy or SEM, wherein the surface layer optionally further comprises any of: 0.1 -10 wt.% V or Cr; 0.1 -5 wt.% Ta or Ti; 0.5 -15 wt.% Mo; 0.1 -10 wt.% Zr, 0.1-10 wt.% Nb and 0.1 - 10 wt.% Hf. 0.1 -10 wt.% V or Cr; 0.1 -5 wt.% Ta or Ti; 0.5 -15 wt.% Mo; 0.1 -10 wt.% Zr, 0.1-10 wt.% Nb and 0.1 - 10 wt.% Hf.
A carry-signal controlled LED light with low power consumption characteristic, comprising: at least one LED, and a drive unit coupled to the at least one LED, the drive unit being configured to receive a carry light signal to control the at least one LED, the drive unit comprising: a light control unit configured to drive the at least one LED according to a light command content of the carry light signal, characterized in that when a voltage (Vd) of the carry light signal decreases from a high voltage level to a low voltage level and the voltage (Vd) of the carry light signal is less than a low-level voltage (Vlow), the drive unit is configured to enter a low power consumption mode, whereby a reducing speed of the voltage (Vd) is decreased by controllably disabling circuits within the drive unit which have a highest power consumption so as to avoid the voltage (Vd) to be equal to or less than a reset voltage (Vreset), thereby preventing the carry-signal controlled LED light from unnecessarily resetting. at least one LED, and a drive unit coupled to the at least one LED, the drive unit being configured to receive a carry light signal to control the at least one LED, the drive unit comprising: a light control unit configured to drive the at least one LED according to a light command content of the carry light signal, characterized in that when a voltage (Vd) of the carry light signal decreases from a high voltage level to a low voltage level and the voltage (Vd) of the carry light signal is less than a low-level voltage (Vlow), the drive unit is configured to enter a low power consumption mode, whereby a reducing speed of the voltage (Vd) is decreased by controllably disabling circuits within the drive unit which have a highest power consumption so as to avoid the voltage (Vd) to be equal to or less than a reset voltage (Vreset), thereby preventing the carry-signal controlled LED light from unnecessarily resetting.
A process for manufacture of an antiperspirant composition comprising the reaction of an aqueous solution of aluminium sesquichlorohydrate, water soluble calcium salt and amino acid, at a total anhydrous solids content of from 33 to 60% by weight and at a temperature of at least 65°C, for a period of from 1 to 24 hours, wherein the molar ratio of water soluble calcium salt to aluminium sesquichlorohydrate is at least 1:40 and the molar ratio of amino acid to aluminium sesquichlorohydrate is at least 1:20, the mixture then being subjected to a cooling phase in which it is cooled to less than 25°C and a dilution phase in which it is diluted with at least an equal weight of water or to a total anhydrous solids content of less than 31% by weight, the dilution phase being performed within 10 days of cooling phase.
A multilayered electroactive polymer device comprising a plurality of unit layers that are stacked on top of each other, characterized in that each of the plurality of unit layers comprises: an EAP layer formed of an electro-active polymer; a protective layer configured to prevent a material from penetrating into the EAP layer; and an active electrode, wherein the EAP layer is formed of polyvinylidene fluoride, polyvinylidene fluoride-trifluoroethylene, polyvinylidene fluoride-trifluoroethylene-chlorofluoroethylene, or polyvinylidene fluoride-trifluoroethylene-chlorotrifluoroethylene, characterized in that the protective layer includes at least one selected from the group consisting of polyvinylphenol, polymethylmethacrylate, polyvinylalcohol, polydimethylsiloxane, poly(4-vinylpyridine) and polyacrylic acid, and combinations thereof. an EAP layer formed of an electro-active polymer; a protective layer configured to prevent a material from penetrating into the EAP layer; and an active electrode,
A cryogen re-condensing system comprising: a primary reservoir (130; 330; 420) configured to store cryogen for cooling a superconducting coil (110; 310; 410); a refrigerator (140; 340; 440) configured to re-condense gas cryogen of cryogen stored in the primary reservoir; a secondary reservoir (150; 350; 450) configured to store gas cryogen; a secondary reservoir tube (151; 251; 351; 451) configured to connect the primary reservoir to the secondary reservoir, and wherein the gas cryogen flows through the secondary reservoir tube, and a heat shield portion (160; 360; 460) configured to thermally shield the superconducting coil from external conditions, wherein the primary reservoir and the secondary reservoir are located inside of the heat shield portion, and the primary reservoir is thermally shielded by the heat shield portion from the external condition, characterized in that the secondary reservoir is thermally shielded by the heat shield portion from the external conditions. a primary reservoir (130; 330; 420) configured to store cryogen for cooling a superconducting coil (110; 310; 410); a refrigerator (140; 340; 440) configured to re-condense gas cryogen of cryogen stored in the primary reservoir; a secondary reservoir (150; 350; 450) configured to store gas cryogen; a secondary reservoir tube (151; 251; 351; 451) configured to connect the primary reservoir to the secondary reservoir, and wherein the gas cryogen flows through the secondary reservoir tube, and a heat shield portion (160; 360; 460) configured to thermally shield the superconducting coil from external conditions, wherein the primary reservoir and the secondary reservoir are located inside of the heat shield portion, and the primary reservoir is thermally shielded by the heat shield portion from the external condition, characterized in that the secondary reservoir is thermally shielded by the heat shield portion from the external conditions.
A material comprising copper and silver, characterized in that it is a solid composite material containing grains of copper and grains of silver which are not mutually soluble, and in that it comprises a volume amount of silver of at least 0.1 % by volume and less than 5 % by volume relative to the total volume of said material, the copper and silver representing at least 99.9 % by volume relative to the total volume of said material, and wherein the silver and copper are in the form of grains of filament shape.
A device for delivering a medicament into a body of a patient by injection into or through a skin surface of the patient, comprising: a housing having a bottom surface adapted to contact a skin surface of a patient, the bottom surface having an aperture; a needle adapted for penetration of the skin surface and for movement through the aperture; an activation button slidably disposed with the device; a safety member; and at least one shield configured to be held in place by the safety member, wherein the shield is urged to move relative to the bottom surface from a position exposing the needle into a position to at least partially cover the needle or the aperture; characterized by a reservoir, disposed within the housing, for containing the medicament; a needle holder for holding the needle; the shield comprising a ramp configured to contact and raise the needle holder to retract the needle into the device; wherein the safety member further comprises a skin adhesion surface to move the safety member upon release by the activation button and upon removal from a skin surface, wherein the movement of the safety member releases the shield to be urged into a position to at least partially cover the needle or the aperture; further comprising a spring disposed between the ramp and the activation button, wherein the movement of the activation button is configured to load the spring prior to release of the safety member by the activation button. a housing having a bottom surface adapted to contact a skin surface of a patient, the bottom surface having an aperture; a needle adapted for penetration of the skin surface and for movement through the aperture; an activation button slidably disposed with the device; a safety member; and at least one shield configured to be held in place by the safety member, wherein the shield is urged to move relative to the bottom surface from a position exposing the needle into a position to at least partially cover the needle or the aperture; characterized by a reservoir, disposed within the housing, for containing the medicament; a needle holder for holding the needle; the shield comprising a ramp configured to contact and raise the needle holder to retract the needle into the device; wherein the safety member further comprises a skin adhesion surface to move the safety member upon release by the activation button and upon removal from a skin surface, wherein the movement of the safety member releases the shield to be urged into a position to at least partially cover the needle or the aperture; further comprising a spring disposed between the ramp and the activation button, wherein the movement of the activation button is configured to load the spring prior to release of the safety member by the activation button.
A woven single layer papermakers' fabric having a sheet support surface and a machine side surface comprising: a set of monofilament machine direction oriented warp yarns interwoven with a set of monofilament weft yarns in a repeating weave pattern, wherein in each repeat of the repeating weave pattern, each of the set of monofilament MD oriented warp yarns forms in the sheet support surface at least one long float, over nine consecutive weft yarns, wherein: for each adjacent two warp yarns (120A, 120B), in each repeat of the repeating weave pattern, the two warp yarns float concurrently adjacently over at least one group of at least two weft yarns (209, 210); for each two adjacent warp yarns (120A, 120B), their adjacent long floats together with associated weft knuckles (220A, 220B) define a plurality of MD oriented pockets (410, 411) in the sheet support surface, characterized in that the repeating weave pattern is a ten shed repeating weave pattern; and the plurality of MD oriented pockets (410, 411) between two adjacent warp yarns (120A, 120B), comprise a first set of pockets and a second set of pockets, the pockets from the first set alternating with the pockets from the second set in the MD, the pockets from the first set being longer in the MD than the pockets from the second set. a set of monofilament machine direction oriented warp yarns interwoven with a set of monofilament weft yarns in a repeating weave pattern, wherein in each repeat of the repeating weave pattern, each of the set of monofilament MD oriented warp yarns forms in the sheet support surface at least one long float, over nine consecutive weft yarns, wherein: for each adjacent two warp yarns (120A, 120B), in each repeat of the repeating weave pattern, the two warp yarns float concurrently adjacently over at least one group of at least two weft yarns (209, 210); for each two adjacent warp yarns (120A, 120B), their adjacent long floats together with associated weft knuckles (220A, 220B) define a plurality of MD oriented pockets (410, 411) in the sheet support surface, for each adjacent two warp yarns (120A, 120B), in each repeat of the repeating weave pattern, the two warp yarns float concurrently adjacently over at least one group of at least two weft yarns (209, 210); for each two adjacent warp yarns (120A, 120B), their adjacent long floats together with associated weft knuckles (220A, 220B) define a plurality of MD oriented pockets (410, 411) in the sheet support surface,
Rail vehicle with at least one boarding area for passengers to board from and/or disembark onto a platform, at least one restroom area and at least one seating area, characterized in that the floor in the seating area and the floor in the boarding area are raised or at least can be raised to a higher floor level (Hs, He) than the floor level (Ht) in the restroom area.
A chip for measuring number of microbe, comprising: a chip main body in the form of a long plate; a measuring electrode that is provided on a first end side in the longitudinal direction of the surface of the chip main body, and that is immersable in a measurement liquid; a connecting electrode that is connected to the measuring electrode and is provided on a second end side on the opposite side from the first end in the longitudinal direction of the surface of the chip main body; characterized by a conductive pattern (34A, 34B, 34C) that is connected to a ground electrode (37A, 37B) that is provided on the second end side of the surface of the chip main body and is provided to the outer peripheral portion of the measuring electrode, and the measuring electrode has two mutually opposing measuring electrodes (16A, 16B) on the first end side in the longitudinal direction of the surface of the chip main body, the measuring electrodes having mutually opposing comb electrodes formed at a specific distance apart. a chip main body in the form of a long plate; a measuring electrode that is provided on a first end side in the longitudinal direction of the surface of the chip main body, and that is immersable in a measurement liquid; a connecting electrode that is connected to the measuring electrode and is provided on a second end side on the opposite side from the first end in the longitudinal direction of the surface of the chip main body; characterized by a conductive pattern (34A, 34B, 34C) that is connected to a ground electrode (37A, 37B) that is provided on the second end side of the surface of the chip main body and is provided to the outer peripheral portion of the measuring electrode, and the measuring electrode has two mutually opposing measuring electrodes (16A, 16B) on the first end side in the longitudinal direction of the surface of the chip main body, the measuring electrodes having mutually opposing comb electrodes formed at a specific distance apart.