mhurhangee/patent-ind-claim-en huggingface dataset:
Electro-optical circuit with an optical transmission path, having • an electro-optical assembly with an optical transmitter element and/or an optical receiver element , which is mounted on a mounting surface of a carrier component , • a circuit carrier with a mounting side and with an embedded optical waveguide , which is exposed with an end face in a cutout introduced in the mounting side , and • an optical interface between the electro-optical assembly mounted on the circuit carrier and the optical waveguide , wherein the optical transmitter element and/or the optical receiver element is mounted on the carrier component with an alignment of its respective optical axis parallel to the mounting surface , wherein the optical assembly is mounted on the circuit carrier with the mounting surface facing toward the mounting side , wherein the optical transmitter element and/or the optical receiver element projects into the cutout and forms an optical axis with the exposed optical waveguide, wherein first contact surfaces are embodied on the mounting surface of the carrier component , on which first contact surfaces the optical transmitter element and/or the optical receiver element is electrically contacted, wherein second contact surfaces are provided on the mounting surface , which second contact surfaces are electrically connected to the first contact surfaces , and are electrically connected to third contact surfaces on the mounting side of the circuit carrier and wherein the second contact surfaces are distributed symmetrically around the optical transmitter element and/or the optical receiver element . • an electro-optical assembly with an optical transmitter element and/or an optical receiver element , which is mounted on a mounting surface of a carrier component , • a circuit carrier with a mounting side and with an embedded optical waveguide , which is exposed with an end face in a cutout introduced in the mounting side , and • an optical interface between the electro-optical assembly mounted on the circuit carrier and the optical waveguide , wherein the optical assembly is mounted on the circuit carrier with the mounting surface facing toward the mounting side , wherein the optical transmitter element and/or the optical receiver element projects into the cutout and forms an optical axis with the exposed optical waveguide, wherein first contact surfaces are embodied on the mounting surface of the carrier component , on which first contact surfaces the optical transmitter element and/or the optical receiver element is electrically contacted, wherein second contact surfaces are provided on the mounting surface , which second contact surfaces are electrically connected to the first contact surfaces , and are electrically connected to third contact surfaces on the mounting side of the circuit carrier and wherein the second contact surfaces are distributed symmetrically around the optical transmitter element and/or the optical receiver element .
An apparatus, comprising: a pommel to be included in a pommel horse training apparatus , the pommel sized and shaped for a user to execute a pommel horse gymnastic routine thereon, the pommel including a plurality of pommel segments and a plurality of support posts , the plurality of pommel segments being coupled to together so that the pommel forms a closed polygonal shape having a continuous outer perimeter and an inner perimeter that defines an open center, each pommel segment from the plurality of pommel segments being elongate and having a centerline that is substantially coplanar with and non-parallel to a centerline of an adjacent pommel segment from the plurality of pommel segments, the plurality of support posts coupled to the plurality of pommel segments, the plurality of support posts configured to support the plurality of pommel segments above and spaced apart from a support surface. a pommel to be included in a pommel horse training apparatus , the pommel sized and shaped for a user to execute a pommel horse gymnastic routine thereon, the pommel including a plurality of pommel segments and a plurality of support posts , the plurality of pommel segments being coupled to together so that the pommel forms a closed polygonal shape having a continuous outer perimeter and an inner perimeter that defines an open center, each pommel segment from the plurality of pommel segments being elongate and having a centerline that is substantially coplanar with and non-parallel to a centerline of an adjacent pommel segment from the plurality of pommel segments, the plurality of support posts coupled to the plurality of pommel segments, the plurality of support posts configured to support the plurality of pommel segments above and spaced apart from a support surface.
A composition for use in treating heart failure in a human subject in need thereof, wherein the subject has higher than a control or "normal" level of C-reactive protein, interleukin 6, ROS, TNF-alpha, cardiac troponin I levels, Nt-pro BNP, MLCL ATI and/or ALCAT 1, or lower than a control or "normal" level of Tazl or lower activity of mK ATP, and wherein the composition comprises a therapeutically effective amount of the peptide D-Arg-2',6'-Dmt-Lys-Phe-NH2 or a pharmaceutically acceptable salt thereof.
An oral care composition comprising a sensitivity mitigating agent comprising a mixture of hydrated silica, a potassium citrate, and calcium hydroxyapatite and a polymeric deposition aid, comprising a polymer based on a copolymer of methyl vinyl ether and maleic anhydride and a polymeric thickening agent comprising xanthan gum, the composition having a viscosity 3 weeks from manufacture or longer of from 10 to 60 Pa.s (10,000-60,000 cP) at 25°C (measured using a Brookfield viscometer with Helipath Stand and a T-bar, TB spindle, rotating at 5 rpm).
A seat belt retractor comprising: a spool that retracts a webbing (W) that restrains an occupant; a base frame that rotatably houses the spool ; and a pretensioner that retracts the webbing (W) to take up the slack therein in an emergency, wherein the pretensioner includes a rotor that is connected coaxially with the spool and that has a plurality of engaging teeth formed on the outer periphery thereof, a power generating means that is capable of ejecting a projectile that engages with the engaging teeth and rotates the rotor , and a cover member that provides for an outline along which the projectile may be moved, wherein the base frame includes a first end and a second end face opposing to each other, and a side face connecting the first end face and the second end face , and wherein the cover member at least houses the rotor , characterized in that the cover member , which is disposed inside the base frame , is disposed between the first end face and the second end face .
A suction nozzle for use in a mounting device for mounting a component on a board (S), comprising: an air pipe ; a tip portion for contacting a component , the tip portion being formed at a tip of the air pipe , and including an opening portion having an area larger than that of an air flow path formed in the air pipe ; and a slit that is provided on a portion of a circumferential contact surface of the tip portion characterized by: a taper portion having a taper surface connecting the slit and the flow path to each other in an inside portion thereof is formed in the tip portion . an air pipe ; a tip portion for contacting a component , the tip portion being formed at a tip of the air pipe , and including an opening portion having an area larger than that of an air flow path formed in the air pipe ; and a slit that is provided on a portion of a circumferential contact surface of the tip portion characterized by: a taper portion having a taper surface connecting the slit and the flow path to each other in an inside portion thereof is formed in the tip portion .
A lamp suitable for mounting in an opening through a planar substrate, comprising a lamp body and a mounting unit ; wherein the mounting unit comprises: a front ring for mounting against a front side of the substrate; at least two lugs protruding backwards from the front ring , wherein each lug has an end face which functions as a pusher; a respective slider attached to each lug which is slideable along the respective lug, wherein the slider has a slider lip at one end; and a respective bracket pivotally connected to another end of each slider opposite to the end with the slider lip ; wherein the mounting unit is configurable between two configurations: a first configuration in which each slider lip is spaced from the front ring , the end face of the lug is spaced from the bracket , and the bracket is free to rotate to a collapsed position in which the brackets fit through the opening; and a second configuration in which each slider lip is against the front ring for engaging with the front side of the substrate, the end face of the lug is against the bracket and the bracket is locked in an expanded position in which the brackets do not fit through the opening and the brackets are positioned for engaging with a back side of the substrate. a front ring for mounting against a front side of the substrate; at least two lugs protruding backwards from the front ring , wherein each lug has an end face which functions as a pusher; a respective slider attached to each lug which is slideable along the respective lug, wherein the slider has a slider lip at one end; and a respective bracket pivotally connected to another end of each slider opposite to the end with the slider lip ; wherein the mounting unit is configurable between two configurations: a first configuration in which each slider lip is spaced from the front ring , the end face of the lug is spaced from the bracket , and the bracket is free to rotate to a collapsed position in which the brackets fit through the opening; and a second configuration in which each slider lip is against the front ring for engaging with the front side of the substrate, the end face of the lug is against the bracket and the bracket is locked in an expanded position in which the brackets do not fit through the opening and the brackets are positioned for engaging with a back side of the substrate. a first configuration in which each slider lip is spaced from the front ring , the end face of the lug is spaced from the bracket , and the bracket is free to rotate to a collapsed position in which the brackets fit through the opening; and a second configuration in which each slider lip is against the front ring for engaging with the front side of the substrate, the end face of the lug is against the bracket and the bracket is locked in an expanded position in which the brackets do not fit through the opening and the brackets are positioned for engaging with a back side of the substrate.
A light irradiation device , comprising: a substrate having an upper surface provided with a first recess and a second recess ; a light-emitting element located in the first recess , the light-emitting element emitting ultraviolet light; characterised by a detecting element located in the second recess , the detecting element being capable of detecting ultraviolet light that is emitted from the light-emitting element and transmitted through the substrate ; and an ultraviolet shield member which covers the detecting element in a state of being apart therefrom, wherein the ultraviolet shield member closes an opening of the second recess , and is capable of transmitting infrared light. a substrate having an upper surface provided with a first recess and a second recess ; a light-emitting element located in the first recess , the light-emitting element emitting ultraviolet light; characterised by a detecting element located in the second recess , the detecting element being capable of detecting ultraviolet light that is emitted from the light-emitting element and transmitted through the substrate ; and an ultraviolet shield member which covers the detecting element in a state of being apart therefrom, wherein the ultraviolet shield member closes an opening of the second recess , and is capable of transmitting infrared light.
A microwave oscillator , comprising: a microwave source , and a resonator having a microwave channel for guiding radiation from said microwave source, said resonator comprising: a box having a first channel , said microwave source being installed on said box; and a base having a second channel , said base being electrically connected to said box, wherein the second channel is an extension of the first channel, and said first channel and said second channel forms a microwave channel having an outlet through which microwave radiation is emitted, wherein said microwave channel accommodating, at least partially, a suppressing means for suppressing a back wave, and characterized in that minimum cross section area of the microwave channel at the outlet is 8 to 12 times greater than a maximum cross section area of the suppressing means . a microwave source , and a resonator having a microwave channel for guiding radiation from said microwave source, said resonator comprising: a box having a first channel , said microwave source being installed on said box; and a base having a second channel , said base being electrically connected to said box, a box having a first channel , said microwave source being installed on said box; and a base having a second channel , said base being electrically connected to said box, wherein the second channel is an extension of the first channel, and said first channel and said second channel forms a microwave channel having an outlet through which microwave radiation is emitted, wherein said microwave channel accommodating, at least partially, a suppressing means for suppressing a back wave, and characterized in that minimum cross section area of the microwave channel at the outlet is 8 to 12 times greater than a maximum cross section area of the suppressing means .
Device for producing a multicoloured yarn from differently coloured filaments which consist of a plurality of endless filaments, wherein at least two filaments (F1 ... Fn) are guided into a drawing device , where they are guided by a pair of intake rollers (3.1, 3.2) to at least two pairs of drawing unit rollers (5.1, 5.2; 6.1, 6.2) and are drawn by the drawing unit rollers, downstream of which there is arranged a texturing device having a cooling drum , characterised in that there is arranged solely upstream of the texturing device at least one nozzle in which each filament (F1 ... Fn) is separately interlaced, and at least one yarn (G1, G2) is formed from the filaments (F1 ... Fn) in the texturing nozzle , wherein the filaments (F1 ... Fn) are drawn on the pair of drawing unit rollers (6.1, 6.2) that is arranged directly upstream of the nozzle at a speed of at least 1700 m/min.
A valve comprising a device for controlling a pressurised fluid supply including a body comprising a bore with a longitudinal axis (X), a moving assembly able to slide in the bore, at least one supply port made in the body and disposed laterally to the longitudinal axis (X), at least one discharge port made in the body laterally to the longitudinal axis (X), the moving assembly being able to slide between at least a first position for stopping communication between the supply port and the discharge port and a second position for communicating the supply port with the discharge port , means for returning the moving assembly to the first position, the moving assembly comprising a lateral surface for sealingly or substantially sealingly cooperating with the bore, at least one groove in the lateral surface of the moving assembly , said groove being in permanent communication with the supply port , the moving assembly comprising at least one housing extending parallel to the longitudinal axis (X) and an element slidably mounted in said housing , said housing being in permanent communication with said groove such that one end of said element is in contact with the pressurised fluid and wherein the element is fixed with respect to the body at least in a direction opposite to the direction of travel of the moving assembly from the first position to the second position, said valve also comprising external actuation means able to move the moving assembly in an opening position independently of the pressure level in the groove , said actuation means comprising a magnetic core and a solenoid able to move the magnetic core along the longitudinal axis (X), wherein the moving assembly includes a valve spool comprising the groove , a pusher and the magnetic core , the pusher being as a single piece with the valve spool and being disposed between the valve spool and the magnetic core , said magnetic core being axially integral with the valve spool , wherein the housing is formed in the magnetic core and wherein the valve spool and the pusher include a passageway for feeding the pressurised fluid to the housing in the magnetic core .
A high-temperature fuel cell system, comprising: a reformer that reforms a hydrocarbon-based raw fuel to generate a reformed gas containing hydrogen; a fuel cell that generates power by using the reformed gas and an oxidant gas; and a burner that heats the reformer , wherein the burner includes an anode-off-gas gathering portion that has an anode-off-gas ejection hole and at which an anode off-gas discharged from an anode of the fuel cell gathers, wherein the anode-off-gas gathering portion is formed so as to surround a first cathode-off-gas passing area through which a cathode off-gas discharged from a cathode of the fuel cell passes, wherein the anode-off-gas ejection hole is formed such that the anode off-gas ejected upward from the anode-off-gas ejection hole approaches the cathode off-gas passing upward through the first cathode-off-gas passing area , wherein gravity acts from above/upward to downward, wherein the anode off-gas ejected from the anode-off-gas ejection hole and the cathode off-gas that has passed through the first cathode-off-gas passing area are burned, and characterized in that the anode-off-gas gathering portion has a tapered surface sloping downward toward the first cathode-off-gas passing area , and the anode-off-gas ejection hole extends from the tapered surface . a reformer that reforms a hydrocarbon-based raw fuel to generate a reformed gas containing hydrogen; a fuel cell that generates power by using the reformed gas and an oxidant gas; and a burner that heats the reformer , wherein the burner includes an anode-off-gas gathering portion that has an anode-off-gas ejection hole and at which an anode off-gas discharged from an anode of the fuel cell gathers, wherein the anode-off-gas gathering portion is formed so as to surround a first cathode-off-gas passing area through which a cathode off-gas discharged from a cathode of the fuel cell passes, wherein the anode-off-gas ejection hole is formed such that the anode off-gas ejected upward from the anode-off-gas ejection hole approaches the cathode off-gas passing upward through the first cathode-off-gas passing area , wherein gravity acts from above/upward to downward, wherein the anode off-gas ejected from the anode-off-gas ejection hole and the cathode off-gas that has passed through the first cathode-off-gas passing area are burned, and characterized in that the anode-off-gas gathering portion has a tapered surface sloping downward toward the first cathode-off-gas passing area , and the anode-off-gas ejection hole extends from the tapered surface .
A cosmetic product comprising: a silicone acrylate-free, W/O type cosmetic composition comprising an inorganic UV-blocking agent and a silicone elastomer emulsifier; and a carrier comprising a sponge in which the cosmetic composition is impregnated, wherein the weight ratio of the inorganic UV-blocking agent and the silicone elastomer emulsifier is 10-30 : 0.01-5, wherein the viscosity of the W/O type cosmetic composition is 5 to 35 Pa.s (5,000 to 35,000 centipoises), and wherein the sponge has a density of 0.1 to 0.18 g/cm 3 .
A feed pellet for ruminants containing a kraft pulp derived from a lignocellulosic material, wherein the kraft pulp has a Canadian standard freeness of less than 400 ml.
Bottling system for sparkling wines produced in autoclave, in particular spumante wines, comprising: - an autoclave for containing a liquid (L) consisting in sparkling wine, - a compensation cylinder for containing an inert gas and provided with a pressure reducer suitable for reducing the pressure of the gas delivered from an outlet nozzle of the compensation cylinder, and - a transfer manifold for transferring the liquid from the autoclave into the bottle (B); said transfer manifold comprising: - a collar applicable to a neck (C) of a bottle (B) and provided with an axial conduit for the insertion of a cap (T) in order to close the bottle, and - an inlet connected to the autoclave for transferring the liquid (L) from the autoclave to the bottle; characterized in that said compensation cylinder is hydraulically connected to the autoclave ; and said transfer manifold comprises an outlet connected to the autoclave for sending the gas from the bottle (B) to the autoclave said autoclave comprises a tap disposed in a lower part of the autoclave and connected to said inlet of the transfer manifold by means of a transfer tube ; the compensation cylinder comprises a tap ; said transfer manifold comprises taps ; said autoclave comprises a pressure gauge ; and said compensation cylinder comprises a pressure gauge . - an autoclave for containing a liquid (L) consisting in sparkling wine, - a compensation cylinder for containing an inert gas and provided with a pressure reducer suitable for reducing the pressure of the gas delivered from an outlet nozzle of the compensation cylinder, and - a transfer manifold for transferring the liquid from the autoclave into the bottle (B); said transfer manifold comprising: - a collar applicable to a neck (C) of a bottle (B) and provided with an axial conduit for the insertion of a cap (T) in order to close the bottle, and - an inlet connected to the autoclave for transferring the liquid (L) from the autoclave to the bottle; - a collar applicable to a neck (C) of a bottle (B) and provided with an axial conduit for the insertion of a cap (T) in order to close the bottle, and - an inlet connected to the autoclave for transferring the liquid (L) from the autoclave to the bottle; characterized in that said compensation cylinder is hydraulically connected to the autoclave ; and said transfer manifold comprises an outlet connected to the autoclave for sending the gas from the bottle (B) to the autoclave said autoclave comprises a tap disposed in a lower part of the autoclave and connected to said inlet of the transfer manifold by means of a transfer tube ; the compensation cylinder comprises a tap ; said transfer manifold comprises taps ; said autoclave comprises a pressure gauge ; and said compensation cylinder comprises a pressure gauge .
Method for producing solid urea by fluid-bed granulation, characterized in that the granulation is fed with urea melt having a concentration of at least 99.5% by weight and in that no formaldehyde is added to said urea melt.