mhurhangee/ep-ind-claims huggingface dataset:
An optical module comprising: a plurality of laser diodes arranged on the same plane; and a plurality of mirrors that reflect each light emitted from each of the laser diodes, a condenser lens into which the light reflected by the plurality of mirrors is entered, wherein the plurality of mirrors reflects each light emitted from each of the laser diodes in a direction inclined with respect to the plane and aligns the light in a fast axis direction, wherein the fast axis direction is defined as the direction orthogonal to the plane on which the plurality of laser diodes is arranged, characterized in that each light emitted from each of the laser diodes is reflected by the plurality of mirrors in such a manner as to be away from one another in the fast axis direction such that the entrance angle of the light entered at positions separated from the outer peripheral side of the condenser lens, that is, separated from the optical axis of the condenser lens is increased when compared to lights reflected by the plurality of mirrors propagating in directions parallel to one another, and is condensed at one point by the condenser lens. a plurality of laser diodes arranged on the same plane; and a plurality of mirrors that reflect each light emitted from each of the laser diodes, a condenser lens into which the light reflected by the plurality of mirrors is entered, wherein the plurality of mirrors reflects each light emitted from each of the laser diodes in a direction inclined with respect to the plane and aligns the light in a fast axis direction, wherein the fast axis direction is defined as the direction orthogonal to the plane on which the plurality of laser diodes is arranged, characterized in that each light emitted from each of the laser diodes is reflected by the plurality of mirrors in such a manner as to be away from one another in the fast axis direction such that the entrance angle of the light entered at positions separated from the outer peripheral side of the condenser lens, that is, separated from the optical axis of the condenser lens is increased when compared to lights reflected by the plurality of mirrors propagating in directions parallel to one another, and is condensed at one point by the condenser lens.
A seat controller for a vehicle comprising: a control unit that performs an away operation, being provided to move a vehicle seat toward the rear of the vehicle when a preset away condition is satisfied to improve a vehicle entering property, and performs a return operation, being provided to move the vehicle seat toward the front of the vehicle when a preset return condition is satisfied, wherein the return condition includes, as a first return condition, a vehicle door having been closed when a carried key is in the vehicle, the return condition includes, as a second return condition, at least one of an engine switch having been switched to an accessory mode, an engine having been started, and a seatbelt having been fastened, wherein an operation for starting the engine includes operating a brake operation member, and the control unit invalidates the first return condition and validates only the second return condition when the position of the vehicle seat prior to the away operation is located behind a set position that is set in advance characterized in that the control unit validates both of the first and second return conditions when the position of the vehicle seat prior to the away operation is located at or in front of a set position that is set in advance. a control unit that performs an away operation, being provided to move a vehicle seat toward the rear of the vehicle when a preset away condition is satisfied to improve a vehicle entering property, and performs a return operation, being provided to move the vehicle seat toward the front of the vehicle when a preset return condition is satisfied, wherein the return condition includes, as a first return condition, a vehicle door having been closed when a carried key is in the vehicle, the return condition includes, as a second return condition, at least one of an engine switch having been switched to an accessory mode, an engine having been started, and a seatbelt having been fastened, wherein an operation for starting the engine includes operating a brake operation member, and the control unit invalidates the first return condition and validates only the second return condition when the position of the vehicle seat prior to the away operation is located behind a set position that is set in advance characterized in that the control unit validates both of the first and second return conditions when the position of the vehicle seat prior to the away operation is located at or in front of a set position that is set in advance.
Arrangement of a fluid tank on a vehicle, in particular motor vehicle, comprising: - a tension strap with a first and a second end, - a vehicle-side bearing and - an elastomer element, wherein the tension strap holds the fluid tank in a cavity of an underbody of the vehicle, wherein the vehicle-side bearing is designed for fastening the tension strap with the first end to the vehicle, and the elastomer element is arranged between the tension strap and the vehicle-side bearing, characterized in that the second end of the tension strap is secured to the vehicle by means of a screw connection, and wherein the elastomer element rests on the vehicle-side bearing, wherein the first end of the tension strap is arranged so as to be displaceable via the elastomer element in relation to the vehicle-side bearing, and wherein the forces between the elastomer element and the vehicle-side bearing are transmitted only via a frictional connection, and wherein the vehicle-side bearing has an inclination (φ) in relation to a horizontal (x). - a tension strap with a first and a second end, - a vehicle-side bearing and - an elastomer element, wherein the tension strap holds the fluid tank in a cavity of an underbody of the vehicle, wherein the vehicle-side bearing is designed for fastening the tension strap with the first end to the vehicle, and the elastomer element is arranged between the tension strap and the vehicle-side bearing, characterized in that the second end of the tension strap is secured to the vehicle by means of a screw connection, and wherein the elastomer element rests on the vehicle-side bearing, wherein the first end of the tension strap is arranged so as to be displaceable via the elastomer element in relation to the vehicle-side bearing, and wherein the forces between the elastomer element and the vehicle-side bearing are transmitted only via a frictional connection, and wherein the vehicle-side bearing has an inclination (φ) in relation to a horizontal (x).
A mammary implant comprising: an outer shell configured to retain a fluid therein; an injection element coupled to the outer shell and adapted to receive therethrough an injection device for injecting fluid into said outer shell; and an injection marker zone comprised of a cured material having ultrasonically detectable markers incorporated therein, wherein the markers are a plurality of microcavities that are located relative to the injection element so that, when ultrasonically detected, such detection indicates a location of the injection element, wherein the injection marker zone forms part of the injection element, and wherein the plurality of microcavities are embedded within the cured material which comprises at least a part of said injection element. an outer shell configured to retain a fluid therein; an injection element coupled to the outer shell and adapted to receive therethrough an injection device for injecting fluid into said outer shell; and an injection marker zone comprised of a cured material having ultrasonically detectable markers incorporated therein, wherein the markers are a plurality of microcavities that are located relative to the injection element so that, when ultrasonically detected, such detection indicates a location of the injection element, wherein the injection marker zone forms part of the injection element, and wherein the plurality of microcavities are embedded within the cured material which comprises at least a part of said injection element.
A woven textile sleeve (110; 110'; 210; 210'; 310; 310'; 810) for routing and protecting elongate members, comprising: an elongate wall (112; 112'; 212; 212'; 312; 312'; 812) configured to bound a cavity extending a longitudinal central axis (18; 818) of the sleeve, said wall being woven with warp yarns (23, 23') extending parallel to said central longitudinal axis and fill yarns (24, 24') extending transversely to said warp yarns, said warp yarns being woven as discrete bundles of yarns, wherein each said discrete bundle of yarns includes a plurality of yarns arranged in side-by-side abutting relation with one another, with said yarns in each discrete bundle extending over and under the same said fill yarns with one another; wherein at least some of said discrete bundles include monofilaments; characterized in that at least one of said monofilaments within said discrete bundles has a larger diameter from other yarns within said discrete bundle. an elongate wall (112; 112'; 212; 212'; 312; 312'; 812) configured to bound a cavity extending a longitudinal central axis (18; 818) of the sleeve, said wall being woven with warp yarns (23, 23') extending parallel to said central longitudinal axis and fill yarns (24, 24') extending transversely to said warp yarns, said warp yarns being woven as discrete bundles of yarns, wherein each said discrete bundle of yarns includes a plurality of yarns arranged in side-by-side abutting relation with one another, with said yarns in each discrete bundle extending over and under the same said fill yarns with one another; wherein at least some of said discrete bundles include monofilaments; characterized in that at least one of said monofilaments within said discrete bundles has a larger diameter from other yarns within said discrete bundle.
An apparatus comprising: a structure configured to mount within a stock race to permit animals to pass therethrough, wherein the structure has an open top; two antenna coils (202, 203) attached to or within the structure configured to provide a magnetic field laterally across the structure, substantially in a zone through which an interrogatable identification device attached to each animal will pass; and a controller configured to receive an identification signal for each animal passing through the magnetic field based on an interrogation of each identification device passing therethrough; wherein the two coils (202, 203) comprise a coil attached to or within each side of the structure connected in a Helmholtz configuration. a structure configured to mount within a stock race to permit animals to pass therethrough, wherein the structure has an open top; two antenna coils (202, 203) attached to or within the structure configured to provide a magnetic field laterally across the structure, substantially in a zone through which an interrogatable identification device attached to each animal will pass; and a controller configured to receive an identification signal for each animal passing through the magnetic field based on an interrogation of each identification device passing therethrough; wherein the two coils (202, 203) comprise a coil attached to or within each side of the structure connected in a Helmholtz configuration.
A method for embedding a watermark, the method comprising: identifying a transform coefficient associated with a compressed digital data stream, the identified transform coefficient having a first mantissa code; characterized by obtaining a second mantissa code associated with a watermarked transform coefficient by: reconstructing an additional uncompressed digital data stream from the compressed digital data stream; embedding the watermark in the uncompressed digital data stream to determine a watermarked uncompressed data stream; and performing a transform on the watermarked uncompressed data stream to generate the watermarked transform coefficient; and modifying, without uncompressing the compressed digital data stream, the first mantissa code of the identified transform coefficient in the compressed digital data stream based on the second mantissa code to embed the watermark in the compressed digital data stream. identifying a transform coefficient associated with a compressed digital data stream, the identified transform coefficient having a first mantissa code; characterized by obtaining a second mantissa code associated with a watermarked transform coefficient by: reconstructing an additional uncompressed digital data stream from the compressed digital data stream; embedding the watermark in the uncompressed digital data stream to determine a watermarked uncompressed data stream; and performing a transform on the watermarked uncompressed data stream to generate the watermarked transform coefficient; and reconstructing an additional uncompressed digital data stream from the compressed digital data stream; embedding the watermark in the uncompressed digital data stream to determine a watermarked uncompressed data stream; and performing a transform on the watermarked uncompressed data stream to generate the watermarked transform coefficient; and modifying, without uncompressing the compressed digital data stream, the first mantissa code of the identified transform coefficient in the compressed digital data stream based on the second mantissa code to embed the watermark in the compressed digital data stream.
An automotive fluid flow pump (10; 10') for pumping a fluid, comprising: a pump housing with a fluidic inlet opening and a fluidic outlet opening, a rotatable pump rotor comprising a driven rotor body and at least five rotor blades, the rotor blades being fixed to the rotor body and defining rotating rotor sectors (21A, 21B, 21C), characterised in that the fluidic inlet opening is orientated axially and the fluidic outlet opening is orientated tangentially, and in that the rotor blades defining in total three different sector angles (a, b, c), each sector angle being the opening angle of a rotor sector and being defined by the rotor blades separating the rotor sector in circumferential direction, the three different sector angles (a, b, c) being a namely an intermediate sector angle (a), a small sector angle (b) and a large sector angle (c), all sector angles (a, b, c) being different from each other and having no divider in common the rotor sectors (21A, 21B, 21C) being sequenced as all of a minimum of two small rotor sectors with the small sector angle (b), one single or two intermediate rotor sectors with the intermediate sector angle (a), and all of a minimum of two large rotor sectors with the increased sector angle (c). a pump housing with a fluidic inlet opening and a fluidic outlet opening, a rotatable pump rotor comprising a driven rotor body and at least five rotor blades, the rotor blades being fixed to the rotor body and defining rotating rotor sectors (21A, 21B, 21C), characterised in that the fluidic inlet opening is orientated axially and the fluidic outlet opening is orientated tangentially, and in that the rotor blades defining in total three different sector angles (a, b, c), each sector angle being the opening angle of a rotor sector and being defined by the rotor blades separating the rotor sector in circumferential direction, the three different sector angles (a, b, c) being a namely an intermediate sector angle (a), a small sector angle (b) and a large sector angle (c), all sector angles (a, b, c) being different from each other and having no divider in common the rotor sectors (21A, 21B, 21C) being sequenced as all of a minimum of two small rotor sectors with the small sector angle (b), one single or two intermediate rotor sectors with the intermediate sector angle (a), and all of a minimum of two large rotor sectors with the increased sector angle (c).
A method of backwashing a membrane filtration module, said module including one or more membranes located in a feed-containing vessel, the membranes having a permeable wall which is subjected to a filtration operation wherein feed containing contaminant matter is applied to one side of the membrane wall and filtrate is withdrawn from the other side of the membrane wall, the method including the steps of: a) removing liquid, fully or partially by the filtration process, from the feed-containing vessel until the level of liquid in the feed-containing vessel falls to a first level below a liquid level (L 1) covering the upper header; b) suspending the filtration operation; c) after the level of liquid falls to the first level in step (a) performing a liquid backwash of the membrane wall until liquid level within the feed-containing vessel rises to a second predetermined level at or just below liquid level (L 1) and above said first level; d) aerating the membrane surface with gas bubbles to dislodge fouling materials therefrom; e) after completion of step (d) performing a sweep or drain down of the feed containing vessel to remove the liquid containing the dislodged contaminant matter; and f) recommencing the filtration operation; wherein the second predetermined level is selected such that the liquid level rises at least to the liquid level (L 1) covering the upper header during the aeration step. a) removing liquid, fully or partially by the filtration process, from the feed-containing vessel until the level of liquid in the feed-containing vessel falls to a first level below a liquid level (L 1) covering the upper header; b) suspending the filtration operation; c) after the level of liquid falls to the first level in step (a) performing a liquid backwash of the membrane wall until liquid level within the feed-containing vessel rises to a second predetermined level at or just below liquid level (L 1) and above said first level; d) aerating the membrane surface with gas bubbles to dislodge fouling materials therefrom; e) after completion of step (d) performing a sweep or drain down of the feed containing vessel to remove the liquid containing the dislodged contaminant matter; and f) recommencing the filtration operation; wherein the second predetermined level is selected such that the liquid level rises at least to the liquid level (L 1) covering the upper header during the aeration step.
A cabin outflow temperature control system for an aircraft comprising: an aircraft cabin; a heat load source (308;408;508;608;708), wherein the heat load source is a catalytic reactor of an aircraft fuel tank inerting system; a heat exchanger (232; 302-702) configured to receive cabin outflow air from the aircraft cabin and heat load discharge air from the heat load source, the heat exchanger configured to enable thermal transfer from the heat load discharge air to the cabin outflow air to generate high temperature cabin outflow air (312;412;512;612;712) and low temperature discharge air (314;414;514;614;714) as outputs from the heat exchanger; and one or more downstream operation systems (318;420;518;520;626;718;726) configured to receive the high temperature cabin outflow air and perform a downstream operation using said high temperature cabin outflow air. an aircraft cabin; a heat load source (308;408;508;608;708), wherein the heat load source is a catalytic reactor of an aircraft fuel tank inerting system; a heat exchanger (232; 302-702) configured to receive cabin outflow air from the aircraft cabin and heat load discharge air from the heat load source, the heat exchanger configured to enable thermal transfer from the heat load discharge air to the cabin outflow air to generate high temperature cabin outflow air (312;412;512;612;712) and low temperature discharge air (314;414;514;614;714) as outputs from the heat exchanger; and one or more downstream operation systems (318;420;518;520;626;718;726) configured to receive the high temperature cabin outflow air and perform a downstream operation using said high temperature cabin outflow air.
A method for scheduling transmission resources to a mobile station served by at least two base stations at a cell edge or at a handoff zone, comprising: receiving, from the mobile station, at a second of the at least two base stations, feedback information respecting transmission channel and acknowledgement parameters for data received by the mobile station from a first of the at least two base stations; drawing an inference at the second base station, based on the received feedback information, of throughput parameters respecting a transmission channel between the first base station and the mobile station; and enabling simultaneous transmission to the mobile station from each of the at least two base stations using a common transmission resource by scheduling transmission resources for the mobile station by the second base station as a function of the inferred throughput parameters. receiving, from the mobile station, at a second of the at least two base stations, feedback information respecting transmission channel and acknowledgement parameters for data received by the mobile station from a first of the at least two base stations; drawing an inference at the second base station, based on the received feedback information, of throughput parameters respecting a transmission channel between the first base station and the mobile station; and enabling simultaneous transmission to the mobile station from each of the at least two base stations using a common transmission resource by scheduling transmission resources for the mobile station by the second base station as a function of the inferred throughput parameters.
A method of improving iPS cell establishment efficiency, comprising the step of transferring Lin28B or a nucleic acid that encodes Lin28B to a somatic cell, wherein the somatic cell is a somatic cell on which Lin28 is ineffective or less effective than Lin28B in improving iPS cell establishment efficiency.
Prosthesis socket retainer for securing a prosthesis socket to an upper extremity, with a securing part which can be guided along the torso under the axilla of the contralateral, intact side of a patient, and with a coupling element which can be fastened to the prosthesis socket and can be connected to the securing part, characterized in that the coupling element is mounted displaceably on the securing part.