mhurhangee/ep-ind-claims huggingface dataset:
A system for breath test of a person including a predefined inlet area and a predefined outlet area; a sensor unit, wherein the inlet area is arranged to provide a continuous airflow from the inlet area to the sensor unit, the sensor unit comprising a first sensor element configured to detect the presence and/or concentration of a volatile substance, present in air from a breath flowing through the predefined inlet area and to generate a signal corresponding to the concentration of said substance; a second sensor element configured to detect the presence of a tracer gas in said flowing air and to generate a signal corresponding to the concentration of the tracer gas; an analyzer configured to determine the concentration of said substance in the breath of said person, the determination being based on said signal corresponding to the substance concentration; means for generating and controlling said airflow (10, 12, 14), including a fan, wherein at least the fan of said means is adapted to interrupt said flow upon the detection of a breath, wherein the criteria for breath detection includes tracer gas detection by the second sensor element, wherein the inlet area and fan are adapted to provide the air flow as a mixture of ambient and expiratory air from the person and the analyzer is further adapted to determine said concentration based on the signal corresponding to the tracer gas concentration and a determined dilution of the expiratory air. a first sensor element configured to detect the presence and/or concentration of a volatile substance, present in air from a breath flowing through the predefined inlet area and to generate a signal corresponding to the concentration of said substance; a second sensor element configured to detect the presence of a tracer gas in said flowing air and to generate a signal corresponding to the concentration of the tracer gas;
A method for manufacture of wire bondable and/or solderable surfaces on noble metal electrodes comprising, in this order, the steps of i. providing a substrate having at least one noble metal electrode attached thereon, ii. cleaning said at least one noble metal electrode, iii. depositing onto said at least one noble metal electrode a seed layer selected from palladium and palladium alloys by electroless (autocatalytic) plating from an aqueous plating bath wherein said plating bath has a temperature in the range of 60 to 90 °C during deposition of said seed layer, iv. depositing an intermediate layer selected from the group comprising nickel alloys and cobalt alloys onto said seed layer by electroless plating from a plating bath comprising a source for nickel or cobalt ions, a reducing agent and at least one complexing agent, v. depositing at least one surface finish layer onto the intermediate layer by electroless plating wherein said at least one surface finish layer is selected from the group consisting of palladium, palladium alloys, gold and gold alloys with the provisio that a gold layer as a single surface finish layer is deposited by immersion type plating onto the intermediate layer and that a gold layer is deposited either by immersion-type plating or electroless plating onto palladium or palladium alloy layer deposited by electroless plating onto the intermediate layer. i. providing a substrate having at least one noble metal electrode attached thereon, ii. cleaning said at least one noble metal electrode, iii. depositing onto said at least one noble metal electrode a seed layer selected from palladium and palladium alloys by electroless (autocatalytic) plating from an aqueous plating bath wherein said plating bath has a temperature in the range of 60 to 90 °C during deposition of said seed layer, iv. depositing an intermediate layer selected from the group comprising nickel alloys and cobalt alloys onto said seed layer by electroless plating from a plating bath comprising a source for nickel or cobalt ions, a reducing agent and at least one complexing agent, v. depositing at least one surface finish layer onto the intermediate layer by electroless plating wherein said at least one surface finish layer is selected from the group consisting of palladium, palladium alloys, gold and gold alloys with the provisio that a gold layer as a single surface finish layer is deposited by immersion type plating onto the intermediate layer and that a gold layer is deposited either by immersion-type plating or electroless plating onto palladium or palladium alloy layer deposited by electroless plating onto the intermediate layer.
A camera module for a motor vehicle, comprising - a camera housing, - a lens objective comprises an opening allowing light to enter the camera module, and - one or more electronic components including an image sensor adapted to sense light which is transmitted through the lens objective towards the image sensor, - an electromagnetic waveguide filter is arranged around at least a portion of the lens objective, wherein the electromagnetic waveguide filter is adapted to electromagnetically shield the one or more electronic components from undesired electromagnetic radiation entering the camera housing and/or to shield the camera surrounding from undesired electromagnetic radiation leaving the camera housing, wherein - the lens objective comprises a lens barrel holding a plurality of lenses and made of a non-shielding plastic material, - the electromagnetic waveguide filter is arranged around the lens barrel, - the electromagnetic waveguide filter is tube-shaped to match the tube-shape of the lens barrel, - the inner diameter of the waveguide filter is larger than the outer diameter of the lens barrel, wherein - the electromagnetic waveguide filter has a length L and a diameter d, characterized in that - the ratio of length L and diameter d of the electromagnetic waveguide filter is larger than two, and - the length of the electromagnetic waveguide filter equals the length of the lens barrel. - a camera housing, - a lens objective comprises an opening allowing light to enter the camera module, and - one or more electronic components including an image sensor adapted to sense light which is transmitted through the lens objective towards the image sensor, - an electromagnetic waveguide filter is arranged around at least a portion of the lens objective, wherein the electromagnetic waveguide filter is adapted to electromagnetically shield the one or more electronic components from undesired electromagnetic radiation entering the camera housing and/or to shield the camera surrounding from undesired electromagnetic radiation leaving the camera housing, wherein - the lens objective comprises a lens barrel holding a plurality of lenses and made of a non-shielding plastic material, - the electromagnetic waveguide filter is arranged around the lens barrel, - the electromagnetic waveguide filter is tube-shaped to match the tube-shape of the lens barrel, - the inner diameter of the waveguide filter is larger than the outer diameter of the lens barrel, wherein - the electromagnetic waveguide filter has a length L and a diameter d, characterized in that - the ratio of length L and diameter d of the electromagnetic waveguide filter is larger than two, and - the length of the electromagnetic waveguide filter equals the length of the lens barrel.
Method for rearing animals and in particular poultry or pigs, where water is supplied to the animals in order to water them, which is characterized in that oxygen and CO 2 are injected into the drinking water, before the latter reaches the animals, according to one of the following modes: - two injections, one of CO 2 and one of oxygen, are carried out simultaneously into the water; - the injection into the water of a mixture of oxygen and CO 2 is carried out. - two injections, one of CO 2 and one of oxygen, are carried out simultaneously into the water; - the injection into the water of a mixture of oxygen and CO 2 is carried out.
A β-nickel hydroxide that is doped with Al ions, wherein the Al ions are distributed homogeneously in the crystal lattice of the β-nickel hydroxide, wherein the β-nickel hydroxide comprises secondary particles composed of spherically agglomerated primary crystallites having a primary crystallite size of 100 Å or less, determined via X-ray diffraction, and wherein the secondary particles have a particle size between 2 and 20 μm.
An omni-wheel, comprising: an annular core member having at least one junction defined by mutually circumferentially opposing ends thereof; a plurality of sleeve members defining an inner bore and passed onto the core member; and a free roller rotatably supported on an outer surface of each sleeve member in a coaxial relationship; wherein the mutually opposing ends of the annular core member at the at least one junction are fitted into either end of the inner bore of the corresponding sleeve member. an annular core member having at least one junction defined by mutually circumferentially opposing ends thereof; a plurality of sleeve members defining an inner bore and passed onto the core member; and a free roller rotatably supported on an outer surface of each sleeve member in a coaxial relationship; wherein the mutually opposing ends of the annular core member at the at least one junction are fitted into either end of the inner bore of the corresponding sleeve member.
Method for manufacturing a carrying casing provided with a collar intended to carry at least one cartridge of abradable material for a turbomachine, said carrying casing comprising at least one bare annular casing and one block of material that comprises an outer face configured to be secured to an inner face of said bare annular casing, said block being covered with a skin able to carry said cartridge of abradable material, said block and said skin forming said collar, characterised in that it comprises successively: - a step (ET1') during which the outer face of the block is secured to the inner face of the bare annular casing, - a step (ET2') during which the circularity of an inner face of the block is monitored and during which, if necessary, the inner face of the block is machined to round, - a step (ET4') during which, simultaneously, said skin is produced and is secured to said block. - a step (ET1') during which the outer face of the block is secured to the inner face of the bare annular casing, - a step (ET2') during which the circularity of an inner face of the block is monitored and during which, if necessary, the inner face of the block is machined to round, - a step (ET4') during which, simultaneously, said skin is produced and is secured to said block.
A method of transmitting information in a wireless communication system, the method comprising: receiving data from a mobile subscriber station, MSS, via an uplink channel; determining quality of the uplink channel based on the received data by a base station, BS, and transmitting a feedback information to the MSS via a downlink fast feedback channel, wherein the feedback information is based on the determined quality of the uplink channel, and a physical resource for the downlink fast feedback channel is different from a physical resource for a data channel, and wherein a basic allocation unit of the physical resource for the downlink fast feedback channel is divided into several sub-groups with each of the several sub-groups including a plurality of sub-carriers, and wherein the downlink fast feedback channel is modulated based on a modulation pattern corresponding to the feedback information. receiving data from a mobile subscriber station, MSS, via an uplink channel; determining quality of the uplink channel based on the received data by a base station, BS, and transmitting a feedback information to the MSS via a downlink fast feedback channel, wherein the feedback information is based on the determined quality of the uplink channel, and a physical resource for the downlink fast feedback channel is different from a physical resource for a data channel, and wherein a basic allocation unit of the physical resource for the downlink fast feedback channel is divided into several sub-groups with each of the several sub-groups including a plurality of sub-carriers, and wherein the downlink fast feedback channel is modulated based on a modulation pattern corresponding to the feedback information.
An accelerator sled (1000; 1550; 1610) comprising: circuitry to determine, based on (i) a total power budget for the accelerator sled (1610, 1612), (ii) service level agreement, SLA, data indicative of a target performance of a kernel, and (iii) profile data indicative of a performance of the kernel as a function of a power utilization of the kernel, a power utilization limit for the kernel to be executed by an accelerator device (1620, 1622) on the accelerator sled (1610, 1612), wherein to determine the power utilization limit comprises to determine the power utilization limit further as a function of a pattern of power utilization of the kernel on the accelerator sled (1610, 1612) and to determine a time period over which the power utilization of the kernel is predicted to change; allocate the determined power utilization limit to the kernel if the time period over which the power utilization of the kernel is predicted to change has a length that exceeds a threshold length of time; and execute the kernel under the allocated power utilization limit. circuitry to determine, based on (i) a total power budget for the accelerator sled (1610, 1612), (ii) service level agreement, SLA, data indicative of a target performance of a kernel, and (iii) profile data indicative of a performance of the kernel as a function of a power utilization of the kernel, a power utilization limit for the kernel to be executed by an accelerator device (1620, 1622) on the accelerator sled (1610, 1612), wherein to determine the power utilization limit comprises to determine the power utilization limit further as a function of a pattern of power utilization of the kernel on the accelerator sled (1610, 1612) and to determine a time period over which the power utilization of the kernel is predicted to change; allocate the determined power utilization limit to the kernel if the time period over which the power utilization of the kernel is predicted to change has a length that exceeds a threshold length of time; and execute the kernel under the allocated power utilization limit.
Rail element (1; 1'; 1") adapted to co-act with a current collector (2") of an electrically propellable road vehicle for supplying electric power to said vehicle, said rail element being adapted to extend along a road section on which the vehicle is travelling, wherein said rail element is adapted to be located on, or to be partly recessed in, a road surface of said road section, wherein at least two grooves (5a, 5b; 5a', 5b'; 5a", 5b") are formed at least partly by said rail element, wherein two grooves are formed at opposite lateral sides (6a, 6b) thereof with respective openings (7a, 7b) of the grooves facing in opposite lateral directions (L 1, L 2) relative a lengthwise direction of the rail element, wherein at least one electric conductor (8a, 8b; 8a', 8b'; 8a", 8b") is arranged in each of said two grooves, said electric conductors extending along the lengthwise direction of said rail element and being adapted to be put under voltage for supplying said electric power, wherein said two grooves are disposed in a common horizontal plane.
Biological methanation reactor (100, 200, 400, 500) of hydrogen or hydrogen-rich gas, and of carbon dioxide or carbon dioxide-rich gas, characterized in that it comprises: - a chamber having one longitudinal extremity, referred to as "lower", and one opposite longitudinal extremity, referred to as "upper", said chamber comprising, in the vicinity of the lower extremity: - a primary inlet (110, 405) for water, - an inlet (115, 405) for hydrogen or hydrogen-rich gas, and - an inlet (120, 405) for carbon dioxide or carbon dioxide-rich gas; and in the vicinity of the upper extremity: - an outlet for synthetic methane or a gas rich in synthetic methane, and - a primary outlet for water; - a substrate material for forming a bed of methanogenic flora, having a density lower than the density of water, mobile in translation along the longitudinal axis of the chamber, and configured to receive methanogenic flora; and - between the substrate material on the one hand and the methane outlet and the water outlet on the other hand, a perforated surface to retain the substrate material, forming a stop for the longitudinal movement of the substrate material at the position of said surface. - a chamber having one longitudinal extremity, referred to as "lower", and one opposite longitudinal extremity, referred to as "upper", said chamber comprising, in the vicinity of the lower extremity: - a primary inlet (110, 405) for water, - an inlet (115, 405) for hydrogen or hydrogen-rich gas, and - an inlet (120, 405) for carbon dioxide or carbon dioxide-rich gas; and in the vicinity of the upper extremity: - an outlet for synthetic methane or a gas rich in synthetic methane, and - a primary outlet for water; - a primary inlet (110, 405) for water, - an inlet (115, 405) for hydrogen or hydrogen-rich gas, and - an inlet (120, 405) for carbon dioxide or carbon dioxide-rich gas; and - an outlet for synthetic methane or a gas rich in synthetic methane, and - a primary outlet for water; - a substrate material for forming a bed of methanogenic flora, having a density lower than the density of water, mobile in translation along the longitudinal axis of the chamber, and configured to receive methanogenic flora; and - between the substrate material on the one hand and the methane outlet and the water outlet on the other hand, a perforated surface to retain the substrate material, forming a stop for the longitudinal movement of the substrate material at the position of said surface.
An aerosol generating article for use in an aerosol generating assembly, the article comprising an aerosol generating substrate comprising an aerosol generating material, wherein the aerosol generating material comprises an amorphous solid, the amorphous solid comprising: - 10-30 wt% of a gelling agent; - 20-40 wt% of an aerosol generating agent; and - 40-55 wt% of a tobacco extract; wherein these weights are calculated on a dry weight basis. - 10-30 wt% of a gelling agent; - 20-40 wt% of an aerosol generating agent; and - 40-55 wt% of a tobacco extract;
An implantable shunt for delivery of an ophthalmic therapeutic agent into an eye, comprising a swell loadable polymeric ocular insert configured to extend through the sclera to deliver the agent into the intravitreal space, characterised in that the ocular insert comprises a micron scale tab jutting out of the sclera when the shunt is implanted and configured to operate as an external mass transport channel wherein the tab acts as a wick to deliver the agent to the insert.
A solar collector comprising at least one elongate tube, said at least one elongate tube including means for absorbing solar radiation, means for transferring heat from said heat absorbing means to a fluid to be heated and an end fitting providing fluid connection means for connection with a corresponding end fitting of an adjacent elongate tube to permit passage of fluid between the end fittings without requiring a separate manifold, the end fitting comprising a fluid passageway (16, 17), the end fitting being adapted to sealingly engage a similar passageway (16, 17) of an adjacent end fitting, the passageway (16, 17) being divided by a longitudinally extending dividing wall into a cold fluid passageway for a cold fluid stream and a hot fluid passageway for a hot fluid stream characterized in that the dividing wall is a separate component which is mounted in the passageway (16, 17).
A method of data switching, the method comprising: receiving, at a crosspoint switch, first data from a first device and second data from a second device; transmitting, by the crosspoint switch, the first data from the crosspoint switch to a first function block (740; 742) in a logic function device; transmitting, by the crosspoint switch, the second data from the crosspoint switch to the first function block, multiplexing, by the first function block, the first data and the second data into a multiplexed data stream; after multiplexing by the first function block, filtering the multiplexed data stream in a first filter (750; 752) of the logic function device, the first filter having a first criteria, wherein the filtering comprises discarding the multiplexed data stream if the multiplexed data stream does not match the first criteria; and if the multiplexed data stream matches the first criteria, transmitting the multiplexed data stream from the first filter to a remote location (760; 762) via the crosspoint switch. receiving, at a crosspoint switch, first data from a first device and second data from a second device; transmitting, by the crosspoint switch, the first data from the crosspoint switch to a first function block (740; 742) in a logic function device; transmitting, by the crosspoint switch, the second data from the crosspoint switch to the first function block, multiplexing, by the first function block, the first data and the second data into a multiplexed data stream; after multiplexing by the first function block, filtering the multiplexed data stream in a first filter (750; 752) of the logic function device, the first filter having a first criteria, wherein the filtering comprises discarding the multiplexed data stream if the multiplexed data stream does not match the first criteria; and if the multiplexed data stream matches the first criteria, transmitting the multiplexed data stream from the first filter to a remote location (760; 762) via the crosspoint switch.
Flow meter for a fluid, said flow meter including at least two channels (6, 13) which each comprise a floor, a ceiling and two walls (11, 12), wherein at least one of the channels (6, 13) is a measuring channel in which a measuring device is arranged, wherein the flow meter includes a channel unit which realizes the channels (6, 13), wherein the channel unit consists of one first component and one second component which are fitted into one another and in the joined state complement one another thus forming the channels (6, 13), wherein in the case of at least one of the channels (6, 13), at least on a longitudinal portion of the channel, the first wall of the channel is formed from the first component and the second wall of the channel is formed from the second component, characterized in that the first and the second component (2, 3) comprise in each case a base (8, 10) and wall portions (7, 9) which protrude from the base (8, 10) and are trapezoidal in cross section in the longitudinal portion.
A sole (200a-h, 400, 500, 600) with a midsole (202a-b, 202d-h, 402, 510, 610), wherein the midsole comprises: a first sole region (220a, 220d-h, 420) comprising particle foam (225a, 225d); the sole characterized in that the midsole further comprises a deformation region (230a, 230c, 231c, 232c, 230d, 230e, 230f, 230g, 230h, 231h, 250h, 251h, 430) within the midsole and positioned proximate the first sole region, wherein the deformation region comprises a volume greater than that of a single expanded particle in the particle foam and is configured to allow deformation of the particle foam of the first sole region under a pressure load on the sole. a first sole region (220a, 220d-h, 420) comprising particle foam (225a, 225d); the sole characterized in that the midsole further comprises a deformation region (230a, 230c, 231c, 232c, 230d, 230e, 230f, 230g, 230h, 231h, 250h, 251h, 430) within the midsole and positioned proximate the first sole region, wherein the deformation region comprises a volume greater than that of a single expanded particle in the particle foam and is configured to allow deformation of the particle foam of the first sole region under a pressure load on the sole.