mhurhangee/patent-ind-claim-en huggingface dataset:
An energy storage system comprising: a power plant configured to generate an exhaust gas comprising carbon dioxide; a first fuel cell comprising: an anode and a cathode separated by an electrolyte matrix; and a power supply configured to apply a reverse voltage to the first fuel cell to operate the first fuel cell in reverse as an electrolyzer; wherein the first fuel cell is configured to receive at least a portion of the exhaust gas from the power plant; wherein the anode is configured to receive carbon dioxide via the exhaust gas and to also receive methane from a separate feed; and wherein the anode is configured to output a hydrogen-containing gas mixture comprising hydrogen and carbon monoxide; a reformer configured to methanate the hydrogen-containing gas mixture output from the anode of the first fuel cell to convert substantially all of the carbon monoxide in the hydrogen-containing gas mixture to methane, wherein the reformer is configured to output a gas mixture; and a second fuel cell operating in reverse as a hydrogen pump, the second fuel cell configured to separate hydrogen from the gas mixture output by the reformer. a power plant configured to generate an exhaust gas comprising carbon dioxide; a first fuel cell comprising: an anode and a cathode separated by an electrolyte matrix; and a power supply configured to apply a reverse voltage to the first fuel cell to operate the first fuel cell in reverse as an electrolyzer; wherein the first fuel cell is configured to receive at least a portion of the exhaust gas from the power plant; wherein the anode is configured to receive carbon dioxide via the exhaust gas and to also receive methane from a separate feed; and wherein the anode is configured to output a hydrogen-containing gas mixture comprising hydrogen and carbon monoxide; an anode and a cathode separated by an electrolyte matrix; and a power supply configured to apply a reverse voltage to the first fuel cell to operate the first fuel cell in reverse as an electrolyzer; wherein the first fuel cell is configured to receive at least a portion of the exhaust gas from the power plant; wherein the anode is configured to receive carbon dioxide via the exhaust gas and to also receive methane from a separate feed; and wherein the anode is configured to output a hydrogen-containing gas mixture comprising hydrogen and carbon monoxide; a reformer configured to methanate the hydrogen-containing gas mixture output from the anode of the first fuel cell to convert substantially all of the carbon monoxide in the hydrogen-containing gas mixture to methane, wherein the reformer is configured to output a gas mixture; and a second fuel cell operating in reverse as a hydrogen pump, the second fuel cell configured to separate hydrogen from the gas mixture output by the reformer.
Method for coding a sequence of video images by motion-compensated temporal filtering by discrete wavelet decomposition, a discrete wavelet decomposition comprising a step of dividing the sequence of video images into two groups of images, at least one step of determining, on the basis of at least one image composed of pixels of one of the groups of images, called the source group, an image representative of an image of the other group of images, called the destination group, characterized in that the image representative of an image of the destination group comprises pixels and sub-pixels determined on the basis of pixels and of sub-pixels obtained by over-sampling at least one image of the source group.
Nozzle for manufacturing knotted yarn , having a yarn duct in which knots are producible with the aid of air entanglement, and having at least one air bore having a longitudinal axis (A), which merges with the yarn duct in a merging opening and through which air is introducible into the yarn duct , wherein the longitudinal axis (A) of the air bore is disposed at an angle of 90° in relation to a conveying direction (B) of the knotted yarn , and a region of an entry opening of the yarn duct is constricted in relation to a cross section of the yarn duct in the region of the merging opening of the air bore and/or an exit opening of the yarn duct is widened in relation to a cross section of the yarn duct in the region of the merging opening of the air bore , and a baffle face is configured on the opposite side of the merging opening of the air bore in the yarn duct , such that a larger net amount of air dissipates via the exit opening than via the entry opening .
A device for thermal processing within a processing region at a workpiece surface by means of laser beams emitted by a plurality of radiation sources , comprising a control unit , which is designed to change the intensity of at least one of the laser beams within the processing region in a locally defined manner by a defined actuation of a plurality of the radiation sources , such that, within the processing region , a locally defined distribution of the intensity of the laser beams impinging on the workpiece surface can be achieved, characterized in that the opposite radiation sources emit laser beams of different wavelengths, a plurality of radiation sources and laser beams are present in an odd number, and/or a plurality of radiation sources and laser beams are present in an asymmetric arrangement, and an apparatus for supplying additional material to/in the processing region being present and the emitted laser beams being directed toward/into the processing region such that a free region that is not irradiated by laser beams is present within the processing region , the additional material being supplied to the free region .
An identification document such as a passport booklet, comprising: - a cover foldable at a folding line (X), - an end sheet being foldable at the folding line (X) and attached to the cover, - at least one sheet being foldable at the folding line (X), and - a closed circuit comprising: a) an electrical device such as an integrated circuit or a LED light , b) an antenna , and c) a conductive thread attaching the at least one sheet to the end sheet and forming at least part of the antenna , wherein the electrical device malfunctions when the closed circuit is interrupted by means of manipulation of the conductive thread . - a cover foldable at a folding line (X), - an end sheet being foldable at the folding line (X) and attached to the cover, - at least one sheet being foldable at the folding line (X), and - a closed circuit comprising: a) an electrical device such as an integrated circuit or a LED light , b) an antenna , and c) a conductive thread attaching the at least one sheet to the end sheet and forming at least part of the antenna , wherein the electrical device malfunctions when the closed circuit is interrupted by means of manipulation of the conductive thread . a) an electrical device such as an integrated circuit or a LED light , b) an antenna , and c) a conductive thread attaching the at least one sheet to the end sheet and forming at least part of the antenna ,
A printing apparatus comprising: an electrical interface to access a memory , the memory being external to the apparatus; a print fluid reservoir ; a fluid conduit to connect the print fluid reservoir with a print fluid supply , the print fluid supply being external to the apparatus; an actuator to selectively allow fluid flow through the fluid conduit from the print fluid supply ; and a controller coupled to the electrical interface , the controller to determine a print fluid quality based on data including an indication of an amount of print fluid in the print fluid supply received from the memory via the electrical interface , and the controller to control the actuator based on the print fluid quality. an electrical interface to access a memory , the memory being external to the apparatus; a print fluid reservoir ; a fluid conduit to connect the print fluid reservoir with a print fluid supply , the print fluid supply being external to the apparatus; an actuator to selectively allow fluid flow through the fluid conduit from the print fluid supply ; and a controller coupled to the electrical interface , the controller to determine a print fluid quality based on data including an indication of an amount of print fluid in the print fluid supply received from the memory via the electrical interface , and the controller to control the actuator based on the print fluid quality.
A method performed by a user equipment, UE, , the method comprising: transmitting a physical random access channel, PRACH, preamble; in response to transmitting the PRACH preamble, receiving a random access response message comprising an uplink grant for transmission of a physical uplink shared channel, PUSCH; and transmitting the PUSCH according to the uplink grant using a first PUSCH aggregation factor that is a predefined value of one; wherein the UE is configured with a second PUSCH aggregation factor that is different from the first PUSCH aggregation factor. transmitting a physical random access channel, PRACH, preamble; in response to transmitting the PRACH preamble, receiving a random access response message comprising an uplink grant for transmission of a physical uplink shared channel, PUSCH; and transmitting the PUSCH according to the uplink grant using a first PUSCH aggregation factor that is a predefined value of one; wherein the UE is configured with a second PUSCH aggregation factor that is different from the first PUSCH aggregation factor.
A turbine engine shaft , comprising: a first sub-shaft comprising a radial inner first threaded shaft surface that extends along an axis , and a first bearing surface that extends radially inward towards the first threaded shaft surface ; a second sub-shaft comprising a radial inner second threaded shaft surface that extends along the axis , and a second bearing surface that extends radially inward towards the second threaded shaft surface , the second bearing surface axially engaging the first bearing surface ; and a tie shaft comprising an intermediate tie shaft segment connected axially between a first tie shaft segment and a second tie shaft segment , the first tie shaft segment comprising a radial outer first threaded tie shaft surface mated with the first threaded shaft surface , and the second tie shaft segment comprising a radial outer threaded second tie shaft surface mated with the second threaded shaft surface ; characterised in that : the turbine engine shaft further comprises a sub-shaft bumper stop extending radially from the intermediate tie shaft segment to a bumper stop distal end that comprises a radius that is greater than a radius of at least one of the first threaded shaft surface and the second threaded shaft surface . a first sub-shaft comprising a radial inner first threaded shaft surface that extends along an axis , and a first bearing surface that extends radially inward towards the first threaded shaft surface ; a second sub-shaft comprising a radial inner second threaded shaft surface that extends along the axis , and a second bearing surface that extends radially inward towards the second threaded shaft surface , the second bearing surface axially engaging the first bearing surface ; and a tie shaft comprising an intermediate tie shaft segment connected axially between a first tie shaft segment and a second tie shaft segment , the first tie shaft segment comprising a radial outer first threaded tie shaft surface mated with the first threaded shaft surface , and the second tie shaft segment comprising a radial outer threaded second tie shaft surface mated with the second threaded shaft surface ; characterised in that : the turbine engine shaft further comprises a sub-shaft bumper stop extending radially from the intermediate tie shaft segment to a bumper stop distal end that comprises a radius that is greater than a radius of at least one of the first threaded shaft surface and the second threaded shaft surface .
Pressure pulsation damper for a fuel injection system, in particular a common-rail injection system, comprising a tubular line section in which there is formed a fuel channel which is connected to a pressure damping chamber , the pressure damping chamber being annular and arranged around the tubular line section , characterized in that multiple shell-side openings connect the fuel channel formed in the interior of the tubular line section to the annular pressure damping chamber , wherein multiple spherical gas-filled elements are accommodated in an annular arrangement in the pressure damping chamber .
A control apparatus for controlling a pass device coupled between an electrical power supply and a load, the apparatus comprising: an input for receiving power from the power supply; an output for supplying power to the load; and a current control circuit arranged to generate a first control signal for limiting, when in use, to a predetermined current level current flowing through the pass device ; the apparatus characterised in that : a power control circuit is arranged to generate a second control signal for controlling, when in use, power dissipated by the pass device to a predetermined power dissipation level wherein the power control circuit is temporarily disableable for a predetermined period of time, in response to the power dissipated while the power control circuit is enabled being below the predetermined power dissipation level, wherein the predetermined period conforms to a predetermined frequency of occurrence. an input for receiving power from the power supply; an output for supplying power to the load; and a current control circuit arranged to generate a first control signal for limiting, when in use, to a predetermined current level current flowing through the pass device ; the apparatus characterised in that : a power control circuit is arranged to generate a second control signal for controlling, when in use, power dissipated by the pass device to a predetermined power dissipation level wherein the power control circuit is temporarily disableable for a predetermined period of time, in response to the power dissipated while the power control circuit is enabled being below the predetermined power dissipation level, wherein the predetermined period conforms to a predetermined frequency of occurrence.
A planetary gear hub assembly including: a housing , a planetary sun gear rotatably mounted within the housing , said planetary sun gear meshing with a set of planet gears , said planet gears meshing with a ring gear , a thrust bearing mounted on an end wall of the housing for engagement by an outer end of the planetary sun gear , characterised in that the thrust bearing is formed by a wear pad mounted on an inner face of the end wall , an oil passage extending through the wear pad and communicating between an interior of the housing and an oil filling port extending through the end wall , and a plug demountably engaged with the oil filling port to close said oil filling port . a housing , a planetary sun gear rotatably mounted within the housing , said planetary sun gear meshing with a set of planet gears , said planet gears meshing with a ring gear , a thrust bearing mounted on an end wall of the housing for engagement by an outer end of the planetary sun gear ,
A sheet for use in a rod, the sheet comprising homogenised tobacco material, the homogenised tobacco material comprising particulate tobacco, an aerosol former, between 1% and 5% non-tobacco fibres by weight on a dry weight basis, and an extrinsic binder, wherein the sheet comprises at least 40% tobacco content on a dry weight basis, wherein the aerosol former content of the sheet is greater than 5% on a dry weight basis and wherein the sheet is formed by a casting process, wherein the sheet has a grammage between 100 g/m 2 and 300 g/m 2 .
A cooking hob with at least one steam generator, wherein: - the cooking hob comprises a glass ceramic panel including at least one recess , - the cooking hob comprises at least one water reservoir arranged beneath the recess , - the cooking hob comprises at least one removable lid for closing the recess , - the cooking hob comprises at least one heating element arranged beneath, besides and/or inside the water reservoir , and - the lid is arranged or arrangeable in the recess of the glass ceramic panel , so that the upper surfaces of the lid and the glass ceramic panel are at the same level and form either a smooth or a smooth and partially concave surface, characterised in that the lid includes a plurality of lid holes permeable for steam , wherein the lid and/or a portion of the glass ceramic panel encircling said lid are provided for supporting a standard steam cooking pot or a bamboo steamer, so that steam is directed from the water reservoir through the lid holes into the steam cooking pot or the bamboo steamer, respectively, and wherein the lid comprises a lid frame attached at an outer portion of the bottom side of said lid and made of at least one polymeric material, and wherein the cooking hob comprises at least one water level sensor arranged at or in the water reservoir , and wherein the cooking hob comprises a water tap connected to the water reservoir on the one hand and connectable or connected to a water supply on the other hand, and wherein the cooking hob comprises at least one temperature sensor arranged at or in the water reservoir and provided for detecting the temperature (T) of the water in the water reservoir . - the cooking hob comprises a glass ceramic panel including at least one recess , - the cooking hob comprises at least one water reservoir arranged beneath the recess , - the cooking hob comprises at least one removable lid for closing the recess , - the cooking hob comprises at least one heating element arranged beneath, besides and/or inside the water reservoir , and - the lid is arranged or arrangeable in the recess of the glass ceramic panel , so that the upper surfaces of the lid and the glass ceramic panel are at the same level and form either a smooth or a smooth and partially concave surface,
A unit for thermosetting printed fabrics, comprising: - a heated roller rotatable about a rotation axis (A) and having a cylindrical outer surface, - at least one fabric guiding element having a fume suction chamber connected to a suction device , characterized in that said at least one fabric guiding element has a concave inner wall facing the cylindrical outer surface of the heated roller and defining a gap with the cylindrical outer surface of the heated roller for passing the fabric , and in that said concave inner wall has a plurality of holes that communicate with said suction chamber . - a heated roller rotatable about a rotation axis (A) and having a cylindrical outer surface, - at least one fabric guiding element having a fume suction chamber connected to a suction device ,
Method for converting a roll assembly for treating a fibrous web within a paper or board machine, in which roll assembly at least two rolls , the rolling bearings of which are fitted in an accurate position on machined support surfaces of at least one stand with the aid of fitting elements such as keyed joints, are brought into contact with the fibrous web in the operating state, to a converted roll assembly having additional elements , which carries out a different function from the roll assembly - wherein firstly at least one roll bearing is arranged at a distance from its machine support surface on the stand , - whereupon a component is placed on the machine support surface and fixed, the support side of which has suitable recesses and/or elevations on the support surface for fitting elements , and fitting elements for the bearing housing are likewise introduced on its side opposite the support side, - previously, simultaneously or subsequently, the roll bearing arranged at a distance is positioned and fixed on the side of the component that is opposite the support side, - wherein, before the installation, the component has been provided with further additional machined surfaces , to which the additional assemblies necessary for the new function are fitted in an accurate position. - wherein firstly at least one roll bearing is arranged at a distance from its machine support surface on the stand , - whereupon a component is placed on the machine support surface and fixed, the support side of which has suitable recesses and/or elevations on the support surface for fitting elements , and fitting elements for the bearing housing are likewise introduced on its side opposite the support side, - previously, simultaneously or subsequently, the roll bearing arranged at a distance is positioned and fixed on the side of the component that is opposite the support side, - wherein, before the installation, the component has been provided with further additional machined surfaces , to which the additional assemblies necessary for the new function are fitted in an accurate position.
Ceiling- or wall-mounted apparatus for introducing air into a room, having a box-shaped housing in which there is arranged a fan impellor which sucks in the room air or external air through a central air inlet in the housing lower side of the ceiling-mounted apparatus or of the housing front side of the wall-mounted apparatus and delivers air, which is heated or cooled by a heat exchanger, to an air outlet ring which is arranged at the edge of the housing lower side of the ceiling-mounted apparatus or of the housing front side of the wall-mounted apparatus and through which the air is discharged into the room, wherein the air inlet is surrounded by the air outlet ring , which is divided into a plurality of air outlet ducts which are situated next to one another and which each guide the exiting air flow obliquely downwardly or forwardly in such a way that the total airflow exiting from the air outlet ring enters the room in a helically widening manner, and - that each second air outlet duct has an oblique air outlet angle other than the air outlet ducts situated therebetween, characterized - in that the air outlet ducts are divided alternating with one another into ducts optimized for warm air and into ducts optimized for cool air, - in that the ducts optimized for cool air are flatter and thus open with a smaller acute angle (α) into the housing lower side or front side than the ducts optimized for warm air having a larger acute angle (β). - that each second air outlet duct has an oblique air outlet angle other than the air outlet ducts situated therebetween, characterized - in that the air outlet ducts are divided alternating with one another into ducts optimized for warm air and into ducts optimized for cool air, - in that the ducts optimized for cool air are flatter and thus open with a smaller acute angle (α) into the housing lower side or front side than the ducts optimized for warm air having a larger acute angle (β).