mhurhangee/ep-ind-claims huggingface dataset:
A process for cleaning a gas stream containing carbon dioxide, comprising a) removing a part of the carbon dioxide contained in the gas stream by bringing the gas stream into contact with a first ammoniated liquid, to form a liquid enriched in carbon dioxide, wherein the liquid enriched in carbon dioxide has a concentration ratio (R-value) of ammonia to carbon dioxide of 1.5 to 1.9, and a gas stream partly depleted in carbon dioxide; b) removing at least a part of, the carbon dioxide contained in the gas stream by bringing the gas stream partly depleted in carbon dioxide leaving step a) into contact with at least a second ammoniated liquid, to form a carbon dioxide depleted gas stream enriched in ammonia; and c) removing at least a part of, the ammonia of the gas stream by bringing the carbon dioxide depleted gas stream enriched in ammonia leaving step b) into contact with the liquid enriched in carbon dioxide formed in step a), to absorb into the liquid ammonia from the gas stream, such that a carbon dioxide depleted gas stream at least partly depleted in ammonia and a liquid enriched in ammonia are formed, wherein the liquid enriched in ammonia has a concentration ratio (R-value) of ammonia to carbon dioxide of 2.0 to 3.0 and is the first ammoniated liquid used in step a). a) removing a part of the carbon dioxide contained in the gas stream by bringing the gas stream into contact with a first ammoniated liquid, to form a liquid enriched in carbon dioxide, wherein the liquid enriched in carbon dioxide has a concentration ratio (R-value) of ammonia to carbon dioxide of 1.5 to 1.9, and a gas stream partly depleted in carbon dioxide; b) removing at least a part of, the carbon dioxide contained in the gas stream by bringing the gas stream partly depleted in carbon dioxide leaving step a) into contact with at least a second ammoniated liquid, to form a carbon dioxide depleted gas stream enriched in ammonia; and c) removing at least a part of, the ammonia of the gas stream by bringing the carbon dioxide depleted gas stream enriched in ammonia leaving step b) into contact with the liquid enriched in carbon dioxide formed in step a), to absorb into the liquid ammonia from the gas stream, such that a carbon dioxide depleted gas stream at least partly depleted in ammonia and a liquid enriched in ammonia are formed, wherein the liquid enriched in ammonia has a concentration ratio (R-value) of ammonia to carbon dioxide of 2.0 to 3.0 and is the first ammoniated liquid used in step a).
Collecting device configured to collect microorganisms contained in a fluid, said collecting device comprising: - a first reaction module containing a set of beads configured to capture microorganisms, - at least one admission duct of the fluid configured to allow a stream of fluid to enter the first reaction module, - at least one evacuating duct of the fluid configured to allow the exit of the stream of said fluid having being through the inside of the first reaction module, - retaining elements that retain the beads within the first reaction module, - at least one admission channel configured to allow admission of at least one reaction liquid, and - at least one evacuating channel configured to allow exit of the reaction liquid, wherein the admission channel and evacuating channel and the admission duct and evacuating duct being positioned at the first reaction module as follows: - the admission and evacuating ducts face one another while enclosing the first reaction module in to order to maximize contacts between the fluid and the beads, - the admission and evacuating channels are positioned respectively at two opposite ends of the first reaction module and - the admission and evacuating channels are positioned in a plane, the admission and evacuation ducts are arranged along an axis, said axis being perpendicular to the plane. - a first reaction module containing a set of beads configured to capture microorganisms, - at least one admission duct of the fluid configured to allow a stream of fluid to enter the first reaction module, - at least one evacuating duct of the fluid configured to allow the exit of the stream of said fluid having being through the inside of the first reaction module, - retaining elements that retain the beads within the first reaction module, - at least one admission channel configured to allow admission of at least one reaction liquid, and - at least one evacuating channel configured to allow exit of the reaction liquid, - the admission and evacuating ducts face one another while enclosing the first reaction module in to order to maximize contacts between the fluid and the beads, - the admission and evacuating channels are positioned respectively at two opposite ends of the first reaction module and - the admission and evacuating channels are positioned in a plane, the admission and evacuation ducts are arranged along an axis, said axis being perpendicular to the plane.
A seat core member comprising: a plurality of ridges that extend in a rising direction of the seat core member in a rising portion of the seat core member being in contact with a cushion layer and opposing to calves of a body, in the seat core member of a seat portion provided with the seat core member including a hard synthetic resin foam and the cushion layer including a soft synthetic resin foam and covering the seat core member, wherein the ridges are respectively formed in parallel, and a length of each of the ridges in the rising direction of the seat core member is, at least ten times or more a width of the ridge.
Method for assigning tasks in a highly distributed data processing system to available computing components, wherein a source component engaged with a task divides this task as needed and delivers a portion of the sub-tasks thus obtained to target components, wherein a characteristic value is given for each task, and an assignment of the task to a computing component of the highly distributed data processing system takes place on the basis of the characteristic value, characterized in that a binary representation of the characteristic value serves as the basis for a search for a responsible computing component, wherein, beginning with the most significant bit of the characteristic value, an entry of the responsible computing component is searched for in a binary tree structure.
A reciprocating compressor comprising: - a piston adapted to be driven in reciprocating translation by the rotation of a crankshaft provided in a crankcase, and - an electric motor the output shaft of which is adapted to drive the crankshaft in rotation, the electric motor including brush holders which are fixed to the crankcase characterized in that the crankcase is produced by insert molding on the brush holder so that the brush holders are fixed to the crankcase. - a piston adapted to be driven in reciprocating translation by the rotation of a crankshaft provided in a crankcase, and - an electric motor the output shaft of which is adapted to drive the crankshaft in rotation, the electric motor including brush holders which are fixed to the crankcase characterized in that the crankcase is produced by insert molding on the brush holder so that the brush holders are fixed to the crankcase.
A method performed by a base station (400, 500), BS, in a wireless communication system, the method comprising the steps of: repeatedly transmitting (401, 501) first reference signals using transmission beams with a first beamwidth; receiving (403, 503), from a terminal, first feedback information for indicating one of the first reference signals; determining a direction range in which second reference signals are to be transmitted and beam pattern information of the second reference signals, based on at least one of the first reference signals, wherein the beam pattern information includes at least one index for the at least one of the first reference signals; transmitting (405, 505), to the terminal, the beam pattern information of the second reference signals; repeatedly transmitting using transmission beams with a second beamwidth (407, 409, 411, 413, 507, 509), to the terminal, the second reference signals within the direction range according to the beam pattern information; and receiving (415, 511), from the terminal, second feedback information indicating at least one of the second reference signals, wherein the first beamwidth for the first reference signals is wider than the second beamwidth for the second reference signals. repeatedly transmitting (401, 501) first reference signals using transmission beams with a first beamwidth; receiving (403, 503), from a terminal, first feedback information for indicating one of the first reference signals; determining a direction range in which second reference signals are to be transmitted and beam pattern information of the second reference signals, based on at least one of the first reference signals, wherein the beam pattern information includes at least one index for the at least one of the first reference signals; transmitting (405, 505), to the terminal, the beam pattern information of the second reference signals; repeatedly transmitting using transmission beams with a second beamwidth (407, 409, 411, 413, 507, 509), to the terminal, the second reference signals within the direction range according to the beam pattern information; and receiving (415, 511), from the terminal, second feedback information indicating at least one of the second reference signals, wherein the first beamwidth for the first reference signals is wider than the second beamwidth for the second reference signals.
A proportional metering pump comprising a hydraulic machine provided with an inlet and an outlet, a metering mechanism provided with a suction adjustment provided with a suction check valve and communicating at one of its ends with an access nozzle to a cavity internal to the pump and, at the other of its ends, with a tank of product to be metered, the hydraulic machine extending along a longitudinal axis and enclosing a member designed to perform a reciprocating movement, the supplying of the pump with liquid at the inlet triggering the reciprocating movement of the member, said movement alternately provoking a suction through the adjustment into the internal cavity with opening of the suction check valve when the member moves away from the adjustment then an expulsion at the outlet of the pump with closure of the suction check valve when the member approaches the adjustment, Said the pump further comprising means for fixing the adjustment to the access nozzle to the cavity internal to the hydraulic machine, said means comprising: - a fixing ring provided with a first end and a second end and mounted to rotate about one of the ends of the adjustment, characterized in that means for fixing the adjustment comprise further: - a blocking ring provided with a first end and a second end, and mounted to translate along the longitudinal axis along the access nozzle to the mixing chamber, the first end of said ring being pressed toward the metering mechanism against a shoulder formed on said access nozzle by means of a spring, the fixing ring and the access nozzle to the cavity internal to the hydraulic machine being capable of cooperating by screwing, at the end of which the second end of the blocking ring is secured with the second end of the fixing ring by complementarity of form, so as to lock the unscrewing of the fixing ring. - a fixing ring provided with a first end and a second end and mounted to rotate about one of the ends of the adjustment, - a blocking ring provided with a first end and a second end, and mounted to translate along the longitudinal axis along the access nozzle to the mixing chamber, the first end of said ring being pressed toward the metering mechanism against a shoulder formed on said access nozzle by means of a spring,
A method for operating a user equipment, UE, the method comprising: determining a first precoding matrix indicator, PMI, for a codebook, wherein each precoding matrix of the codebook is specified by: the first PMI used to indicate a subset of precoding vectors; and a second PMI used to indicate one precoding vector of the subset of precoding vectors and co-phasing; determining a channel quality indicator, CQI, based on the first PMI and an open-loop operation, wherein the open-loop operation comprises a choice of a precoder per one or more physical resource blocks, PRBs; and transmitting, to a base station, channel state information, CSI, including the first PMI and the CQI without reporting the second PMI. determining a first precoding matrix indicator, PMI, for a codebook, wherein each precoding matrix of the codebook is specified by: the first PMI used to indicate a subset of precoding vectors; and a second PMI used to indicate one precoding vector of the subset of precoding vectors and co-phasing; the first PMI used to indicate a subset of precoding vectors; and a second PMI used to indicate one precoding vector of the subset of precoding vectors and co-phasing; determining a channel quality indicator, CQI, based on the first PMI and an open-loop operation, wherein the open-loop operation comprises a choice of a precoder per one or more physical resource blocks, PRBs; and transmitting, to a base station, channel state information, CSI, including the first PMI and the CQI without reporting the second PMI.
Valve device for use in a faucet with a valve inlet through which flow can take place in an inflow direction, a valve outlet through which flow can take place in an outflow direction for the withdrawal of process water and a withdrawal valve which can be actuated by its own medium and is arranged in the flow path between the valve inlet and the valve outlet to release the flow path, with a flushing outlet through which the medium can flow in a flushing direction, a flushing valve being arranged in the flow path between the valve inlet and the flushing outlet to release the flow path, characterized in that the inflow direction and the flushing direction are arranged in opposite directions.
A lead-free lubricant for hot forging comprising one or more oils selected from the group consisting of mineral, vegetable and animal oils in the range of 15 to 40 weight percent of the lubricant, graphite in the range of 1 to 30 weight percent of the lubricant and one or more phosphate esters in the range of 30 to 80 weight percent of the lubricant.
Method for preparing at least one felting needle, which extends from a suspension to its working end in its longitudinal direction (z), said method comprising the following method features: - providing a felting needle blank, - shaping a working part with a cross-sectional area which extends in the radial direction (r) and the circumferential direction (φ) of the felting needle and forms the cross-sectional area of the working part at least over most of the longitudinal extent (z) of same, - pricking a barb, which engages in the working part and is formed by a recess which extends from the outer surface of the working part in the direction of the interior of the felting needle, characterized in that - at least one bulge, which protrudes beyond the circumferential surface of the felting needle in its working part in its radial direction (r) and which extends in the longitudinal direction (z) of the at least one felting needle only over a partial reach of the extent of the working part, is shaped, - and wherein the positions of the barb and the bulge are selected in such a way that the barb adjoins the outer surface of the bulge in the longitudinal direction (z) of the needle. - providing a felting needle blank, - shaping a working part with a cross-sectional area which extends in the radial direction (r) and the circumferential direction (φ) of the felting needle and forms the cross-sectional area of the working part at least over most of the longitudinal extent (z) of same, - pricking a barb, which engages in the working part and is formed by a recess which extends from the outer surface of the working part in the direction of the interior of the felting needle, - at least one bulge, which protrudes beyond the circumferential surface of the felting needle in its working part in its radial direction (r) and which extends in the longitudinal direction (z) of the at least one felting needle only over a partial reach of the extent of the working part, is shaped, - and wherein the positions of the barb and the bulge are selected in such a way that the barb adjoins the outer surface of the bulge in the longitudinal direction (z) of the needle.
Aircraft light for a foldable wing tip of an aircraft, comprising: a first lighting structure, comprising at least one first light source and a first optical system, with the at least one first light source and the first optical system in operation generating a first light output, a second lighting structure, comprising at least one second light source and a second optical system, with the at least one second light source and the second optical system in operation generating a second light output, wherein the aircraft light is an aircraft navigation light, and the first light output is a first navigation light output and the second light output is a second navigation light output, wherein the first light output and the second light output are of the same color, characterised in that the first light output and the second light output are angled with respect to each other such that the aircraft navigation light is able to provide lateral emission of a navigation light output, both when the foldable wing tip is in a folded up position and when the foldable wing tip is in a laterally extending position, and the aircraft light is configured to control the at least one first light source and the at least one second light source depending on a wing tip orientation signal, which is indicative of an orientation of the foldable wing tip. a first lighting structure, comprising at least one first light source and a first optical system, with the at least one first light source and the first optical system in operation generating a first light output, a second lighting structure, comprising at least one second light source and a second optical system, with the at least one second light source and the second optical system in operation generating a second light output, wherein the aircraft light is an aircraft navigation light, and the first light output is a first navigation light output and the second light output is a second navigation light output, wherein the first light output and the second light output are of the same color, characterised in that the first light output and the second light output are angled with respect to each other such that the aircraft navigation light is able to provide lateral emission of a navigation light output, both when the foldable wing tip is in a folded up position and when the foldable wing tip is in a laterally extending position, and the aircraft light is configured to control the at least one first light source and the at least one second light source depending on a wing tip orientation signal, which is indicative of an orientation of the foldable wing tip.
A semiconductor structure, comprising: a substrate; a Group III-N semiconductor layer (34, 36) disposed on the substrate; a multi-layer, electrical contact structure (42 1 -42 7) in contact with the Group III-N semiconductor layer, wherein the multi-layer, electrical contact structure is gold-free, the electrical contact structure comprising: a gold-free contact layer (42 a) in contact with the Group III-N semiconductor layer; a gold-free electrically conductive etch stop layer (42 ES) electrically connected to the gold-free contact layer; and, an electrically conductive via (30 1 -30 2) passing through the substrate and terminating on the etch stop layer, an electrode contact (54 1 -54 11) electrically connected to the multi-layer electrical contact structure, wherein the electrode contact is a gold-free electrode contact and the electrode contact (54 1 -54 11) is formed on a top surface of the electrical contact structure; and wherein the multi-layer electrical contact structure and the electrode contact provide a gold-free source or drain electrode structure. a substrate; a Group III-N semiconductor layer (34, 36) disposed on the substrate; a multi-layer, electrical contact structure (42 1 -42 7) in contact with the Group III-N semiconductor layer, wherein the multi-layer, electrical contact structure is gold-free, the electrical contact structure comprising: a gold-free contact layer (42 a) in contact with the Group III-N semiconductor layer; a gold-free electrically conductive etch stop layer (42 ES) electrically connected to the gold-free contact layer; and, a gold-free contact layer (42 a) in contact with the Group III-N semiconductor layer; a gold-free electrically conductive etch stop layer (42 ES) electrically connected to the gold-free contact layer; and, an electrically conductive via (30 1 -30 2) passing through the substrate and terminating on the etch stop layer, an electrode contact (54 1 -54 11) electrically connected to the multi-layer electrical contact structure, wherein the electrode contact is a gold-free electrode contact and the electrode contact (54 1 -54 11) is formed on a top surface of the electrical contact structure; and wherein the multi-layer electrical contact structure and the electrode contact provide a gold-free source or drain electrode structure.
An arrangement for joining two construction elements (1A, 1B) of wood-based material constructed from supporting battens and at least one plate, of which one construction element is a component of a load-bearing wall formed by at least two such wall elements (1A, 1A.1), stacked on each other, one on top of the other, while the second construction element (1 B) is a component of an essentially horizontal floor construction that is supported by the said wall, characterised in that the arrangement comprises a bracket that is arranged at an end wall of the floor construction element (1 B), and which bracket has at one of its ends a hook-shaped part (16b, 19) from which the floor construction element is suspended resting on a first edge part at an end of one (1A.1) of the wall elements, whereby the floor construction element is locked to prevent horizontal motion relative to the wall element through interaction between an end piece that is a component of the hook-shaped part of the bracket and a notch arranged in the wall element, which notch extends in a vertical direction into the wall element, and in which notch the end piece is arranged.