mhurhangee/ep-ind-claims huggingface dataset:
Separator for separating solid matter from a fluid, comprising: - a separator housing section forming an at least partially cylindrical inner wall with respect to a vertical axis, - a funnel-shaped upper member with a large diameter portion being attached to said inner wall, - a funnel-shaped lower member with a large diameter portion being attached to said inner wall at a position lower than said large diameter portion of said funnel-shaped upper member, - an inlet opening arranged for leading fluid into said separator housing section at a position between said large diameter portions (30, 40) of the upper and lower funnel-shaped members (3, 4) with a flow direction of said fluid having at least a tangential component at said inlet opening, wherein said upper and lower funnel-shaped members (3, 4) are arranged in order to create an annular flow passage in between and each have axial openings (31, 41) at respective lower end portions (34, 44) opposite to said large diameter portions (30, 40). - a separator housing section forming an at least partially cylindrical inner wall with respect to a vertical axis, - a funnel-shaped upper member with a large diameter portion being attached to said inner wall, - a funnel-shaped lower member with a large diameter portion being attached to said inner wall at a position lower than said large diameter portion of said funnel-shaped upper member, - an inlet opening arranged for leading fluid into said separator housing section at a position between said large diameter portions (30, 40) of the upper and lower funnel-shaped members (3, 4) with a flow direction of said fluid having at least a tangential component at said inlet opening,
Pole socket for an energy-storage system, in particular for a lead-acid energy-storage system, wherein the pole socket has the following: - a connecting element with a first end region and with a second end region situated at least substantially opposite the first end region; - a connection element (10, 10') which is arranged on the first end region of the connecting element and which is configured to make electrical contact with electrical consumers; and - a contacting element which is arranged on the second end region of the connecting element and which is configured to make electrical contact with a pole shaft, wherein the connection element (10, 10') extends in a first direction of extent from the connecting element, and wherein the contacting element extends in a second direction of extent from the connecting element, wherein the second direction of extent extends parallel and in the opposite direction with respect to the first direction of extent, such that the contacting element is arranged offset from the connection element (10, 10'), wherein the connection element (10, 10') has an upper region for making contact with the electrical consumers and has a lower region which is configured to engage with a material of a housing, characterized in that at least one groove (12a, 12b) is arranged in the lower region, wherein the at least one groove (12a, 12b) comprises a groove which is of at least substantially fully encircling form around the connection element, the connecting element and the contacting element. - a connecting element with a first end region and with a second end region situated at least substantially opposite the first end region; - a connection element (10, 10') which is arranged on the first end region of the connecting element and which is configured to make electrical contact with electrical consumers; and - a contacting element which is arranged on the second end region of the connecting element and which is configured to make electrical contact with a pole shaft, wherein the connection element (10, 10') extends in a first direction of extent from the connecting element, and wherein the contacting element extends in a second direction of extent from the connecting element, wherein the second direction of extent extends parallel and in the opposite direction with respect to the first direction of extent, such that the contacting element is arranged offset from the connection element (10, 10'), wherein the connection element (10, 10') has an upper region for making contact with the electrical consumers and has a lower region which is configured to engage with a material of a housing, characterized in that at least one groove (12a, 12b) is arranged in the lower region, wherein the at least one groove (12a, 12b) comprises a groove which is of at least substantially fully encircling form around the connection element, the connecting element and the contacting element.
4-[6-(4-Fluoro-phenyl)-6-hydroxy-1b-isopropyl-6a-phenyl-1a-phenylcarbamoyl-hexahydro-1,2-dioxa-5a-aza-cyclopropa[a]inden-3-yl]-3- -hydroxy-butyric acid.
A method for transmitting uplink data in a wireless communication system, the method comprising: receiving, by a user equipment, configuration information of contention-based radio resource from a base station; and transmitting, by the user equipment, uplink data on a contention-based physical uplink shared channel, PUSCH, resource block that can transmit the uplink data without a uplink grant of the base station, wherein the configuration information includes uplink resource information in which a contention-based PUSCH zone, CP zone, is configured, the CP zone is a resource region in which one or more contention-based PUSCH resource blocks allocated within a subframe are available, the CP zone is independently configured for each uplink transmission procedure, and uplink signal related to the uplink data and the uplink data are transmitted in an identical subframe, wherein the uplink transmission procedure includes a random access procedure and an uplink resource allocation procedure, and an uplink signal related to the uplink data and the uplink data are transmitted in an identical subframe, wherein when the uplink transmission procedure is the random access procedure, the uplink signal is a random access preamble, and when the uplink transmission procedure is the uplink resource allocation procedure other than the random access procedure, the uplink signal is scheduling request. receiving, by a user equipment, configuration information of contention-based radio resource from a base station; and transmitting, by the user equipment, uplink data on a contention-based physical uplink shared channel, PUSCH, resource block that can transmit the uplink data without a uplink grant of the base station, wherein the configuration information includes uplink resource information in which a contention-based PUSCH zone, CP zone, is configured, the CP zone is a resource region in which one or more contention-based PUSCH resource blocks allocated within a subframe are available, the CP zone is independently configured for each uplink transmission procedure, and uplink signal related to the uplink data and the uplink data are transmitted in an identical subframe, wherein the uplink transmission procedure includes a random access procedure and an uplink resource allocation procedure, and an uplink signal related to the uplink data and the uplink data are transmitted in an identical subframe, wherein when the uplink transmission procedure is the random access procedure, the uplink signal is a random access preamble, and when the uplink transmission procedure is the uplink resource allocation procedure other than the random access procedure, the uplink signal is scheduling request.
A method of reporting, by a user equipment, UE, channel state information, CSI, in a wireless communication system, the method comprising: receiving, from a base station, CSI-reference signal, RS, resource configuration information; receiving a first CSI-RS resource based on the CSI-RS resource configuration information; and reporting, to the base station, a first CSI based on the first CSI-RS resource, wherein a single Y-port CSI-RS resource is configured based on the CSI-RS resource configuration information, wherein 'Y' represents the number of ports of a CSI-RS resource that need to be measured by the UE, wherein some ports of the single Y-port CSI-RS resource are configured for channel measurement by the UE, and remaining ports other than the some ports of the single Y-port CSI-RS resource are configured for interference measurement by the UE, and wherein if information related to the some ports is not indicated by the base station a preset number of ports are selected as the some ports in order of stronger transmission power intensity for each port of the single Y-port CSI-RS resource. receiving, from a base station, CSI-reference signal, RS, resource configuration information; receiving a first CSI-RS resource based on the CSI-RS resource configuration information; and reporting, to the base station, a first CSI based on the first CSI-RS resource, wherein a single Y-port CSI-RS resource is configured based on the CSI-RS resource configuration information, wherein 'Y' represents the number of ports of a CSI-RS resource that need to be measured by the UE, wherein some ports of the single Y-port CSI-RS resource are configured for channel measurement by the UE, and remaining ports other than the some ports of the single Y-port CSI-RS resource are configured for interference measurement by the UE, and wherein if information related to the some ports is not indicated by the base station a preset number of ports are selected as the some ports in order of stronger transmission power intensity for each port of the single Y-port CSI-RS resource.
A coating material, comprising (i) a perfluorocarbon sulfonic acid resin having an equivalent weight EW of 200-1000 and being a copolymer including a polymerization unit represented by -(CF 2 -CFZ)- wherein Z is H, Cl, F, or C 1-3 -perfluoroalkyl, and a polymerization unit represented by -(CF 2 -CF(-O-(CF 2) m -SO 3 H))- wherein m is an integer of 1-12, and (ii) a fluoropolymer containing at least one curable functional group selected from hydroxyl, carboxyl, glycidyl, silyl, silanate and isocyanate. (i) a perfluorocarbon sulfonic acid resin having an equivalent weight EW of 200-1000 and being a copolymer including a polymerization unit represented by -(CF 2 -CFZ)- wherein Z is H, Cl, F, or C 1-3 -perfluoroalkyl, and a polymerization unit represented by -(CF 2 -CF(-O-(CF 2) m -SO 3 H))- wherein m is an integer of 1-12, and (ii) a fluoropolymer containing at least one curable functional group selected from hydroxyl, carboxyl, glycidyl, silyl, silanate and isocyanate.
Hydraulically damping bush bearing comprising an elongate inner part, an outer bush, an elastomer damping member arranged between the outer bush and the inner part, an axial chamber pair having at least two axial chambers (42, 64) which are arranged offset from one another in the axial direction of the inner part and communicate with one another by means of at least one axial channel, a radial chamber pair having at least two radial chambers which are arranged between the axial chambers (42, 64) and are arranged so as to be offset in the peripheral direction of the inner part, which radial chambers communicate by means of at least one radial channel, at least two first axial chambers (42a, 42b) which are at a distance from and separated from one another in the peripheral direction being provided at least on one side of the radial chambers, characterised in that the first axial chambers (42a, 42b) are separated from one another by means of a partition moulded on the elastomer damping member, on which partition a counter membrane defining the first axial chambers (42a, 42b) rests.
Electromagnetic actuator comprising a magnetic circuit consisting of: - a stationary magnetic armature having at least one polar surface; - a blade movable in opposition to a spring and capable of moving a mechanical actuating member; - and a magnet allowing polarisation of the magnetic circuit, creating a permanent magnetic force of attraction of the blade towards the polar surface of the armature; and an induction coil arranged about an arm of the armature, the assembly being inserted into a housing from which the mechanical member protrudes, characterised in that the housing comprises a through-slot located inside the magnetic circuit, in which through-slot the coil is wound once the housing is closed. - a stationary magnetic armature having at least one polar surface; - a blade movable in opposition to a spring and capable of moving a mechanical actuating member; - and a magnet allowing polarisation of the magnetic circuit, creating a permanent magnetic force of attraction of the blade towards the polar surface of the armature;
A method comprising: receiving a digitized signal that includes speech; applying a low-pass filter to the digitized signal to remove a high-frequency component and obtain a low-frequency component; applying speech enhancement to the low-frequency component; applying blind bandwidth extension to the enhanced low-frequency component to obtain a bandwidth-extended high frequency component that is an estimate of the high frequency component; and outputting, to a loudspeaker of an ear-wearable device, an enhanced speech signal that is a combination of the enhanced low-frequency component and the bandwidth-extended high frequency component, wherein a cutoff frequency of the low-pass filter is updated during use of the ear-wearable device, wherein the cutoff frequency is updated based on a change in signal quality estimates for frequency bands below the cutoff frequency, and wherein the signal quality estimates comprise at least one of a posteriori signal-to-noise-ratio and a coherent-to-diffuse power ratio. receiving a digitized signal that includes speech; applying a low-pass filter to the digitized signal to remove a high-frequency component and obtain a low-frequency component; applying speech enhancement to the low-frequency component; applying blind bandwidth extension to the enhanced low-frequency component to obtain a bandwidth-extended high frequency component that is an estimate of the high frequency component; and outputting, to a loudspeaker of an ear-wearable device, an enhanced speech signal that is a combination of the enhanced low-frequency component and the bandwidth-extended high frequency component, wherein a cutoff frequency of the low-pass filter is updated during use of the ear-wearable device, wherein the cutoff frequency is updated based on a change in signal quality estimates for frequency bands below the cutoff frequency, and wherein the signal quality estimates comprise at least one of a posteriori signal-to-noise-ratio and a coherent-to-diffuse power ratio.
Method of manufacturing a photovoltaic device, comprising the steps of: - providing a substrate; - depositing a first electrode layer on said substrate; - depositing a p-type hole transport layer on said first electrode layer; - depositing a Perovskite-based absorber layer on said p-type hole transport layer; - depositing an n-type electron transport layer on said Perovskite-based absorber layer; and - depositing a second electrode layer on said n-type electron transport layer, wherein said second electrode layer comprises zinc oxide or tin oxide and is deposited by chemical vapour deposition at an absolute pressure of 5 mbar or less. - providing a substrate; - depositing a first electrode layer on said substrate; - depositing a p-type hole transport layer on said first electrode layer; - depositing a Perovskite-based absorber layer on said p-type hole transport layer; - depositing an n-type electron transport layer on said Perovskite-based absorber layer; and - depositing a second electrode layer on said n-type electron transport layer,
A composition comprising the product of melt blending components comprising: 40 to 50 weight percent of a polyamide-6; 19 to 27 weight percent of a poly(phenylene ether) comprising a poly(2,6-dimethyl-1,4-phenylene ether); 15 to 20 weight percent of talc; 7 to 12 weight percent of a hydrogenated block copolymer comprising a polystyrene-poly(ethylene-propylene) diblock copolymer, a polystyrene-poly(ethylene-butylene)-polystyrene triblock copolymer, or a combination thereof; wherein the hydrogenated block copolymer has a polystyrene content of 28 to 37 weight percent; 1.1 to 1.7 weight percent of carbon nanotubes; and 0.2 to 1 weight percent of a compatibilizing agent for the polyamide-6 and the poly(phenylene ether); wherein all weight percent values are based on the total weight of the melt-blended components. 40 to 50 weight percent of a polyamide-6; 19 to 27 weight percent of a poly(phenylene ether) comprising a poly(2,6-dimethyl-1,4-phenylene ether); 15 to 20 weight percent of talc; 7 to 12 weight percent of a hydrogenated block copolymer comprising a polystyrene-poly(ethylene-propylene) diblock copolymer, a polystyrene-poly(ethylene-butylene)-polystyrene triblock copolymer, or a combination thereof; wherein the hydrogenated block copolymer has a polystyrene content of 28 to 37 weight percent; 1.1 to 1.7 weight percent of carbon nanotubes; and 0.2 to 1 weight percent of a compatibilizing agent for the polyamide-6 and the poly(phenylene ether);
Exhaust-gas turbocharger, comprising an outer housing casing with a turbine housing and with an outer bearing housing, wherein the turbine housing comprises a gas inlet housing and a gas outlet housing; and a rotor block, arranged in the interior of the housing casing, with an inner bearing housing, with a shaft mounted rotatably in the inner bearing housing, with a compressor wheel connected to the shaft and arranged at the compressor side of the inner bearing housing, and with a turbine wheel likewise connected to the shaft and arranged at the turbine side of the inner bearing housing, wherein the rotor block can, as a unit, be pushed out of the outer housing casing in the axial direction toward the compressor side, wherein, in the rotor block, there is arranged a flow duct which is open in a radially outward direction along the circumference of the rotor block and which extends from the turbine wheel to the outer circumference of the rotor block, which flow duct is delimited, on the side facing toward the shaft, by the inner bearing housing, and on the opposite side, by a diffuser wall which is connected via struts to the inner bearing housing, and which flow duct issues in a radially outward direction into an annular flow duct in the gas outlet housing, wherein, in the transition region of the two flow ducts (82, 83) between the inner bearing housing and the gas outlet housing, there is provided a radial gap which runs along the circumference, and wherein, to seal off the radial gap, a sealing air duct is provided in the inner bearing housing of the rotor block, which sealing air duct originates on the compressor side of the inner bearing housing and issues into the radial gap.
A process for making bulk textured material sheeting, comprising: a first step of feeding a material sheeting to a texturing apparatus; a second step of impacting the sheeting with toothed knives of the texturing apparatus; the process being characterized in that: in the first step, a continuous supply of flat material sheeting is fed to the texturing apparatus; in the second step, the sheeting is repeatedly impacted with the toothed knives of the texturing apparatus, each knife creating a row of raised and generally pointed structures on the sheeting to texture the sheeting; wherein the impacting step comprises actuating the knives generally into and across the sheeting, such that adjacent knives move in opposite directions. a first step of feeding a material sheeting to a texturing apparatus; a second step of impacting the sheeting with toothed knives of the texturing apparatus; in the first step, a continuous supply of flat material sheeting is fed to the texturing apparatus; in the second step, the sheeting is repeatedly impacted with the toothed knives of the texturing apparatus, each knife creating a row of raised and generally pointed structures on the sheeting to texture the sheeting;
An apparatus for carrying out antibacterial photodynamic therapy, characterized in that the apparatus comprises an illumination means and a means for dispensing the photosensitizer, and wherein • the illumination means is an optical fiber emitting the light at the desired frequency through its side walls, and wherein the apparatus • the means for dispensing the photosensitizer is adapted such that the photosensitizer is dispensed in spatial proximity to the body region to be treated, and wherein the apparatus comprises one flushing device for removing the excess dye, i.e. the photosensitizer, and comprises a suction device, which sucks most of the flushing fluid and the excess dye dissolved therein back in, and the means for dispensing the photosensitizer, preferably a tube, sheaths the light emitting portion of the illumination means, wherein the sheathing material at least partially transmits the light emitted by the illumination means. • the illumination means is an optical fiber emitting the light at the desired frequency through its side walls, and wherein the apparatus • the means for dispensing the photosensitizer is adapted such that the photosensitizer is dispensed in spatial proximity to the body region to be treated, and wherein the apparatus comprises one flushing device for removing the excess dye, i.e. the photosensitizer, and comprises a suction device, which sucks most of the flushing fluid and the excess dye dissolved therein back in, and the means for dispensing the photosensitizer, preferably a tube, sheaths the light emitting portion of the illumination means, wherein the sheathing material at least partially transmits the light emitted by the illumination means.
A vehicle door with a window opening closeable by means of a slidable window pane wherein the slidable window pane is guided within two guide rails (22, 28) so that it can be shifted from a lower open position to an upper closed position in a substantially vertical closing movement and, in the upper closed position, is arranged on all edges flush with the vehicle body surrounding the window opening, and wherein the guide rails (22, 28) are designed so that the slidable window pane is moved translationally in the direction from the vehicle interior to the vehicle exterior during the closing movement, wherein the slidable window pane includes guide pins (20, 27) on both side edges (18, 25) cooperating with the two guide rails (22, 28), at least two guide pins (20, 27) being arranged on at least one of the side edges (18, 25), each being guided in the same guide rail (22, 28), and each guide rail (22, 28) including a guide channel (32, 33) for each of the guide pins (20, 27) guided therein, characterized in that one of the guide channels is at least partially formed as a recess or groove in the other guide channel. the slidable window pane includes guide pins (20, 27) on both side edges (18, 25) cooperating with the two guide rails (22, 28), at least two guide pins (20, 27) being arranged on at least one of the side edges (18, 25), each being guided in the same guide rail (22, 28), and each guide rail (22, 28) including a guide channel (32, 33) for each of the guide pins (20, 27) guided therein, characterized in that one of the guide channels is at least partially formed as a recess or groove in the other guide channel.