mhurhangee/patent-ind-claim-en huggingface dataset:
Spark pre-separator for separating a heavy particle fraction from a gas stream , comprising a housing which is delimited by housing walls and which has a gas-stream entry and has a gas-stream exit which is arranged horizontally opposite the gas-stream entry , wherein • a flow divider and two baffles are arranged in the housing between the gas-stream entry and the gas-stream exit , • the flow divider is arranged centrally in relation to a flow cross section defined by the housing , covers a partial cross section of this flow cross section, has a V-shaped flow profile in the view from above and, consequently, is configured for dividing the gas stream into two partial streams flowing horizontally adjacent to one another and for laterally displacing the partial streams , • and the two baffles are arranged on both sides of the flow divider and behind the flow divider downstream, cover a residual cross section, not covered by the flow divider , of the flow cross section, extend parallel to the legs of the V-shaped flow profile of the flow divider in the view from above, and consequently a spark trap is formed within the angle included by a baffle and the adjoining housing wall. • a flow divider and two baffles are arranged in the housing between the gas-stream entry and the gas-stream exit , • the flow divider is arranged centrally in relation to a flow cross section defined by the housing , covers a partial cross section of this flow cross section, has a V-shaped flow profile in the view from above and, consequently, is configured for dividing the gas stream into two partial streams flowing horizontally adjacent to one another and for laterally displacing the partial streams , • and the two baffles are arranged on both sides of the flow divider and behind the flow divider downstream, cover a residual cross section, not covered by the flow divider , of the flow cross section, extend parallel to the legs of the V-shaped flow profile of the flow divider in the view from above, and consequently a spark trap is formed within the angle included by a baffle and the adjoining housing wall.
- A method of assisting the movement of a person with reduced mobility wishing to board a means of public transport , the person with reduced mobility being provided with a connected system emitting identification signals comprising an identifier of the person with reduced mobility; the method comprising the following steps: - detecting the presence of the person with reduced mobility at a boarding station on board the means of transport by detecting the identification signals emitted by the connected system; - determining a location of the person with reduced mobility in the station ; - on arrival of the person with reduced mobility at a boarding platform on board the means of transport , acquiring information relating to the density of passengers in different transport zones of the means of transport and determining a transport zone suitable for transporting the person with reduced mobility; the method being characterised by the following steps: - broadcasting on the boarding platform of information intended for the person with reduced mobility and indicating access to the adapted transport area, via visual broadcasting means and/or sound broadcasting means present on the boarding platform - before arrival at the station of the means of transport , broadcasting in the means of transport information to the passengers of this means of transport indicating an upcoming entry of the person with reduced mobility. - detecting the presence of the person with reduced mobility at a boarding station on board the means of transport by detecting the identification signals emitted by the connected system; - determining a location of the person with reduced mobility in the station ; - on arrival of the person with reduced mobility at a boarding platform on board the means of transport , acquiring information relating to the density of passengers in different transport zones of the means of transport and determining a transport zone suitable for transporting the person with reduced mobility; - broadcasting on the boarding platform of information intended for the person with reduced mobility and indicating access to the adapted transport area, via visual broadcasting means and/or sound broadcasting means present on the boarding platform - before arrival at the station of the means of transport , broadcasting in the means of transport information to the passengers of this means of transport indicating an upcoming entry of the person with reduced mobility.
A reinforcement strip for reinforcement of a hose, said strip comprising multiple steel wires arranged in a single layer, parallel side-by-side configuration, wherein said steel wires are held to one another by means of a hardened adhesive , said hardened adhesive being dried or cured out of a waterborne dispersion characterised in that said waterborne dispersion is a watery dispersion, emulsion, or solution of a mixture comprising: - acrylic polymers and copolymers and - elastomeric polymers and copolymers. - acrylic polymers and copolymers and - elastomeric polymers and copolymers.
A method, comprising: receiving media content on a media device from a content server , wherein the media content includes key frames that include a descriptor that identifies the frames as key frames , and non-key frames that include a descriptor that identifies the frames as non-key frames ; identifying, by the media device , a plurality of key frames from the key frames included in the media content as the media content is streamed using the media device ; converting, by the media device , the plurality of key frames into trick mode data during the streaming, wherein the trick mode data enable a trick mode operation to be performed on the media content , wherein the trick mode operation includes a fast forward operation, a rewind operation, or a pause operation, and wherein converting the plurality of key frames into the trick mode data includes transcoding at least one key frame of the plurality of key frames into a format different from a format for the at least one key frame; and uploading, by the media device , the trick mode data including the at least one transcoded key frame to the content server , wherein the content server is configured to provide at least some of the trick mode data to a second media device, wherein the identifying the plurality of key frames comprises selecting the plurality of key frames from the key frames included in the media content at predetermined time intervals, and wherein the converting further comprises reducing a size of the plurality of key frames . receiving media content on a media device from a content server , wherein the media content includes key frames that include a descriptor that identifies the frames as key frames , and non-key frames that include a descriptor that identifies the frames as non-key frames ; identifying, by the media device , a plurality of key frames from the key frames included in the media content as the media content is streamed using the media device ; converting, by the media device , the plurality of key frames into trick mode data during the streaming, wherein the trick mode data enable a trick mode operation to be performed on the media content , wherein the trick mode operation includes a fast forward operation, a rewind operation, or a pause operation, and wherein converting the plurality of key frames into the trick mode data includes transcoding at least one key frame of the plurality of key frames into a format different from a format for the at least one key frame; and uploading, by the media device , the trick mode data including the at least one transcoded key frame to the content server , wherein the content server is configured to provide at least some of the trick mode data to a second media device, wherein the identifying the plurality of key frames comprises selecting the plurality of key frames from the key frames included in the media content at predetermined time intervals, and wherein the converting further comprises reducing a size of the plurality of key frames .
A polyurethane foam article comprising the reaction product of: (A) an isocyanate component comprising an isocyanate prepolymer, said isocyanate prepolymer comprising the reaction product of: (i) a first polyether polyol; and (ii) a methylene diphenyl diisocyanate, said methylene diphenyl diisocyanate comprising: from 40% by weight to 60% by weight of 2,4'-isomer based on the total weight of the methylene diphenyl diisocyanate; from 40% by weight to 60% by weight of 4,4'-isomer based on the total weight of the methylene diphenyl diisocyanate; and less than 10% by weight of 2,2'-isomer based on the total weight of the methylene diphenyl diisocyanate; and (B) an isocyanate-reactive composition comprising: (i) a second polyether polyol having secondary terminal hydroxyl groups; and (ii) an amine-initiated catalytic polyether polyol having primary hydroxyl groups; in the presence of a blowing agent. (A) an isocyanate component comprising an isocyanate prepolymer, said isocyanate prepolymer comprising the reaction product of: (i) a first polyether polyol; and (ii) a methylene diphenyl diisocyanate, said methylene diphenyl diisocyanate comprising: from 40% by weight to 60% by weight of 2,4'-isomer based on the total weight of the methylene diphenyl diisocyanate; from 40% by weight to 60% by weight of 4,4'-isomer based on the total weight of the methylene diphenyl diisocyanate; and less than 10% by weight of 2,2'-isomer based on the total weight of the methylene diphenyl diisocyanate; and (i) a first polyether polyol; and (ii) a methylene diphenyl diisocyanate, said methylene diphenyl diisocyanate comprising: from 40% by weight to 60% by weight of 2,4'-isomer based on the total weight of the methylene diphenyl diisocyanate; from 40% by weight to 60% by weight of 4,4'-isomer based on the total weight of the methylene diphenyl diisocyanate; and less than 10% by weight of 2,2'-isomer based on the total weight of the methylene diphenyl diisocyanate; and from 40% by weight to 60% by weight of 2,4'-isomer based on the total weight of the methylene diphenyl diisocyanate; from 40% by weight to 60% by weight of 4,4'-isomer based on the total weight of the methylene diphenyl diisocyanate; and less than 10% by weight of 2,2'-isomer based on the total weight of the methylene diphenyl diisocyanate; and (B) an isocyanate-reactive composition comprising: (i) a second polyether polyol having secondary terminal hydroxyl groups; and (ii) an amine-initiated catalytic polyether polyol having primary hydroxyl groups; in the presence of a blowing agent. (i) a second polyether polyol having secondary terminal hydroxyl groups; and (ii) an amine-initiated catalytic polyether polyol having primary hydroxyl groups; in the presence of a blowing agent.
A method comprising: designing a part to include at least one internal structure , wherein the at least one internal structure is designed to provide strain mitigation, energy dissipation, or impact resistance for the part during an emergency condition, wherein the part is a strut end fitting or bolt bushing for use in an aircraft engine, airframe or automobile; building the part by a layer-by-layer additive manufacturing process; and connecting, while building the part, the internal structure to the part; wherein the internal structure further comprises a pocket, rib, strut, blade, truss matrix, honeycomb, gradient honeycomb, cellular element, shear core, or spring element, wherein the internal structure includes voids, and further wherein a size of the voids increases with increasing distance from a center of the part in which the voids are located, or wherein the internal structure includes voids, and further wherein a size of the voids decreases with increasing distance from a center of the part in which the voids arc located. designing a part to include at least one internal structure , wherein the at least one internal structure is designed to provide strain mitigation, energy dissipation, or impact resistance for the part during an emergency condition, wherein the part is a strut end fitting or bolt bushing for use in an aircraft engine, airframe or automobile; building the part by a layer-by-layer additive manufacturing process; and connecting, while building the part, the internal structure to the part; wherein the internal structure further comprises a pocket, rib, strut, blade, truss matrix, honeycomb, gradient honeycomb, cellular element, shear core, or spring element,
An implant for a mammalian bone joint for spacing a first bone of the joint from a second bone of the joint while allowing translational movement of the second bone in relation to the first bone, the implant comprising (a) a first part configured for intramedullary engagement with an end of the second bone, (b) a second part having a platform configured for non-engaging abutment of an end of the first bone and translational movement thereon, and (c) an articulating coupling provided between the first and second parts allowing controlled articulation of the first and second bones, and in which: the bone-abutting platform is shaped to conform to a natural shape of the end of the first bone, and the articulating coupling is a ball and socket joint , in which the socket is contained within the first part . the bone-abutting platform is shaped to conform to a natural shape of the end of the first bone, and the articulating coupling is a ball and socket joint , in which the socket is contained within the first part .
A method for filtering and stabilizing an ultra-high gravity (UHG) alcoholic beverage, comprising: receiving the UHG alcoholic beverage having 24% to 50% alcohol by volume (ABV) from a forward osmosis (FO) system; introducing the UHG alcoholic beverage into a chilled holding tank set at a temperature within a range of -1°C to -7°C; holding the UHG alcoholic beverage in the chilled holding tank for a predetermined amount of time such that the temperature of the UHG alcoholic beverage is within the range of -1°C to -7°C, and wherein the temperature of the UHG alcoholic beverage is prevented from falling below a freezing point of the UHG alcoholic beverage; pumping the UHG alcoholic beverage from the chilled holding tank through a pre-filter of a filtration system , the pre-filter comprising at least one coarse particle size filter; pumping the UHG alcoholic beverage pre-filtered by the pre-filter of the filtration system through a fine-filter of the filtration system ; and collecting the UHG alcoholic beverage filtered by the pre-filter and the fine-filter of the filtration system . receiving the UHG alcoholic beverage having 24% to 50% alcohol by volume (ABV) from a forward osmosis (FO) system; introducing the UHG alcoholic beverage into a chilled holding tank set at a temperature within a range of -1°C to -7°C; holding the UHG alcoholic beverage in the chilled holding tank for a predetermined amount of time such that the temperature of the UHG alcoholic beverage is within the range of -1°C to -7°C, and wherein the temperature of the UHG alcoholic beverage is prevented from falling below a freezing point of the UHG alcoholic beverage; pumping the UHG alcoholic beverage from the chilled holding tank through a pre-filter of a filtration system , the pre-filter comprising at least one coarse particle size filter; pumping the UHG alcoholic beverage pre-filtered by the pre-filter of the filtration system through a fine-filter of the filtration system ; and collecting the UHG alcoholic beverage filtered by the pre-filter and the fine-filter of the filtration system .
Radial compressor for an exhaust-gas turbocharger, in particular of an internal combustion engine, comprising: - a housing having an axial inlet duct and a radial outlet duct , which housing at least partially surrounds a compressor chamber , wherein a cutout is incorporated in the housing on the inlet duct side, - a compressor wheel arranged in the compressor chamber and intended for delivering and compressing a gas from the inlet duct to the outlet duct, - means for adapting the inner housing contour, comprising: - an axially displaceable housing insert which is arranged in the compressor chamber in a region between the housing and the compressor wheel, - a rotary disc which is mounted by means of a journal engaging in the cutout so as to be rotatable about the inlet duct and which is arranged circumferentially of the inlet duct, wherein the journal is arranged perpendicularly to an axis of rotation of the compressor wheel, and the cutout is formed obliquely, in particular so as to extend with a gradient, - a piston which is arranged between the rotary disc and the housing insert, wherein the means for adapting the inner housing contour are designed to control a gap width (S) between the compressor wheel and the housing insert by virtue of the rotary disc transmitting a force to the housing insert via the piston. - a housing having an axial inlet duct and a radial outlet duct , which housing at least partially surrounds a compressor chamber , wherein a cutout is incorporated in the housing on the inlet duct side, - a compressor wheel arranged in the compressor chamber and intended for delivering and compressing a gas from the inlet duct to the outlet duct, - means for adapting the inner housing contour, comprising: - an axially displaceable housing insert which is arranged in the compressor chamber in a region between the housing and the compressor wheel, - a rotary disc which is mounted by means of a journal engaging in the cutout so as to be rotatable about the inlet duct and which is arranged circumferentially of the inlet duct, wherein the journal is arranged perpendicularly to an axis of rotation of the compressor wheel, and the cutout is formed obliquely, in particular so as to extend with a gradient, - a piston which is arranged between the rotary disc and the housing insert, - an axially displaceable housing insert which is arranged in the compressor chamber in a region between the housing and the compressor wheel, - a rotary disc which is mounted by means of a journal engaging in the cutout so as to be rotatable about the inlet duct and which is arranged circumferentially of the inlet duct, wherein the journal is arranged perpendicularly to an axis of rotation of the compressor wheel, and the cutout is formed obliquely, in particular so as to extend with a gradient, - a piston which is arranged between the rotary disc and the housing insert,
A method for simulating a dynamic hybrid network comprising one or more fixed stations (520-530) and a mesh network of a plurality of moving stations (502-512) on a plurality of aerial vehicles in flight, the method comprising: modeling , at each time step in a time series, a transmission supply of the mesh network, including modeling point-to-point radio wave transmission capacity; modeling capacity demand as a function of user distribution data and user behavior data, wherein modeling the capacity demand results in a cyclical representation or a static representation of a capacity demand per handset; and computing , at each time step and based on combining the transmission supply and the cyclical or static representation of the capacity demand per handset, an aggregate network metric for the dynamic hybrid network comprising at least a throughput, wherein the aggregate network metric is refreshed at each time step in the time series based on the transmission supply refreshed based on at least one of an updated current location or most recent location and antenna characteristics of the plurality of moving stations in the mesh network. providing feedback to a controller of the dynamic hybrid network, the feedback comprising at least the throughput. modeling , at each time step in a time series, a transmission supply of the mesh network, including modeling point-to-point radio wave transmission capacity; modeling capacity demand as a function of user distribution data and user behavior data, wherein modeling the capacity demand results in a cyclical representation or a static representation of a capacity demand per handset; and computing , at each time step and based on combining the transmission supply and the cyclical or static representation of the capacity demand per handset, an aggregate network metric for the dynamic hybrid network comprising at least a throughput, wherein the aggregate network metric is refreshed at each time step in the time series based on the transmission supply refreshed based on at least one of an updated current location or most recent location and antenna characteristics of the plurality of moving stations in the mesh network. providing feedback to a controller of the dynamic hybrid network, the feedback comprising at least the throughput.
A method of coding video data, the method comprising: generating (352; 378) an inter-prediction block for a current block of video data; generating (350; 376) an intra-prediction block for the current block; generating (358; 384) a prediction block for the current block, comprising, for each sample of the prediction block: applying (356; 382) a first weight to a respective sample in the inter-prediction block to generate a weighted inter-prediction sample; applying (356; 382) a second weight to a respective sample in the intra-prediction block to generate a weighted intra-prediction sample; and calculating a value for the sample in the prediction block using the weighted inter-prediction sample and the weighted intra-prediction sample; and coding the current block using the prediction block; characterized in that calculating the value for the sample comprises averaging the weighted intra-prediction sample and the weighted inter-prediction sample and blending the average with weighted neighboring reconstructed reference samples of the current block. generating (352; 378) an inter-prediction block for a current block of video data; generating (350; 376) an intra-prediction block for the current block; generating (358; 384) a prediction block for the current block, comprising, for each sample of the prediction block: applying (356; 382) a first weight to a respective sample in the inter-prediction block to generate a weighted inter-prediction sample; applying (356; 382) a second weight to a respective sample in the intra-prediction block to generate a weighted intra-prediction sample; and calculating a value for the sample in the prediction block using the weighted inter-prediction sample and the weighted intra-prediction sample; and applying (356; 382) a first weight to a respective sample in the inter-prediction block to generate a weighted inter-prediction sample; applying (356; 382) a second weight to a respective sample in the intra-prediction block to generate a weighted intra-prediction sample; and calculating a value for the sample in the prediction block using the weighted inter-prediction sample and the weighted intra-prediction sample; and coding the current block using the prediction block; characterized in that calculating the value for the sample comprises averaging the weighted intra-prediction sample and the weighted inter-prediction sample and blending the average with weighted neighboring reconstructed reference samples of the current block.