mhurhangee/patent-ind-claim-en huggingface dataset:
An ejector for a heat recovery or work recovery system, comprising: a high-pressure fluid passage comprising a high-pressure fluid inlet and a high-pressure fluid nozzle ; a suction fluid passage comprising a suction fluid inlet and a suction chamber surrounding the high-pressure fluid nozzle; a mixing chamber in fluid communication with the high-pressure fluid passage and the suction fluid passage respectively; and a diffusion chamber downstream of the mixing chamber; wherein a front end of an outer wall of the high-pressure fluid nozzle has an arc-shaped rounded portion ; characterised in that the outer wall of the high-pressure fluid nozzle comprises a mounting portion , a concave arc-shaped section on a front side of the mounting portion, and a cone-shaped section on a front side of the concave arc-shaped section, and the arc-shaped rounded portion is located at a frontmost side of the cone-shaped section; wherein an interior of the high-pressure fluid nozzle comprises a constricted section , a throat portion , a diffusion section and a high-pressure fluid outlet in sequence. a high-pressure fluid passage comprising a high-pressure fluid inlet and a high-pressure fluid nozzle ; a suction fluid passage comprising a suction fluid inlet and a suction chamber surrounding the high-pressure fluid nozzle; a mixing chamber in fluid communication with the high-pressure fluid passage and the suction fluid passage respectively; and a diffusion chamber downstream of the mixing chamber; wherein a front end of an outer wall of the high-pressure fluid nozzle has an arc-shaped rounded portion ; characterised in that the outer wall of the high-pressure fluid nozzle comprises a mounting portion , a concave arc-shaped section on a front side of the mounting portion, and a cone-shaped section on a front side of the concave arc-shaped section, and the arc-shaped rounded portion is located at a frontmost side of the cone-shaped section; wherein an interior of the high-pressure fluid nozzle comprises a constricted section , a throat portion , a diffusion section and a high-pressure fluid outlet in sequence.
Process for producing methanol, comprising the following process steps: a) providing an input gas comprising carbon oxides (CO, CO 2 ) and hydrogen (H 2 ); b) introducing the input gas as a first fresh gas stream into a first compressor stage for precompression of the first fresh gas stream to obtain a second fresh gas stream; c) introducing a recycle gas stream and the second fresh gas stream into a second compressor stage for compression of the recycle gas stream and the second fresh gas stream to synthesis pressure to obtain a synthesis gas stream; d) catalytically converting the synthesis gas of the synthesis gas stream in a plurality of serially arranged reactor stages at synthesis pressure to obtain a product stream comprising methanol and unreacted synthesis gas per reactor stage; e) cooling the product stream obtained per reactor stage for condensation and separation of methanol from unreacted synthesis gas and introducing unreacted synthesis gas into a respective subsequent stage of the serially arranged reactor stages; f) withdrawing unreacted synthesis gas from at least one of the reactor stages as a recycle gas stream for introduction of the recycle gas stream into the second compressor stage according to step c). a) providing an input gas comprising carbon oxides (CO, CO 2 ) and hydrogen (H 2 ); b) introducing the input gas as a first fresh gas stream into a first compressor stage for precompression of the first fresh gas stream to obtain a second fresh gas stream; c) introducing a recycle gas stream and the second fresh gas stream into a second compressor stage for compression of the recycle gas stream and the second fresh gas stream to synthesis pressure to obtain a synthesis gas stream; d) catalytically converting the synthesis gas of the synthesis gas stream in a plurality of serially arranged reactor stages at synthesis pressure to obtain a product stream comprising methanol and unreacted synthesis gas per reactor stage; e) cooling the product stream obtained per reactor stage for condensation and separation of methanol from unreacted synthesis gas and introducing unreacted synthesis gas into a respective subsequent stage of the serially arranged reactor stages; f) withdrawing unreacted synthesis gas from at least one of the reactor stages as a recycle gas stream for introduction of the recycle gas stream into the second compressor stage according to step c).
Torch with at least two electrically operated light sources , and a distance meter which measures the distance from the distance meter to an object or surface characterised in that a regulating device is provided which is operatively connected to the distance meter , which regulates the luminosity of at least one of the light sources as a function of a defined distance and switches off at least a second luminous means immediately when the distance falls below the defined distance, as a result of which a reduced residual luminosity of the torch is provided and in that the control device is designed, to provide after the end of a dimming process of the at least one light sources , to switch on the at least second light sources again with adapted luminosity up to a distance-dependent total luminosity of the light sources after the end of the dimming, wherein the light sources can be a single illuminant element or a group of illuminant elements. at least two electrically operated light sources , and a distance meter which measures the distance from the distance meter to an object or surface characterised in that a regulating device is provided which is operatively connected to the distance meter , which regulates the luminosity of at least one of the light sources as a function of a defined distance and switches off at least a second luminous means immediately when the distance falls below the defined distance, as a result of which a reduced residual luminosity of the torch is provided and in that the control device is designed, to provide after the end of a dimming process of the at least one light sources , to switch on the at least second light sources again with adapted luminosity up to a distance-dependent total luminosity of the light sources after the end of the dimming, wherein the light sources can be a single illuminant element or a group of illuminant elements.
A computer-implemented method of geolocation, the method comprising: storing a set of unique identifiers corresponding to a plurality of intersections located in a geographic area, an intersection being three or more linear features intersecting at a common point, wherein an identifier comprises a geographical location and information relating to one or more characteristics of the corresponding intersection, wherein the one or more characteristics at least comprise a bearing of each of the linear features of a respective intersection ; obtaining data relating to a first intersection of unknown geographic location, the first intersection comprising a plurality of linear features intersecting at a common point; processing the obtained data to determine one or more characteristics of the first intersection, wherein the one or more characteristics comprise at least a first set of bearings, a bearing being determined for each of the linear features; comparing the one or more characteristics of the first intersection to the one or more characteristics of the set of unique identifiers, wherein the first set of bearings are compared to the plurality of bearings corresponding to each unique identifier; and identifying an identifier having at least the same set of bearings as the first intersection and determining the geographic location of the first intersection therefrom. storing a set of unique identifiers corresponding to a plurality of intersections located in a geographic area, an intersection being three or more linear features intersecting at a common point, wherein an identifier comprises a geographical location and information relating to one or more characteristics of the corresponding intersection, wherein the one or more characteristics at least comprise a bearing of each of the linear features of a respective intersection ; obtaining data relating to a first intersection of unknown geographic location, the first intersection comprising a plurality of linear features intersecting at a common point; processing the obtained data to determine one or more characteristics of the first intersection, wherein the one or more characteristics comprise at least a first set of bearings, a bearing being determined for each of the linear features; comparing the one or more characteristics of the first intersection to the one or more characteristics of the set of unique identifiers, wherein the first set of bearings are compared to the plurality of bearings corresponding to each unique identifier; and identifying an identifier having at least the same set of bearings as the first intersection and determining the geographic location of the first intersection therefrom.
Laser apparatus, comprising: an elongated, gas-filled resonator compartment including a laser-resonator unit , the resonator unit including a ceramic plate ; an elongated radio-frequency RF power-supply compartment including a RF power-supply for energizing gas in the resonator unit, the RF power-supply having electrical components mounted on a printed circuit board PCB ; and wherein the resonator compartment including the resonator unit and the ceramic plate , and the power-supply compartment including the RF power supply and the printed circuit board are aligned parallel to each other and spatially separated by an elongated heat-sink adapted to be water-cooled, whereby the ceramic plate and the printed circuit board are located on opposite sides of the heat sink , the heat sink including spaced apart channels that are aligned with the printed circuit board and the ceramic plate , and the resonator and power supply units are in thermal communication with the heat sink . an elongated, gas-filled resonator compartment including a laser-resonator unit , the resonator unit including a ceramic plate ; an elongated radio-frequency RF power-supply compartment including a RF power-supply for energizing gas in the resonator unit, the RF power-supply having electrical components mounted on a printed circuit board PCB ; and wherein the resonator compartment including the resonator unit and the ceramic plate , and the power-supply compartment including the RF power supply and the printed circuit board are aligned parallel to each other and spatially separated by an elongated heat-sink adapted to be water-cooled, whereby the ceramic plate and the printed circuit board are located on opposite sides of the heat sink , the heat sink including spaced apart channels that are aligned with the printed circuit board and the ceramic plate , and the resonator and power supply units are in thermal communication with the heat sink .
A boiler system , comprising a support construction and a furnace supported to the support construction at a vertically middle section of the furnace, the furnace being enclosed by water tube walls comprising two side walls and two end walls , a roof and a bottom , the side walls having a total height H from the bottom to the roof, wherein each of the two side walls comprises a vertical upper portion that extends from the roof to a level of 30-70 % of the height H, a lower portion that extends from the bottom to a level of 30-70 % of the height H and has a vertical upper portion of the lower portion of the side wall , and an in downward direction outwards bent intermediate portion at a level between the vertical upper portion of the side wall and the vertical upper portion of the lower portion of the side wall , the support construction comprising horizontal wall supporting beams at a level below the roof of the furnace, characterized in that the horizontal wall supporting beams are arranged parallel to the two side walls and directly above the vertical upper portions of the lower portions of the two side walls , and the furnace is supported to the support construction by having the intermediate portions of the two side walls connected to the horizontal wall supporting beams so as to balance vertical loads of the furnace.
A coding method, comprising: obtaining a to-be-encoded information bit sequence and a target code length M of a polar code, wherein the to-be-encoded information bit sequence comprises an information block having a length K, the target code length M is greater than N max , N max is a maximum mother code length that is equal to 1024; for a given code rate R, if the target code length M is greater than a preset threshold, segmenting the to-be-encoded information bit sequence into p subsegments, and separately performing independent polar encoding on the p subsegments, to obtain p encoded bit sequences whose lengths are respectively mother code lengths of the subsegments, wherein p is an integer greater than or equal to 2; separately performing rate matching on the p encoded bit sequences, to obtain p rate-matched encoded bit sequences whose lengths are respectively target code lengths of the subsegments; and combining the p rate-matched encoded bit sequences, to obtain an encoded bit sequence whose length is M. obtaining a to-be-encoded information bit sequence and a target code length M of a polar code, wherein the to-be-encoded information bit sequence comprises an information block having a length K, the target code length M is greater than N max , N max is a maximum mother code length that is equal to 1024; for a given code rate R, if the target code length M is greater than a preset threshold, segmenting the to-be-encoded information bit sequence into p subsegments, and separately performing independent polar encoding on the p subsegments, to obtain p encoded bit sequences whose lengths are respectively mother code lengths of the subsegments, wherein p is an integer greater than or equal to 2; separately performing rate matching on the p encoded bit sequences, to obtain p rate-matched encoded bit sequences whose lengths are respectively target code lengths of the subsegments; and combining the p rate-matched encoded bit sequences, to obtain an encoded bit sequence whose length is M.
A boring machine based on combined high-voltage pulse discharge and mechanical rock breaking, which comprises a main boring machine and a rear accessory, wherein a cutterhead and cutter system is arranged at a front end of the main boring machine, wherein - electrodes are arranged on the cutterhead and cutter system , and are connected to a high-voltage pulse arc control system; characterised in that - a sealed bin is arranged at a rear portion of the cutterhead and cutter system : - a muck discharging system is in communication with the sealed bin ; - the sealed bin is connected to a discharge medium pipeline , and a discharge medium is introduced into the sealed bin through the discharge medium pipeline . - electrodes are arranged on the cutterhead and cutter system , and are connected to a high-voltage pulse arc control system; characterised in that - a sealed bin is arranged at a rear portion of the cutterhead and cutter system : - a sealed bin is arranged at a rear portion of the cutterhead and cutter system : - a muck discharging system is in communication with the sealed bin ; - the sealed bin is connected to a discharge medium pipeline , and a discharge medium is introduced into the sealed bin through the discharge medium pipeline .
Electrode assembly comprising a fan-folded multilayer containing a separator as an inner layer, continuous lengths of current collectors as outer layers, and electrode material between the two sides of the separator and the current collectors, and a first terminal that is attached to the upward folds of the fan-folded multilayer and a second terminal that is attached to the downward folds of the fan-folded multilayer. a fan-folded multilayer containing a separator as an inner layer, continuous lengths of current collectors as outer layers, and electrode material between the two sides of the separator and the current collectors, and a first terminal that is attached to the upward folds of the fan-folded multilayer and a second terminal that is attached to the downward folds of the fan-folded multilayer.
A load reduction device comprising: a ground reaction force load difference calculation unit configured to acquire, based on a value detected by a shoe sole load sensor , a first measured value at which a weight based on a weight of a powered suit or skeleton worn by a user and a weight of the user is transmitted to a ground contact surface, the shoe sole load sensor being provided on a side of the ground contact surface of a shoe sole plate that is provided on an underside of a foot harness , or a side of the ground contact surface of the foot harness , acquire, based on a value detected by a foot sole load sensor that is inserted in the foot harness , a second measured value at which a weight based on the weight of the user is transmitted to the ground contact surface, and calculate a ground reaction force load difference that is an amount of a load relief for the user, on the basis of the acquired first measured value and the acquired second measured value; and a torque control unit configured to control, on the basis of the ground reaction force load difference, torque that is output by a drive mechanism of the load reduction device to reduce the load on the user at a joint of each leg of the user. a ground reaction force load difference calculation unit configured to acquire, based on a value detected by a shoe sole load sensor , a first measured value at which a weight based on a weight of a powered suit or skeleton worn by a user and a weight of the user is transmitted to a ground contact surface, the shoe sole load sensor being provided on a side of the ground contact surface of a shoe sole plate that is provided on an underside of a foot harness , or a side of the ground contact surface of the foot harness , acquire, based on a value detected by a foot sole load sensor that is inserted in the foot harness , a second measured value at which a weight based on the weight of the user is transmitted to the ground contact surface, and calculate a ground reaction force load difference that is an amount of a load relief for the user, on the basis of the acquired first measured value and the acquired second measured value; and a torque control unit configured to control, on the basis of the ground reaction force load difference, torque that is output by a drive mechanism of the load reduction device to reduce the load on the user at a joint of each leg of the user.
An exogenous nucleic acid construct for regulating expression of a transgene by modulating the mRNA of the transgene, the nucleic acid comprising: (a) a nucleic acid sequence encoding a target gene of interest, (b) at least one smiRNA switch comprising SEQ ID NO: 1 located within the untranslated region of the transgene, wherein the at least one smiRNA switch comprises an aptamer domain capable of binding to a ligand and a pri-miRNA, and (c) at least one miRNA target sequence comprising SEQ ID NO: 10 complementary to at least a portion of the pri-miRNA, wherein the at least one smiRNA switch regulates expression of the transgene by both regulation of the cleavage of the mRNA of the transgene, and regulating cleavage of the pri-miRNA from the smiRNA, wherein at least a portion of the cleaved pri-miRNA binds to the at least one miRNA target sequences silencing the transgene expression. (a) a nucleic acid sequence encoding a target gene of interest, (b) at least one smiRNA switch comprising SEQ ID NO: 1 located within the untranslated region of the transgene, wherein the at least one smiRNA switch comprises an aptamer domain capable of binding to a ligand and a pri-miRNA, and (c) at least one miRNA target sequence comprising SEQ ID NO: 10 complementary to at least a portion of the pri-miRNA,
A tracheostomy tube including a shaft and mounting flange on the shaft, the mounting flange being separately formed from the shaft and having two radial arms (32 and 33) adapted to receive ends of a neck tie by which the tube is secured around the neck, and a retaining collar embracing the shaft , characterized in that the shaft includes a first retaining formation at the location of the flange , and the collar has a second retaining formation on an inner surface with which the first formation on the shaft is engaged such as to restrict longitudinal movement of the shaft relative to the collar , that the collar is deformable to allow it to be stretched outwardly to enable the first and second retaining formations (20 and 38) to be engaged with one another, and that the shaft is secured with the flange by a bond between the outside of the shaft and the inside of the collar . the shaft includes a first retaining formation at the location of the flange , and the collar has a second retaining formation on an inner surface with which the first formation on the shaft is engaged such as to restrict longitudinal movement of the shaft relative to the collar , that the collar is deformable to allow it to be stretched outwardly to enable the first and second retaining formations (20 and 38) to be engaged with one another, and that the shaft is secured with the flange by a bond between the outside of the shaft and the inside of the collar .
A method of repartitioning data in a distributed network, the method comprising: executing , by one or more processors, a first pass of a data set from a plurality of first sources to a plurality of first sinks, each first sink collecting data from one or more of the first sources; and executing , by the one or more processors, a second pass of the data set from a plurality of second sources to a plurality of second sinks, each one of the plurality of first sinks corresponding to one of the plurality of second sources, and wherein executing the second pass comprises executing a plurality of shuffle operations in which each second sink collecting data from one or more of the second sources, wherein executing the second pass comprises executing a plurality of shuffle operations, divided into multiple passes, and wherein at least one pass of the shuffle operations divided into multiple passes is a sink split in which data from each given source is distributed among multiple sinks and each sink reads data from only one source; wherein executing said first and second passes causes the data set to be repartitioned such that one or more second sinks collect data that originated from two or more of the first sources. executing , by one or more processors, a first pass of a data set from a plurality of first sources to a plurality of first sinks, each first sink collecting data from one or more of the first sources; and executing , by the one or more processors, a second pass of the data set from a plurality of second sources to a plurality of second sinks, each one of the plurality of first sinks corresponding to one of the plurality of second sources, and wherein executing the second pass comprises executing a plurality of shuffle operations in which each second sink collecting data from one or more of the second sources, wherein executing the second pass comprises executing a plurality of shuffle operations, divided into multiple passes, and wherein at least one pass of the shuffle operations divided into multiple passes is a sink split in which data from each given source is distributed among multiple sinks and each sink reads data from only one source; wherein executing said first and second passes causes the data set to be repartitioned such that one or more second sinks collect data that originated from two or more of the first sources.