mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for processing shear-sensitive coating compounds , comprising a transfer roller and a doctor blade , which are spaced apart from one another to form a coating nip , the apparatus further comprising an outlet nozzle for dosing a coating compound , the outlet nozzle facing with its nozzle opening a lower nip opening of the coating nip , wherein the device comprises a forced conveying system via which a coating compound is dosed into the coating nip , the transfer roller and the doctor blade being arranged next to each other, so that the coating nip is permeable in the vertical direction (z), wherein the coating nip is between 30 μm and 400 μm and the outlet nozzle is an outlet of a rinsing chamber arranged below the coating nip .
Pellet comprising a thermoplastic polymer sheath intimately surrounding glass filaments, which glass filaments are covered at least in part with an impregnating agent and extend in a longitudinal direction of said pellets, wherein the thermoplastic polymer sheath is prepared from a thermoplastic polymer composition comprising A) a heterophasic propylene copolymer consisting of a propylene-based matrix and a dispersed ethylene-α-olefin copolymer, wherein the heterophasic propylene copolymer has a melt flow rate of at least 40 g/10min as determined in accordance with ISO 1133 (230°C, 2.16 kg) and a FOG value of at most 350 μg/g as determined by VDA 278, wherein the glass filaments are present in an amount of 10-70wt% based on the pellet, wherein the dispersed ethylene-α-olefin copolymer is present in an amount of at least 20wt% based on the total heterophasic propylene copolymer.
A method for the separation of a mixture comprising at least a first and a second organic compound, wherein said at least a first and second organic compound comprise a hydrocarbon moiety, the hydrocarbon moiety differing between the at least a first and second organic compound in the number and/or position of carbon-carbon double bonds, said method comprising the step of contacting said mixture with an inorganic membrane, so that the mixture is fractionated into a permeate comprising or enriched in said first organic compound and into a retentate comprising or enriched in said second organic compound; wherein said inorganic membrane comprises at least a hydroxide or oxide of one first metal M1, wherein the metal M1 is Si, Al, a group 4 transition metal, or a mixture thereof, and wherein said inorganic membrane is functionalized with at least one second metal M2, wherein the metal M2 is Ag, Au, Cu, Zn, Fe, Ni, Co, Ru, Th, Ir, Pd, Pt or a combination thereof.
A method for remotely analysing a plurality of networks (N1-N6), comprising, at a computing device: - receiving (S1), from each respective network of the plurality of networks, a plurality of network parameter values of that respective network; - based on the received plurality of network parameter values, determining (S2) a corresponding quality of service, QoS, metric for each respective network of the plurality of networks; - based on the determined plurality of QoS metrics, classifying (S3) the plurality of networks into a plurality of QoS classes; - based on the plurality of QoS classes, generating (S4) a service recommendation for at least one network included in the plurality of networks; characterised in that the method is further comprising, at the computing device: - receiving, from at least one network excluded from the plurality of networks, a plurality of network parameter values of the excluded network; and - based on the received plurality of network parameter values of the excluded network and on the plurality of QoS classes, generating a service recommendation for the at least one network excluded from the plurality of networks. - receiving (S1), from each respective network of the plurality of networks, a plurality of network parameter values of that respective network; - based on the received plurality of network parameter values, determining (S2) a corresponding quality of service, QoS, metric for each respective network of the plurality of networks; - based on the determined plurality of QoS metrics, classifying (S3) the plurality of networks into a plurality of QoS classes; - based on the plurality of QoS classes, generating (S4) a service recommendation for at least one network included in the plurality of networks; - receiving, from at least one network excluded from the plurality of networks, a plurality of network parameter values of the excluded network; and - based on the received plurality of network parameter values of the excluded network and on the plurality of QoS classes, generating a service recommendation for the at least one network excluded from the plurality of networks.
A method for dyeing and/or retanning of leather objects, said method comprising the steps of - providing a leather object, which leather object has been processed by at least a tanning process, - introducing the leather object into a process chamber, - subjecting the leather object in the process chamber to a pressurized fluid, - controlling the pressure of the pressurized fluid to reach a supercritical state, - subjecting the leather object to a dyeing agent and/or a retanning agent, which dyeing or retanning agent is dissolved and/or transported in the pressurized fluid for at least a predefined period of time while the pressurized fluid is in the supercritical state, - reducing the pressure in the process chamber, - removing the leather object from the process chamber, wherein the step of reducing the pressure in the process chamber comprises controlling the pressure reduction over time. - providing a leather object, which leather object has been processed by at least a tanning process, - introducing the leather object into a process chamber, - subjecting the leather object in the process chamber to a pressurized fluid, - controlling the pressure of the pressurized fluid to reach a supercritical state, - subjecting the leather object to a dyeing agent and/or a retanning agent, which dyeing or retanning agent is dissolved and/or transported in the pressurized fluid for at least a predefined period of time while the pressurized fluid is in the supercritical state, - reducing the pressure in the process chamber, - removing the leather object from the process chamber,
A punch holder and punch tip assembly , the assembly comprising: a punch holder including a first end and a second end, the punch holder having a sidewall, the punch holder having a bore formed therein, the punch holder having a retain-and-release member being pivotable and comprising a pivot shaft pivotably coupled to the sidewall of the punch holder , the retain-and-release member having a retaining portion ; a punch tip mounted releasably to the punch holder , the punch tip having a coupling portion and a working portion , the coupling portion of the punch tip being positioned in the bore of the punch holder so as to be contacted by the retaining portion of the retain-and-release member , the working portion of the punch tip including a flange and a punch blade , the flange of the working portion being butted-up against the first end of the punch holder ; characterized in that the punch holder has an exterior surface , and the flange of the working portion of the punch tip has an exterior surface , the exterior surface of the punch holder and the exterior surface of the working portion of the punch tip together forming a bearing surface to interface with an internal surface of a punch guide sidewall while the flange of the working portion of the punch tip abuts the first end of the punch holder . a punch holder including a first end and a second end, the punch holder having a sidewall, the punch holder having a bore formed therein, the punch holder having a retain-and-release member being pivotable and comprising a pivot shaft pivotably coupled to the sidewall of the punch holder , the retain-and-release member having a retaining portion ; a punch tip mounted releasably to the punch holder , the punch tip having a coupling portion and a working portion , the coupling portion of the punch tip being positioned in the bore of the punch holder so as to be contacted by the retaining portion of the retain-and-release member , the working portion of the punch tip including a flange and a punch blade , the flange of the working portion being butted-up against the first end of the punch holder ; characterized in that the punch holder has an exterior surface , and the flange of the working portion of the punch tip has an exterior surface , the exterior surface of the punch holder and the exterior surface of the working portion of the punch tip together forming a bearing surface to interface with an internal surface of a punch guide sidewall while the flange of the working portion of the punch tip abuts the first end of the punch holder .
A hammer drill comprising: a main body that houses a motor and a motion transmission mechanism for transmitting a rotational output of the motor to a front-end tool ; and a grip joined to a rear side of the main body by a first connector and a second connector , wherein the first connector rotatably joins the main body and the grip , and the second connector has an elastic body provided between the main body and the grip , and a guide rod , the guide rod being inserted inside the elastic body and maintaining a direction of load on the elastic body in alignment with a direction of a line of axis of the elastic body , and a pair of spring supports each having a spring support surface that support ends of the elastic body , 1 characterised in that : T the guide rod has a first opening that a first rotation shaft of the main body is inserted in and a second opening that a second rotation shaft of the grip is inserted in, and the first opening or the second opening is shaped such that the first rotation shaft or the second rotation shaft is slidable in a longitudinal direction of the guide rod , the guide rod being inserted inside the elastic body and maintaining a direction of load on the elastic body in alignment with a direction of a line of axis of the elastic body , and in that each of the spring supports has a through hole that the guide rod is inserted through. a main body that houses a motor and a motion transmission mechanism for transmitting a rotational output of the motor to a front-end tool ; and a grip joined to a rear side of the main body by a first connector and a second connector , wherein the first connector rotatably joins the main body and the grip , and the second connector has an elastic body provided between the main body and the grip , and a guide rod , the guide rod being inserted inside the elastic body and maintaining a direction of load on the elastic body in alignment with a direction of a line of axis of the elastic body , and a pair of spring supports each having a spring support surface that support ends of the elastic body , 1 characterised in that : T the guide rod has a first opening that a first rotation shaft of the main body is inserted in and a second opening that a second rotation shaft of the grip is inserted in, and the first opening or the second opening is shaped such that the first rotation shaft or the second rotation shaft is slidable in a longitudinal direction of the guide rod , the guide rod being inserted inside the elastic body and maintaining a direction of load on the elastic body in alignment with a direction of a line of axis of the elastic body , and in that each of the spring supports has a through hole that the guide rod is inserted through.
A target platform for processing irradiated targets from a nuclear reactor, comprising at least one target tube extending along the target platform and shaped to receive the targets, characterized by a detector arrangement with one or more radiation detectors arranged above the target tube , and a calibration device for calibrating the radiation detector(s) in the detector arrangement , a guide element that is arranged in the target platform near the at least one target tube and further comprises at least one radiation source mounted on a positioning element , the radiation source being designed to be movable along the guide element by means of the positioning element to position the radiation source below each of the radiation detectors . at least one target tube extending along the target platform and shaped to receive the targets, characterized by a detector arrangement with one or more radiation detectors arranged above the target tube , and a calibration device for calibrating the radiation detector(s) in the detector arrangement , a guide element that is arranged in the target platform near the at least one target tube and further comprises at least one radiation source mounted on a positioning element , the radiation source being designed to be movable along the guide element by means of the positioning element to position the radiation source below each of the radiation detectors .
An engineered meganuclease that binds and cleaves a recognition sequence consisting of SEQ ID NO: 5 within a human T cell receptor (TCR) alpha constant region gene, wherein said engineered meganuclease comprises an amino acid sequence of SEQ ID NO: 7 or 8.
A user apparatus , comprising: synchronization signal reception means configured to measure received power of synchronization signals, that are associated with different identifiers, and to select a specific synchronization signal based on the received power of each synchronization signal; means configured to transmit a signal including identification information corresponding to the specific synchronization signal; reference signal reception means configured to receive a plurality of reference signals associated with the specific synchronization signal, the association allowing the user apparatus to monitor a restricted number of reference signals; and measurement means configured to measure a reception quality of a reference signal and to transmit feedback information based on the reception quality to a base station, wherein: the synchronization signal reception means are configured to receive the synchronization signals mapped to only a part of a frequency area, the reference signal reception means are configured to receive the reference signals mapped to a frequency area wider than the frequency area to which the synchronization signals are mapped, and the synchronization signals are used for time and frequency synchronization with the base station. synchronization signal reception means configured to measure received power of synchronization signals, that are associated with different identifiers, and to select a specific synchronization signal based on the received power of each synchronization signal; means configured to transmit a signal including identification information corresponding to the specific synchronization signal; reference signal reception means configured to receive a plurality of reference signals associated with the specific synchronization signal, the association allowing the user apparatus to monitor a restricted number of reference signals; and measurement means configured to measure a reception quality of a reference signal and to transmit feedback information based on the reception quality to a base station, wherein: the synchronization signal reception means are configured to receive the synchronization signals mapped to only a part of a frequency area, the reference signal reception means are configured to receive the reference signals mapped to a frequency area wider than the frequency area to which the synchronization signals are mapped, and the synchronization signals are used for time and frequency synchronization with the base station. the synchronization signal reception means are configured to receive the synchronization signals mapped to only a part of a frequency area, the reference signal reception means are configured to receive the reference signals mapped to a frequency area wider than the frequency area to which the synchronization signals are mapped, and the synchronization signals are used for time and frequency synchronization with the base station.
A steam turbine comprising: a first casing including a first turbine operably coupled to a rotating shaft and operable at a first temperature and an end packing for partially sealing the first casing with the rotating shaft ; a second casing including a second turbine operably coupled to the rotating shaft and operable at a second temperature that is less than the first temperature; where the second casing is different from the first casing, characterized by an ejector for forming a mixture of at least a portion of the flow of steam from a steam seal regulator , the steam seal regulator accepting a flow of steam from the end packing for partially sealing the first casing ; and a portion of steam removed from an upstream chamber of a given stage of the second turbine and introducing the mixture into the second turbine . a first casing including a first turbine operably coupled to a rotating shaft and operable at a first temperature and an end packing for partially sealing the first casing with the rotating shaft ; a second casing including a second turbine operably coupled to the rotating shaft and operable at a second temperature that is less than the first temperature; where the second casing is different from the first casing, characterized by an ejector for forming a mixture of at least a portion of the flow of steam from a steam seal regulator , the steam seal regulator accepting a flow of steam from the end packing for partially sealing the first casing ; and a portion of steam removed from an upstream chamber of a given stage of the second turbine and introducing the mixture into the second turbine .
A composite filament-wound shaft with an end fitting mounted on an interface region on at least one end of said shaft, wherein in said interface region filaments of the filament-wound shaft are angled with respect to the shaft axis such that they follow a path with a radial component and have been cut; the shaft being characterised in that the cut is located so as to expose the ends of said filaments in said interface region; and wherein said end fitting comprises a helical thread engaging with said interface region.
A connection tube support of a waste heat recovery boiler supporting a connection tube unit having a plurality of connection tubes that is disposed inside a waste heat recovery boiler and perform heat exchange between a fluid flowing inside and exhaust gas flowing outside, the connection tube support comprising: a header storing fluid flowing through the connection tube unit and supporting one end of the connection tube unit by being connected to one end of the connection tube unit ; and a tube sheet supporting a circumferential surface of each of the plurality of connection tubes , wherein the tube sheet has the plurality of connection tubes passing therethrough and is provided with a plurality of support holes respectively supporting circumferential surfaces of the plurality of connection tubes passing therethrough, wherein each of the support holes is in a long hole shape, characterized in that a width (W) of each of the support holes is W = D + a compared with an outer diameter (D) of each of the connection tubes , and a length (L) of each of the support holes is longer than the outer diameter (D) of each of the connection tubes , wherein the length (L) of each of the support holes is D ≤ L ≤ bD compared with the outer diameter (D) of each of the connection tubes , the range of "a" is 1 mm ≤ a ≤3 mm , and the range of "b" is 1.3≤b≤1.7. a header storing fluid flowing through the connection tube unit and supporting one end of the connection tube unit by being connected to one end of the connection tube unit ; and a tube sheet supporting a circumferential surface of each of the plurality of connection tubes , wherein the tube sheet has the plurality of connection tubes passing therethrough and is provided with a plurality of support holes respectively supporting circumferential surfaces of the plurality of connection tubes passing therethrough, wherein each of the support holes is in a long hole shape, characterized in that a width (W) of each of the support holes is W = D + a compared with an outer diameter (D) of each of the connection tubes , and a length (L) of each of the support holes is longer than the outer diameter (D) of each of the connection tubes , wherein the length (L) of each of the support holes is D ≤ L ≤ bD compared with the outer diameter (D) of each of the connection tubes , the range of "a" is 1 mm ≤ a ≤3 mm , and the range of "b" is 1.3≤b≤1.7.
A spacer textile material comprising: a first layer , a second layer , and a plurality of connecting members extending between and joining the first layer and the second layer , the connecting members forming a series of at least ten rows that are separated by spaces , wherein each individual row is formed from multiple sections of yarn, the rows having a width that is less than a width of the spaces , wherein the width of the rows is the width of an individual row formed by various connecting members , and the connecting members forming at least one stabilizing row having a width that is greater than the width of the spaces and that is greater than the width of the rows, and the least one stabilizing row having a concentration or a density of connecting members that is greater than the concentration or the density of the connecting members at rows of the space textile material , and wherein the rows formed by the connecting members are substantially parallel to each other, characterized in that the connecting members extend along a height direction perpendicular to the first layer and to the second layer . a first layer , a second layer , and a plurality of connecting members extending between and joining the first layer and the second layer , the connecting members forming a series of at least ten rows that are separated by spaces , wherein each individual row is formed from multiple sections of yarn, the rows having a width that is less than a width of the spaces , wherein the width of the rows is the width of an individual row formed by various connecting members , and the connecting members forming at least one stabilizing row having a width that is greater than the width of the spaces and that is greater than the width of the rows, and the least one stabilizing row having a concentration or a density of connecting members that is greater than the concentration or the density of the connecting members at rows of the space textile material , and wherein the rows formed by the connecting members are substantially parallel to each other, characterized in that the connecting members extend along a height direction perpendicular to the first layer and to the second layer .