mhurhangee/patent-ind-claim-en huggingface dataset:
Longitudinal adjustment mechanism for a vehicle seat, in particular for a motor vehicle seat, having at least one first seat rail , at least one second seat rail that is displaceable relative to the first seat rail , a spindle , assigned to the first seat rail , for interacting with a gearbox that is assigned to the second seat rail , and at least one spindle holder for fixing the spindle relative to the first seat rail , and a floor connection for connecting the first seat rail to a vehicle structure, wherein the floor connection and the at least one spindle holder are components that are configured so as to be mutually separate, characterized in that the at least one spindle holder is H-shaped, wherein the at least one spindle holder has two flanges which are interconnected by means of a web .
A system for producing a medical preparation, in particular for producing a parenteral nutrition preparation, comprising at least one pump , in particular a hose pump, with which liquids can be transferred from a plurality of source containers into a target container , wherein the system comprises a valve unit (10a-10c) for this purpose, with which the connection to a source container can be opened, so that liquid can be removed from a source container with the pump , characterized in that the system has a directional control valve arranged downstream of the pump with respect to the direction of flow, via which a target container with at least two chambers can be filled and/or two different target containers can be filled.
A pouch composition comprising a nicotine-ion exchange resin combination, water in an amount of at least 15% by weight of the pouch composition, and inorganic divalent cations, wherein the solid oral nicotine formulation comprises inorganic divalent cations in a molar ratio of at most 5 relative to the amount of nicotine in the nicotine-ion exchange resin combination. a nicotine-ion exchange resin combination, water in an amount of at least 15% by weight of the pouch composition, and inorganic divalent cations, wherein the solid oral nicotine formulation comprises inorganic divalent cations in a molar ratio of at most 5 relative to the amount of nicotine in the nicotine-ion exchange resin combination.
A method for authenticating a virtual subscriber identity module, VSIM, comprising: establishing , by a terminal in roaming, a first connection with a first mobile communication network according to an international mobile subscriber identification number, IMSI, of a removable subscriber identity module, RSIM, in the terminal; acquiring , by the terminal, VSIM information sent by a VSIM server via the first connection, the VSIM information comprising an IMSI of the VSIM of the VSIM server; initiating , by the terminal, a registration request to a second mobile communication network according to the IMSI of the VSIM information for establishing a second connection with the second mobile communication network; acquiring , by the terminal, an authentication request carrying an authentication parameter for authentication for the VSIM from the second mobile communication network; sending , by the terminal, the authentication request carrying the authentication parameter to the VSIM server via the first connection, such that the VSIM server determines an authentication response parameter according to the authentication parameter; and acquiring , by the terminal, the authentication response parameter sent by the VSIM server via the first connection, and performing authentication according to the authentication response parameter. establishing , by a terminal in roaming, a first connection with a first mobile communication network according to an international mobile subscriber identification number, IMSI, of a removable subscriber identity module, RSIM, in the terminal; acquiring , by the terminal, VSIM information sent by a VSIM server via the first connection, the VSIM information comprising an IMSI of the VSIM of the VSIM server; initiating , by the terminal, a registration request to a second mobile communication network according to the IMSI of the VSIM information for establishing a second connection with the second mobile communication network; acquiring , by the terminal, an authentication request carrying an authentication parameter for authentication for the VSIM from the second mobile communication network; sending , by the terminal, the authentication request carrying the authentication parameter to the VSIM server via the first connection, such that the VSIM server determines an authentication response parameter according to the authentication parameter; and acquiring , by the terminal, the authentication response parameter sent by the VSIM server via the first connection, and performing authentication according to the authentication response parameter.
An organic photovoltaic device characterized in that it comprises at least one light absorption material with a chemical structure of Structure I: wherein, wherein R 1 -R 15 are independently hydrogen, halogen, hydroxyl, an unsubstituted alkyl, a substituted alkyl, cycloalkyl, an unsubstituted aryl, a substituted aryl, acyl, alkoxy, acyloxy, amino, nitro, acylamino, aralkyl, cyano, carboxyl, thio, styryl, aminocarbonyl, carbamoyl, aryloxycarbonyl, phenoxycarbonyl, or an alkoxycarbonyl group.
A process for producing a composite body comprising an aerogel and a fiber-reinforced component, comprising the following successive steps: i) providing at least one semifinished textile fabric, ii) contacting said at least one semifinished textile fabric with at least one aerogel material, iii) infiltrating said semifinished textile fabric employed, and partially infiltrating said aerogel materials employed, with a liquid binder, and iv) curing the binder. i) providing at least one semifinished textile fabric, ii) contacting said at least one semifinished textile fabric with at least one aerogel material, iii) infiltrating said semifinished textile fabric employed, and partially infiltrating said aerogel materials employed, with a liquid binder, and iv) curing the binder.
A method for purifying biogas, comprising in this order the steps of: providing a first adsorber unit comprising a first sorbent material comprising carbonaceous char; removing moisture from the biogas by a moisture separator; contacting the first sorbent material with the biogas to adsorb organic impurities and H 2 S and thereby form a first effluent; separating, by a pressure swing adsorption unit, carbon dioxide and biomethane from the first effluent; providing a second adsorber unit comprising a second sorbent material comprising carbonaceous char, wherein the second sorbent material is fresh sorbent material; flushing the second sorbent material with carbon dioxide separated from the first effluent to produce a flushed sorbent before introducing the biogas into the second adsorber unit, diverting the biogas to the second adsorber unit; contacting the second sorbent material with the biogas to adsorb organic impurities and H 2 S and thereby form a second effluent; separating, by the pressure swing adsorption unit, carbon dioxide and biomethane from the second effluent; flushing the first sorbent material with carbon dioxide separated from the second effluent to produce a flushed sorbent; flaring methane and volatile organics displaced by flushing the first sorbent material; replacing the first sorbent material with fresh sorbent material comprising carbonaceous char; and flushing the fresh sorbent material with carbon dioxide separated from the second effluent. providing a first adsorber unit comprising a first sorbent material comprising carbonaceous char; removing moisture from the biogas by a moisture separator; contacting the first sorbent material with the biogas to adsorb organic impurities and H 2 S and thereby form a first effluent; separating, by a pressure swing adsorption unit, carbon dioxide and biomethane from the first effluent; providing a second adsorber unit comprising a second sorbent material comprising carbonaceous char, wherein the second sorbent material is fresh sorbent material; flushing the second sorbent material with carbon dioxide separated from the first effluent to produce a flushed sorbent before introducing the biogas into the second adsorber unit, diverting the biogas to the second adsorber unit; contacting the second sorbent material with the biogas to adsorb organic impurities and H 2 S and thereby form a second effluent; separating, by the pressure swing adsorption unit, carbon dioxide and biomethane from the second effluent; flushing the first sorbent material with carbon dioxide separated from the second effluent to produce a flushed sorbent; flaring methane and volatile organics displaced by flushing the first sorbent material; replacing the first sorbent material with fresh sorbent material comprising carbonaceous char; and flushing the fresh sorbent material with carbon dioxide separated from the second effluent.
A method of handling insulating materials (11 to 15) used for storing snow, wherein the insulating materials (11 to 15) covering a heap of snow stored through the summer are taken off the heap of snow before the snow in the heap of snow is transferred to a selected use, the insulating materials (11 to 15) used for covering the heap of snow stored through the summer are transferred to such a second use (12a to 12c, 13a to 13c, 16, 17, 19, 21) that the insulating materials (11 to 15) have at least one function other than covering of a heap of snow , wherein - the insulating materials (11 to 15) used for insulating the heap of snow stored through the summer comprise at least one of the following insulating materials: geotextile, roll-up cellular plastic, polyurethane mat, oll-up cushion material being made of a suitable soft insulating material such as Breathair® cushion material coated on both sides, insulation board made of polyurethane, and insulation board made of polystyrene, - the second use of the insulating materials (11 to 15) used for insulating the heap of snow stored through the summer is, during the skiing season, at least one of the following uses: impact cushions , jump cushions , space dividers and protective fences , for insulating temporary buildings , and for insulating temporary thermal or cold stores . - the insulating materials (11 to 15) used for insulating the heap of snow stored through the summer comprise at least one of the following insulating materials: geotextile, roll-up cellular plastic, polyurethane mat, oll-up cushion material being made of a suitable soft insulating material such as Breathair® cushion material coated on both sides, insulation board made of polyurethane, and insulation board made of polystyrene, - the second use of the insulating materials (11 to 15) used for insulating the heap of snow stored through the summer is, during the skiing season, at least one of the following uses: impact cushions , jump cushions , space dividers and protective fences , for insulating temporary buildings , and for insulating temporary thermal or cold stores .
A terminal device , wherein the terminal device comprises a radio frequency transmit channel, a first subscriber identification module SIM card interface , and a second SIM card interface , the first SIM card interface is configured to communicate with a first SIM card, the second SIM card interface is configured to communicate with a second SIM card, the terminal device is connected to a 5G network by using the first SIM card, the terminal device further comprises a processor , and the processor is configured to: when the terminal device needs to perform a first voice service, disconnect the terminal device from the 5G network and connect the terminal device to a first long-term evolution LTE network by using the first SIM card; when the first voice service is related to the first SIM card, perform a voice over long-term evolution VoLTE-based first voice service through the first LTE network, and receive a first connection request from a second LTE network, wherein the first connection request requests the terminal device to perform a VoLTE-based second voice service, and the second voice service is related to the second SIM card; and respond to the first connection request by occupying the radio frequency transmit channel in a time division manner in a process of performing the first voice service. when the terminal device needs to perform a first voice service, disconnect the terminal device from the 5G network and connect the terminal device to a first long-term evolution LTE network by using the first SIM card; when the first voice service is related to the first SIM card, perform a voice over long-term evolution VoLTE-based first voice service through the first LTE network, and receive a first connection request from a second LTE network, wherein the first connection request requests the terminal device to perform a VoLTE-based second voice service, and the second voice service is related to the second SIM card; and respond to the first connection request by occupying the radio frequency transmit channel in a time division manner in a process of performing the first voice service.
A landing gear comprising: - a landing gear rod extending along a main axis; - at least one axle mechanically connected to the landing gear rod; - at least one wheel mounted to be able to be rotated around said axle; - at least one damper disposed to damp a sliding movement of said rod relative to a structure of the aircraft, the landing gear further comprising at least one static sealing point , the static sealing point comprising a gasket made of elastically deformable material held between a portion of a first part of the landing gear and a portion of a second part of the landing gear, the first and second parts of the landing gear comprising a steel substrate coated with a coating, the landing gear being characterized in that the coating at the static sealing point is a zinc and nickel alloy coating including in mass percentage of the alloy between 12% and 18% and nickel, at most 0.5% of elements other than nickel and zinc, the balance being zinc, and the roughness Ra of the surface of the portions of the first and second parts of the landing gear is less than or equal to 1.6 μm. - a landing gear rod extending along a main axis; - at least one axle mechanically connected to the landing gear rod; - at least one wheel mounted to be able to be rotated around said axle; - at least one damper disposed to damp a sliding movement of said rod relative to a structure of the aircraft, the landing gear further comprising at least one static sealing point , the static sealing point comprising a gasket made of elastically deformable material held between a portion of a first part of the landing gear and a portion of a second part of the landing gear, the first and second parts of the landing gear comprising a steel substrate coated with a coating, the landing gear being characterized in that the coating at the static sealing point is a zinc and nickel alloy coating including in mass percentage of the alloy between 12% and 18% and nickel, at most 0.5% of elements other than nickel and zinc, the balance being zinc, and the roughness Ra of the surface of the portions of the first and second parts of the landing gear is less than or equal to 1.6 μm. the landing gear further comprising at least one static sealing point , the static sealing point comprising a gasket made of elastically deformable material held between a portion of a first part of the landing gear and a portion of a second part of the landing gear, the first and second parts of the landing gear comprising a steel substrate coated with a coating, the landing gear being characterized in that the coating at the static sealing point is a zinc and nickel alloy coating including in mass percentage of the alloy between 12% and 18% and nickel, at most 0.5% of elements other than nickel and zinc, the balance being zinc, and the roughness Ra of the surface of the portions of the first and second parts of the landing gear is less than or equal to 1.6 μm.
A catheter insertion device, comprising: a device housing comprising a plurality of conjoined cylindrical openings ; a catheter , slidably captured by a button ; and an introducer needle subassembly, releasably secured to the button , wherein the button moves the introducer needle subassembly from a first linear position to a second linear position to insert the catheter and release the introducer needle subassembly from the button , wherein a spring urges the introducer needle subassembly from the second linear position to a third linear position past the first linear position when the introducer needle subassembly is released from the button characterized in that the button is slidably disposed in a first cylindrical opening of the plurality of conjoined cylindrical openings ; and the retraction spring is disposed in a second cylindrical opening of the plurality of conjoined cylindrical openings , whereby the retraction spring is offset from the button to establish the side port fluid path without interference from the retraction spring, wherein the interference pieces are placed in slots of the button , the first cylindrical opening comprises an expanded portion , the interference pieces are slidably displaced into the expanded portion of the first opening in the second position, thereby releasing the introducer needle hub from the button and retracted within the center opening of the button by the retraction spring . a device housing comprising a plurality of conjoined cylindrical openings ; a catheter , slidably captured by a button ; and an introducer needle subassembly, releasably secured to the button , wherein the button moves the introducer needle subassembly from a first linear position to a second linear position to insert the catheter and release the introducer needle subassembly from the button , wherein a spring urges the introducer needle subassembly from the second linear position to a third linear position past the first linear position when the introducer needle subassembly is released from the button characterized in that the button is slidably disposed in a first cylindrical opening of the plurality of conjoined cylindrical openings ; and the retraction spring is disposed in a second cylindrical opening of the plurality of conjoined cylindrical openings , whereby the retraction spring is offset from the button to establish the side port fluid path without interference from the retraction spring, wherein the interference pieces are placed in slots of the button , the first cylindrical opening comprises an expanded portion , the interference pieces are slidably displaced into the expanded portion of the first opening in the second position, thereby releasing the introducer needle hub from the button and retracted within the center opening of the button by the retraction spring .
A method for real time detection of cyber threats for a system comprising a processor and a memory for storing executable instructions, the processor adapted to execute the instructions to perform the method, the method comprising the steps of: obtaining , in real time, entity data comprising attributes and attribute values for an entity over a given period of time; 2. searching for other entities that are similar in attributes to the entity and creating a population of similar entities from these other entities; building , in real time, an entity probability model of the entity from the entity data to model entity behavior over time; building a population probability model from entity data gathered for at least a portion of the population of similar entities, the population probability model being indicative of behaviors for the population of similar entities: comparing , in real time, at least a portion of the entity data or at least a portion of the entity probability model to the population probability model to identify an anomaly between the at least a portion of the entity data or the at least a portion of entity probability model and the population probability model, the anomaly comprising one or more anomalous differences; and in response to the anomaly being identified, alerting , in real time, a system administrator. obtaining , in real time, entity data comprising attributes and attribute values for an entity over a given period of time; 2. searching for other entities that are similar in attributes to the entity and creating a population of similar entities from these other entities; building , in real time, an entity probability model of the entity from the entity data to model entity behavior over time; building a population probability model from entity data gathered for at least a portion of the population of similar entities, the population probability model being indicative of behaviors for the population of similar entities: comparing , in real time, at least a portion of the entity data or at least a portion of the entity probability model to the population probability model to identify an anomaly between the at least a portion of the entity data or the at least a portion of entity probability model and the population probability model, the anomaly comprising one or more anomalous differences; and in response to the anomaly being identified, alerting , in real time, a system administrator.
An aircraft flight surface actuation system , comprising: a motor having an output shaft ; a gearbox coupled with said output shaft , whereby, in use, a first driving force output via said motor is converted to a second driving force; a torque shaft assembly driveably coupled with said gearbox , wherein said torque shaft assembly comprises: a first tube ; a second tube located at least partially through said first tube and located coaxial therewith; wherein said first tube comprises an axial preload operable to mitigate lateral deflection; and wherein said first tube comprises a torsional preload operable to mitigate torsional deflection; an eccentric cam mechanism driveably coupled with said torque shaft assembly ; and a flight surface coupled with said eccentric cam mechanism . a motor having an output shaft ; a gearbox coupled with said output shaft , whereby, in use, a first driving force output via said motor is converted to a second driving force; a torque shaft assembly driveably coupled with said gearbox , wherein said torque shaft assembly comprises: a first tube ; a second tube located at least partially through said first tube and located coaxial therewith; wherein said first tube comprises an axial preload operable to mitigate lateral deflection; and wherein said first tube comprises a torsional preload operable to mitigate torsional deflection; a first tube ; a second tube located at least partially through said first tube and located coaxial therewith; wherein said first tube comprises an axial preload operable to mitigate lateral deflection; and wherein said first tube comprises a torsional preload operable to mitigate torsional deflection; an eccentric cam mechanism driveably coupled with said torque shaft assembly ; and a flight surface coupled with said eccentric cam mechanism .
Crosslinking agent-free thermoplastic mixture comprising at least one impact-resistant polypropylene copolymer (ICP) and at least one ethylene-1-octene copolymer, wherein the weight ratio of impact-resistant polypropylene copolymer to ethylene-1-octene copolymer is in the range from 35/65 to 65/35.