mhurhangee/patent-ind-claim-en huggingface dataset:
Valve arrangement for a fluid-conducting system which produces or is capable of producing a fluid connection between a patient-side coupling unit and a respiratory device , wherein the valve arrangement comprises - a shut-off unit , - a locking unit , - a patient-side port , and - a device-side port , wherein the shut-off unit is movable to and fro between at least one open position and a closure position, wherein - a fluid communication between the two ports of the valve arrangement is produced when the shut-off unit is in the or an open position, and - said fluid communication is interrupted or at least restricted when the shut-off unit is in the closure position, wherein the locking unit - in an open locking state locks the shut-off unit in the or an open position, and - in a closure locking state locks the shut-off unit in the closure position, and wherein the valve arrangement is configured so as, whenever the shut-off unit is in the closure position and, in addition, a pressure above a specified pressure limit prevails at the patient-side port , to move the shut-off unit into the or an open position automatically and counter to a locking effect of the locking unit . - a shut-off unit , - a locking unit , - a patient-side port , and - a device-side port , wherein the shut-off unit is movable to and fro between at least one open position and a closure position, wherein wherein the shut-off unit is movable to and fro between at least one open position and a closure position, wherein - a fluid communication between the two ports of the valve arrangement is produced when the shut-off unit is in the or an open position, and - said fluid communication is interrupted or at least restricted when the shut-off unit is in the closure position, wherein the locking unit - in an open locking state locks the shut-off unit in the or an open position, and - in a closure locking state locks the shut-off unit in the closure position, and wherein the valve arrangement is configured so as, whenever the shut-off unit is in the closure position and, in addition, a pressure above a specified pressure limit prevails at the patient-side port , to move the shut-off unit into the or an open position automatically and counter to a locking effect of the locking unit . wherein the valve arrangement is configured so as, whenever the shut-off unit is in the closure position and, in addition, a pressure above a specified pressure limit prevails at the patient-side port , to move the shut-off unit into the or an open position automatically and counter to a locking effect of the locking unit .
A multi-spectral artificial target device for producing a deceptive thermal and radar signature of an object, comprising a multi-layer structure which comprises: - a substrate ; - a functional radar signal layer which is provided directly or indirectly onto the substrate , which radar signal layer is configured to output a radar response signal, which is observable in the radio frequency spectrum, upon exposure to an external radar stimulus or excitation, characterized by - a functional thermal signal layer , which is provided directly or indirectly on the substrate and which comprises electrically conductive material arranged to form an array of independently controlled thermal elements , which thermal signal layer comprises electrically non-conductive sections between thermal elements , wherein each thermal element is configured to output a thermal signal, which is observable in the infra-red spectrum, upon exposure to a control voltage. - a substrate ; - a functional radar signal layer which is provided directly or indirectly onto the substrate , which radar signal layer is configured to output a radar response signal, which is observable in the radio frequency spectrum, upon exposure to an external radar stimulus or excitation, characterized by - a functional thermal signal layer , which is provided directly or indirectly on the substrate and which comprises electrically conductive material arranged to form an array of independently controlled thermal elements , which thermal signal layer comprises electrically non-conductive sections between thermal elements , wherein each thermal element is configured to output a thermal signal, which is observable in the infra-red spectrum, upon exposure to a control voltage.
A non-inflatable vehicle tyre comprising a rubber carcass moulded to fit and be secured to a wheel rim with a series of equally spaced passages extending transversely through the carcass to provide resilient supporting ribs between the passages and having a road engaging tread moulded to the carcass over a band of flexible reinforcing , wherein the cross section of the passages form waisted ribs having an unwaisted part, within the rubber carcass .
A method of actuating a downhole device, the downhole device having a body with an axis, and having first and second counterweight devices connected on either side of the axis, the method comprising radially moving the counterweight devices between first and second positions by centrifugal force, whereby movement of the counterweight devices causes a change in the activation state of the device, wherein the change in the activation state of the device causes a change in the activation state of a closure device restricting a through bore through a string for the passage of fluid through the string, and wherein the body is incorporated in a string of tools adapted for deployment in a wellbore of an oil or gas well, and creating the centrifugal force to radially move the counterweight devices and change the activation state of the device by rotating the body around the axis, wherein the body is rotated by rotation of the whole string during rotary wellbore operations.
A recombinant modified FGF-1 polypeptide comprising the sequence set forth as SEQ ID NO: 1 with (i) an N-terminal methionine residue positioned upstream to the first residue of SEQ ID NO: 1, and (ii) at least the mutations: Cys16Ser, Ala66Cys, and Cys117Val with respect to the sequence of SEQ ID NO: 1.
A method for providing search results, comprising: Receiving a search query; Determining a plurality of preprocessing functions to be performed on the search query, based at least in part on a search label corresponding to the search query, wherein: the search label corresponds to the plurality of preprocessing functions; and the search label corresponds to an execution sequence that describes an order in which at least some of the plurality of preprocessing functions are to be performed; performing the plurality of preprocessing functions on the search query based at least in part on the execution sequence to obtain a plurality of preprocessed search queries; generating , based at least in part on precision levels associated with the plurality of preprocessed search queries, a search plan comprising a selected preprocessed search query; and inputting the search plan to a search engine to obtain the search results. Receiving a search query; Determining a plurality of preprocessing functions to be performed on the search query, based at least in part on a search label corresponding to the search query, wherein: the search label corresponds to the plurality of preprocessing functions; and the search label corresponds to an execution sequence that describes an order in which at least some of the plurality of preprocessing functions are to be performed; performing the plurality of preprocessing functions on the search query based at least in part on the execution sequence to obtain a plurality of preprocessed search queries; generating , based at least in part on precision levels associated with the plurality of preprocessed search queries, a search plan comprising a selected preprocessed search query; and inputting the search plan to a search engine to obtain the search results.
An adjuster extender comprising: a tubular sleeve (74, 74a, 74 d, 74e) longitudinally connected to an extender stud , the sleeve having an inner bore for matingly receiving an engagement portion of an adjustment shaft of an adjuster toprovide radial support therebetween and prevent radial movement of the adjustment shaft relative to the sleeve ; and a plurality of engagement arms that extend from the sleeve into the inner bore the engagement arms including arm ends for engaging an adjuster stud on the adjustment shaft to provide an axial interlock between the sleeve and the adjustment shaft . a tubular sleeve (74, 74a, 74 d, 74e) longitudinally connected to an extender stud , the sleeve having an inner bore for matingly receiving an engagement portion of an adjustment shaft of an adjuster toprovide radial support therebetween and prevent radial movement of the adjustment shaft relative to the sleeve ; and a plurality of engagement arms that extend from the sleeve into the inner bore the engagement arms including arm ends for engaging an adjuster stud on the adjustment shaft to provide an axial interlock between the sleeve and the adjustment shaft .
A rocket motor comprising: - a combustion chamber opening to a nozzle , - at least one first block of solid propellant positioned in the combustion chamber , the first block of solid propellant comprising a solid fuel and a solid oxidizer, - at least one injector configured to inject a fluid oxidizer into the combustion chamber , - a control member for regulating the injection flow rate of fluid oxidizer into the combustion chamber , - a second block of solid propellant positioned in the combustion chamber so as to define a cavity opening to the nozzle , the first block being encapsulated between an internal wall of the combustion chamber and the second block of solid propellant , the first block of solid propellant having a smaller solid oxidizer concentration than that of the second block of solid propellant , the rocket motor being characterized in that the second block of solid propellant is positioned so as to obturate the at least one injector . - a combustion chamber opening to a nozzle , - at least one first block of solid propellant positioned in the combustion chamber , the first block of solid propellant comprising a solid fuel and a solid oxidizer, - at least one injector configured to inject a fluid oxidizer into the combustion chamber , - a control member for regulating the injection flow rate of fluid oxidizer into the combustion chamber , - a second block of solid propellant positioned in the combustion chamber so as to define a cavity opening to the nozzle , the first block being encapsulated between an internal wall of the combustion chamber and the second block of solid propellant , the first block of solid propellant having a smaller solid oxidizer concentration than that of the second block of solid propellant , the rocket motor being characterized in that the second block of solid propellant is positioned so as to obturate the at least one injector .
A fitting for forming a double-walled tube , comprising: an inner fitting having a first inner weld lip , a second inner weld lip , and an inner body extending from the first inner weld lip to the second inner weld lip and having an outer surface with a first threading ; and an outer fitting having a first outer weld lip , a second outer weld lip , and an outer body extending from the first outer weld lip to the second outer weld lip and having an inner surface with a second threading that is configured to mate with the first threading ; characterized in that the inner fitting further includes at least two bump-outs extending outward from the inner body , and the outer surface with the first threading is positioned on an outer surface of the at least two bump-outs . an inner fitting having a first inner weld lip , a second inner weld lip , and an inner body extending from the first inner weld lip to the second inner weld lip and having an outer surface with a first threading ; and an outer fitting having a first outer weld lip , a second outer weld lip , and an outer body extending from the first outer weld lip to the second outer weld lip and having an inner surface with a second threading that is configured to mate with the first threading ; characterized in that the inner fitting further includes at least two bump-outs extending outward from the inner body , and the outer surface with the first threading is positioned on an outer surface of the at least two bump-outs .
A memory access processing method based on memory chip interconnection, comprising: receiving , by a first memory chip through a high-speed bus interface, a memory access request sent by a memory controller; and if the first memory chip is not a target memory chip corresponding to the memory access request, sending , according to a preconfigured routing rule and through a chip interconnect interface, the memory access request to the target memory chip corresponding to the memory access request; wherein, at least two chip interconnect interfaces are disposed on the first memory chip, and each chip interconnect interface is connected to a second memory chip; and wherein, the memory access request sent by the memory controller comprises one of at least two secondary memory access requests that are divided from a primary memory access request received by the memory controller. receiving , by a first memory chip through a high-speed bus interface, a memory access request sent by a memory controller; and if the first memory chip is not a target memory chip corresponding to the memory access request, sending , according to a preconfigured routing rule and through a chip interconnect interface, the memory access request to the target memory chip corresponding to the memory access request; wherein, at least two chip interconnect interfaces are disposed on the first memory chip, and each chip interconnect interface is connected to a second memory chip; and wherein, the memory access request sent by the memory controller comprises one of at least two secondary memory access requests that are divided from a primary memory access request received by the memory controller.
Apparatus for treating wires moving on a conveyance means that can be traversed by a heat flow via orifices, characterized in that the wire treatment apparatus also comprises a heat distribution management device comprising at least one blocking means covering at least some of the orifices of the conveyance means , this blocking means being structurally independent of the conveyance means on which the blocking means is placed.
A computer-implemented method for integrating fire-protection systems in building design, the method comprising: receiving design data associated with a building , wherein the design data comprises at least one of electrical data, low voltage data, plumbing data, wall boundaries, and obstructions; analyzing design data including electrical data, low voltage data, and plumbing data to determine an occupancy type for the building, wherein determining an occupancy type for the building comprises: analyzing the electrical data, low voltage data, and plumbing data for each of a plurality of locations in the building to determine an occupancy type; accessing one or more fire-protection protocols ; generating one or more fire-protection designs for the building based at least in part on the one or more fire-protection protocols and the design data ; and integrating the one or more fire-protection designs in to the design data . receiving design data associated with a building , wherein the design data comprises at least one of electrical data, low voltage data, plumbing data, wall boundaries, and obstructions; analyzing design data including electrical data, low voltage data, and plumbing data to determine an occupancy type for the building, wherein determining an occupancy type for the building comprises: analyzing the electrical data, low voltage data, and plumbing data for each of a plurality of locations in the building to determine an occupancy type; accessing one or more fire-protection protocols ; generating one or more fire-protection designs for the building based at least in part on the one or more fire-protection protocols and the design data ; and integrating the one or more fire-protection designs in to the design data .
Method of forming a fibre-based nonwoven fabric, the loose fibres being deposited on an infeed system and then being moved by a moving screen in the direction of a milling arrangement, the fibres being sucked against the screen by a partial vacuum at least in the region of the milling arrangement, the milling arrangement milling the mass of fibres fed to it down to the thickness desired for the nonwoven fabric, and excess fibres being cast back onto the infeed system by the milling arrangement, wherein the milling arrangement has at least one rotating milling roller and at least one stripper roller and the stripper roller is mounted on the side of the milling roller remote from the screen.
A base station device capable of 5G wireless communication, comprising: a transmitter configured to transmit, for each logical channel, first data of a first type and second data of a second type; and processor circuitry configured to: omit information about a data length of the second data from a medium access control, MAC, header of the second data, when the data length of the second data in a MAC protocol data unit, PDU, is fixed, place the MAC header in front of a MAC service data unit, MSDU, of the second data, and multiplex the first data and the second data, wherein a reserved bit, R bit, is set in the second bit of the first octet in the MAC header. a transmitter configured to transmit, for each logical channel, first data of a first type and second data of a second type; and processor circuitry configured to: omit information about a data length of the second data from a medium access control, MAC, header of the second data, when the data length of the second data in a MAC protocol data unit, PDU, is fixed, place the MAC header in front of a MAC service data unit, MSDU, of the second data, and multiplex the first data and the second data, wherein a reserved bit, R bit, is set in the second bit of the first octet in the MAC header. omit information about a data length of the second data from a medium access control, MAC, header of the second data, when the data length of the second data in a MAC protocol data unit, PDU, is fixed, place the MAC header in front of a MAC service data unit, MSDU, of the second data, and multiplex the first data and the second data, wherein a reserved bit, R bit, is set in the second bit of the first octet in the MAC header.
An electrode for a non-aqueous electrolyte secondary battery comprising: a current collector ; an active material layer that is formed on the current collector ; an aggregate of filler particles that is present in an island shape on a surface of the active material layer , wherein the filler particles are compound particles containing at least one of phosphorus, silicon, boron, nitrogen, potassium, sodium, and bromine, and a transformation point of the filler particle at which the filler particle is transformed from a solid phase into a liquid phase or is thermally decomposed is in a range of 180°C to 1,000°C. a current collector ; an active material layer that is formed on the current collector ; an aggregate of filler particles that is present in an island shape on a surface of the active material layer , wherein the filler particles are compound particles containing at least one of phosphorus, silicon, boron, nitrogen, potassium, sodium, and bromine, and a transformation point of the filler particle at which the filler particle is transformed from a solid phase into a liquid phase or is thermally decomposed is in a range of 180°C to 1,000°C.
A combination of a Horizontal Axes Wind Turbine (HAWT) and a Tail Spar Buoy comprising a floating foundation of a tower for an Horizontal Axes Wind Turbine; where in the base of the tower is at top of a hull main column wherein the tail spar buoy is asymmetric, with its vertical transversal plan along the axis of the hull main column ; wherein the main vertical cylindrical circular column has forward and aft displacement appendages, respectively called Bulbous Bow (3d,e) and Tail Hull (3b,c); wherein the horizontal axes wind turbine nacelle is fixed solidly to the tower ; wherein blades rotor (1 b) and the bow (3d,e) are both to its forward side; wherein the hull main column base of the tower is at about 1 /3 above waterline (W.L.) and the other 2/3 of the main column is draft below the waterline; wherein the Bulbous Bow is consisting of a displacement Bulb below waterline , consisting in a horizontal cylindrical part with a forward hemispheric closure and a vertical straight stem post above waterline until the upper deck; wherein the Tail Hull is consisting in a horizontal prism, tall to the upper deck and it is with U-section below waterline, that is aft closed with a transom stem; wherein below waterline, the corresponding projected area on the longitudinal central plan of the Bow Bulb and its displacement are greater than the Tail Hull ones; wherein the Tail Spar Buoy capacity comprises four ballast structural seawater tanks , which are connected one each other by piping system to the sea, further two ballast sand tanks at bottom of the main column. where in the base of the tower is at top of a hull main column wherein the tail spar buoy is asymmetric, with its vertical transversal plan along the axis of the hull main column ; wherein the main vertical cylindrical circular column has forward and aft displacement appendages, respectively called Bulbous Bow (3d,e) and Tail Hull (3b,c); wherein the horizontal axes wind turbine nacelle is fixed solidly to the tower ; wherein blades rotor (1 b) and the bow (3d,e) are both to its forward side; wherein the hull main column base of the tower is at about 1 /3 above waterline (W.L.) and the other 2/3 of the main column is draft below the waterline; wherein the Bulbous Bow is consisting of a displacement Bulb below waterline , consisting in a horizontal cylindrical part with a forward hemispheric closure and a vertical straight stem post above waterline until the upper deck; wherein the Tail Hull is consisting in a horizontal prism, tall to the upper deck and it is with U-section below waterline, that is aft closed with a transom stem; wherein below waterline, the corresponding projected area on the longitudinal central plan of the Bow Bulb and its displacement are greater than the Tail Hull ones; wherein the Tail Spar Buoy capacity comprises four ballast structural seawater tanks , which are connected one each other by piping system to the sea, further two ballast sand tanks at bottom of the main column.
A closed-ended linear duplex DNA (ceDNA) comprising a nucleic acid insert comprising a transgene, the insert flanked by at least two adeno-associated virus (AAV) inverted terminal repeat (ITR) sequences, wherein the at least two ITR sequences are asymmetric and covalently linked with respect to one another, each sequence having an operative terminal resolution site and a rolling circle replication protein binding element (RBE), wherein a first ITR sequence is interrupted by a cross-arm sequence forming two opposing, lengthwise-symmetric stem-loops formed by interrupted palindromic sequences B-B' and C-C', each of the opposing lengthwise-symmetric stem-loops having a stem portion in the range of 5 to 15 base pairs in length and a loop portion having 2 to 5 unpaired deoxyribonucleotides, wherein a second ITR sequence is interrupted by a truncated cross-arm sequence having one or more deletions of between 11 and 20 nucleotides in a palindromic sequence region B-B' and/or a palindromic sequence region C-C'.