mhurhangee/patent-ind-claim-en huggingface dataset:
A burner for the firing of ceramic articles, which can be installed in an industrial kiln comprising a firing chamber ; the burner comprising: a mixing body ; a duct to feed a fuel; a duct to feed an oxidizer; a spark device to start a combustion; a first tubular discharge element , which is configured to be flown through by a fluid flowing out of the mixing body and is provided with a first end , into which at least part of the mixing body is inserted, an a second end , which is opposite the first end ; the burner being characterized in that it comprises a second tubular discharge element , which extends from the second end on the opposite side relative to the first end ; and a suction element , which is configured to bring at least part of the gases (F) present inside the firing chamber to the second tubular discharge element and is provided with one or more openings arranged between the first and the second tubular discharge element ; the burner is configured in such a way that the suction element is configured to be at least partially arranged inside the firing chamber ; wherein the suction element has a choke arranged in the area of the second end ; the suction element has at least one segment with the shape of a truncated cone, which is delimited by a larger base and a smaller base ; the second tubular discharge element has a first open end facing the suction element and a second open end facing the inside of the firing chamber . the burner comprising: a mixing body ; a duct to feed a fuel; a duct to feed an oxidizer; a spark device to start a combustion; a first tubular discharge element , which is configured to be flown through by a fluid flowing out of the mixing body and is provided with a first end , into which at least part of the mixing body is inserted, an a second end , which is opposite the first end ; the burner being characterized in that it comprises a second tubular discharge element , which extends from the second end on the opposite side relative to the first end ; and a suction element , which is configured to bring at least part of the gases (F) present inside the firing chamber to the second tubular discharge element and is provided with one or more openings arranged between the first and the second tubular discharge element ; the burner is configured in such a way that the suction element is configured to be at least partially arranged inside the firing chamber ; wherein the suction element has a choke arranged in the area of the second end ; the suction element has at least one segment with the shape of a truncated cone, which is delimited by a larger base and a smaller base ; the second tubular discharge element has a first open end facing the suction element and a second open end facing the inside of the firing chamber .
An apparatus, comprising: a camera ; a primary display panel comprising a pixel array and an aperture adjacent the pixel array ; an auxiliary display ; and an optical assembly comprising a reflecting optical element and an actuator coupled to the reflecting optical element , the actuator being configured to switch the reflecting optical element between a first arrangement and a second arrangement, wherein in the first arrangement defines an optical path from the aperture to the camera and the second arrangement defines an optical path from the aperture to the auxiliary display . a camera ; a primary display panel comprising a pixel array and an aperture adjacent the pixel array ; an auxiliary display ; and an optical assembly comprising a reflecting optical element and an actuator coupled to the reflecting optical element , the actuator being configured to switch the reflecting optical element between a first arrangement and a second arrangement, wherein in the first arrangement defines an optical path from the aperture to the camera and the second arrangement defines an optical path from the aperture to the auxiliary display .
A method for repairing an upstream rail of a turbine engine turbine casing , said casing including a casing body extending along a longitudinal axis, said upstream rail including: - a base including a face, referred to as radial face , extending substantially radially from the casing body , - a plate including a face, referred to as upper face , extending substantially along the longitudinal axis, - a connection portion between the base and the plate , including a concave face connecting the radial face and the upper face , the concave face and the radial face extending on either side of an edge , said method including: - a step of covering a surface with a solder , said surface including the upper face and the concave face , such that said solder extends substantially until the edge , - a step of machining the covered surface, in a single action, in the direction of the radial face , so as to reshape the surface suppressing wear traces on the upper surface of the plate and on the concave face of the connection portion , and so as to end in the radial face so as to form a machining springback in said radial face. - a base including a face, referred to as radial face , extending substantially radially from the casing body , - a plate including a face, referred to as upper face , extending substantially along the longitudinal axis, - a connection portion between the base and the plate , including a concave face connecting the radial face and the upper face , the concave face and the radial face extending on either side of an edge , - a step of covering a surface with a solder , said surface including the upper face and the concave face , such that said solder extends substantially until the edge , - a step of machining the covered surface, in a single action, in the direction of the radial face , so as to reshape the surface suppressing wear traces on the upper surface of the plate and on the concave face of the connection portion , and so as to end in the radial face so as to form a machining springback in said radial face.
A ubiquitous network gateway , comprising: a conversion unit , configured to convert an identifier of a device of extension network of ubiquitous network to an identifier of a communication network device, and convert the identifier of the communication network device to the identifier of the device of the extension network of the ubiquitous network ; and an identifier mapping unit , configured to store a mapping relationship between the identifier of the device of the extension network of the ubiquitous network and the identifier of the communication network device; the ubiquitous network gateway being characterized in that the conversion unit is further configured to combine the identifier of the ubiquitous network gateway with the identifier of the device of the extension network of the ubiquitous network into a converted identifier group; and in that it further comprises: a service transceiver unit , configured to interact with a ubiquitous network service platform according to the converted identifier of the communication network device, and receive updating information sent by the ubiquitous network service platform for updating the mapping relationship of the stored identifiers. a conversion unit , configured to convert an identifier of a device of extension network of ubiquitous network to an identifier of a communication network device, and convert the identifier of the communication network device to the identifier of the device of the extension network of the ubiquitous network ; and an identifier mapping unit , configured to store a mapping relationship between the identifier of the device of the extension network of the ubiquitous network and the identifier of the communication network device; the ubiquitous network gateway being characterized in that the conversion unit is further configured to combine the identifier of the ubiquitous network gateway with the identifier of the device of the extension network of the ubiquitous network into a converted identifier group; and in that it further comprises: a service transceiver unit , configured to interact with a ubiquitous network service platform according to the converted identifier of the communication network device, and receive updating information sent by the ubiquitous network service platform for updating the mapping relationship of the stored identifiers.
A catheter strain relief clip , comprising: a body having an upper surface ; a plurality of arm members extending upwardly from said upper surface ; each of said arm members defining an undercut region for receipt of a catheter ; and wherein said arm members are disposed so as to define a bent path for the catheter threaded under each of said arm members from a first side to a second side of said body , characterized in that the catheter strain relief clip further comprises grooves defined in said upper surface between each of said arm members , said grooves defining a recessed channel for receipt of the catheter between the arm members . a body having an upper surface ; a plurality of arm members extending upwardly from said upper surface ; each of said arm members defining an undercut region for receipt of a catheter ; and wherein said arm members are disposed so as to define a bent path for the catheter threaded under each of said arm members from a first side to a second side of said body , characterized in that the catheter strain relief clip further comprises grooves defined in said upper surface between each of said arm members , said grooves defining a recessed channel for receipt of the catheter between the arm members .
An aerosol generation device comprising: - an aerosol generation chamber configured to receive and heat a substrate to generate aerosol, wherein the aerosol generation chamber comprises an upper portion , a lower portion and an expansion mechanism , wherein the aerosol generation chamber can be in a closed state in which a surfaces of the upper portion and a surface of the lower portion substantially enclose a volume containing the substrate for consuming the substrate , and in an open state in which the surface of the upper portion and the surface of the lower portion are distanced from each other by the expansion mechanism , so that the substrate can be received by or removed from the chamber ; and - a cover having a covering position and a non-covering position; wherein when the cover is in the non-covering position, the volume inside the aerosol generation chamber is exposed and the aerosol generation chamber is in the open state, and when the cover is in the covering position, the aerosol generation chamber is covered by the cover and is in the closed state. - an aerosol generation chamber configured to receive and heat a substrate to generate aerosol, wherein the aerosol generation chamber comprises an upper portion , a lower portion and an expansion mechanism , wherein the aerosol generation chamber can be in a closed state in which a surfaces of the upper portion and a surface of the lower portion substantially enclose a volume containing the substrate for consuming the substrate , and in an open state in which the surface of the upper portion and the surface of the lower portion are distanced from each other by the expansion mechanism , so that the substrate can be received by or removed from the chamber ; and - a cover having a covering position and a non-covering position; wherein when the cover is in the non-covering position, the volume inside the aerosol generation chamber is exposed and the aerosol generation chamber is in the open state, and when the cover is in the covering position, the aerosol generation chamber is covered by the cover and is in the closed state.
Kit for mounting wall-hung objects, in particular wall-hung bathroom fixtures, comprising a sleeve , having: a first element with a through axial cavity ; a second element that can coaxially engage the first element ; a screw coupling between the first element and the second element , with a first thread at a first end of the first element and a second thread on the second element , that can engage the first thread ; the screw coupling being so configured that when the first thread and the second thread engage each other, the reciprocal rotation between the first element and the second element causes a change in the axial length of the sleeve ; wherein the second element of the sleeve comprises a connection means so configured and arranged to be engaged by means of a maneuvering tool through the through axial cavity , to rotate the second element with respect to the first element so as to cause an adjustment in the axial length of the sleeve . a first element with a through axial cavity ; a second element that can coaxially engage the first element ; a screw coupling between the first element and the second element , with a first thread at a first end of the first element and a second thread on the second element , that can engage the first thread ; the screw coupling being so configured that when the first thread and the second thread engage each other, the reciprocal rotation between the first element and the second element causes a change in the axial length of the sleeve ;
A composition mixture comprising L-ascorbic acid or ascorbate, vitamin E, vitamin B1, vitamin B2, vitamin B3, vitamin B5, vitamin B6, vitamin B12, folic acid, biotin, L-carnitine and betaine for use in treating or preventing the vascular calcification induced in patients by administration of statins.
A composite fiber component , comprising: at least one layer of a fiber material; and a thermoplastic matrix impregnating the fiber material, wherein the composite fiber component comprises at least a first region comprising a first number of fiber layers and in which the local degree of consolidation of the composite fiber component is above a first consolidation threshold, and wherein the composite fiber component comprises at least a second region adjacent to the first region comprising a second number of fiber layers that is higher than the first number of fiber layers , in which the local degree of consolidation of the composite fiber component is below a second consolidation threshold, wherein the second consolidation threshold is smaller than the first consolidation threshold, and wherein the second region forms a film hinge and/or wherein the composite fiber component comprises at least one organic sheet or a pre-consolidated sheet. at least one layer of a fiber material; and a thermoplastic matrix impregnating the fiber material, wherein the composite fiber component comprises at least a first region comprising a first number of fiber layers and in which the local degree of consolidation of the composite fiber component is above a first consolidation threshold, and wherein the composite fiber component comprises at least a second region adjacent to the first region comprising a second number of fiber layers that is higher than the first number of fiber layers , in which the local degree of consolidation of the composite fiber component is below a second consolidation threshold, wherein the second consolidation threshold is smaller than the first consolidation threshold, and wherein the second region forms a film hinge and/or wherein the composite fiber component comprises at least one organic sheet or a pre-consolidated sheet.
A device for assisting the control of the taxiing of an aircraft , comprising: - a command member , able to be actuated by a pilot from a neutral position to define a taxiing control command; - a central command system , able to control at least one engine of the aircraft to apply the taxiing control command defined by the pilot; wherein the central control system is also able to control at least one braking member of the aircraft , to apply the taxiing control command defined by the pilot, characterised in that , to define the taxiing control command, the command member is able to be moved by a pilot up to a maximum taxiing control command stop and optionally up to a minimum taxiing control command stop , and in that the maximum taxiing control command stop is adapted to move along the stroke of the command member to limit the stroke of the command member as a function of the current speed of the aircraft . - a command member , able to be actuated by a pilot from a neutral position to define a taxiing control command; - a central command system , able to control at least one engine of the aircraft to apply the taxiing control command defined by the pilot; wherein the central control system is also able to control at least one braking member of the aircraft , to apply the taxiing control command defined by the pilot, characterised in that , to define the taxiing control command, the command member is able to be moved by a pilot up to a maximum taxiing control command stop and optionally up to a minimum taxiing control command stop , and in that the maximum taxiing control command stop is adapted to move along the stroke of the command member to limit the stroke of the command member as a function of the current speed of the aircraft .
A mobile data centre consisting in ISO standard containers with dimensions from 3.048m to 16.154m (10 to 53 feet) in length, comprising a galvanized steel liner and adapted with a thermal insulation in their internal walls, configured to accommodate first and second sections, which are powered via an electric distribution panel , a) the first section locating heat exchangers and main distribution panel ; and b) the second section locating: at least two evaporators controlled by means of a smart microprocessor using the information received by two temperature and relative humidity sensors located inside of evaporators ; an Automatic Transfer Switch with insulation bypass having the ability to carry out maintenance operations without the requirement to shutdown equipment, an uninterruptible power supply system with power capacity of 9kW, 20kW or 60kW with a redundant module in the configuration N+1; two, four, eight or fourteen cabinets of 600mm in width, 1000 mm depth and 42 RMS to install the IT equipment, having each of cabinets clamping means to avoid movements formed by a uni-channel which is attached to container, a uni-channel attached to cabinet and a tensor ; ladder type trays installed perpendicularly on the top of each one of the cabinets, a bottom tray for data wiring and other upper for power wiring; as well as wire flexible organizers , the wire on the left for power and the wire on the right for data; and a smoke early detection system that operates by means of an air particle analyser system, backed up in the event of fire using a control panel , two abort stations that may prevent the expelling of the aerosol agent in the containers in the event of a false possibility of fire, and four sirens , and two to four containers which contain an aerosol agent; characterised in that the items that require to be permanently air-conditioned are located centrally in the second section along with the evaporators so as to form a cool aisle (X) and a hot aisle (Y) on opposite sides thereof and in that at the bottom of the cabinets there are bearings and rails to allow increasing the space in the front of the cabinets. a) the first section locating heat exchangers and main distribution panel ; and b) the second section locating: at least two evaporators controlled by means of a smart microprocessor using the information received by two temperature and relative humidity sensors located inside of evaporators ; an Automatic Transfer Switch with insulation bypass having the ability to carry out maintenance operations without the requirement to shutdown equipment, an uninterruptible power supply system with power capacity of 9kW, 20kW or 60kW with a redundant module in the configuration N+1; two, four, eight or fourteen cabinets of 600mm in width, 1000 mm depth and 42 RMS to install the IT equipment, having each of cabinets clamping means to avoid movements formed by a uni-channel which is attached to container, a uni-channel attached to cabinet and a tensor ;
A client device for a communication system , the client device comprising a processor configured to operate in a sidelink Discontinuous Reception, DRX, mode, and further being configured to monitor a sidelink control channel when a sidelink DRX ON timer is running; and characterized by the processor further being configured to start a sidelink DRX OFF timer upon reception of a sidelink broadcast data packet . wherein the processor is further configured to obtain the value of the sidelink DRX ON timer and/or the value of the sidelink DRX OFF timer based on the received sidelink broadcast data packet . monitor a sidelink control channel when a sidelink DRX ON timer is running; and characterized by the processor further being configured to start a sidelink DRX OFF timer upon reception of a sidelink broadcast data packet . wherein the processor is further configured to obtain the value of the sidelink DRX ON timer and/or the value of the sidelink DRX OFF timer based on the received sidelink broadcast data packet .
A method for a user terminal to communicate with wireless network equipment in a cell served by the wireless network equipment in a communication system, comprising: determining , by the user terminal, a sequence group allocated to the cell, the sequence group including a plurality of sequences, wherein each sequence of the plurality of sequences in the sequence group corresponds to a different bandwidth of time-frequency resources; and determining, by the user terminal, generation information of a sequence of the plurality of sequences in the sequence group according to a bandwidth of time-frequency resources corresponding to the user terminal; generating, by the user terminal, a corresponding sequence according to the generation information; generating, by the user terminal, a signal according to the generated sequence; and transmitting, by the user terminal, the generated signal to the wireless network equipment; wherein the plurality of sequences in the sequence group include two sequences occupying the time-frequency resources having different bandwidths, a CAZAC sequence related to each of the two sequences is a Zadoff-Chu sequence, index r i of each Zadoff-Chu sequence complies with r i = b i · k + δ i ,i = 1,2, the same k indicates the same sequence group, b i , δ i are determined by the time-frequency resources having different bandwidths occupied by the two sequences, and i =1, 2 differentiates different time-frequency resources. determining , by the user terminal, a sequence group allocated to the cell, the sequence group including a plurality of sequences, wherein each sequence of the plurality of sequences in the sequence group corresponds to a different bandwidth of time-frequency resources; and determining, by the user terminal, generation information of a sequence of the plurality of sequences in the sequence group according to a bandwidth of time-frequency resources corresponding to the user terminal; generating, by the user terminal, a corresponding sequence according to the generation information; generating, by the user terminal, a signal according to the generated sequence; and transmitting, by the user terminal, the generated signal to the wireless network equipment; wherein the plurality of sequences in the sequence group include two sequences occupying the time-frequency resources having different bandwidths, a CAZAC sequence related to each of the two sequences is a Zadoff-Chu sequence, index r i of each Zadoff-Chu sequence complies with r i = b i · k + δ i ,i = 1,2, the same k indicates the same sequence group, b i , δ i are determined by the time-frequency resources having different bandwidths occupied by the two sequences, and i =1, 2 differentiates different time-frequency resources.