mhurhangee/patent-ind-claim-en huggingface dataset:
Drive device for a motor vehicle, having a machine housing in which an operating material consumer, an operating material tank and an operating material pump are arranged, wherein in the machine housing there is an air space into which at least one machine shaft of the drive device protrudes and which is separated by a separating wall from the operating material tank , which is formed adjacent to the air space in the machine housing , characterized in that the operating material tank is only fluidically connected to the air space via an overflow opening formed in the separating wall .
A rubber formulation which is particularly useful in rubber products or components of rubber products which are subject to abrasive forces, said rubber formulation being characterized by being comprised of: at least one natural or synthetic rubber and from 1 weight percent to 30 weight percent of a micronized rubber composition having a particle size which is within the range of 40 mesh to 200 mesh, wherein the micronized rubber composition is comprised of at least 10 weight percent reclaimed solution styrene-butadiene rubber from post-consumer sources.
Sanitary article assembly comprising a sanitary article comprising a receiving basin with a side wall bounding the receiving basin , an upper rim , a drain arranged in the lower region of the receiving basin and a channel for supplying flushing water into the receiving basin , wherein the channel opening with its channel outlet into the receiving basin via an aperture through the side wall , wherein the sanitary article assembly further has an insert with a receptacle in which a water-soluble cleaning element (R) is placed which can be dissolved by the flushing water flowing through the insert , and wherein the insert can be inserted into the channel from the receiving basin via the channel outlet or the aperture , characterized in that the receptacle for the cleaning element (R) projects into the cross-section of the channel . a sanitary article comprising a receiving basin with a side wall bounding the receiving basin , an upper rim , a drain arranged in the lower region of the receiving basin and a channel for supplying flushing water into the receiving basin , wherein the channel opening with its channel outlet into the receiving basin via an aperture through the side wall , wherein the sanitary article assembly further has an insert with a receptacle in which a water-soluble cleaning element (R) is placed which can be dissolved by the flushing water flowing through the insert , and wherein the insert can be inserted into the channel from the receiving basin via the channel outlet or the aperture , characterized in that the receptacle for the cleaning element (R) projects into the cross-section of the channel .
A system, comprising: an optical fiber integrated into a conveyance subsystem that is positionable downhole in a wellbore ; a Brillouin optical time domain sensor system positionable to monitor temperature and optical fiber strain along the optical fiber using backscattered light signals received from the optical fiber; a fiber optic rotary joint positionable to optically couple the optical fiber with the Brillouin optical time domain sensor system to provide an optical path for the backscattered light signals to reach the Brillouin optical time domain sensor system ; and a temporal filtering system positionable to separate temperature components and optical fiber strain components from a temperature and optical fiber strain profile using a rate of change of the temperature components and the optical fiber strain components of the temperature and optical fiber strain profile generated by the Brillouin optical time domain sensor system . an optical fiber integrated into a conveyance subsystem that is positionable downhole in a wellbore ; a Brillouin optical time domain sensor system positionable to monitor temperature and optical fiber strain along the optical fiber using backscattered light signals received from the optical fiber; a fiber optic rotary joint positionable to optically couple the optical fiber with the Brillouin optical time domain sensor system to provide an optical path for the backscattered light signals to reach the Brillouin optical time domain sensor system ; and a temporal filtering system positionable to separate temperature components and optical fiber strain components from a temperature and optical fiber strain profile using a rate of change of the temperature components and the optical fiber strain components of the temperature and optical fiber strain profile generated by the Brillouin optical time domain sensor system .
A high-strength steel sheet having a chemical composition comprising, in mass%, C: 0.010% to 0.080%, Si: 0.05% or less, Mn: more than 0.50% to 0.70%, P: 0.03% or less, S: 0.020% or less, Al: 0.005% to 0.070% and N: 0.0120% to 0.0180%, the balance being Fe and inevitable impurities, nitrogen present as solute nitrogen having a content of 0.0120% or more in the N content, an average ferrite grain size being 7.0 μm or less, a density of dislocations at a depth of 1/4 sheet thickness from the surface being 4.0 × 10 14 m -2 to 2.0 × 10 15 m -2 , wherein the dislocation density (m -2 ) is evaluated based on ρ = 14 .4ε 2 / (0. 25 x 10 -9 ) 2 and ε being a strain, a tensile strength and an elongation in the transverse direction perpendicular to the rolling direction after aging treatment being 600 MPa or more and 10% or more.
A sensor module for a tool holder for a cutting tool , wherein, when the sensor module is arranged to the tool holder having a cutting tool connected thereto, an axial portion of the cutting tool is positionable in a predefined rest position with respect to the sensor module, the sensor module comprising at least one position sensor , wherein, when the sensor module is arranged to the tool holder having a cutting tool connected thereto, • the position sensor is located radially spaced from the axial portion of the cutting tool for measuring deflection of the cutting tool with respect to the rest position, • the at least one position sensor is arranged to measure one or more of: - radial deflection, by sensing the radial distance to the axial portion of the cutting tool, - rotational deflection, by sensing tangential movement of the axial portion of the cutting tool, and - axial deflection by sensing axial movement of the axial portion of the cutting tool, • two or more position sensors are arranged to measure at least radial deflection, wherein the sensors are spaced circumferentially in relation to the circumference of the axial portion of the cutting tool, and wherein sensors being circumferentially adjacent are spaced by an angle less than 180 degrees, preferably approximately 90 degrees, and characterized in that • a first pair of position sensors is arranged to measure at least rotational deflection or at least axial deflection, wherein the position sensors of the first pair are spaced circumferentially in relation to the circumference of the axial portion of the cutting tool by an angle of approximately 180 degrees. • the position sensor is located radially spaced from the axial portion of the cutting tool for measuring deflection of the cutting tool with respect to the rest position, • the at least one position sensor is arranged to measure one or more of: - radial deflection, by sensing the radial distance to the axial portion of the cutting tool, - rotational deflection, by sensing tangential movement of the axial portion of the cutting tool, and - axial deflection by sensing axial movement of the axial portion of the cutting tool, - radial deflection, by sensing the radial distance to the axial portion of the cutting tool, - rotational deflection, by sensing tangential movement of the axial portion of the cutting tool, and - axial deflection by sensing axial movement of the axial portion of the cutting tool, • two or more position sensors are arranged to measure at least radial deflection, wherein the sensors are spaced circumferentially in relation to the circumference of the axial portion of the cutting tool, and wherein sensors being circumferentially adjacent are spaced by an angle less than 180 degrees, preferably approximately 90 degrees, and characterized in that • a first pair of position sensors is arranged to measure at least rotational deflection or at least axial deflection, wherein the position sensors of the first pair are spaced circumferentially in relation to the circumference of the axial portion of the cutting tool by an angle of approximately 180 degrees.
A system for cooling high level radioactive waste comprising: a cask comprising an external surface and an internal storage cavity containing the high level radioactive waste; a cooling water header encircling the cask , the cooling water header fluidly coupled to a water source; and a plurality of circumferentially spaced apart water dispensing outlets arranged on the header , characterised in that the dispensing outlets configured to direct cooling water supplied to the header onto the external surface of the cask to cool the cask. a cask comprising an external surface and an internal storage cavity containing the high level radioactive waste; a cooling water header encircling the cask , the cooling water header fluidly coupled to a water source; and a plurality of circumferentially spaced apart water dispensing outlets arranged on the header , characterised in that the dispensing outlets configured to direct cooling water supplied to the header onto the external surface of the cask to cool the cask.
An information transmission method, applied to a network device, comprising: transmitting , within a target time window, a target synchronization signal/physical broadcast channel, SS/PBCH, block; wherein the target synchronization signal/physical broadcast channel, SS/PBCH, block refers to at least one synchronization signal/physical broadcast channel block required by a terminal for network synchronization and/or time-frequency tracking, a time length of the target time window is smaller than a time length of a target transmission cycle, the target transmission cycle is a transmission cycle of a synchronization signal/physical broadcast channel, SS/PBCH, block, and an ending moment of the target time window is before a moment of a paging occasion or an ending moment of the target time window is the same as a moment of a paging occasion. transmitting , within a target time window, a target synchronization signal/physical broadcast channel, SS/PBCH, block; wherein the target synchronization signal/physical broadcast channel, SS/PBCH, block refers to at least one synchronization signal/physical broadcast channel block required by a terminal for network synchronization and/or time-frequency tracking, a time length of the target time window is smaller than a time length of a target transmission cycle, the target transmission cycle is a transmission cycle of a synchronization signal/physical broadcast channel, SS/PBCH, block, and an ending moment of the target time window is before a moment of a paging occasion or an ending moment of the target time window is the same as a moment of a paging occasion.
A user equipment to be served by a base station of a wireless communication network having a plurality of logical radio access networks, wherein: the user equipment is configured to access at least one of the logical radio access networks, the user equipment is configured to receive and process a control signal from the base station, and wherein the control signal includes access control information for the user equipment for accessing the logical radio access network, wherein the control signal indicates that additional access control information is to be obtained before access, the additional access control information controlling access of the user equipment to one or more of the logical radio access networks. the user equipment is configured to access at least one of the logical radio access networks, the user equipment is configured to receive and process a control signal from the base station, and wherein the control signal includes access control information for the user equipment for accessing the logical radio access network, wherein the control signal indicates that additional access control information is to be obtained before access, the additional access control information controlling access of the user equipment to one or more of the logical radio access networks.
A two-part packaging system comprising a packaging container and a packaging element separate therefrom for closing the packaging container , wherein the packaging container has a moulded fibre part as the outer moulded structure and a moulded single- or multi-layered plastic film as a moulded insert , wherein the inside of each side wall of the moulded fibre part is materially bonded to the insert, in each case only in its upper subregion, preferably on the upper edge of each side wall or on a peripheral flange optionally provided there, wherein the insert forms a substantially identically shaped, but loose contact surface with the respective remaining areas of the inner side of each side wall down to the bottom and wherein the moulded fibre part has, at least in the bottom region, at least one, preferably several degassing openings arranged at regular intervals, characterized in that the moulded fibre part is a cast moulded fibre part, and wherein the cast moulded fibre part has a surface finish obtained by smoothing. the inside of each side wall of the moulded fibre part is materially bonded to the insert, in each case only in its upper subregion, preferably on the upper edge of each side wall or on a peripheral flange optionally provided there, wherein the insert forms a substantially identically shaped, but loose contact surface with the respective remaining areas of the inner side of each side wall down to the bottom and wherein the moulded fibre part has, at least in the bottom region, at least one, preferably several degassing openings arranged at regular intervals, characterized in that the moulded fibre part is a cast moulded fibre part, and wherein the cast moulded fibre part has a surface finish obtained by smoothing.
A rectangular floor panel comprising long sides , short sides , a core and a surface layer which is arranged on a surface of the core, said surface layer comprising a wear layer and a decorative layer , the floor panel , adjacent to opposite joint edge portions , being provided with a locking system for joining the floor panel with similar floor panels in the vertical direction (D1) and in the horizontal direction (D2) along the long sides and short sides, said locking system being at least partly formed from the core , characterized in that the floor panel further comprises: a portion constituting a material seal for counteracting penetration of moisture from the joint edge of the floor panel into the core , said material seal being located between - the surface layer , and - an elastically deformable joint seal which is fixedly secured in the floor panel and which, when the floor panel is joined with a similar floor panel , counteracts penetration of moisture along the joint surfaces of the joint edges between the adjacent floor panels . - the surface layer , and - an elastically deformable joint seal which is fixedly secured in the floor panel and which, when the floor panel is joined with a similar floor panel , counteracts penetration of moisture along the joint surfaces of the joint edges between the adjacent floor panels .
A power meter device comprising: a body comprising a torque input section and a torque output section , the body configured to transmit power between the torque input section and the torque output section , the -Etorque input section adapted to be coupled to a crank arm , wherein the body is rotatable about a rotation axis , characterized in that, the torque output section comprising an outer periphery comprising threads adapted to be coupled to a chainring structure (320; 1320; 2320; 3320), wherein the threads (304; 1304) skip at least one thread; and a plurality of strain measurement devices coupled to the body, the plurality of strain measurement devices configured to provide a signal indicative of strain detected in the body; and circuitry interpreting the signal and determining a corresponding power transmitted between the torque input section and the torque output section . a body comprising a torque input section and a torque output section , the body configured to transmit power between the torque input section and the torque output section , the -Etorque input section adapted to be coupled to a crank arm , wherein the body is rotatable about a rotation axis , characterized in that, the torque output section comprising an outer periphery comprising threads adapted to be coupled to a chainring structure (320; 1320; 2320; 3320), wherein the threads (304; 1304) skip at least one thread; and a plurality of strain measurement devices coupled to the body, the plurality of strain measurement devices configured to provide a signal indicative of strain detected in the body; and circuitry interpreting the signal and determining a corresponding power transmitted between the torque input section and the torque output section .
An electrolyte for a lithium secondary battery, the electrolyte comprising: a lithium salt; a solvent; and a functional additive, wherein the functional additive comprises naphthalen-1-yl sulfurofluoridate, represented by the following formula 1: a lithium salt; a solvent; and a functional additive, wherein the functional additive comprises naphthalen-1-yl sulfurofluoridate, represented by the following formula 1:
A method of producing a magnetic powder having a composition of Nd 2 Fe 14 B comprising: producing an iron powder having a size of 0.1 μm to 1 μm by a reduction reaction of iron oxide, wherein the producing of the iron powder further comprises: reducing a mixture of at least one of an alkali metal oxide or an alkaline earth metal oxide with iron oxide under an inert gas atmosphere, in the presence of a reducing agent; or reducing a mixture of neodymium oxide and iron oxide which has been wet-mixed under an organic solvent, in the presence of a reducing agent to produce an iron powder and neodymium oxide-containing mixture; producing a magnetic powder using a molded body obtained by press molding a mixture including the iron powder, a neodymium oxide, boron, and calcium at a pressure of 22 MPa to 200 MPa and heating the molded body at a temperature of 800°C to 1,100°C under an inert gas atmosphere; after the producing of a magnetic powder, pulverizing the molded body to obtain a powder and then removing a by-product using a quaternary ammonium-based methanol solution; and cleaning the powder from which the by-product has been removed with a solvent and drying the cleaned powder; and coating a surface of the magnetic powder with ammonium fluoride. producing an iron powder having a size of 0.1 μm to 1 μm by a reduction reaction of iron oxide, wherein the producing of the iron powder further comprises: reducing a mixture of at least one of an alkali metal oxide or an alkaline earth metal oxide with iron oxide under an inert gas atmosphere, in the presence of a reducing agent; or reducing a mixture of neodymium oxide and iron oxide which has been wet-mixed under an organic solvent, in the presence of a reducing agent to produce an iron powder and neodymium oxide-containing mixture; producing a magnetic powder using a molded body obtained by press molding a mixture including the iron powder, a neodymium oxide, boron, and calcium at a pressure of 22 MPa to 200 MPa and heating the molded body at a temperature of 800°C to 1,100°C under an inert gas atmosphere; after the producing of a magnetic powder, pulverizing the molded body to obtain a powder and then removing a by-product using a quaternary ammonium-based methanol solution; and cleaning the powder from which the by-product has been removed with a solvent and drying the cleaned powder; and coating a surface of the magnetic powder with ammonium fluoride.
A wafer-type electromagnetic flow sensor (100; 200) comprising: a single-piece metallic chassis (130; 230) having a pair of faces and a flow conduit extending between the pair of faces ; a non-conductive liner disposed in the flow conduit of the single-piece metallic chassis (130; 230); a plurality of electromagnetic coils configured to generate a flux into process fluid flowing through the flow conduit ; a pair of electrodes configured to electrically couple to the process fluid; and a feedthrough assembly configured to maintain process fluid pressure while allowing a plurality of electrical conductors to pass therethrough, characterized in that : the single-piece metallic chassis (130; 230) has a single aperture extending from the flow conduit to an outside diameter, and wherein the feedthrough assembly is disposed in and seals the single aperture ; and that each face includes a feature configured to engage a metal sealing ring to create a metal-to-metal seal, wherein each feature is a groove configured to receive the metal sealing ring. a single-piece metallic chassis (130; 230) having a pair of faces and a flow conduit extending between the pair of faces ; a non-conductive liner disposed in the flow conduit of the single-piece metallic chassis (130; 230); a plurality of electromagnetic coils configured to generate a flux into process fluid flowing through the flow conduit ; a pair of electrodes configured to electrically couple to the process fluid; and a feedthrough assembly configured to maintain process fluid pressure while allowing a plurality of electrical conductors to pass therethrough, characterized in that : the single-piece metallic chassis (130; 230) has a single aperture extending from the flow conduit to an outside diameter, and wherein the feedthrough assembly is disposed in and seals the single aperture ; and that each face includes a feature configured to engage a metal sealing ring to create a metal-to-metal seal, wherein each feature is a groove configured to receive the metal sealing ring. the single-piece metallic chassis (130; 230) has a single aperture extending from the flow conduit to an outside diameter, and wherein the feedthrough assembly is disposed in and seals the single aperture ; and that each face includes a feature configured to engage a metal sealing ring to create a metal-to-metal seal, wherein each feature is a groove configured to receive the metal sealing ring.
A process for manufacturing a turbomachine blade (P) of the type having at least one 3D cavity , characterised in that said blade is produced by a succession of depositions and selective consolidations of layers of a metal additive manufacturing powder based on an alloy of copper and nickel, said alloy including from 2 to 7% of nickel.