mhurhangee/patent-ind-claim-en huggingface dataset:
A stabilizing bar for a vehicle, comprising: a central portion , which is elongate; a first attachment portion configured to be attached to a first part of the vehicle secured to a first wheel of the vehicle ; and a first bearing configured to be attached to the chassis of the vehicle, the stabilizing bar comprising, between the first bearing and one of the central portion and of the first attachment portion , a first rectilinear portion , a first curved portion , and a second rectilinear portion , the first curved portion extending between the first rectilinear portion and the second rectilinear portion and characterized in that the first curved portion is curved along a first planar curve having a radius of curvature which is strictly increasing with increasing distance from the first bearing , so that the first curved portion has no region with a constant or decreasing radius of curvature from the first rectilinear portion until the second rectilinear portion . a central portion , which is elongate; a first attachment portion configured to be attached to a first part of the vehicle secured to a first wheel of the vehicle ; and a first bearing configured to be attached to the chassis of the vehicle, the stabilizing bar comprising, between the first bearing and one of the central portion and of the first attachment portion , a first rectilinear portion , a first curved portion , and a second rectilinear portion , the first curved portion extending between the first rectilinear portion and the second rectilinear portion and characterized in that the first curved portion is curved along a first planar curve having a radius of curvature which is strictly increasing with increasing distance from the first bearing , so that the first curved portion has no region with a constant or decreasing radius of curvature from the first rectilinear portion until the second rectilinear portion .
A composition for glass, based on the total weight of the composition for glass, on an oxide basis, consisting of 45-64wt% SiO 2 , 16-26wt% Al 2 O 3 , 0.1-2wt% MgO, 10-17wt% Na 2 O, 0.5-15wt% P 2 O 5 , and 0.01-2wt% TiO 2 .
An apparatus for synchronizing the clock frequencies of a first electronic unit (μC1) arranged on the primary side (I), and a second electronic unit (μC2) arranged on the secondary side (II), wherein a clock generator (CLK) is assigned to the first electronic unit (μC1), said clock generator (CLK) generating a clock cycle with a reference clock frequency f, wherein a transmission unit (DC/DC) is provided between the first electronic unit (μC1) and the second electronic unit (μC2), wherein a first controller is provided which actuates the transmission unit (DC/DC) with a clock frequency f/n , wherein the clock frequency f/n is a fraction of the reference clock frequency f of the first electronic unit (μC1), wherein a second controller is provided which decouples the clock frequency f/n on the secondary side and uses the decoupled clock frequency f/n to generate a clock frequency for the second electronic unit (μC2) which is synchronous with the reference clock frequency f of the first electronic unit (μC1), wherein a synchronization unit is assigned to the second electronic unit (μC2), said synchronization unit using the decoupled, synchronized clock frequency f/n to generate a second clock frequency m·f/n for the second electronic unit (μC2), said second clock frequency m·f/n being a multiple of the reference clock frequency f of the first electronic unit (μC1), and wherein the transmission unit (DC/DC) is designed to transmit energy from the first electronic unit (μC1) to the second electronic unit (μC1) in one direction, and data between the two electronic units (μC1, μC2) in one or two directions, wherein the transmission unit (DC/DC) provides galvanic isolation. wherein a transmission unit (DC/DC) is provided between the first electronic unit (μC1) and the second electronic unit (μC2), wherein a first controller is provided which actuates the transmission unit (DC/DC) with a clock frequency f/n , wherein the clock frequency f/n is a fraction of the reference clock frequency f of the first electronic unit (μC1), wherein a second controller is provided which decouples the clock frequency f/n on the secondary side and uses the decoupled clock frequency f/n to generate a clock frequency for the second electronic unit (μC2) which is synchronous with the reference clock frequency f of the first electronic unit (μC1), wherein a synchronization unit is assigned to the second electronic unit (μC2), said synchronization unit using the decoupled, synchronized clock frequency f/n to generate a second clock frequency m·f/n for the second electronic unit (μC2), said second clock frequency m·f/n being a multiple of the reference clock frequency f of the first electronic unit (μC1), and wherein the transmission unit (DC/DC) is designed to transmit energy from the first electronic unit (μC1) to the second electronic unit (μC1) in one direction, and data between the two electronic units (μC1, μC2) in one or two directions, wherein the transmission unit (DC/DC) provides galvanic isolation.
Inductive position sensor configured to determine a position of a target device, comprising at least one receiving coil arranged to receive a magnetic field and a plurality of transmitting coil windings comprising at least an inner transmitting coil winding and an outer transmitting coil winding arranged to generate said magnetic field, whereby said at least one receiving coil is positioned between said inner transmitting coil winding and said outer transmitting coil winding and whereby said plurality of transmitting coil windings are so arranged that current flows in the same sense in each transmitting coil winding, yielding a zero net magnetic flux in said at least one receiving coil in absence of a target device.
An ottoman , in particular an ottoman for children, comprising an outer casing , the outer casing containing a padding material or a filling fluid, and a base housed in a bottom of the casing , said base having an upper face and a lower face , characterized in that said base has (a) a first stable shape in which the lower face of the base is substantially planar and (b) a second stable shape in which at least one central portion of the lower face of the base is rounded and convex from a point of view below the lower face .
A process for the preparation of core-shell microcapsules comprising the following steps: a) dissolving at least one polyisocyanate having at least two isocyanate groups, in a perfume to form an oil phase; b) dispersing the oil phase obtained in step a) into an aqueous solution comprising an emulsifier to form an oil-in-water emulsion; c) adding to the oil-in-water emulsion obtained in step b) a polymeric cross-linker bearing amino groups with a molecular weight equal or higher than 2 000 g/mol, followed by a polyamine with a molecular weight lower than 250 g/mol to form a microcapsule slurry. characterized in that the polymeric cross-linker bearing amino groups is chosen from the group consisting of a polyvinylamine, a polyethyleneimine, a polyaminoethylacrylate and mixtures thereof. a) dissolving at least one polyisocyanate having at least two isocyanate groups, in a perfume to form an oil phase; b) dispersing the oil phase obtained in step a) into an aqueous solution comprising an emulsifier to form an oil-in-water emulsion; c) adding to the oil-in-water emulsion obtained in step b) a polymeric cross-linker bearing amino groups with a molecular weight equal or higher than 2 000 g/mol, followed by a polyamine with a molecular weight lower than 250 g/mol to form a microcapsule slurry.
A system for immersion cooling computing system equipment, the system comprising: a container ; a volume of immersion cooling fluid disposed in the container; at least one heat generating computing system equipment component disposed in the volume of immersion cooling fluid; a liquid-liquid heat exchanger disposed in the volume of immersion cooling fluid; and a manifold system disposed between the at least one heat generating computing system equipment component and the liquid-liquid heat exchanger to direct a flow of immersion cooling fluid between the at least one heat generating computing system component and the liquid-liquid heat exchanger and to isolate the flow of immersion cooling fluid from a bulk amount of immersion cooling fluid, the flow of immersion cooling fluid and the bulk amount of immersion cooling fluid comprising the volume of immersion cooling fluid. a container ; a volume of immersion cooling fluid disposed in the container; at least one heat generating computing system equipment component disposed in the volume of immersion cooling fluid; a liquid-liquid heat exchanger disposed in the volume of immersion cooling fluid; and a manifold system disposed between the at least one heat generating computing system equipment component and the liquid-liquid heat exchanger to direct a flow of immersion cooling fluid between the at least one heat generating computing system component and the liquid-liquid heat exchanger and to isolate the flow of immersion cooling fluid from a bulk amount of immersion cooling fluid, the flow of immersion cooling fluid and the bulk amount of immersion cooling fluid comprising the volume of immersion cooling fluid.
A fluid excitation device for use with a disinfecting fluid, comprising a head for generating excitations in the disinfecting fluid, the head coupled to a fluid reservoir , wherein: the head comprises a transducer and a flexible substrate , wherein: the transducer comprises a vibration generation portion and a fluid excitation portion in the form of a sheet lying in one plane that is secured to the vibration generation portion in a manner that enables vibrations to be transmitted from the vibration generation portion to the fluid excitation portion ; the fluid excitation portion includes an exposed or open fluid contact region , the transducer is secured to the flexible substrate via a first adhesive layer that is positioned between the substrate and the vibration generation portion ; and the flexible substrate is a printed circuit board, and wherein a fluid-tight seal is formed between the head and the reservoir , the fluid-tight seal being formed at least in part by an edge of the fluid reservoir being arranged in sealing contact with the flexible substrate . the head comprises a transducer and a flexible substrate , wherein: the transducer comprises a vibration generation portion and a fluid excitation portion in the form of a sheet lying in one plane that is secured to the vibration generation portion in a manner that enables vibrations to be transmitted from the vibration generation portion to the fluid excitation portion ; the fluid excitation portion includes an exposed or open fluid contact region , the transducer is secured to the flexible substrate via a first adhesive layer that is positioned between the substrate and the vibration generation portion ; and the flexible substrate is a printed circuit board, and wherein the transducer comprises a vibration generation portion and a fluid excitation portion in the form of a sheet lying in one plane that is secured to the vibration generation portion in a manner that enables vibrations to be transmitted from the vibration generation portion to the fluid excitation portion ; the fluid excitation portion includes an exposed or open fluid contact region , the transducer is secured to the flexible substrate via a first adhesive layer that is positioned between the substrate and the vibration generation portion ; and the flexible substrate is a printed circuit board, and wherein a fluid-tight seal is formed between the head and the reservoir , the fluid-tight seal being formed at least in part by an edge of the fluid reservoir being arranged in sealing contact with the flexible substrate .
Filter device, particularly for filtering hydraulic media, having a filter housing and a filter element arranged therein, the air contained in the filter housing being able to be removed from said housing by suction using a degassing device that generates a negative pressure, said degassing device comprising a vacuum chamber , a jet pump and a valve device , particularly in the form of a slide valve, which brings air from the filter housing into the vacuum chamber and closes the flow path leading therein in the presence of inflowing hydraulic medium, wherein the degassing device comprises an extraction device that acts as a diaphragm or restrictor, which, in addition to or as an alternative to the valve device , allows air or oil to flow into the vacuum chamber from the filter housing , wherein the inlet side of the vacuum chamber is permanently connected to the valve device and/or the extraction device and the outlet side is also permanently connected to the jet pump , wherein the filter housing is suitable for receiving filter elements , through which the flow of fluid to be cleaned can pass from the outside to the inside in a first alternative or from the inside to the outside in a second alternative, wherein a channel passage is provided in an upper end cap of the filter element for the first alternative, said channel passage leading from the highest point of the fluid container to the vacuum chamber , wherein channels are provided in the end cap for the second alternative, said channels leading from the inflow side of the filter element to the vacuum chamber , and wherein the channel passage leads to a control chamber of the valve device and the channels in the end cap are connected to the vacuum chamber , preferably via the diaphragm or restrictor serving as an extraction device .
A polyamide resin composition comprising 15 to 45 parts by weight of a (B) triazine type compound, 0.01 to 4 parts by weight of a (C) colorant, and 0.01 to 2.0 parts by weight of a (D) dispersant with respect to 100 parts by weight of a (A) polyamide resin, wherein the (C) colorant has a 10% mass loss temperature of not less than 825°C in thermogravimetric analysis (TGA) according to the JIS K 7120 standard, the (D) dispersant has a 10% mass loss temperature of not less than 360°C in thermogravimetric analysis (TGA) according to the JIS K 7120 standard, and the composition has a glow wire ignition temperature measured according to IEC 60695-2-13 of not less than 775°C.
A core network control plane device selection method, comprising: obtaining (S201), by a source core network control plane device, first network slice selection assistance information of a terminal device; and if (S202) the source core network control plane device cannot determine a target core network control plane device indexed by the first network slice selection assistance information, sending (S203), by the source core network control plane device, the first network slice selection assistance information and first indication information to the terminal device, to trigger the terminal device to send a first registration request message, wherein the first indication information is used to indicate that a temporary identifier of the terminal device is invalid, and the first registration request message carries the first network slice selection assistance information and a permanent identifier of the terminal device. obtaining (S201), by a source core network control plane device, first network slice selection assistance information of a terminal device; and if (S202) the source core network control plane device cannot determine a target core network control plane device indexed by the first network slice selection assistance information, sending (S203), by the source core network control plane device, the first network slice selection assistance information and first indication information to the terminal device, to trigger the terminal device to send a first registration request message, wherein the first indication information is used to indicate that a temporary identifier of the terminal device is invalid, and the first registration request message carries the first network slice selection assistance information and a permanent identifier of the terminal device.
An optical isolator module, comprising: a plurality of optical devices, having a forward direction through which incident light can be transmitted, each comprising a polarizer and a Faraday rotator and each being configured to have an optical isolator function upon application of a magnetic field, a magnet to apply the magnetic field to the Faraday rotator in each of the plurality of optical devices, characterized in that at least two optical devices of the plurality of optical devices are disposed in parallel and configured to have the optical isolator functions in which the forward directions of the optical isolator functions are in different directions from each other, and each magnetic field applied with the magnet is in the same direction, and the magnet is a sole and plate-shaped magnet. a plurality of optical devices, having a forward direction through which incident light can be transmitted, each comprising a polarizer and a Faraday rotator and each being configured to have an optical isolator function upon application of a magnetic field, a magnet to apply the magnetic field to the Faraday rotator in each of the plurality of optical devices, characterized in that at least two optical devices of the plurality of optical devices are disposed in parallel and configured to have the optical isolator functions in which the forward directions of the optical isolator functions are in different directions from each other, and each magnetic field applied with the magnet is in the same direction, and the magnet is a sole and plate-shaped magnet.
A plastic film roll comprising: a convolute cardboard tube comprising a tubular body having a tubular body wall formed by a plurality of layers of a straight rolled cardboard sheet having a weight equal to or less than 300 gsm (300 g/m 2 ); a plastic film wound about the convolute cardboard tube to form a plurality of plastic film windings around the convolute cardboard tube , the plastic film windings creating a radial compression force (F) equal to or greater than 10 bar on the tubular body wall, wherein the cardboard sheet includes a plurality of fibres , at least a majority of the fibres being substantially aligned in the direction of the winding of the convolute cardboard tube to allow the convolute cardboard tube to resist the radial compression force (F). a convolute cardboard tube comprising a tubular body having a tubular body wall formed by a plurality of layers of a straight rolled cardboard sheet having a weight equal to or less than 300 gsm (300 g/m 2 ); a plastic film wound about the convolute cardboard tube to form a plurality of plastic film windings around the convolute cardboard tube , the plastic film windings creating a radial compression force (F) equal to or greater than 10 bar on the tubular body wall, wherein the cardboard sheet includes a plurality of fibres , at least a majority of the fibres being substantially aligned in the direction of the winding of the convolute cardboard tube to allow the convolute cardboard tube to resist the radial compression force (F).
A device for providing a bone cement paste consisting of two starting components, comprising a hollow cylindrical cartridge having an interior , wherein a bone cement powder as the first starting component is stored in a proximal part of the interior and at least two pouches containing a monomer liquid as the second starting component are stored in a distal part of the interior , wherein a dispensing plunger which is axially movable in the interior is arranged between the bone cement powder and the at least two pouches and a delivery plunger which is axially movable in the interior is arranged on a side of the at least two pouches axially opposite the dispensing plunger , wherein the proximal part and the distal part of the interior are fluidically connected to one another via a conduit means , wherein the dispensing plunger can be divided into four equally sized quadrants on a distal dispensing plunger side facing the at least two pouches , wherein each of the four quadrants has at least one opening means , so that by advancing the delivery plunger in the direction of the dispensing plunger , the at least two pouches can be opened by the opening means and the monomer liquid can be delivered into the bone cement powder . a hollow cylindrical cartridge having an interior , wherein a bone cement powder as the first starting component is stored in a proximal part of the interior and at least two pouches containing a monomer liquid as the second starting component are stored in a distal part of the interior , wherein a dispensing plunger which is axially movable in the interior is arranged between the bone cement powder and the at least two pouches and a delivery plunger which is axially movable in the interior is arranged on a side of the at least two pouches axially opposite the dispensing plunger , wherein the proximal part and the distal part of the interior are fluidically connected to one another via a conduit means , wherein the dispensing plunger can be divided into four equally sized quadrants on a distal dispensing plunger side facing the at least two pouches , wherein each of the four quadrants has at least one opening means , so that by advancing the delivery plunger in the direction of the dispensing plunger , the at least two pouches can be opened by the opening means and the monomer liquid can be delivered into the bone cement powder .