mhurhangee/ep-ind-claims huggingface dataset:
Coordinate measuring machine with a measuring probe head, in which a switching probe head is provided in addition to the measuring probe head, in which the switching probe head is arranged on the measuring probe head in a detachable and interchangeable manner, and in which the measuring probe head is designed such that it can be operated in at least two operating states with different spring constants, and in which, in a first operating state, a total spring constant of the measuring probe head is at least five times a total spring constant of the switching probe head, and in which, in a second operating state, a total spring constant of the switching probe head is at least five times the total spring constant of the measuring probe head, characterized in that the total spring constant of the switching probe head and the total spring constant of the measuring probe head can be set in a variable manner.
A user equipment (18, 20, 22) in a telecommunication network, the user equipment having a physical radio transmission layer when receiving packets while maintaining a logical connection in higher protocol layers during a packet service mode, characterized in that the user equipment (18, 20, 22) comprises: means for entering the user equipment into a discontinuous reception mode in response to receipt of one or more frames (n, n+1, 200, 300, 402, 404a, 404b, 404c, 404d, 406, 410) and powering down a receiver means of the user equipment for one or more predefined periods as signalled by the telecommunication network, so as to provide a discontinuous radio link for the user equipment in the telecommunication network in a physical radio transmission layer when receiving the packets while maintaining a logical connection in higher protocol layers during the packet service mode. means for entering the user equipment into a discontinuous reception mode in response to receipt of one or more frames (n, n+1, 200, 300, 402, 404a, 404b, 404c, 404d, 406, 410) and powering down a receiver means of the user equipment for one or more predefined periods as signalled by the telecommunication network, so as to provide a discontinuous radio link for the user equipment in the telecommunication network in a physical radio transmission layer when receiving the packets while maintaining a logical connection in higher protocol layers during the packet service mode.
A nickel-based alloy, wherein the nickel-based alloy comprises, on a weight basis of the overall alloy: 2.00% to 3.00% cobalt, 12.0% to 14.0% chromium, 5.75% to 6.85% aluminum, 5.00% to 6.00% tungsten, 2.25% to 2.75% molybdenum, 1.25% to 2.00% titanium, 0.55% to 1.50% niobium, 0.13% to 0.17% carbon, 0.03 to 0.05% zirconium, 0.01% to 0.02% boron, optionally, tantalum in an amount of less than 0.10%, manganese in an amount of less than 0.03%, silicon in an amount of less than 0.03%, iron in an amount of less than 1.00%, copper in an amount of less than 0.02%, sulfur in an amount of less than 10 ppm, phosphorous in an amount of less than 50 ppm, and a balance of nickel, with the proviso that inevitable/unavoidable impurities may be present in trace amounts. 2.00% to 3.00% cobalt, 12.0% to 14.0% chromium, 5.75% to 6.85% aluminum, 5.00% to 6.00% tungsten, 2.25% to 2.75% molybdenum, 1.25% to 2.00% titanium, 0.55% to 1.50% niobium, 0.13% to 0.17% carbon, 0.03 to 0.05% zirconium, 0.01% to 0.02% boron, optionally, tantalum in an amount of less than 0.10%, manganese in an amount of less than 0.03%, silicon in an amount of less than 0.03%, iron in an amount of less than 1.00%, copper in an amount of less than 0.02%, sulfur in an amount of less than 10 ppm, phosphorous in an amount of less than 50 ppm, and optionally, tantalum in an amount of less than 0.10%, manganese in an amount of less than 0.03%, silicon in an amount of less than 0.03%, iron in an amount of less than 1.00%, copper in an amount of less than 0.02%, sulfur in an amount of less than 10 ppm, phosphorous in an amount of less than 50 ppm, and a balance of nickel, with the proviso that inevitable/unavoidable impurities may be present in trace amounts.
A heat exchange arrangement of a gas turbine engine, the heat exchange arrangement comprising: a first conduit for an engine component cooling fluid and a second conduit for a second fluid, a heat exchange portion in which fluids flowing through the first and second conduits are in a heat exchange relationship; a valve configured to moderate the mass flow rate of the fluid in the second conduit through the heat exchange portion; characterised in that a divertor valve is located downstream of the heat exchange portion and is configured to divert fluid from the first conduit into the second conduit upstream of the heat exchange portion. a first conduit for an engine component cooling fluid and a second conduit for a second fluid, a heat exchange portion in which fluids flowing through the first and second conduits are in a heat exchange relationship; a valve configured to moderate the mass flow rate of the fluid in the second conduit through the heat exchange portion; characterised in that a divertor valve is located downstream of the heat exchange portion and is configured to divert fluid from the first conduit into the second conduit upstream of the heat exchange portion.
Hair dryer comprising a body provided with at least one upper element and a grip portion adapted to be grasped by a user and operatively connected to said at least one upper element; said upper element extending along an axis (X-X) and having, at one end thereof, an air inlet and, at the opposite end, an air outlet; said upper element comprising, in its inside: - an electric motor; - a fan, operated by said electric motor to produce an air flow passing through the upper element and coming out from the front opening; - electric heating means (8, 181, 182) to heat the air flow produced by the fan; said electric heating means (8, 181, 182) being arranged at a predetermined distance from said electric motor and the fan; - a first electronic control printed circuit allowing the electric motor and said fan to be driven; - at least one thermal insulating shield interposed between said first electronic control printed circuit and said electric heating means (8, 181, 182) to protect said electronic control printed circuit against the heat sent out by said electric heating means (8, 181, 182); - said electronic control printed circuit, said electric heating means (8, 181, 182) and said at least one thermal insulating shield being aligned with respect to the extension axis (X-X). - an electric motor; - a fan, operated by said electric motor to produce an air flow passing through the upper element and coming out from the front opening; - electric heating means (8, 181, 182) to heat the air flow produced by the fan; said electric heating means (8, 181, 182) being arranged at a predetermined distance from said electric motor and the fan; - a first electronic control printed circuit allowing the electric motor and said fan to be driven; - at least one thermal insulating shield interposed between said first electronic control printed circuit and said electric heating means (8, 181, 182) to protect said electronic control printed circuit against the heat sent out by said electric heating means (8, 181, 182); - said electronic control printed circuit, said electric heating means (8, 181, 182) and said at least one thermal insulating shield being aligned with respect to the extension axis (X-X).
An internal combustion engine comprising: an intake manifold (12, 22) defining a flow direction of a mixture of gaseous fuel and air; at least one first cylinder (16A to 16D, 26A to 26D) fluidly connected to the intake manifold (12, 22) via a first branch passage (15A to 15D, 25A to 25D) at a first position; at least one second cylinder (16A to 16D, 26A to 26D) fluidly connected to the intake manifold (12, 22) via a second branch passage (15A to 15D, 25A to 25D) at a second position, the second position being downstream of the first position with respect to the flow direction within the intake manifold (12, 22); a first flame arrestor (110A to 110D, 120A to 120D) arranged at the first branch passage (15A to 15D, 25A to 25D) and a second flame arrestor (110A to 110D, 120A to 120D) arranged at the second branch passage (15A to 15D, 25A to 25D), characterized in that the first flame arrestor (110A to 110D, 120A to 120D) is configured to impart a first swirl into the mixture of gaseous fuel and air passing therethrough into the at least one first cylinder (16A to 16D, 26A to 26D); and the second flame arrestor (110A to 110D, 120A to 120D) is configured to impart a second swirl into the mixture of gaseous fuel and air passing therethrough into the at least one second cylinder (16A to 16D, 26A to 26D), the first swirl being smaller than the second swirl. an intake manifold (12, 22) defining a flow direction of a mixture of gaseous fuel and air; at least one first cylinder (16A to 16D, 26A to 26D) fluidly connected to the intake manifold (12, 22) via a first branch passage (15A to 15D, 25A to 25D) at a first position; at least one second cylinder (16A to 16D, 26A to 26D) fluidly connected to the intake manifold (12, 22) via a second branch passage (15A to 15D, 25A to 25D) at a second position, the second position being downstream of the first position with respect to the flow direction within the intake manifold (12, 22); a first flame arrestor (110A to 110D, 120A to 120D) arranged at the first branch passage (15A to 15D, 25A to 25D) and a second flame arrestor (110A to 110D, 120A to 120D) arranged at the second branch passage (15A to 15D, 25A to 25D), characterized in that the first flame arrestor (110A to 110D, 120A to 120D) is configured to impart a first swirl into the mixture of gaseous fuel and air passing therethrough into the at least one first cylinder (16A to 16D, 26A to 26D); and the second flame arrestor (110A to 110D, 120A to 120D) is configured to impart a second swirl into the mixture of gaseous fuel and air passing therethrough into the at least one second cylinder (16A to 16D, 26A to 26D), the first swirl being smaller than the second swirl.
Voltage regulator adapted to be connected in series between firstly an alternating source and secondly a load comprising a magnetic circuit comprising a first core and a second core, at least a first inductive coil wound at least partially around the first core and connected firstly to the alternating source and secondly to the load, and at least one voltage converter comprising a second coil wound around the second core, the regulator being characterised in that the circuit comprises a third decoupling core and a virtual air gap, the virtual air gap comprising - at least one pair of holes in the third decoupling core, and - a winding being wound between the holes in each pair of holes and connected to a DC source, the regulator operating between at least two states, namely: a first state in which the virtual air gap is open by magnetically saturating the third decoupling core, the magnetic flux in the third core being low and the second coil of the converter being coupled to the first coil, such that the regulator can regulate a voltage in the load, and a second state in which the virtual air gap is closed, the magnetic flux in the virtual air gap of the third core being high, such that the converter is decoupled from the first coil. - at least one pair of holes in the third decoupling core, and - a winding being wound between the holes in each pair of holes and connected to a DC source, a first state in which the virtual air gap is open by magnetically saturating the third decoupling core, the magnetic flux in the third core being low and the second coil of the converter being coupled to the first coil, such that the regulator can regulate a voltage in the load, and a second state in which the virtual air gap is closed, the magnetic flux in the virtual air gap of the third core being high, such that the converter is decoupled from the first coil.
A leak detector device for detecting an internal leak in a fluid path, comprising: a housing with a flow passage extending through the housing; one or more pairs of temperature sensors (130, 140) for detecting a temperature difference between an outside of the housing and the flow passage, one temperature sensor of each pair being arranged towards an outer surface of the housing and the other temperature sensor of the pair being arranged towards an inner surface of the housing that faces the flow passage; and an array of electrically conductive wires (150, 160) that extend across the flow passage, wherein the array of electrically conductive wires (150, 160) comprises one or more positive polarity wires and one or more negative polarity wires, wherein the electrically conductive wires (150, 160) are arranged so that an electric circuit is closed when fluid droplets that stream along the flow passage contact a pair of adjacent wires of opposite polarity. a housing with a flow passage extending through the housing; one or more pairs of temperature sensors (130, 140) for detecting a temperature difference between an outside of the housing and the flow passage, one temperature sensor of each pair being arranged towards an outer surface of the housing and the other temperature sensor of the pair being arranged towards an inner surface of the housing that faces the flow passage; and an array of electrically conductive wires (150, 160) that extend across the flow passage, wherein the array of electrically conductive wires (150, 160) comprises one or more positive polarity wires and one or more negative polarity wires, wherein the electrically conductive wires (150, 160) are arranged so that an electric circuit is closed when fluid droplets that stream along the flow passage contact a pair of adjacent wires of opposite polarity.
A condensing unit for a drafting system of a textile machine comprising at least one condensing channel for a fully drafted fiber assembly, the condensing unit comprising a holder and at least two wear-resistant components connected to the holder, and the at least two wear-resistant components (4', 4") each comprise at least one contact surface for a drafting cylinder and a condensing channel for the fiber assembly, the wear-resistant components (4', 4") being disposed on the holder so as to be spaced apart from each other in the axial direction of the drafting cylinder, wherein the holder comprises at least one receptacle for one of the wear-resistant components, in which the wear-resistant component is fixed to the holder, characterized in that - the wear-resistant component (4', 4") is glued to the holder, - the receptacle is an pocket open in the radial direction toward the drafting cylinder; - the pocket is larger than a peg of the wear-resistant component (4', 4") or of the holder received in the pocket, in order to be able to position the wear-resistant component (4', 4") on the holder and - a gap between the pocket and the peg received in the pocket is filled with adhesive material. - the wear-resistant component (4', 4") is glued to the holder, - the receptacle is an pocket open in the radial direction toward the drafting cylinder; - the pocket is larger than a peg of the wear-resistant component (4', 4") or of the holder received in the pocket, in order to be able to position the wear-resistant component (4', 4") on the holder and - a gap between the pocket and the peg received in the pocket is filled with adhesive material.
A screen-printing paste composition for producing an electrical conductor arrangement comprising - particulate noble metal comprising platinum and/or palladium, - metal oxides, and - organic binding agents and/or solvents, wherein the proportion of metal oxides in the screen-printing paste composition is from 5 to 15 wt.% relative to the total quantity of platinum and metal oxides, and wherein SiO 2, Al 2 O 3, and BaO amount to a proportion of at least 60 wt.% of the metallic oxides in the screen-printing paste composition. - particulate noble metal comprising platinum and/or palladium, - metal oxides, and - organic binding agents and/or solvents,
A method for monitoring the deposition of one or more organic materials dispersed in an aqueous medium in a papermaking process comprising: measuring the rate of deposition of the organic materials from the aqueous medium on-to a quartz crystal microbalance, wherein the quartz crystal microbalance has a top side contacting with the aqueous medium coated with a layer of a cured non-swelling epoxy resin or of a silicone containing polymer, and a second, bottom side isolated from the aqueous medium and wherein the silicone containing polymer is selected from the group consisting of: silicone rubber, and room temperature vulcanizing silicone rubber.
A method for obtaining a secondary timing advance, TA, the method comprising: initiating (101;303;404;503;603;703), by a terminal, a random access procedure, after a secondary cell is activated, if a secondary time alignment timer, TAT, of the secondary cell does not run and the terminal receives a random access command sent by a base station; and obtaining (102;304;405;504;604;704), by the terminal, a secondary TA of the secondary cell according to a TA received by the terminal in the random access procedure; wherein the secondary TA of the secondary cell and a primary TA of a primary cell do not belong to a TA group. initiating (101;303;404;503;603;703), by a terminal, a random access procedure, after a secondary cell is activated, if a secondary time alignment timer, TAT, of the secondary cell does not run and the terminal receives a random access command sent by a base station; and obtaining (102;304;405;504;604;704), by the terminal, a secondary TA of the secondary cell according to a TA received by the terminal in the random access procedure; wherein the secondary TA of the secondary cell and a primary TA of a primary cell do not belong to a TA group.
A magnetic detection device, including: a substrate and at least one pair of first magneto-sensitive elements formed on the substrate forming a first sensing element and being sensitive to an external magnetic field oriented in a first axis direction; a magnetic field direction changer (3, 33, 63) comprising a soft magnetic material and configured to change an external magnetic field oriented in a different axis direction from the first axis direction into a measurement magnetic field having a component in the first axis direction which can be detected by the at least one pair of first magneto-sensitive elements, thereby being capable of detecting an external magnetic field oriented in the first axis direction and the external magnetic field oriented in the different axis direction by way of the first sensing element and wherein the one pair of first magneto-sensitive elements are both arranged along the first axis and wherein the one pair of first magneto-sensitive elements are symmetrical with respect to a certain point, characterized in that the magnetic field direction changer (3, 33, 63) is rod-shaped formed perpendicular to the substrate and symmetrical with respect to the certain point, and the at least one pair of first magneto-sensitive elements are magneto-impedance elements and each comprising a soft-magnetic material extending in the first axis direction. a substrate and at least one pair of first magneto-sensitive elements formed on the substrate forming a first sensing element and being sensitive to an external magnetic field oriented in a first axis direction; a magnetic field direction changer (3, 33, 63) comprising a soft magnetic material and configured to change an external magnetic field oriented in a different axis direction from the first axis direction into a measurement magnetic field having a component in the first axis direction which can be detected by the at least one pair of first magneto-sensitive elements, thereby being capable of detecting an external magnetic field oriented in the first axis direction and the external magnetic field oriented in the different axis direction by way of the first sensing element and wherein the one pair of first magneto-sensitive elements are both arranged along the first axis and wherein the one pair of first magneto-sensitive elements are symmetrical with respect to a certain point, characterized in that the magnetic field direction changer (3, 33, 63) is rod-shaped formed perpendicular to the substrate and symmetrical with respect to the certain point, and the at least one pair of first magneto-sensitive elements are magneto-impedance elements and each comprising a soft-magnetic material extending in the first axis direction.
An electrical connector comprising: a housing having a deflectable latch, the latch having a front end with an inward projecting latch projection; electrical contacts connected to the housing; and a connector position assurance member slidably mounted to the housing, wherein the front end of the latch comprises a first rearward facing stop surface and a second forward facing stop surface, the second stop surface being located at a top side of the front end, wherein the first stop surface is adapted to retain the CPA member at an unlocked position, and wherein the second stop surface is adapted to retain the CPA member at a locked position at the top side of the front end wherein the CPA member comprises a forward cantilevered, deflectable arm with a front end having an inwardly projecting section, and characterized in that the front end of the latch comprises a rearward facing surface comprising the first stop surface and an outer ramp surface such that the first stop surface retains the front end of the CPA member until the front end of the CPA member is moved up to the outer ramp surface, and such that the outer ramp surface cams the deflectable arm of the CPA member at least partially over the front end of the latch as the CPA member is moved forward along the latch. a housing having a deflectable latch, the latch having a front end with an inward projecting latch projection; electrical contacts connected to the housing; and a connector position assurance member slidably mounted to the housing, wherein the front end of the latch comprises a first rearward facing stop surface and a second forward facing stop surface, the second stop surface being located at a top side of the front end, wherein the first stop surface is adapted to retain the CPA member at an unlocked position, and wherein the second stop surface is adapted to retain the CPA member at a locked position at the top side of the front end wherein the CPA member comprises a forward cantilevered, deflectable arm with a front end having an inwardly projecting section, and characterized in that the front end of the latch comprises a rearward facing surface comprising the first stop surface and an outer ramp surface such that the first stop surface retains the front end of the CPA member until the front end of the CPA member is moved up to the outer ramp surface, and such that the outer ramp surface cams the deflectable arm of the CPA member at least partially over the front end of the latch as the CPA member is moved forward along the latch.