mhurhangee/ep-ind-claims huggingface dataset:
Dry transformer load switch (10, 30, 40, 50) comprising • a hollow insulation cylinder which extends longitudinally about a virtual central axis and has a plurality of connection contacts (16, 18, 20) arranged along the inner circumference thereof, and • a hollow cylindrical rotating body, which is arranged in the interior of the hollow insulation cylinder so as to be rotatable about the central axis and which comprises a radially oriented main contact, which extends radially from the outer surface of said rotating body, and which, by means of a corresponding rotary movement, can be alternatively electrically connected via the radially outer end thereof to one of the connection contacts (16, 18, 20), characterized in that, in a hollow cylindrical space about the central axis, which is defined by the radially inner and outer ends of the main contact, there is provided a barrier shield ((32+34+36), (42+44)) in the form of a hollow cylindrical shield element, which can be rotated together with the main contact about said central axis and which is provided with an opening in the region of the main contact. • a hollow insulation cylinder which extends longitudinally about a virtual central axis and has a plurality of connection contacts (16, 18, 20) arranged along the inner circumference thereof, and • a hollow cylindrical rotating body, which is arranged in the interior of the hollow insulation cylinder so as to be rotatable about the central axis and which comprises a radially oriented main contact, which extends radially from the outer surface of said rotating body, and which, by means of a corresponding rotary movement, can be alternatively electrically connected via the radially outer end thereof to one of the connection contacts (16, 18, 20),
A lock cylinder for a flat key, including a stator, a rotor able to turn in a bore of the stator and having in its vertical middle plane a key channel intended to receive a flat key, a set of housings aligned in said vertical middle plane and each containing a spring, a stator pin and a rotor pin, the pins being urged by the spring towards the key channel and ensuring, in the absence of the key, blocking of the rotor with respect to the stator, said cylinder including in the key channel, an active key stop able to occupy a position where it prevents rotation of the rotor and a position where it allows rotation of the rotor, wherein, in the absence of a key, the active stop is pushed back by springs in the stator, in the locking position, where it prevents rotation of the rotor, and, in the presence of the flat key, the active stop is pushed back in the rotor into the release position where it allows rotation of the rotor, characterized in that the active key stop (24, 31) is located in the vicinity of the bottom of the key channel and includes a ramp intended, when cooperating with a corresponding ramp of the key, to ensure the displacement of the active key stop from the locking position to the release position.
Cable, comprising a first thimble and a second thimble, at least one yarn, and at least a first conductive fibre for monitoring the cable, wherein the first thimble and the second thimble are provided at opposite ends of the cable, the at least one yarn extends from the first thimble to the second thimble, turns around the second thimble, extends from the second thimble to the first thimble, and turns around the first thimble, such that the at least one yarn forms a turn around the first and second thimbles (2, 4), and each thimble (2, 4) holds a stack of layers of turns of the at least one yarn, wherein an inside of the stack is defined as a side of a first layer of turns of the at least one yarn being closest to a centre of the respective thimble, an outside of the stack is defined as a side of a last layer of turns of the at least one yarn being farthest away of the centre of the respective thimble, and a stack height (h) is defined as the distance from the inside of the stack to the outside of the stack, characterised in that the first conductive fibre is different from the at least one yarn and designed to signal the wear of the at least one yarn by breaking after a predetermined portion of the turns of the at least one yarn breaks, the first conductive fibre is positioned in the stack of layers of the first thimble between the turns of the at least one yarn at a first predetermined height of the stack measured from the inside of the stack, and the first predetermined height is less than 50% of the stack height (h). the first thimble and the second thimble are provided at opposite ends of the cable, the at least one yarn extends from the first thimble to the second thimble, turns around the second thimble, extends from the second thimble to the first thimble, and turns around the first thimble, such that the at least one yarn forms a turn around the first and second thimbles (2, 4), and each thimble (2, 4) holds a stack of layers of turns of the at least one yarn, wherein an inside of the stack is defined as a side of a first layer of turns of the at least one yarn being closest to a centre of the respective thimble, an outside of the stack is defined as a side of a last layer of turns of the at least one yarn being farthest away of the centre of the respective thimble, and a stack height (h) is defined as the distance from the inside of the stack to the outside of the stack, characterised in that the first conductive fibre is different from the at least one yarn and designed to signal the wear of the at least one yarn by breaking after a predetermined portion of the turns of the at least one yarn breaks, the first conductive fibre is positioned in the stack of layers of the first thimble between the turns of the at least one yarn at a first predetermined height of the stack measured from the inside of the stack, and the first predetermined height is less than 50% of the stack height (h).
An electronic slave device for receiving P-bit-wide symbols transmitted from an external master device, x symbols being placed within an N-bit-wide data word which is transmitted in one go from the master device to the slave device via a system bus, this slave device comprising: - a writable memory; the device being characterized in that it further includes a hardware data packing block which further comprises: a configurable multiplexing unit having inputs connected to system bus wires for receiving in parallel each bit of the data word, outputs connected to the respective data write pins of the memory for outputting in parallel each bit of a rearranged data word to be recorded, and rearrangeable connections between the inputs and the outputs according to a set configuration; a format register for storing a Transport format value, the value of which can be set by the external master device to at least two different values; and a logic circuit capable of setting the connections of the multiplexing unit according to the value of the format register to obtain a rearranged data word having at least one symbol with a shifted position in comparison with the position of this symbol in the received data word, said rearranged data word having a data occupation which is defined by said Transport format value. - a writable memory; a configurable multiplexing unit having inputs connected to system bus wires for receiving in parallel each bit of the data word, outputs connected to the respective data write pins of the memory for outputting in parallel each bit of a rearranged data word to be recorded, and rearrangeable connections between the inputs and the outputs according to a set configuration; a format register for storing a Transport format value, the value of which can be set by the external master device to at least two different values; and a logic circuit capable of setting the connections of the multiplexing unit according to the value of the format register to obtain a rearranged data word having at least one symbol with a shifted position in comparison with the position of this symbol in the received data word, said rearranged data word having a data occupation which is defined by said Transport format value.
A catalyst for conversion of hydrocarbons comprising: a) a medium pore zeolite having germanium incorporated into the zeolite framework; and b) at least one metal selected from Group 10 deposited on the medium pore zeolite; wherein the zeolite is non-acidic and is MFI, MEL, LTL, BEA, MOR, MWW, MTT, MTW, TON, MSE, MOZ, ZSM-48, MAZ, MEI, MFS, NES, OFF, STI, BOG, ERI, FAU, EUO, FER or GME, wherein said non-acidic zeolite is a zeolite that has been base-exchanged with an alkali metal or alkaline earth metal; with the proviso that the catalyst is not a non-acidic aluminum-silicon-germanium zeolite on which a noble metal is deposited wherein the noble metal is platinum or palladium and wherein the zeolite structure is MFI, BEA, MOR, LTL or MTT; or wherein said non-acidic zeolite is a zeolite that has an aluminum content of no more than 0.4wt%. a) a medium pore zeolite having germanium incorporated into the zeolite framework; and b) at least one metal selected from Group 10 deposited on the medium pore zeolite;
A method for producing a High Internal Phase Emulsion foam comprising the steps of: forming a High Internal Phase Emulsion from an oil phase comprising monomer, cross-linking agent, emulsifier, and an aqueous phase; providing an extrusion device, providing a belt comprising a cross directional width; providing nip rollers and a vacuum box, wherein the vacuum box comprises a nip insert and wherein the nip insert raises the vacuum box in contact with the belt by 0.25mm to 6.35mm; extruding the High Internal Phase Emulsion on the belt; polymerizing the monomer component in the oil phase of the High Internal Phase Emulsion; and passing the High Internal Phase Emulsion through the nip rollers and said raised vacuum box to remove a saturated aqueous phase. forming a High Internal Phase Emulsion from an oil phase comprising monomer, cross-linking agent, emulsifier, and an aqueous phase; providing an extrusion device, providing a belt comprising a cross directional width; providing nip rollers and a vacuum box, wherein the vacuum box comprises a nip insert and wherein the nip insert raises the vacuum box in contact with the belt by 0.25mm to 6.35mm; extruding the High Internal Phase Emulsion on the belt; polymerizing the monomer component in the oil phase of the High Internal Phase Emulsion; and passing the High Internal Phase Emulsion through the nip rollers and said raised vacuum box to remove a saturated aqueous phase.
A method for polarization handling of received beam-formed signals, the method being performed by a receiving radio transceiver device, the method comprising: collecting statistics of received power (P B1,P1, P B2,P1, P B3,P1, P B1,P2, P B2,P2, P B3,P2) of a beam-formed signal transmitted in two orthogonal polarizations (P1, P2) in each of at least two beams (B1, B2, B3) from a transmitting radio transceiver device, wherein the statistics of the received power (P B1,P1, P B2,P1, P B3,P1, P B1,P2, P B2,P2, P B3,P2) is collected during at least one beam training procedure; determining a similarity measure value of the beam-formed signal between the two orthogonal polarizations (P1, P2) using the collected statistics; and signalling to the transmitting radio transceiver device, when the similarity measure value is equal to, or larger than, a similarity threshold value, to use rank one for subsequent transmission of the beam-formed signal to the receiving radio transceiver device, wherein the similarity measure value is determined based on a comparison between the polarizations according to a) the order in which the strongest received power (P B1,P1, P B2,P1, P B3,P1, P B1,P2, P B2,P2, P B3,P2) is received for the different beams (B1, B2, B3), or b) in which beam, of the at least two beams (B1, B2, B3), the strongest received power (P B1,P1, P B2,P1, P B3,P1, P B1,P2, P B2,P2, P B3,P2) is received. collecting statistics of received power (P B1,P1, P B2,P1, P B3,P1, P B1,P2, P B2,P2, P B3,P2) of a beam-formed signal transmitted in two orthogonal polarizations (P1, P2) in each of at least two beams (B1, B2, B3) from a transmitting radio transceiver device, wherein the statistics of the received power (P B1,P1, P B2,P1, P B3,P1, P B1,P2, P B2,P2, P B3,P2) is collected during at least one beam training procedure; determining a similarity measure value of the beam-formed signal between the two orthogonal polarizations (P1, P2) using the collected statistics; and signalling to the transmitting radio transceiver device, when the similarity measure value is equal to, or larger than, a similarity threshold value, to use rank one for subsequent transmission of the beam-formed signal to the receiving radio transceiver device, wherein the similarity measure value is determined based on a comparison between the polarizations according to a) the order in which the strongest received power (P B1,P1, P B2,P1, P B3,P1, P B1,P2, P B2,P2, P B3,P2) is received for the different beams (B1, B2, B3), or b) in which beam, of the at least two beams (B1, B2, B3), the strongest received power (P B1,P1, P B2,P1, P B3,P1, P B1,P2, P B2,P2, P B3,P2) is received. a) the order in which the strongest received power (P B1,P1, P B2,P1, P B3,P1, P B1,P2, P B2,P2, P B3,P2) is received for the different beams (B1, B2, B3), or b) in which beam, of the at least two beams (B1, B2, B3), the strongest received power (P B1,P1, P B2,P1, P B3,P1, P B1,P2, P B2,P2, P B3,P2) is received.
Optical device comprising a substrate on which is defined at least one primary waveguide (3 j) defining a loop reflector, comprising first (4 1) and second (4 2) directional couplers, and a Mach-Zehnder interferometer characterised in that said Mach-Zehnder interferometer is intercalated between said first (4 1) and second (4 2) directional couplers and arranged for compensating a wavelength dependence of said directional couplers (4 i).
A method for improving energy efficiency of a drying section of a paper machine or the like, comprising - drying a paper web or the like in a gas-heated airborne web-dryer by blowing heated drying air towards the web, - removing as exhaust air from the gas-heated airborne web-dryer air which has been in contact with the web to be dried, - leading the paper web or the like from the gas-heated airborne web-dryer to at least one subsequent dryer unit (11, 11'), where the web is dried by blowing drying air towards it, and - leading exhaust air from the gas-heated airborne web-dryer to at least one or several subsequent steam-heated dryer unit/-s (11, 11') for use as drying air, whereby the temperature of the drying air of the subsequent dryer unit (11, 11') is lower than the temperature of the drying air of the airborne web-dryer. - drying a paper web or the like in a gas-heated airborne web-dryer by blowing heated drying air towards the web, - removing as exhaust air from the gas-heated airborne web-dryer air which has been in contact with the web to be dried, - leading the paper web or the like from the gas-heated airborne web-dryer to at least one subsequent dryer unit (11, 11'), where the web is dried by blowing drying air towards it, and - leading exhaust air from the gas-heated airborne web-dryer to at least one or several subsequent steam-heated dryer unit/-s (11, 11') for use as drying air, whereby the temperature of the drying air of the subsequent dryer unit (11, 11') is lower than the temperature of the drying air of the airborne web-dryer.
A clutch arrangement for transmitting a drive torque from a drive shaft to a secondary assembly, in particular to a fan wheel, of a motor vehicle, comprising a drive shaft, an output and a friction disc clutch which can be shifted by means of an electromagnetic arrangement, characterized in that the clutch arrangement comprises, in addition to the friction disc clutch for transmitting torque from the drive shaft to the output, a fluid friction clutch whose hydraulic control valve can be actuated by means of the electromagnetic arrangement of the friction disc clutch in order to set the slip.
Method for quality control and/or tracking of an injection-molded part produced in a production cycle with at least one processing machine of the plastics-processing industry, as well as upstream and/or downstream production resources or devices or stations, such as reservoirs (22, 23, 44, 45) or hoppers for a material, in particular granules, granule dryers (29, 43, 52, 53), material distributors, conveyors (19, 25, 26, 31), metering devices, temperature control devices, flow controllers, robots and/or camera systems and/or measuring devices for quality control, which are preferably connected to one another via a network, characterized in that each individual injection-molded part or a specific number, in particular a batch, of injection-molded parts is assigned a quality contribution which consists of a plurality of quality contributions (33a to 33L) from the start of the first granule feeding to the finished product or injection-molded part, respectively, whereby each device or station, respectively, in the production chain determines or generates, respectively, its own quality contribution (33a to 33L), which consists of a device contribution and/or material contribution, and extends it by the transmitted quality contribution or contributions (33a to 33L) of the respective upstream device or upstream stations, respectively, and forwards it as a new quality contribution (33a to 33L) to the downstream device or downstream station.
An obligately anaerobic lactic acid bacterium that has been mutated from being facultatively anaerobic to being obligately anaerobic so that the bacterium does not grow or has a very low growth rate in an aerobic environment but is capable of growing in an anaerobic environment, wherein the bacterium is capable of being transformed by an expression vector into which a gene expressing a protein having activity useful for the treatment of a disease that is in an anaerobic environment has been introduced, and wherein the obligately anaerobic lactic acid bacterium is Lactobacillus casei KK378 (NPMD Accession No.: NITE BP-654) or a transformed bacterium thereof.
Device for a valve in an outlet duct, the valve comprising at least one closing member for closing off the outlet duct and the closing member being moveable between a closed position and an open position, the device comprising means for damping the closing speed of the closing member, said means comprising at least one fixed part and at least one moving part which is designed to perform a rotational movement about an axis of rotation, characterized in that said means comprises a viscous, long-life oil applied between said at least one fixed part and said at least one moving part connected to the closing member such that the viscous, long-life oil gives rise to a shear force when the fixed part and the moving part are rotated relative to each other, in that said fixed part and said moving part each have a surface (18, 19), said surfaces being opposed to one another, and in that a film of said viscous, long-life oil is applied in a gap between the surfaces (18, 19).
A control and/or regulating device configured to perform a method for removing fluid from a blood filter or a blood circuit used for blood treatment of a patient after the end of the blood treatment session in cooperation with a medical blood treatment apparatus, wherein the blood filter comprises a blood chamber and a dialysate chamber, between which a membrane is arranged, the blood chamber for blood treatment being connected with an arterial blood line leading to the blood chamber and with a venous blood line leading away from the blood chamber, as well as with a dialysis liquid supply line leading to the dialysate chamber and a dialysate draining line leading away from the dialysate chamber, characterized in that the method comprises the steps of: - evacuating the fluid from the blood chamber by introducing substitute or dialysis liquid into the arterial blood line with a flow which is, at least at times, above the average and/or above the maximum substitute flow of the previous blood treatment; and - limiting the average reinfusion speed by means of low-flow phases which follow high-flow phases in order to achieve a desired average value of a reinfusion volume flow. - evacuating the fluid from the blood chamber by introducing substitute or dialysis liquid into the arterial blood line with a flow which is, at least at times, above the average and/or above the maximum substitute flow of the previous blood treatment; and - limiting the average reinfusion speed by means of low-flow phases which follow high-flow phases in order to achieve a desired average value of a reinfusion volume flow.
A metal double-sided tooth having a coupling head, a body disposed at the rear end of the coupling head, and a pair of left and right legs extending from the rear end of the body, on a front side and a rear side of a flat plate portion, wherein the coupling head has the flat plate portion having a thickness of a plate between the front side and the rear side which is thinner than the thickness of the plate of the body, a pair of coupling convex portions protruding from the front side and the rear side of the flat plate portion, a pair of left and right side protruding portions protruding toward a front side and a rear side of the body from the flat plate portions disposed at the left and right of the coupling convex portion, respectively, and integrally formed with the body, and a pair of coupling concave portions surrounded by the coupling convex portions, the side protruding portions, and the body and formed on the front side and the rear side of the flat plate portion, characterized in that a concave portion is formed on a boundary between the coupling concave portion and the body.