mhurhangee/ep-ind-claims huggingface dataset:
Camera apparatus configured for capturing a surrounding region of an ego-vehicle, with the camera apparatus comprising: an optoelectronic system and an image capturing control unit, which are embodied to record an image sequence (21, 22, 23; 31, 32, 33) of the surrounding region, wherein the optoelectronic system has a wide-angle lens and a high-resolution image recording sensor, and the optoelectronic system and the image capturing control unit are embodied such that at least three different exposure modes of the image recording sensor are used in combination with at least two different binning modes during the recording of the image sequence (21, 22, 23; 31, 32, 33), and that three different exposure modes are used for recording the image sequence (21, 22, 23; 31, 32, 33): a first exposure mode with an optimum exposure time, a second exposure mode with an exposure time that is shorter than the optimum exposure time, and a third exposure mode with an exposure time that is longer than the optimum exposure time. an optoelectronic system and an image capturing control unit, which are embodied to record an image sequence (21, 22, 23; 31, 32, 33) of the surrounding region, wherein the optoelectronic system has a wide-angle lens and a high-resolution image recording sensor, and the optoelectronic system and the image capturing control unit are embodied such that at least three different exposure modes of the image recording sensor are used in combination with at least two different binning modes during the recording of the image sequence (21, 22, 23; 31, 32, 33), and that three different exposure modes are used for recording the image sequence (21, 22, 23; 31, 32, 33): a first exposure mode with an optimum exposure time, a second exposure mode with an exposure time that is shorter than the optimum exposure time, and a third exposure mode with an exposure time that is longer than the optimum exposure time.
A coated phosphor comprising: phosphor particles having a composition MSe 1-x S x: Eu, wherein M is at least one of Mg, Ca, Sr, Ba and Zn and 0 < x < 1.0, wherein the average particle size, D50, is in a range 5 μm to 25μm; and a dense impermeable coating of alumina encapsulating individual ones of said phosphor particles, said coating having a thickness in a range 500nm to 5μm; wherein said coated phosphor is configured such that: (i) under excitation by a blue LED the reduction in photoluminescent intensity at the peak emission wavelength after 1,000 hours of aging at about 85°C and about 85% relative humidity is no greater than about 15%; and the change in chromaticity coordinates CIE(x), CIE Δx, after 1,000 hours of aging at about 85°C and about 85% relative humidity is less than or equal to about 10 x 10 -3; or (ii) said coated phosphor does not turn black when suspended in a 1 mol/L silver nitrate solution for at least 30 days at 20°C, or for at least 5 days at 20°C, or for at least 2 hours at 85°C. phosphor particles having a composition MSe 1-x S x: Eu, wherein M is at least one of Mg, Ca, Sr, Ba and Zn and 0 < x < 1.0, wherein the average particle size, D50, is in a range 5 μm to 25μm; and a dense impermeable coating of alumina encapsulating individual ones of said phosphor particles, said coating having a thickness in a range 500nm to 5μm; wherein said coated phosphor is configured such that: (i) under excitation by a blue LED the reduction in photoluminescent intensity at the peak emission wavelength after 1,000 hours of aging at about 85°C and about 85% relative humidity is no greater than about 15%; and the change in chromaticity coordinates CIE(x), CIE Δx, after 1,000 hours of aging at about 85°C and about 85% relative humidity is less than or equal to about 10 x 10 -3; or (ii) said coated phosphor does not turn black when suspended in a 1 mol/L silver nitrate solution for at least 30 days at 20°C, or for at least 5 days at 20°C, or for at least 2 hours at 85°C. (i) under excitation by a blue LED the reduction in photoluminescent intensity at the peak emission wavelength after 1,000 hours of aging at about 85°C and about 85% relative humidity is no greater than about 15%; and the change in chromaticity coordinates CIE(x), CIE Δx, after 1,000 hours of aging at about 85°C and about 85% relative humidity is less than or equal to about 10 x 10 -3; or (ii) said coated phosphor does not turn black when suspended in a 1 mol/L silver nitrate solution for at least 30 days at 20°C, or for at least 5 days at 20°C, or for at least 2 hours at 85°C.
A hand-tearable, abrasion-resistant fabric adhesive tape, in particular cable winding tape, consisting of a tape-form fabric backing with an adhesive coating at least on one side, wherein the fabric backing is produced from warp threads and from weft threads and the thread weight (titre) in dtex of the weft threads is greater than the thread weight (titre) in dtex of the warp threads, and the thread weight, relative to the width, in dtex/cm of the warp threads is smaller than the thread weight, relative to the length, in dtex/cm of the weft threads, wherein in each case the thread weight, relative to the width, of the warp threads lies in the range from 2,000 dtex/cm to 4,000 dtex/cm and the thread weight, relative to the length, of the weft threads lies in the range from 8,000 dtex/cm to 16,000 dtex/cm, characterised in that the adhesive coating is formed such that only one surface coating is present, so that the warp and weft threads (2, 3) are not fixed against one another at their crossing points by the adhesive coating, wherein, if the warp threads consist of polyethylene terephthalate and the weft threads of polyamide, and the adhesive coating consists of an acrylate and the backing weight is 140 g/m 2, and the adhesive weight lies in the range from 75 to 80 g/m 2, the number of weft threads being 20 per cm of length, - with, for a weight of the weft threads of 470 dtex, the length-related weft-thread weight being at 9400 dtex/cm, and with, for a number of the warp threads of 48 per cm of width and a weight of the warp threads of 55 dtex, the width-related warp-thread weight being at 2700 dtex/cm, or - with, for a weight of the weft threads of 570 dtex, the weft threads being formed from three monofilaments, with one monofilament having a weight of 235 dtex and two monofilaments having a weight of 167 dtex, with the length-related weft-thread weight being at 11,380 dtex/cm, and with, for a number of the warp threads of 35 per cm of width and a thickness of the warp threads of 84 dtex, the width-related warp-thread weight being at 2940 dtex/cm, an abrasion resistance of Class D according to LV 312 - measured on a 5 mm mandrel - exists, which is characterised by a number of strokes in the range from 1500 to 3500. - with, for a weight of the weft threads of 470 dtex, the length-related weft-thread weight being at 9400 dtex/cm, and with, for a number of the warp threads of 48 per cm of width and a weight of the warp threads of 55 dtex, the width-related warp-thread weight being at 2700 dtex/cm, or - with, for a weight of the weft threads of 570 dtex, the weft threads being formed from three monofilaments, with one monofilament having a weight of 235 dtex and two monofilaments having a weight of 167 dtex, with the length-related weft-thread weight being at 11,380 dtex/cm, and with, for a number of the warp threads of 35 per cm of width and a thickness of the warp threads of 84 dtex, the width-related warp-thread weight being at 2940 dtex/cm,
A method for producing a sol-gel ink to be processed by screen printing, comprising mixing a first hydrolysable silane R n SiX (4-n) and a further hydrolysable silane SiX 4, wherein R is an aliphatic or aromatic radical and X is a hydrolytically cleavable group, a solvent having a boiling point above 120 °C, inorganic irregularly shaped particles as a filler to form a dispersion, and wherein the sol is adjusted to an ROR value which is a molar ratio of water to hydrolysable groups of less than 0.45; wherein initially a crosslinked sol-gel precursor is prepared using the first silane and the further silane and the inorganic particles, wherein volatile solvents arising during hydrolysis and condensation of the sol-gel precursor are removed, and wherein then the solvent having a boiling point above 120 °C is added, and wherein pigments are added.
Electrolysis method using an electrolysis cell, operated in a temperature range from 300°C to 1500°C or from 600°C to 1000°C, comprising the steps: - feeding a reactant to the electrolysis cell, wherein a product gas forms at the cathode of the electrolysis cell and oxygen (O 2) forms at the anode of the electrolysis cell, - at least partially transporting away the oxygen (O 2) by means of at least a first flushing medium that is to be fed to the electrolysis cell, wherein the at least first flushing medium is inert with respect to the oxygen (O 2), - at least partially separating the flushing medium/oxygen mixture (60-O 2) in a separating device into the constituents oxygen (O 2) and at least the first flushing medium, - recirculating by feeding the separated at least first flushing medium back into the electrolysis cell and conducting the separated oxygen (O 2) out of the method, characterized in that the method is carried out on a solid oxide electrolysis cell (SOEC), a solid oxide cell or a reversible solid oxide cell (rSOC) as the electrolysis cell, and an inert gas or a noble gas at the working temperature and working pressure of the electrolysis is used for flushing as the at least first flushing medium, this being conducted in a closed anode circuit, wherein the at least partial separation of the oxygen (O 2) from the first flushing medium takes place using at least a separation membrane and/or a porous separation structure and/or a sorbent and/or a pressure-swing and/or temperature-swing adsorption assembly. - feeding a reactant to the electrolysis cell, wherein a product gas forms at the cathode of the electrolysis cell and oxygen (O 2) forms at the anode of the electrolysis cell, - at least partially transporting away the oxygen (O 2) by means of at least a first flushing medium that is to be fed to the electrolysis cell, wherein the at least first flushing medium is inert with respect to the oxygen (O 2), - at least partially separating the flushing medium/oxygen mixture (60-O 2) in a separating device into the constituents oxygen (O 2) and at least the first flushing medium, - recirculating by feeding the separated at least first flushing medium back into the electrolysis cell and conducting the separated oxygen (O 2) out of the method,
A method for producing a synthesis gas product with a desired, adjustable molar CO/H 2 ratio V, from a hydrocarbon-containing starting material, characterized in that the hydrocarbon-containing starting material is divided into two or three sub-streams, and that a first sub-process T 1, by means of which a first synthesis gas A is generated from a first sub-stream of the hydrocarbon-containing starting material in a first reactor R 1, said synthesis gas A having a molar ratio of CO to H 2 which is denoted by V 1, - is combined with a second sub-process T 2, by means of which a second synthesis gas B is generated from a second sub-stream of the hydrocarbon-containing starting material in a second reactor R 2, which second synthesis gas B has a molar ratio of CO to H 2 which is denoted by V 2, wherein V 1 ≠ V 2, - and is optionally combined, in addition, with a sub-process T 3, by means of which the hydrocarbon(s) of a third hydrocarbon-containing sub-stream is/are essentially split into solid carbon and hydrogen in a further reactor R 3, wherein the gaseous synthesis gas products of the sub-processes, in particular synthesis gases A and B, are combined or brought together in order to obtain the synthesis gas product with the desired molar CO/H 2 ratio V, by adjusting the mixing ratio of the gaseous synthesis gas products of t he sub-processes, in particular the synthesis gases A and B, said mixing ratio being set in continuous operation by changing the throughput rate of at least one of said sub-processes; and wherein at least one of said sub-processes (T 1, T 2, T 3) or at least one sub-step of the method comprises a plasma process, preferably a microwave-assisted plasma process and/or is carried out by means of a plasma reactor, in par t icular a microwave plasma reactor. - is combined with a second sub-process T 2, by means of which a second synthesis gas B is generated from a second sub-stream of the hydrocarbon-containing starting material in a second reactor R 2, which second synthesis gas B has a molar ratio of CO to H 2 which is denoted by V 2, wherein V 1 ≠ V 2, - and is optionally combined, in addition, with a sub-process T 3, by means of which the hydrocarbon(s) of a third hydrocarbon-containing sub-stream is/are essentially split into solid carbon and hydrogen in a further reactor R 3,
Apparatus for a clocked method for the pressure-sintered bonding of chip-like components to conductive tracks of a respective substrate, consisting at least of a pressing apparatus, a conveyor belt and an apparatus for covering the substrate with a protective film, the pressing apparatus being suitable for clocked operation, and comprising a pressing die and a heatable pressing table, wherein the chip-like components are power semiconductor components such as power diodes, power thyristors and/or power transistors, and the substrate is a ceramic substrate with metal masks on both main surfaces, characterized in that the conveyor belt, is a stainless steel belt with a thickness of between 0.2 mm and 1 mm that is sufficiently pressure-stable for a pressure of from 30 to 60 N/mm 2, and is arranged running above the pressing table, and the protective film is a polytetrafluoroethylene film with a thickness of between 50 μm and 300 μm, which is arranged between the substrate with the components arranged thereon and the pressing die.
An encoder, comprising: a base member that includes a connector attachable to a mating component of a cable; and a cover attachable to the base member, the cover including a surface with an opening, the cover includes a sectional cut-out, the opening arranged inside the cut-out, the connector being extendable into the cut-out, characterized in that the cover further includes a strain relief device associated with the opening and integral with the cover, the strain relief device including at least one extension member extending outwardly from the surface and at least one bar member extending from the at least one extension member, the cable passable through the strain relief device between the bar member and at least one of (a) the cover and (b) the base member, wherein the strain relief device is proximate the cut-out. a base member that includes a connector attachable to a mating component of a cable; and a cover attachable to the base member, the cover including a surface with an opening, the cover includes a sectional cut-out, the opening arranged inside the cut-out, the connector being extendable into the cut-out, characterized in that the cover further includes a strain relief device associated with the opening and integral with the cover, the strain relief device including at least one extension member extending outwardly from the surface and at least one bar member extending from the at least one extension member, the cable passable through the strain relief device between the bar member and at least one of (a) the cover and (b) the base member, wherein the strain relief device is proximate the cut-out.
A toggle lever clamp comprising: a clamp housing including a pair of housing halves (22,24); a cylinder assembly coupled with the housing; a piston assembly movable in the cylinder assembly; a rod coupled with the piston assembly, the rod extending into the clamp housing; a toggle lever assembly coupled with an end of the rod in the clamp housing; a sensor assembly; a pair of sensors spaced (46, 48) from each other and positioned on a mounting plate, and a sensor pickup movably positioned on the rod so that the sensor pickup is multi-positioned on the rod to adjust the stroke of the toggle lever assembly, wherein the housing halves (22,24) include shelves that receive the sensor assembly, the mounting plate being slid into the shelves to maintain the mounting plate slidably secured within the clamp housing. a clamp housing including a pair of housing halves (22,24); a cylinder assembly coupled with the housing; a piston assembly movable in the cylinder assembly; a rod coupled with the piston assembly, the rod extending into the clamp housing; a toggle lever assembly coupled with an end of the rod in the clamp housing; a sensor assembly; a pair of sensors spaced (46, 48) from each other and positioned on a mounting plate, and a sensor pickup movably positioned on the rod so that the sensor pickup is multi-positioned on the rod to adjust the stroke of the toggle lever assembly, wherein the housing halves (22,24) include shelves that receive the sensor assembly, the mounting plate being slid into the shelves to maintain the mounting plate slidably secured within the clamp housing.
A measuring device for measuring physical properties of three individual fluids in a multiphase flow flowing through a pipe, wherein the measuring device comprises a measuring section with two separate and elongated chambers that are formed by one longitudinal barrier, at least one of the chambers comprising means for enabling measurement of the physical properties of the multiphase flow that flows through the chambers, and wherein there is a constriction in the inner pipe wall of the pipe at the location in which the measuring section is positioned, and wherein the means for enabling measurement of the physical properties of the multiphase flow comprise pressure sensors for measuring pressure differences at different locations with different cross-sections in the measuring device, and electrodes for measuring electrical properties of the multiphase flow, and wherein at least one inner electrode of the electrodes for measuring electrical properties of the multiphase flow is provided in connection with the longitudinal barrier and electrically insulated from this barrier, whilst, at the location where the internal diameter of the pipe is smaller, at least one outer counter-electrode of the electrodes for measuring electrical properties of the multiphase flow is embedded in the inner wall of the pipe and electrically insulated from this wall.
A system, comprising: at least one first voltage controller, wherein at least one of the first voltage controllers may assess, during use, an occurrence of a first predetermined condition; and an at least first capacitor coupled to at least one of the first voltage controllers such that at least one of the first voltage controllers engages the at least first capacitor to supply additional current when the first predetermined condition occurs, wherein when the increase in current is no longer required the at least first capacitor is disengaged, and wherein the at least first capacitor is charged when disengaged until a predetermined capacity wherein a power management unit senses, during use, oscillations resulting from changes in current consumption, and wherein the power management unit disengages at least the first capacitor in response to the sensed oscillations such that the sensed oscillations are inhibited. at least one first voltage controller, wherein at least one of the first voltage controllers may assess, during use, an occurrence of a first predetermined condition; and an at least first capacitor coupled to at least one of the first voltage controllers such that at least one of the first voltage controllers engages the at least first capacitor to supply additional current when the first predetermined condition occurs, wherein when the increase in current is no longer required the at least first capacitor is disengaged, and wherein the at least first capacitor is charged when disengaged until a predetermined capacity wherein a power management unit senses, during use, oscillations resulting from changes in current consumption, and wherein the power management unit disengages at least the first capacitor in response to the sensed oscillations such that the sensed oscillations are inhibited.
A high frequency oscillating ventilator, comprising: a reciprocating piston; and a control system, comprising: an oscillator controller comprising a closed oscillator pressure loop and a closed centering loop collectively adapted to regulate frequency and amplitude of piston reciprocations and centering of said piston about a mid-stroke position of said piston; and a mean airway pressure controller comprising a closed loop control circuit adapted for regulating mean airway pressure at a patient circuit. a reciprocating piston; and a control system, comprising: an oscillator controller comprising a closed oscillator pressure loop and a closed centering loop collectively adapted to regulate frequency and amplitude of piston reciprocations and centering of said piston about a mid-stroke position of said piston; and a mean airway pressure controller comprising a closed loop control circuit adapted for regulating mean airway pressure at a patient circuit. an oscillator controller comprising a closed oscillator pressure loop and a closed centering loop collectively adapted to regulate frequency and amplitude of piston reciprocations and centering of said piston about a mid-stroke position of said piston; and a mean airway pressure controller comprising a closed loop control circuit adapted for regulating mean airway pressure at a patient circuit.
Clutch device, having: a first input side and a second input side; a first output side and a second output side, wherein the first input side, the second input side, the first output side and the second output side are rotatable about a common axis of rotation; a first clutch between the first input side and the first output side; a second clutch between the first input side and the second output side; and a third clutch between the first input side and the second input side, characterized in that the first clutch and the second clutch are axially offset, and axial actuating directions for the first clutch and the second clutch run apart from one another or in the same direction in a direction away from the third clutch. a first input side and a second input side; a first output side and a second output side, wherein the first input side, the second input side, the first output side and the second output side are rotatable about a common axis of rotation; a first clutch between the first input side and the first output side; a second clutch between the first input side and the second output side; and a third clutch between the first input side and the second input side, characterized in that the first clutch and the second clutch are axially offset, and axial actuating directions for the first clutch and the second clutch run apart from one another or in the same direction in a direction away from the third clutch.