mhurhangee/ep-ind-claims huggingface dataset:
An optical fiber cable comprising: - a plurality of optical fibers and - at least one tubular jacketing element surrounding the plurality of optical fibers, wherein the jacketing element comprises a jacketing material containing at least the following ingredients mixed with one another: - a first ingredient being a thermoplastic polymer, - a second ingredient being an intumescent material capable of releasing gas, under the influence of heat, for generating a foam, and - a third ingredient being a stiffening agent capable of decomposing, under the influence of heat, with formation of a glass and/or of a ceramic material for stiffening the foam, characterized in that the content of stiffening agent in the jacketing material is between 1% and 10% by weight and in that the stiffening agent is an organo-silicon-compound containing silicon or the stiffening agent is an organo-phosphorous compound for forming a phosphorus-containing glass and/or ceramic when decomposing. - a plurality of optical fibers and - at least one tubular jacketing element surrounding the plurality of optical fibers, wherein the jacketing element comprises a jacketing material containing at least the following ingredients mixed with one another: - a first ingredient being a thermoplastic polymer, - a second ingredient being an intumescent material capable of releasing gas, under the influence of heat, for generating a foam, and - a third ingredient being a stiffening agent capable of decomposing, under the influence of heat, with formation of a glass and/or of a ceramic material for stiffening the foam, characterized in that the content of stiffening agent in the jacketing material is between 1% and 10% by weight and in that the stiffening agent is an organo-silicon-compound containing silicon or the stiffening agent is an organo-phosphorous compound for forming a phosphorus-containing glass and/or ceramic when decomposing.
Method for producing an electrical and mechanical serial arrangement in a thermoelectric heat exchanger for regulating the temperature of a fluid, wherein the heat exchanger has a flow chamber which can be flowed through by a temperature-regulating fluid and a transfer chamber separated fluidically from the flow chamber as well as a Peltier element which has a plurality of alternately arranged p-doped P-semiconductors and n-doped N-semiconductors, - wherein the semiconductors (6, 7) are contacted electrically by a connecting structure which has connecting elements electrically contacting two such semiconductors (6, 7), - wherein at least one such connecting element is arranged in the flow chamber and/or at least one such connecting element is arranged in the transfer chamber, - wherein the semiconductors (6, 7) and the connecting elements form the electrical and mechanical serial arrangement in which one such connecting element and one such semiconductor (6, 7) are arranged alternately, characterised by the method steps: - providing an electroconductive band, - alternately providing the band with p-doped P-semiconductors and n-doped N-semiconductors along the band, wherein said connecting elements are formed between the semiconductors (6, 7). - wherein the semiconductors (6, 7) are contacted electrically by a connecting structure which has connecting elements electrically contacting two such semiconductors (6, 7), - wherein at least one such connecting element is arranged in the flow chamber and/or at least one such connecting element is arranged in the transfer chamber, - wherein the semiconductors (6, 7) and the connecting elements form the electrical and mechanical serial arrangement in which one such connecting element and one such semiconductor (6, 7) are arranged alternately, - providing an electroconductive band, - alternately providing the band with p-doped P-semiconductors and n-doped N-semiconductors along the band, wherein said connecting elements are formed between the semiconductors (6, 7).
A process for producing a pharmaceutical composition in form of a solid formulation suitable for oral administration in the form of a capsule, comprising: (a) mixing an S1P receptor agonist with a sugar alcohol; (b) milling and/or granulating the mixture obtained in (a); and (c) mixing the milled and/or granulated mixture obtained in (b) with a lubricant wherein the S1P receptor agonist is 2-amino-2-[2-(4-octylphenyl)ethyl]propane-1,3-diol in free form or a pharmaceutically acceptable salt thereof; the sugar alcohol is mannitol. (a) mixing an S1P receptor agonist with a sugar alcohol; (b) milling and/or granulating the mixture obtained in (a); and (c) mixing the milled and/or granulated mixture obtained in (b) with a lubricant
A gas heat recovery unit comprising: two gas flow paths in heat exchange contact; a condensate drainage path for each of said two gas flow paths for draining condensate from the respective gas flow path, characterized in that said two condensate drainage paths being fluidly connected to a common drainage outlet of the heat recovery unit; and each of said two condensate drainage paths comprising a valve which allows passage of liquid but not gas from the respective gas flow path towards the common drainage outlet. two gas flow paths in heat exchange contact; a condensate drainage path for each of said two gas flow paths for draining condensate from the respective gas flow path, characterized in that said two condensate drainage paths being fluidly connected to a common drainage outlet of the heat recovery unit; and each of said two condensate drainage paths comprising a valve which allows passage of liquid but not gas from the respective gas flow path towards the common drainage outlet.
Use of a transparent composition based on at least one methacrylic polymer for the construction of systems used to culture photosensitive organisms such as microorganisms, micro-algae, photosynthetic bacteria, plankton, characterised in that the methacrylic polymer is a PMMA - homopolymer of methyl methacrylate MAM or a copolymer of methyl methacrylate, comprising at least 50% by weight of MAM - having a weight-average molecular mass ranging from 90,000 g/mol to 170,000 g/mol (PMMA standard).
Laundry-care appliance having an outer tub for receiving washing liquor, wherein the outer tub has a discharge opening for discharging washing liquor and a supply opening for supplying washing liquor, having a circulation system, wherein the circulation system has a circulation line, which connects the discharge opening to the supply opening in terms of fluid, and a circulation pump, which is connected to the circulation line, and having a controller for controlling the circulation pump according to a laundry-care program with a washing process, characterised in that the controller is embodied to activate the circulation pump during the washing process, in order to pump washing liquor through the discharge opening out of the outer tub into the circulation line and to convey the pumped-out washing liquor out of the circulation line through the supply opening into the outer tub, and that the controller is embodied to actuate the circulation pump after the washing process, in order to pump washing liquor at an increased pump pressure in the circulation system, in order to convey impurities out of the circulation system into the outer tub, wherein the laundry-care appliance has a pump drive for driving the circulation pump, wherein the controller is embodied to operate the pump drive at a first pump drive speed during the washing process, in order, during the washing process, to pump washing liquor by means of the circulation pump in the circulation system at a first pump pressure, and wherein after the washing process the controller is embodied to operate the pump drive at a second pump drive speed which is greater than the first pump drive speed, in order, after the washing process, to pump washing liquor by means of the circulation pump in the circulation system at a second pump pressure which is greater than the first pump pressure.
A method, comprising: forming a via through a top layer of a stack that comprises a placeholder layer (320a, 320b); forming, through the via (335,410) a cavity within the placeholder layer (320a, 320b), filling the cavity with a memory material; and forming a first channel in the memory material by removing, through a plurality of vias (335, 410) that includes the via (335, 410), a portion of the memory material from the placeholder layer (320a, 320b), the first channel separating the memory material into discrete elements with a curved convex sidewall and two planar sidewalls at the placeholder layer (320a, 320b) along a first axis. forming a via through a top layer of a stack that comprises a placeholder layer (320a, 320b); forming, through the via (335,410) a cavity within the placeholder layer (320a, 320b), filling the cavity with a memory material; and forming a first channel in the memory material by removing, through a plurality of vias (335, 410) that includes the via (335, 410), a portion of the memory material from the placeholder layer (320a, 320b), the first channel separating the memory material into discrete elements with a curved convex sidewall and two planar sidewalls at the placeholder layer (320a, 320b) along a first axis.
A lane change method, comprising the following steps: receiving condition information, the condition information comprising velocity information of a current vehicle, state information of an adjacent vehicle, and lane information; with the condition information as an input to a neural network, processing the condition information by means of the neural network, to obtain an initial lane change strategy; and correcting the initial lane change strategy based on a predetermined rule and the condition information, to generate and output a corrected lane change strategy (S 106), characterized in that the predetermined rule comprises: a velocity difference suppression rule, whereby when a difference between a desired velocity of the current vehicle and a velocity of a front vehicle in the lane where the current vehicle is located is above a first predetermined value, increasing a probability of performing lane change to an adjacent lane and reducing a probability of keeping the original lane in the initial lane change strategy. receiving condition information, the condition information comprising velocity information of a current vehicle, state information of an adjacent vehicle, and lane information; with the condition information as an input to a neural network, processing the condition information by means of the neural network, to obtain an initial lane change strategy; and correcting the initial lane change strategy based on a predetermined rule and the condition information, to generate and output a corrected lane change strategy (S 106), characterized in that the predetermined rule comprises: a velocity difference suppression rule, whereby when a difference between a desired velocity of the current vehicle and a velocity of a front vehicle in the lane where the current vehicle is located is above a first predetermined value, increasing a probability of performing lane change to an adjacent lane and reducing a probability of keeping the original lane in the initial lane change strategy.
An imaging device comprising: an imaging element taking an object image to generate image data; a gyro sensor unit including a gyro sensor (171a, 171b, 171c); an image-shake correction unit holding the imaging element, moving the imaging element based on an output of the gyro sensor (171a, 171b, 171c), and correcting a shake of an object image taken by the imaging element; a shutter unit including a shutter for blocking an object image focused on the imaging element; and a mount base holding the gyro sensor unit, the image-shake correction unit, and the shutter unit, wherein the gyro sensor unit includes a gyro holder including a first principal surface and a second principal surface opposite to the first principal surface and holding the gyro sensor (171a, 171b, 171c) on the first principal surface, and a sensor-side cushion material disposed between the second principal surface of the gyro holder and the mount base to allow the gyro sensor (171a, 171b, 171c) to move relative to the mount base, the gyro holder is made of metal, no cushion material is disposed on the first principal surface of the gyro holder. an imaging element taking an object image to generate image data; a gyro sensor unit including a gyro sensor (171a, 171b, 171c); an image-shake correction unit holding the imaging element, moving the imaging element based on an output of the gyro sensor (171a, 171b, 171c), and correcting a shake of an object image taken by the imaging element; a shutter unit including a shutter for blocking an object image focused on the imaging element; and a mount base holding the gyro sensor unit, the image-shake correction unit, and the shutter unit, wherein the gyro sensor unit includes a gyro holder including a first principal surface and a second principal surface opposite to the first principal surface and holding the gyro sensor (171a, 171b, 171c) on the first principal surface, and a sensor-side cushion material disposed between the second principal surface of the gyro holder and the mount base to allow the gyro sensor (171a, 171b, 171c) to move relative to the mount base, the gyro holder is made of metal, no cushion material is disposed on the first principal surface of the gyro holder.
A vehicle seat comprising a seat frame and a vehicle side airbag device, comprising: a side airbag provided inside a vehicle seat and allowed to be deployed and inflated from the seat into between an occupant and a vehicle component positioned laterally to the occupant in a vehicle-widthwise direction; and an inflator attached to a seat frame of the seat and causing inflator gas to be introduced into the side airbag, the inflator being stored inside the side airbag near a rear end thereof in a deployment and inflation direction, in a spread state, the side airbag has a lower part and an upper part to be folded and placed on the lower part, the upper part is formed obliquely upward to the front side in the vehicle front-back direction, and after the upper part is folded and placed on the lower part, the side airbag has a folded portion with a folding line and a superposed portion in series sequentially from a side of the inflator to a front end thereof in the deployment and inflation direction, in a stored state before deployment, the folded portion being formed to include an abutment portion in abutment against a support surface of the seat frame during attachment to the seat on a front side of the inflator in a vehicle front-back direction, the superposed portion being formed to be superposed on the folded portion in a rolled state or collapsed in a bellows-like state so as to have a lower side wider than an upper side in an up-down direction, the folded portion being folded to be arranged between the seat frame and the superposed portion in the vehicle-widthwise direction. a side airbag provided inside a vehicle seat and allowed to be deployed and inflated from the seat into between an occupant and a vehicle component positioned laterally to the occupant in a vehicle-widthwise direction; and an inflator attached to a seat frame of the seat and causing inflator gas to be introduced into the side airbag, the inflator being stored inside the side airbag near a rear end thereof in a deployment and inflation direction, in a spread state, the side airbag has a lower part and an upper part to be folded and placed on the lower part, the upper part is formed obliquely upward to the front side in the vehicle front-back direction, and after the upper part is folded and placed on the lower part, the side airbag has a folded portion with a folding line and a superposed portion in series sequentially from a side of the inflator to a front end thereof in the deployment and inflation direction, in a stored state before deployment, the folded portion being formed to include an abutment portion in abutment against a support surface of the seat frame during attachment to the seat on a front side of the inflator in a vehicle front-back direction, the superposed portion being formed to be superposed on the folded portion in a rolled state or collapsed in a bellows-like state so as to have a lower side wider than an upper side in an up-down direction, the folded portion being folded to be arranged between the seat frame and the superposed portion in the vehicle-widthwise direction.
Connector system, in particular cable harness system, - wherein the connector system comprises a first switching device, a cable loom; a first contact device, a second switching device and a second contact device, - wherein the cable loom has an arrangement of a plurality of electrical cables (60, 65), - wherein a first electrical cable from amongst the electrical cables (60, 65) is damaged or interrupted, - wherein the first switching device has a first side and a second side, - wherein one of the two sides (125, 130) is electrically connected to the first contact device, - wherein the cable loom is electrically connected to the first contact device, - wherein the first switching device is switched to a correction switching position depending on a first desired assignment of the first contact device; - wherein the second switching device has a third side and a fourth side, - wherein the fourth side is electrically connected to the second contact device and the third side is electrically connected to the cable loom, - wherein the second switching device electrically connects the cable loom to the second contact device depending on a second desired assignment of the second contact device; characterized in that - the cable loom has a replacement cable, - wherein the replacement cable electrically connects the first contact device to the second switching device, - wherein the first and the second switching device (15, 405) are switched in the correction switching position in such a way that the replacement cable is electrically connected so as to bypass the first electrical cable. - wherein the connector system comprises a first switching device, a cable loom; a first contact device, a second switching device and a second contact device, - wherein the cable loom has an arrangement of a plurality of electrical cables (60, 65), - wherein a first electrical cable from amongst the electrical cables (60, 65) is damaged or interrupted, - wherein the first switching device has a first side and a second side, - wherein one of the two sides (125, 130) is electrically connected to the first contact device, - wherein the cable loom is electrically connected to the first contact device, - wherein the first switching device is switched to a correction switching position depending on a first desired assignment of the first contact device; - wherein the second switching device has a third side and a fourth side, - wherein the fourth side is electrically connected to the second contact device and the third side is electrically connected to the cable loom, - wherein the second switching device electrically connects the cable loom to the second contact device depending on a second desired assignment of the second contact device; characterized in that - the cable loom has a replacement cable, - wherein the replacement cable electrically connects the first contact device to the second switching device, - wherein the first and the second switching device (15, 405) are switched in the correction switching position in such a way that the replacement cable is electrically connected so as to bypass the first electrical cable.
A method for preparing a sequencing library from a maternal sample comprising a mixture of fetal and maternal nucleic acid molecules, wherein the method comprises the consecutive steps of end-repairing, dA-tailing and adaptor ligating said nucleic acids, and wherein said consecutive steps exclude purifying the end-repaired products prior to the dA-tailing step and exclude purifying the dA-tailing products prior to the adaptor-ligating step.
A thermally-bondable, breathable waterproof membrane for preparing a breathable waterproof fabric, the membrane being thermally-bonded to a fabric substrate and comprising: a membrane layer, wherein a thickness of the membrane layer is in a range of 0.15 mm to 0.30 mm; a release layer on a first side of the membrane layer; a base layer which is transferred in the form of dots on a second side of the membrane layer, wherein the first side and the second side of the membrane layer are opposite to each other; and a hot-melt adhesive layer formed in the form of dots on the base layer, wherein the base layer and the hot-melt adhesive layer are attached to each other to form a double dot layer. a membrane layer, wherein a thickness of the membrane layer is in a range of 0.15 mm to 0.30 mm; a release layer on a first side of the membrane layer; a base layer which is transferred in the form of dots on a second side of the membrane layer, wherein the first side and the second side of the membrane layer are opposite to each other; and a hot-melt adhesive layer formed in the form of dots on the base layer, wherein the base layer and the hot-melt adhesive layer are attached to each other to form a double dot layer.
A processor comprising: a decoder to decode a first speculative conditional move instruction; a prediction storage structure to store prediction data related to previously executed speculative conditional move instructions; and execution circuitry to read first prediction data associated with the first speculative conditional move instruction and to execute the first speculative conditional move instruction either speculatively or non-speculatively based on the first prediction data. a decoder to decode a first speculative conditional move instruction; a prediction storage structure to store prediction data related to previously executed speculative conditional move instructions; and execution circuitry to read first prediction data associated with the first speculative conditional move instruction and to execute the first speculative conditional move instruction either speculatively or non-speculatively based on the first prediction data.
A ball game racket comprising a racket head and a racket shaft, wherein the racket head contains a stringing having transverse strings and longitudinal strings each having a vibration length, wherein the racket head is provided with a means which reduces the vibration length of a plurality of strings on both sides of the stringing depending on the deflection of the strings, wherein the means is attached as a separate part to the racket head and spaced from the inner side of the racket head, characterized in that the racket head comprises a depression or recess in the area in which the means is attached.