mhurhangee/ep-ind-claims huggingface dataset:
A multilayer film article comprising: an infrared light reflecting multilayer film having alternating polymeric layers of a first polymer type and a second polymer type and the alternating polymeric layers cooperate to reflect infrared light; and an infrared light absorbing nanoparticle layer comprising a plurality of metal oxide nanoparticles dispersed in a cured polymeric binder, the infrared light absorbing nanoparticle layer being adjacent the infrared light reflecting multilayer film; and a tear resistant polymeric film disposed adjacent to the infrared light reflecting multilayer film, wherein the tear resistant film is a multilayer film comprising alternating layers of a stiff polymer and a ductile polymer, wherein the stiff polymer comprises a polyester or copolyester and the ductile polymer comprises sebacic acid based copolyester, or a monolithic polymeric film with a thickness of at least 175 micrometer up to 1 centimeter, wherein the polymer comprises poly(acrylonitrile butadiene styrene), linear low density polyethylene, high impact polystyrene,or polyurethane. an infrared light reflecting multilayer film having alternating polymeric layers of a first polymer type and a second polymer type and the alternating polymeric layers cooperate to reflect infrared light; and an infrared light absorbing nanoparticle layer comprising a plurality of metal oxide nanoparticles dispersed in a cured polymeric binder, the infrared light absorbing nanoparticle layer being adjacent the infrared light reflecting multilayer film; and a tear resistant polymeric film disposed adjacent to the infrared light reflecting multilayer film, wherein the tear resistant film is a multilayer film comprising alternating layers of a stiff polymer and a ductile polymer, wherein the stiff polymer comprises a polyester or copolyester and the ductile polymer comprises sebacic acid based copolyester, or a monolithic polymeric film with a thickness of at least 175 micrometer up to 1 centimeter, wherein the polymer comprises poly(acrylonitrile butadiene styrene), linear low density polyethylene, high impact polystyrene,or polyurethane.
A method for producing rotating electrical machines having a motor coil produced in a non-supported manner for motors or generators, wherein the coil already surrounds a magnetic inner part arranged on a shaft during the production process, i.e. is pre-assembled, and this is also used as an aid for coil shaping during the production of the coil, characterised in that - in a first step, the motor coil is wound in a stepwise process between two end faces (4; 4') over the magnetic inner part and completely surrounds the inner part, - in a second step, the shaping of the motor coil by compressing the winding wires is carried out by moving the shaft with the surface of the inner part against the inner side of the motor coil, so that the surface of the inner part eccentrically rolls off on the inner side of the motor coil and presses it against an abutment, and - in a third step, the compressed motor coil is baked by way of applying heat. - in a first step, the motor coil is wound in a stepwise process between two end faces (4; 4') over the magnetic inner part and completely surrounds the inner part, - in a second step, the shaping of the motor coil by compressing the winding wires is carried out by moving the shaft with the surface of the inner part against the inner side of the motor coil, so that the surface of the inner part eccentrically rolls off on the inner side of the motor coil and presses it against an abutment, and - in a third step, the compressed motor coil is baked by way of applying heat.
A method of controlling an air conditioner comprising an outdoor unit; and a plurality of indoor units respectively connected to the outdoor unit and comprising a vane for adjusting a wind direction, and a fan for forming an air flow, the method comprising: detecting an indoor air temperature (Ta) around each of the plurality of indoor units through a temperature sensor disposed in each of the plurality of indoor units; specifying an indoor unit having a temperature imbalance as a target indoor unit based on the indoor air temperature (Ta) around each of the plurality of indoor units detected through the temperature sensor; specifying indoor units adjacent to the target indoor unit as a support indoor unit; and performing a support operation for resolving a temperature imbalance of the target indoor unit by adjusting a vane and a fan of the support indoor unit, characterized in that: performing a support operation comprises setting a support temperature (Tspt_i) of the support indoor unit based on a difference between a set temperature of the support indoor unit and a set temperature of the target indoor unit, wherein the support temperature of the support indoor unit is a set temperature of the support indoor unit in performing the support operation. detecting an indoor air temperature (Ta) around each of the plurality of indoor units through a temperature sensor disposed in each of the plurality of indoor units; specifying an indoor unit having a temperature imbalance as a target indoor unit based on the indoor air temperature (Ta) around each of the plurality of indoor units detected through the temperature sensor; specifying indoor units adjacent to the target indoor unit as a support indoor unit; and performing a support operation for resolving a temperature imbalance of the target indoor unit by adjusting a vane and a fan of the support indoor unit, characterized in that: performing a support operation comprises setting a support temperature (Tspt_i) of the support indoor unit based on a difference between a set temperature of the support indoor unit and a set temperature of the target indoor unit, wherein the support temperature of the support indoor unit is a set temperature of the support indoor unit in performing the support operation. performing a support operation comprises setting a support temperature (Tspt_i) of the support indoor unit based on a difference between a set temperature of the support indoor unit and a set temperature of the target indoor unit, wherein the support temperature of the support indoor unit is a set temperature of the support indoor unit in performing the support operation.
Device which has: a vibrator arrangement with a pipe which has an upper end and a lower end and which has two cable holders which are arranged on the pipe spaced from the upper end thereof; one cable each fastened on each cable holder; a support device (4; 12) for the vibrator arrangement wherein the support device (4; 12) has a guide device (5; 9) on which the cables are guided in a longitudinal direction of the pipe between the cable holders and the upper end or above the upper end. a vibrator arrangement with a pipe which has an upper end and a lower end and which has two cable holders which are arranged on the pipe spaced from the upper end thereof; one cable each fastened on each cable holder; a support device (4; 12) for the vibrator arrangement wherein the support device (4; 12) has a guide device (5; 9) on which the cables are guided in a longitudinal direction of the pipe between the cable holders and the upper end or above the upper end.
An analyzer device for elemental analysis comprising a sample feeding device comprising an insertion opening for inserting a sample, a line for oxygen and inert gas, a reactor for the catalytic combustion of the sample, a reduction reactor provided downstream of the reactor, a water trap provided downstream of the reduction reactor, an adsorber provided downstream of the water trap, a detector provided downstream of the absorber, a logic unit for processing the data transmitted by the detector and a coupling device, wherein an insertion shaft leading to the reactor is provided downstream of the insertion opening in the insertion direction, which shaft can be separated between the sample feeding device and the reactor, wherein the sample feeding device is movable relative to the reactor for exposing a reactor-side section of the introduction shaft, and wherein the reactor-side section of the introduction shaft and a section of the introduction shaft associated with the sample feeding device can be connected to each other via the coupling device, characterized in that the coupling device includes at least two claws (70, 72) which are movable relative to each other, in that the reactor-side section of the insertion shaft and the section of the insertion shaft associated with the sample feeding device each include inclined surfaces (62, 64) which cooperate with opposing surfaces of the claws (70, 72) to fix the two sections (34p, 34r) for assembling the insertion shaft.
A flexible and stretchable electronic device based on a biocompatible film, comprising an encapsulation layer, a functional layer and a substrate layer, wherein the encapsulation layer employs a biocompatible encapsulation layer, and the substrate layer employs a biocompatible substrate layer; wherein the biocompatible encapsulation layer and the biocompatible substrate layer each employs a biocompatible film; characterized in that: - the biocompatible film is a polymer film having a porous microstructure or a biologic semi-permeable membrane having a porous microstructure; - an adhesion layer is provided under the biocompatible substrate layer, and the adhesion layer is used for enhancing an adhesive force between the device and a surface of an object to be detected; and in that - non-penetrating holes having diameters ranging from hundreds of nanometers to tens of microns are distributed on the biocompatible film. - the biocompatible film is a polymer film having a porous microstructure or a biologic semi-permeable membrane having a porous microstructure; - an adhesion layer is provided under the biocompatible substrate layer, and the adhesion layer is used for enhancing an adhesive force between the device and a surface of an object to be detected; and in that - non-penetrating holes having diameters ranging from hundreds of nanometers to tens of microns are distributed on the biocompatible film.
A system for mitigating ionosphere gradient monitor false alarms, the system comprising: at least three global navigation satellite reference receivers (RR1, RR2, RR3, RR4) configured to output carrier phase measurements; a processing module coupled to the at least three global navigation satellite reference receivers, the processing module comprising a gradient estimator module configured to output an IGM alarm via a switch when an excessive delay gradient is detected based on the carrier phase measurements; characterized in that the processing module comprises a parity evaluator coupled to the switch, wherein carrier phase double difference data calculated from differences between the carrier phase measurements received at pairs of said reference receivers, are inputs of the parity evaluator, and wherein the parity evaluator is configured to determine a parity error from inconsistencies in the carrier phase double difference data, wherein when the parity error exceeds a threshold the parity evaluator is configured to operate the switch to block the IGM alarm. at least three global navigation satellite reference receivers (RR1, RR2, RR3, RR4) configured to output carrier phase measurements; a processing module coupled to the at least three global navigation satellite reference receivers, the processing module comprising a gradient estimator module configured to output an IGM alarm via a switch when an excessive delay gradient is detected based on the carrier phase measurements; characterized in that the processing module comprises a parity evaluator coupled to the switch, wherein carrier phase double difference data calculated from differences between the carrier phase measurements received at pairs of said reference receivers, are inputs of the parity evaluator, and wherein the parity evaluator is configured to determine a parity error from inconsistencies in the carrier phase double difference data, wherein when the parity error exceeds a threshold the parity evaluator is configured to operate the switch to block the IGM alarm.
A method for training input/output, I/O, settings for communication with a memory device, comprising: entering, by a memory device, a training mode of the memory device; receiving, by the memory device, a training signal from a controller while in the training mode, the training signal including a data stream; sampling, by the memory device, the data stream of the training signal with sampling circuitry; tracking, by the memory device, a number of data errors in sampling of the data stream of the training signal; counting, by the memory device, with a counter a number of errors that occur over a sequence of training signals; sending, by the memory device, the number of errors to the controller; and causing, by the controller, an adjustment to at least one input/output, I/O, parameter of the controller and/or of the memory device if a threshold number of data errors is received. entering, by a memory device, a training mode of the memory device; receiving, by the memory device, a training signal from a controller while in the training mode, the training signal including a data stream; sampling, by the memory device, the data stream of the training signal with sampling circuitry; tracking, by the memory device, a number of data errors in sampling of the data stream of the training signal; counting, by the memory device, with a counter a number of errors that occur over a sequence of training signals; sending, by the memory device, the number of errors to the controller; and causing, by the controller, an adjustment to at least one input/output, I/O, parameter of the controller and/or of the memory device if a threshold number of data errors is received.
A furniture fitting for seating and lying furniture having a frame and a seating and lying cushion, wherein a telescopic rail is provided, having a fastening rail for fastening on the frame, a slide rail slide-mounted on the fastening rail by means of first ball bearings, and a carrier rail slide-mounted on the slide rail by means of second ball bearings, on which a seating and lying cushion fitting is fastened, wherein the slide rail and the carrier rail are lockable in relation to the fastening rail in a shortened position of the telescopic rail and, in an extended position of the telescopic rail, the carrier rail is lockable relative to the slide rail with the aid of first locking elements, which are arranged on the carrier rail and/or slide rail, and the slide rail is lockable relative to the fastening rail with the aid of second locking elements, which are arranged on the slide rail and/or fastening rail, characterized in that the seating and lying cushion fitting comprises two parallelogram guides (10a, 10b) which are pivotably fastened on the first ends thereof on the carrier rail and are pivotably fastened on the second ends thereof on a seating cushion fitting part for the seating cushion, wherein the two parallelogram guides (10a, 10b) each have a cantilever arm (12a, 12b) protruding transversely in relation to the longitudinal axes thereof, on the free ends of which a lying cushion fitting part for the lying cushion is pivotably fastened.
Packaging apparatus for small piece goods, comprising: a packaging material guiding device for receiving an elongated packaging material web, wherein the packaging material guiding device is designed such that the elongated packaging material web is shaped in such a way that it is suitable for receiving small piece goods and continues in a direction of travel, a longitudinal joining device which is arranged downstream of the packaging material guiding device and joins the shaped packaging material web together at a packaging material overlap area in the direction of travel of the packaging material web, a transverse joining device which is arranged downstream of the packaging material guiding device and joins the shaped packaging material web together at predetermined intervals transversely to the direction of travel to form a transverse joining area, wherein the transverse joining device comprises two joining means (110, 120), from which at least one joining means is movable transversely to the direction of travel, characterized in that a plurality of embossing means which can during ongoing packaging operation be individually moved transversely to the direction of travel and an embossing means stop area which cooperate in such a way that elevations which are palpable can be formed by means of the embossing means in the transverse joining area. a packaging material guiding device for receiving an elongated packaging material web, wherein the packaging material guiding device is designed such that the elongated packaging material web is shaped in such a way that it is suitable for receiving small piece goods and continues in a direction of travel, a longitudinal joining device which is arranged downstream of the packaging material guiding device and joins the shaped packaging material web together at a packaging material overlap area in the direction of travel of the packaging material web, a transverse joining device which is arranged downstream of the packaging material guiding device and joins the shaped packaging material web together at predetermined intervals transversely to the direction of travel to form a transverse joining area, wherein the transverse joining device comprises two joining means (110, 120), from which at least one joining means is movable transversely to the direction of travel, characterized in that a plurality of embossing means which can during ongoing packaging operation be individually moved transversely to the direction of travel and an embossing means stop area which cooperate in such a way that elevations which are palpable can be formed by means of the embossing means in the transverse joining area.
An abrasive sawing or polishing substrate, comprising: - a substrate; - a binder C1 covering at least a portion of the substrate; - abrasive particles having an at least partial coating, C2; - a coating C3 coating binder C1 and the abrasive particles coated with C2; the abrasive particles coated with C2 being in contact with binder C1 and with coating C3; in which the abrasive substrate is characterized by at least one light-emitting compound. - a substrate; - a binder C1 covering at least a portion of the substrate; - abrasive particles having an at least partial coating, C2; - a coating C3 coating binder C1 and the abrasive particles coated with C2; the abrasive particles coated with C2 being in contact with binder C1 and with coating C3;
A wetting system for providing a wetting effect to a fabric or textile, the system comprising a solution of an alkyl polyglucoside in combination with a solution of a Group 4 metal salt, wherein the Group 4 metal is selected from the group consisting of titanium, zirconium and hafnium and the salt is a carboxylic acid salt selected from the group consisting of acetate, acetylacetonate, acrylate and lactate.
A capsule for preparing a predetermined quantity of beverage suitable for consumption using an extractable product, by means of a beverage brewing device comprising a receptacle for receiving the capsule, comprising a cup comprising a circumferential wall, a bottom closing the circumferential wall at a first end, and a lid in use connected to the cup at a second end of the circumferential wall opposite the bottom, wherein the wall, bottom and lid, in use, enclose an inner space comprising the extractable product, and wherein at least a portion of a surface of the capsule conceived to, in use, interact with the receptacle is provided with at least one projection for forming a sealing engagement with the receptacle, charcterized in that the at least one projection comprises a body of sponge-like material capable of retaining fluid.
An ink jet recording head, comprising a member provided with an ejection orifice for ejecting ink, wherein the ink jet recording head further comprises a water-repellent layer comprising a cured product of a condensed product obtained by condensation of a hydrolyzable silane compound having an epoxy group and a hydrolyzable silane compound having a perfluoropolyether group on a surface of the member on a side on which the ejection orifice opens.
A method for detecting contamination in a product comprising the steps of A. Providing a sample, B. Providing detector cells, wherein the detector cells comprise at least one contamination receptor, wherein the contamination receptor is a polypeptide, C. Providing a detection medium comprising the sample and the detector cells, D. Detecting a signal generated in the detection medium, wherein the generation of the signal is dependent on an interaction of the contamination receptor of the detector cells with a contamination-associated molecule that is present in the product in case of contamination, and E. Analyzing the signal, wherein the sample is neither filtered nor centrifuged to remove cells before detecting the signal, wherein the signal is an optical signal, wherein the contamination-associated molecule is selected from the group consisting of autoinducer-1 (AI-1), autoinducer-2 (AI-2), autoinducer-3 (AI-3) and mixtures of two or more thereof, and wherein the detector cells are bacteria. A. Providing a sample, B. Providing detector cells, wherein the detector cells comprise at least one contamination receptor, wherein the contamination receptor is a polypeptide, C. Providing a detection medium comprising the sample and the detector cells, D. Detecting a signal generated in the detection medium, wherein the generation of the signal is dependent on an interaction of the contamination receptor of the detector cells with a contamination-associated molecule that is present in the product in case of contamination, and E. Analyzing the signal,
An osteosynthesis body made of zirconium dioxide ceramic, in the form of a screw, consisting of a highly dense zirconium dioxide ceramic of tetragonal, polycrystalline zirconium dioxide or of a zirconium dioxide mixture ceramic with Al 2 O 3, having a porosity of less than 0.1 %.