mhurhangee/ep-ind-claims huggingface dataset:
A liquid cooling unit, comprising: a first flow divider/combiner, a second flow divider/combiner, a plate heat exchanger, a radiator and a heater; wherein the plate heat exchanger, the radiator and the heater are connected in parallel between a flow dividing end of the flow divider/combiner and a flow combining end of the second flow divider/combiner; the flow dividing end of the first flow divider/combiner is configured to output a fluid into at least one of the plate heat exchanger, the radiator and the heater; the plate heat exchanger and the radiator are configured to cool the fluid, and the heater is configured to heat the fluid; the flow combining end of the second flow divider/combiner is configured to receive the fluid outputted by at least one of the plate heat exchanger, the radiator and the heater, and the flow dividing end of the second flow divider/combiner is configured to output the fluid to a battery for thermal management of the battery; and the flow combining end of the first flow divider/combiner is configured to receive the fluid after thermal management of the battery; characterized in that the first flow divider/combiner and the second flow divider/combiner both are provided with normally closed drain valves, configured to conduct drainage and exhaust of a connecting pipeline connected to the first flow divider/combiner and the second flow divider/combiner. a first flow divider/combiner, a second flow divider/combiner, a plate heat exchanger, a radiator and a heater; wherein the plate heat exchanger, the radiator and the heater are connected in parallel between a flow dividing end of the flow divider/combiner and a flow combining end of the second flow divider/combiner; the flow dividing end of the first flow divider/combiner is configured to output a fluid into at least one of the plate heat exchanger, the radiator and the heater; the plate heat exchanger and the radiator are configured to cool the fluid, and the heater is configured to heat the fluid; the flow combining end of the second flow divider/combiner is configured to receive the fluid outputted by at least one of the plate heat exchanger, the radiator and the heater, and the flow dividing end of the second flow divider/combiner is configured to output the fluid to a battery for thermal management of the battery; and the flow combining end of the first flow divider/combiner is configured to receive the fluid after thermal management of the battery; characterized in that the first flow divider/combiner and the second flow divider/combiner both are provided with normally closed drain valves, configured to conduct drainage and exhaust of a connecting pipeline connected to the first flow divider/combiner and the second flow divider/combiner.
A device adapted to regulate the load distribution between the wheel axles in a vehicle's bogie comprising two or more axles with pairs of wheels in which at least one wheel axle is powered, which vehicle further comprises a control unit adapted to regulating the load distribution between said wheel axles, characterised in that the device comprises - at least one sensor unit adapted to, progressively as the vehicle travels along the road, measuring a road parameter which indicates a characteristic of the road, and to generating a road parameter signal based thereon; - a processor unit adapted to comparing said road parameter with a predetermined threshold value (K α, K r, K T) within the category of the road parameter, and - generating a load distribution signal adapted to regulate the load distribution between the wheel axles in the bogie based on the result of that comparison; and that the device is further adapted to sending the load distribution signal to said control unit which thereupon regulates the load distribution between the wheel axles in the bogie on the basis of the load distribution signal. - at least one sensor unit adapted to, progressively as the vehicle travels along the road, measuring a road parameter which indicates a characteristic of the road, and to generating a road parameter signal based thereon; - a processor unit adapted to comparing said road parameter with a predetermined threshold value (K α, K r, K T) within the category of the road parameter, and - generating a load distribution signal adapted to regulate the load distribution between the wheel axles in the bogie based on the result of that comparison;
A method for surface functionalisation of an adhesive fastener part which forms an adhesive fastener that can be opened and closed repeatedly with a correspondingly designed adhesive fastener part, at least one of the adhesive fastener parts (12, 14) having protruding stem parts disposed at least partially on a carrier part, which stem parts each have a head part on their side facing away from the carrier part and form a fastening element with this head part, characterised in that at least some of the stem parts of an adhesive fastener part (12, 14) are provided with a functional medium and the assignable head parts are kept largely or completely away from said medium such that the closing forces for the intermeshing of the corresponding fastening elements with formation of the closed adhesive fastener are reduced, and the holding forces are increased until the corresponding fastening elements are moved apart to form the open adhesive fastener.
Method for determining the state of health of a battery, using a sensor of the acoustic activity of the battery, comprising the following steps: - detection of at least one acoustic event by the sensor in the course of an elementary cycle of use of the battery, corresponding to a period of use of the battery with charging and/or discharging operations; - determination of the value of at least one parameter for each acoustic signal detected in the course of the elementary cycle of use; - calculation, for the elementary cycle of use, of a value of acoustic density (D or D i) according to a density calculation function taking into account said at least one parameter determined for each of the acoustic signals detected in the course of the cycle, the density calculation function being a monotonic function based on the number of events detected during the elementary cycle; - calculation of a state of health value corresponding to said previously calculated acoustic density value, on the basis of a functional relation or a predetermined database, making it possible to know the state of health for a given acoustic density value. - detection of at least one acoustic event by the sensor in the course of an elementary cycle of use of the battery, corresponding to a period of use of the battery with charging and/or discharging operations; - determination of the value of at least one parameter for each acoustic signal detected in the course of the elementary cycle of use; - calculation, for the elementary cycle of use, of a value of acoustic density (D or D i) according to a density calculation function taking into account said at least one parameter determined for each of the acoustic signals detected in the course of the cycle, the density calculation function being a monotonic function based on the number of events detected during the elementary cycle; - calculation of a state of health value corresponding to said previously calculated acoustic density value, on the basis of a functional relation or a predetermined database, making it possible to know the state of health for a given acoustic density value.
A method performed by a user equipment, UE, the method comprising: receiving, from a base station, downlink control information, DCI, according to a DCI format 2B; in case that one transport block, TB, of TBs is disabled in the DCI, identifying a value of a new data indicator, NDI, field of the disabled one TB in the DCI; and identifying a stream index according to the value of the NDI field of the disabled TB, wherein the DCI further includes a transport block to codeword, TB-to-CW, swap bit indicating a group identifier for an initialization seed of a reference signal associated with physical downlink shared channel, PDSCH. receiving, from a base station, downlink control information, DCI, according to a DCI format 2B; in case that one transport block, TB, of TBs is disabled in the DCI, identifying a value of a new data indicator, NDI, field of the disabled one TB in the DCI; and identifying a stream index according to the value of the NDI field of the disabled TB, wherein the DCI further includes a transport block to codeword, TB-to-CW, swap bit indicating a group identifier for an initialization seed of a reference signal associated with physical downlink shared channel, PDSCH.
An implantable electrode arrangement for a cochlear implant system comprising: an elongated electrode array configured for insertion into a patient cochlea, the electrode array having a central longitudinal axis and an outer surface with a plurality of stimulation contacts configured for delivering electrical stimulation signals to adjacent cochlear neural tissue; a lubricant fluid; a fluid delivery channel within the electrode array parallel to the central longitudinal axis and having at least one fluid delivery port configured for delivering the lubricant fluid from the fluid delivery channel to the outer surface of the electrode array; wherein the fluid delivery port and the lubricant fluid are configured to produce a lubrication region close to the outer surface of the electrode array proximal to the fluid delivery port during insertion of the electrode array into the patient cochlea so as to reduce insertion resistance at an adjacent section of lateral wall of the patient cochlea; and wherein the lubricant fluid is characterized by forming a solid lubrication region between the electrode array and the lateral wall when contacting perilymph fluid within the patient cochlea. an elongated electrode array configured for insertion into a patient cochlea, the electrode array having a central longitudinal axis and an outer surface with a plurality of stimulation contacts configured for delivering electrical stimulation signals to adjacent cochlear neural tissue; a lubricant fluid; a fluid delivery channel within the electrode array parallel to the central longitudinal axis and having at least one fluid delivery port configured for delivering the lubricant fluid from the fluid delivery channel to the outer surface of the electrode array; wherein the fluid delivery port and the lubricant fluid are configured to produce a lubrication region close to the outer surface of the electrode array proximal to the fluid delivery port during insertion of the electrode array into the patient cochlea so as to reduce insertion resistance at an adjacent section of lateral wall of the patient cochlea; and wherein the lubricant fluid is characterized by forming a solid lubrication region between the electrode array and the lateral wall when contacting perilymph fluid within the patient cochlea.
A label adapted to remain opaque in wet conditions, said label comprising: an outer layer of a paper facestock for receiving printed indicia; at least one opacifying adhesive layer underlying said facestock, wherein said opacifying adhesive layer has a coat weight of 22 to 26 grams per square meter (gsm), includes an adhesive component and a pigment component that includes surface coated TiO 2 and which is present in a weight range of 10% to 50% of said adhesive component, i.e. in a proportion sufficient to maintain opacity when exposed to an aqueous environment, and has a peel adhesion of at least 0.39 N/cm (1 N/inch) and a loop tack of at least 0.79 N/cm (2 N/inch), measured according to the methods in the description, of the opacifying adhesive layer in a pressure sensitive application; and a liner, underlying said opacifying adhesive layer. an outer layer of a paper facestock for receiving printed indicia; at least one opacifying adhesive layer underlying said facestock, wherein said opacifying adhesive layer has a coat weight of 22 to 26 grams per square meter (gsm), includes an adhesive component and a pigment component that includes surface coated TiO 2 and which is present in a weight range of 10% to 50% of said adhesive component, i.e. in a proportion sufficient to maintain opacity when exposed to an aqueous environment, and has a peel adhesion of at least 0.39 N/cm (1 N/inch) and a loop tack of at least 0.79 N/cm (2 N/inch), measured according to the methods in the description, of the opacifying adhesive layer in a pressure sensitive application; and a liner, underlying said opacifying adhesive layer.
A glass cloth composed of a group of warp yarns and a group of weft yarns, wherein the glass is a non-alkali glass (E glass), wherein the diameter of the single-filament of the yarns is 5 μm or less as defined by the letter D of JIS-R-3413, characterized in that at least one of the group of the warp and weft yarns satisfies the following equations (1-a) and C x A / 25 x L x N ≥ 1, 2 A + Bc x C / 1000 ≥ 25 wherein A is the width (μm) of the cross-section of the yarn, L is the single-filament diameter (μm) of the yarn, N is the number of single-filaments constituting the yarn and C is the weaving density (ends/25 mm) of the glass cloth composed of the yarns and Bc is the thickness (μm) of the other yarn transverse to the yarn, wherein equation defines a state of yarns arranged with substantially no gap.
An emergency opening device for an aircraft door, comprising: - a tubular actuating member provided with a first connecting end and a second connecting end, this tubular actuating member being able to switch between a retracted rest position and a deployed open position; - elastic compression means designed to urge the tubular actuating member from its retracted position toward its deployed position; - a member for retaining the tubular actuating member in its retracted position with the elastic compression means kept compressed; - triggering means designed to release the retaining member and cause the tubular actuating member to transition into its deployed position under the effect of the expansion of the elastic compression means; this emergency opening device being characterized in that: - the retaining member has a retaining cord which, when the tubular actuating member is in the retracted position, is held taut between a first fastener (14, 17) at the first connecting end and a second fastener (16, 18) at the second connecting end of the tubular actuating member; - the triggering means have a member for transversely severing the retaining cord. - a tubular actuating member provided with a first connecting end and a second connecting end, this tubular actuating member being able to switch between a retracted rest position and a deployed open position; - elastic compression means designed to urge the tubular actuating member from its retracted position toward its deployed position; - a member for retaining the tubular actuating member in its retracted position with the elastic compression means kept compressed; - triggering means designed to release the retaining member and cause the tubular actuating member to transition into its deployed position under the effect of the expansion of the elastic compression means; - the retaining member has a retaining cord which, when the tubular actuating member is in the retracted position, is held taut between a first fastener (14, 17) at the first connecting end and a second fastener (16, 18) at the second connecting end of the tubular actuating member; - the triggering means have a member for transversely severing the retaining cord.
Device for cutting open and opening the wrapping of a refuse bale, comprising an elongate transport ramp which extends at least substantially horizontally and defines a transport region for the refuse bale, a receiving region for feeding the refuse bale onto the transport ramp being arranged at the first end of the transport ramp and a stationary cutting device being arranged at the second end of the transport ramp, wherein the transport direction extends from the first end in the direction of the second end of the transport ramp, and wherein an ejection region for the cut-open wrapping and the refuse contained therein is formed behind the cutting device in the transport direction, which device has a transport device (20, 22, 24) which contains a pusher which is designed to rest against an end face of the refuse bale facing the first end of the transport ramp, and which transport device (20, 22, 24) furthermore has a transport mechanism (20, 22, 24) which is designed to move the refuse bale in the direction of the second end of the transport ramp, 24) further comprises a transport mechanism (20, 22) which is designed to push the refuse bale on the transport ramp in the transport direction through the stationary cutting device into the ejection area, the stationary cutting device having at least two stationary knives which extend along the longitudinal axis of the transport ramp and which project into the transport region in such a way that the wrapping of the refuse bale is severed in the peripheral region during transport on the transport ramp, the transport ramp, the cutting device and the transport device (20, 22, 24) being arranged on a horizontally extending support frame, on the underside of which there is a running gear which has an axle with running wheels, characterized in that the knives are held on a vertically extending closed cutting frame which surrounds the transport region.
A MIMO receiving apparatus (100, 100A, 200, 300) comprising: a plurality of receiving antennas (101-1 to 101-3) adapted to receive a spatially multiplexed signal transmitted from a plurality of transmitting antennas; an estimation section adapted to estimate a channel matrix between the plurality of transmitting antennas and the plurality of receiving antennas; a separation section adapted to separate the spatially multiplexed signal into a plurality of streams based on a submatrix corresponding to a numerator of a stream separation matrix that is determined by the channel matrix and an interference canceller scheme and to equalize a phase of the spatially multiplexed signal; a calculation section (108, 302) adapted to calculate a denominator of the stream separation matrix; a correction section adapted to correct a threshold determined according to a modulation scheme of the spatially multiplexed signal using the denominator of the stream separation matrix; a demapping section (109-1 to 109-3) adapted to calculate likelihoods of the plurality of streams through a threshold decision using the corrected threshold to perform amplitude equalization of the spatially multiplexed signal; a weighting factor deriving section (110, 303) adapted to determine a weighting factor proportional to respective signal-to-noise power ratios of the plurality of streams; and a weighting section (111-1 to 111-3) adapted to weight the likelihoods using the weighting factor. a plurality of receiving antennas (101-1 to 101-3) adapted to receive a spatially multiplexed signal transmitted from a plurality of transmitting antennas; an estimation section adapted to estimate a channel matrix between the plurality of transmitting antennas and the plurality of receiving antennas; a separation section adapted to separate the spatially multiplexed signal into a plurality of streams based on a submatrix corresponding to a numerator of a stream separation matrix that is determined by the channel matrix and an interference canceller scheme and to equalize a phase of the spatially multiplexed signal; a calculation section (108, 302) adapted to calculate a denominator of the stream separation matrix; a correction section adapted to correct a threshold determined according to a modulation scheme of the spatially multiplexed signal using the denominator of the stream separation matrix; a demapping section (109-1 to 109-3) adapted to calculate likelihoods of the plurality of streams through a threshold decision using the corrected threshold to perform amplitude equalization of the spatially multiplexed signal; a weighting factor deriving section (110, 303) adapted to determine a weighting factor proportional to respective signal-to-noise power ratios of the plurality of streams; and a weighting section (111-1 to 111-3) adapted to weight the likelihoods using the weighting factor.
A heterocyclic compound represented by the following Formula 1: wherein in Formula 1, R 1 and R 2 are each independently a substituted or unsubstituted alkyl group having 1 to 20 carbon atoms, a substituted or unsubstituted aryl group having 6 to 30 carbon atoms for forming a ring, or a substituted or unsubstituted heteroaryl group having 2 to 30 carbon atoms for forming a ring, X 1 and X 2 are each independently represented by any one of the following Formulae 2 to 4: wherein in Formulae 2 to 4, Y is O or S, Z is a direct linkage, CR 10 R 11, or SiR 12 R 13, R 3 to R 13 are each independently hydrogen, deuterium, a halogen atom, a cyano group, a substituted or unsubstituted alkyl group having 1 to 20 carbon atoms, a substituted or unsubstituted aryl group having 6 to 30 carbon atoms for forming a ring, or a substituted or unsubstituted heteroaryl group having 2 to 30 carbon atoms for forming a ring, a and b are each independently an integer of 0 to 5, and c and d are each independently an integer of 0 to 4. R 1 and R 2 are each independently a substituted or unsubstituted alkyl group having 1 to 20 carbon atoms, a substituted or unsubstituted aryl group having 6 to 30 carbon atoms for forming a ring, or a substituted or unsubstituted heteroaryl group having 2 to 30 carbon atoms for forming a ring, X 1 and X 2 are each independently represented by any one of the following Formulae 2 to 4: wherein in Formulae 2 to 4, Y is O or S, Z is a direct linkage, CR 10 R 11, or SiR 12 R 13, R 3 to R 13 are each independently hydrogen, deuterium, a halogen atom, a cyano group, a substituted or unsubstituted alkyl group having 1 to 20 carbon atoms, a substituted or unsubstituted aryl group having 6 to 30 carbon atoms for forming a ring, or a substituted or unsubstituted heteroaryl group having 2 to 30 carbon atoms for forming a ring, a and b are each independently an integer of 0 to 5, and c and d are each independently an integer of 0 to 4. Y is O or S, Z is a direct linkage, CR 10 R 11, or SiR 12 R 13, R 3 to R 13 are each independently hydrogen, deuterium, a halogen atom, a cyano group, a substituted or unsubstituted alkyl group having 1 to 20 carbon atoms, a substituted or unsubstituted aryl group having 6 to 30 carbon atoms for forming a ring, or a substituted or unsubstituted heteroaryl group having 2 to 30 carbon atoms for forming a ring, a and b are each independently an integer of 0 to 5, and c and d are each independently an integer of 0 to 4.
A method for providing a vehicle service, the method comprising: detecting, by the vehicle, a region of the vehicle where an electronic device is located and user information of the electronic device; detecting vehicle service information based on the detected region and the detected user information of the electronic device; and providing the vehicle service corresponding to the detected vehicle service information, characterized in that the user information of the electronic device comprises information indicating that the user is a child, and in that the detected vehicle service information comprises a safety service for the child including door lock and window lock for a door and a window corresponding to the detected region. detecting, by the vehicle, a region of the vehicle where an electronic device is located and user information of the electronic device; detecting vehicle service information based on the detected region and the detected user information of the electronic device; and providing the vehicle service corresponding to the detected vehicle service information, characterized in that the user information of the electronic device comprises information indicating that the user is a child, and in that the detected vehicle service information comprises a safety service for the child including door lock and window lock for a door and a window corresponding to the detected region.