mhurhangee/ep-ind-claims huggingface dataset:
An optical switch with a plurality of actuators comprising a controller configured to control the operation of a plurality of channels, where each channel has at least one electrical driver and at least one actuator, characterised by interleaving periods of voltage switching output with periods of no voltage switching output for one or more drivers whilst the output voltage is switching from one level to another level.
A method of processing digital content, the method comprising the steps, in a device (300, 400) comprising a processor, of: - receiving a content scrambled using a control word; - receiving, via a user interface, a user code generated from the concatenation of a user identifier, the control word used to scramble the content and a checksum, said concatenation being encrypted using a secret key; - processing the user code to decrypt the user identifier, the control word and the checksum, using the secret key; - descrambling the scrambled content using the control word; - inserting into the descrambled content a watermark based on the user identifier; and - outputting the watermarked content. - receiving a content scrambled using a control word; - receiving, via a user interface, a user code generated from the concatenation of a user identifier, the control word used to scramble the content and a checksum, said concatenation being encrypted using a secret key; - processing the user code to decrypt the user identifier, the control word and the checksum, using the secret key; - descrambling the scrambled content using the control word; - inserting into the descrambled content a watermark based on the user identifier; and - outputting the watermarked content.
Scapula harvester for operating on a poultry carcass, comprising instruments (2, 4, 5) for breaking tissue connections and for harvesting scapula bones that connect to the poultry carcass, wherein the instruments comprise back knives and release hooks that are arranged to operate concertedly, characterized in that during use the back knives cut along and eventually assume a stationary position adjacent to the poultry spine for fixing the poultry carcass in position with the scapula bones directed upwards, and that the release hooks are arranged to execute during use a down and up movement while the back knives are stationary, wherein during the up movement the release hooks detach the scapula bones from the poultry carcass so as to harvest the scapula bones.
A PDE7 inhibitor for use in treating a movement abnormality associated with the pathology of a neurological disorder in a patient in need thereof which PDE7 inhibitor is one of the following formulas: formula 6E; formula 6F; formula 6G; or formula 6H, or a pharmaceutically acceptable salt thereof.
A method for producing a portion unit of a detergent, comprising the following steps: - inserting a base element made from a first water-soluble film portion into a deep-drawing mold so as to form a holding volume from the first water-soluble film portion, the holding volume comprising a plurality of chambers (10, 11) which are spaced apart from one another; - pouring at least one detergent composition (20, 21) into the chambers (10, 11); - placing a cover element made from a second water-soluble film portion onto the filled chambers (10, 11), - connecting the cover element to the base element, thus enclosing the chambers (10, 11), so as to form a film wrapping, sealing seams (13, 14, 15, 16) being formed between adjacent wall portions (100, 110) of the chambers (10, 11); - removing the portion unit from the deep-drawing mold, characterized in that the outside of the film wrapping is subsequently wetted at least in the region of the adjacent wall portions (100, 110) and, by the exertion of pressure, the sealing seams (13, 14, 15, 16) are compressed and the adjacent wall portions (100, 110) are brought into contact with one another and interconnected. - inserting a base element made from a first water-soluble film portion into a deep-drawing mold so as to form a holding volume from the first water-soluble film portion, the holding volume comprising a plurality of chambers (10, 11) which are spaced apart from one another; - pouring at least one detergent composition (20, 21) into the chambers (10, 11); - placing a cover element made from a second water-soluble film portion onto the filled chambers (10, 11), - connecting the cover element to the base element, thus enclosing the chambers (10, 11), so as to form a film wrapping, sealing seams (13, 14, 15, 16) being formed between adjacent wall portions (100, 110) of the chambers (10, 11); - removing the portion unit from the deep-drawing mold, characterized in that the outside of the film wrapping is subsequently wetted at least in the region of the adjacent wall portions (100, 110) and, by the exertion of pressure, the sealing seams (13, 14, 15, 16) are compressed and the adjacent wall portions (100, 110) are brought into contact with one another and interconnected.
A method of wireless communication executed by a base station comprising: communicating with a user equipment, UE, using periodic uplink traffic bursts and periodic downlink traffic bursts; selecting, based on a processing timeline associated with an application function, AF, a time offset to be applied by at least one of the UE to uplink traffic to the AF or by the AF to downlink traffic to the UE, wherein the time offset aligns uplink transmissions of the periodic uplink traffic bursts and downlink receptions of the periodic downlink traffic bursts for the UE; and sending the time offset to the UE to be applied by the UE to the uplink traffic to the AF or to the AF to be applied by the AF to the downlink traffic to the UE. communicating with a user equipment, UE, using periodic uplink traffic bursts and periodic downlink traffic bursts; selecting, based on a processing timeline associated with an application function, AF, a time offset to be applied by at least one of the UE to uplink traffic to the AF or by the AF to downlink traffic to the UE, wherein the time offset aligns uplink transmissions of the periodic uplink traffic bursts and downlink receptions of the periodic downlink traffic bursts for the UE; and sending the time offset to the UE to be applied by the UE to the uplink traffic to the AF or to the AF to be applied by the AF to the downlink traffic to the UE.
A rope comprising: a plurality of primary strands each including a plurality of fibers formed of a high-friction material, the plurality of primary strands defining an outer surface and a longitudinal center passageway of the rope; and a non-load bearing secondary strand (14; 14a) having a strand outer surface and disposed within the longitudinal center passageway of the rope, the secondary strand (14; 14a) including, at least on the strand outer surface, a plurality of structurally stable fibers formed of a non-flowable, low-friction material, wherein the high-friction material has a coefficient of friction against itself higher than a coefficient of friction of the non-flowable, low friction material against the high-friction material, characterized in that when the rope is not under tension, the secondary strand (14; 14a) resides in a relatively large void defined by the center passageway of the rope, and wherein when the rope is under tension, the plurality of primary stands move relative to each other to eliminate the void and contact the secondary strand (14; 14a), whereby the secondary strand (14; 14a) prevents the primary strands from contacting each other at the center passageway. a plurality of primary strands each including a plurality of fibers formed of a high-friction material, the plurality of primary strands defining an outer surface and a longitudinal center passageway of the rope; and a non-load bearing secondary strand (14; 14a) having a strand outer surface and disposed within the longitudinal center passageway of the rope, the secondary strand (14; 14a) including, at least on the strand outer surface, a plurality of structurally stable fibers formed of a non-flowable, low-friction material, wherein the high-friction material has a coefficient of friction against itself higher than a coefficient of friction of the non-flowable, low friction material against the high-friction material, characterized in that when the rope is not under tension, the secondary strand (14; 14a) resides in a relatively large void defined by the center passageway of the rope, and wherein when the rope is under tension, the plurality of primary stands move relative to each other to eliminate the void and contact the secondary strand (14; 14a), whereby the secondary strand (14; 14a) prevents the primary strands from contacting each other at the center passageway.
A computer-implemented method comprising: utilizing a selected portion of classifiers in detectors of a boosting based statistical analysis scheme to determine coarse pose information for a candidate face in an image; characterised by: determining fine pose information for the candidate face based at least in part on the determined coarse pose information by utilizing a structure based analysis scheme by employing a series of differently oriented facial templates; rotating the image to verticality prior to performing face detection; and employing another portion of the classifiers in the detectors to perform the face detection on the rotated image to determine whether the candidate face corresponds to a face. utilizing a selected portion of classifiers in detectors of a boosting based statistical analysis scheme to determine coarse pose information for a candidate face in an image; characterised by: determining fine pose information for the candidate face based at least in part on the determined coarse pose information by utilizing a structure based analysis scheme by employing a series of differently oriented facial templates; rotating the image to verticality prior to performing face detection; and employing another portion of the classifiers in the detectors to perform the face detection on the rotated image to determine whether the candidate face corresponds to a face. determining fine pose information for the candidate face based at least in part on the determined coarse pose information by utilizing a structure based analysis scheme by employing a series of differently oriented facial templates; rotating the image to verticality prior to performing face detection; and employing another portion of the classifiers in the detectors to perform the face detection on the rotated image to determine whether the candidate face corresponds to a face.
A resonant frequency testing system for an airfoil comprising: an acoustic speaker disposed adjacent an airfoil location to emit sonic pulses; a laser vibrometer oriented towards the airfoil location to sense vibration signatures of the airfoil when excited by the sonic pulses; a control processor assembly configured to control the acoustic speaker and laser vibrometer, to decompose the sensed vibration signatures into resonant frequencies of the airfoil, and to store the resonant frequencies in a digital storage database, correlated with a unique ID corresponding to the airfoil, characterized in that the system further comprises a broach block with a slot disposed to receive the airfoil in the airfoil location; a clamp with a torque-actuated shutoff, disposed to lock the airfoil in the broach block slot under a fixed clamping force; and one or more temperature sensors (32a, 32b, 32c) disposed to sense ambient temperature, and wherein the control processor assembly is further configured to actuate neither the acoustic speaker nor the laser vibrometer if any of the temperature sensors (32a, 32b, 32c) reports a temperature outside of a specified range. an acoustic speaker disposed adjacent an airfoil location to emit sonic pulses; a laser vibrometer oriented towards the airfoil location to sense vibration signatures of the airfoil when excited by the sonic pulses; a control processor assembly configured to control the acoustic speaker and laser vibrometer, to decompose the sensed vibration signatures into resonant frequencies of the airfoil, and to store the resonant frequencies in a digital storage database, correlated with a unique ID corresponding to the airfoil, characterized in that the system further comprises a broach block with a slot disposed to receive the airfoil in the airfoil location; a clamp with a torque-actuated shutoff, disposed to lock the airfoil in the broach block slot under a fixed clamping force; and one or more temperature sensors (32a, 32b, 32c) disposed to sense ambient temperature, and wherein the control processor assembly is further configured to actuate neither the acoustic speaker nor the laser vibrometer if any of the temperature sensors (32a, 32b, 32c) reports a temperature outside of a specified range.
A brake caliper, comprising: a caliper lever (40, 50) holding a brake pad; an actuator for driving the caliper lever (40, 50); a body holding the actuator; and a pin (35, 36) held in the body, an end of the pin (35, 36) being inserted into the caliper lever (40, 50) to support the caliper lever (40, 50) rotatably relative to the body characterized by a fluid retaining chamber (41, 51) for retaining fluid, the fluid retaining chamber (41, 51) being defined by the caliper lever (40, 50) and the end of the pin (35, 36). a caliper lever (40, 50) holding a brake pad; an actuator for driving the caliper lever (40, 50); a body holding the actuator; and a pin (35, 36) held in the body, an end of the pin (35, 36) being inserted into the caliper lever (40, 50) to support the caliper lever (40, 50) rotatably relative to the body characterized by a fluid retaining chamber (41, 51) for retaining fluid, the fluid retaining chamber (41, 51) being defined by the caliper lever (40, 50) and the end of the pin (35, 36).
A compound of formula I, its stereoisomers and pharmaceutically acceptable salt thereof, wherein, R 1 is selected from phenylsulfonyl or p -toluenesulfonyl; and n = 1, 2, 3.
An isolated nucleic acid, wherein the isolated nucleic acid encodes a polypeptide comprising the amino acid sequence of SEQ ID NO: 25; or comprises the nucleic acid sequence of SEQ ID NO: 4.
A system for testing the functionality of the swivel casters and/or fixed casters of a roll container, in particular of a roll pallet for grocery markets and supermarkets, said system comprising at least one unit for determining the rotational mobility of the swivel and fixed casters (2, 3) about their roller rotational axis and at least one unit for determining the swivel mobility of the swivel casters about a vertical axis, wherein the unit for determining the rotational mobility of the swivel casters and the fixed casters about their roller rotational axis is a unit for measuring the rolling resistance, wherein the unit for determining the swivel mobility of the swivel casters about a vertical axis comprises a swiveling device for swiveling the swivel casters about a vertical axis, said swiveling device being coupled to a measuring device for measuring the rotational resistance.
An aerosol generation device (100A, 100B), comprising: a power supply; a load that generates heat upon receipt of electric power from the power supply and atomizes an aerosol source using the heat, and in which an electric resistance value of the load changes in response to a temperature; a first circuit used to cause the load to atomize the aerosol source; a second circuit used to detect a voltage that changes according to changes in temperature of the load, connected to the first circuit in parallel, and having an electric resistance value higher than an electric resistance value of the first circuit; an acquisition unit that acquires a value of a voltage applied to the second circuit and the load; and a sensor (112A to 112D) that outputs a value of the voltage that changes according to the changes in the temperature of the load, wherein the second circuit comprises a known resistor that is connected in series with the load and has a known electric resistance value, and the sensor (112A to 112D) outputs a value of a voltage applied to the load or the known resistor as the value of the voltage that changes according to the changes in the temperature of the load, wherein the known resistor has an electric resistance value higher than an electric resistance value of the load, and the sensor (112A to 112D) outputs the value of the voltage applied to the load, wherein the value of the voltage that changes according to the changes in the temperature of the load is obtained based on comparison between a value of a reference voltage and a value of an amplified voltage applied to the load. a power supply; a load that generates heat upon receipt of electric power from the power supply and atomizes an aerosol source using the heat, and in which an electric resistance value of the load changes in response to a temperature; a first circuit used to cause the load to atomize the aerosol source; a second circuit used to detect a voltage that changes according to changes in temperature of the load, connected to the first circuit in parallel, and having an electric resistance value higher than an electric resistance value of the first circuit; an acquisition unit that acquires a value of a voltage applied to the second circuit and the load; and a sensor (112A to 112D) that outputs a value of the voltage that changes according to the changes in the temperature of the load, wherein the second circuit comprises a known resistor that is connected in series with the load and has a known electric resistance value, and the sensor (112A to 112D) outputs a value of a voltage applied to the load or the known resistor as the value of the voltage that changes according to the changes in the temperature of the load, wherein the known resistor has an electric resistance value higher than an electric resistance value of the load, and the sensor (112A to 112D) outputs the value of the voltage applied to the load, wherein the value of the voltage that changes according to the changes in the temperature of the load is obtained based on comparison between a value of a reference voltage and a value of an amplified voltage applied to the load.
A cycling suit comprising a seat pad located in a crotch area of the suit, where: the seat pad comprises a cover fixed to the cycling suit, said cover has a multi-layered structure comprising at least a first layer, facing the inside of the suit so that it is contact with the skin when the suit is worn, an outer layer opposite to said first layer, and an intermediate layer, characterized in that: said cover has a front portion located to accommodate the genitals when the cycling suit is worn, which is made of a single-layer skin contact textile. the seat pad comprises a cover fixed to the cycling suit, said cover has a multi-layered structure comprising at least a first layer, facing the inside of the suit so that it is contact with the skin when the suit is worn, an outer layer opposite to said first layer, and an intermediate layer, characterized in that: said cover has a front portion located to accommodate the genitals when the cycling suit is worn, which is made of a single-layer skin contact textile. said cover has a front portion located to accommodate the genitals when the cycling suit is worn, which is made of a single-layer skin contact textile.
A compound having a structure represented by a formula: wherein m is 0 and R 2 is selected from a structure represented by a formula: or a pharmaceutically acceptable salt, hydrate, solvate, or polymorph thereof. wherein m is 0 and R 2 is selected from a structure represented by a formula:
Transmitter device for a wireless communication system, the transmitter device comprising a transceiver configured to: receive at least one stream of information bits; and further comprising a processor configured to: encode said at least one stream of information bits by using at least one error correction code to obtain at least one mother code word having a mother code rate R M; and if the mother code rate R M is smaller than a transmission code rate R Tx associated with said at least one mother code word, interleave said at least one mother code word to obtain an interleaved code word, and rate match said interleaved code word, to obtain a shortened code word having a code rate that is higher than the mother code rate R M, if the mother code rate R M is not smaller than a transmission code rate R Tx associated with said at least one mother code word, rate match said at least one mother code word to obtain an extended code word, and interleave said extended code word, having a code rate that is lower than the mother code rate R M; modulate said shortened or extended code word to obtain modulated symbols; wherein said transceiver is further configured to transmit a signal comprising said modulated symbols over a radio channel of the wireless communication system. encode said at least one stream of information bits by using at least one error correction code to obtain at least one mother code word having a mother code rate R M; and if the mother code rate R M is smaller than a transmission code rate R Tx associated with said at least one mother code word, interleave said at least one mother code word to obtain an interleaved code word, and rate match said interleaved code word, to obtain a shortened code word having a code rate that is higher than the mother code rate R M, if the mother code rate R M is not smaller than a transmission code rate R Tx associated with said at least one mother code word, rate match said at least one mother code word to obtain an extended code word, and interleave said extended code word, having a code rate that is lower than the mother code rate R M; modulate said shortened or extended code word to obtain modulated symbols; wherein said transceiver is further configured to transmit a signal comprising said modulated symbols over a radio channel of the wireless communication system.
Preparation for treating keratin fibres, containing - a cationic aminosilicone terpolymer containing quaternary ammonium groups and polyether groups, - a dimethicone and/or a second aminosilicone, - a cationic surfactant, - one or more fatty compounds having a melting point > 40°C, - and an aqueous carrier, characterized in that the cationic aminosilicone terpolymer containing quaternary ammonium groups and polyether groups that is selected is silicone quaternium-18 and the dimethicone that is selected is a high-molecular-weight dimethicone having a viscosity of from 60 000 to 500 000 cSt, measured using an RVF, RVT or RVDV-II+ Brookfield viscometer. - a cationic aminosilicone terpolymer containing quaternary ammonium groups and polyether groups, - a dimethicone and/or a second aminosilicone, - a cationic surfactant, - one or more fatty compounds having a melting point > 40°C, - and an aqueous carrier,
A method of decoding video data, the method comprising: deriving prediction weights, based on a size of a video block partition and not based on a transform size for the video block partition, for illumination compensation of luma samples of the video block partition once for the video block partition such that the video block partition has a common set of prediction weights amongst the luma samples for performing illumination compensation of the luma samples; calculating a predicted block for the video block partition using the prediction weights using illumination compensation; and decoding the video block partition using the predicted block. deriving prediction weights, based on a size of a video block partition and not based on a transform size for the video block partition, for illumination compensation of luma samples of the video block partition once for the video block partition such that the video block partition has a common set of prediction weights amongst the luma samples for performing illumination compensation of the luma samples; calculating a predicted block for the video block partition using the prediction weights using illumination compensation; and decoding the video block partition using the predicted block.