mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, performed by a campaign management platform comprising a sensor data request interface, for publishing sensor data requests (115, 209, 403) for digital map data to the sensor data request interface, the method comprising: retrieving, by the campaign management platform, sensor data requests (115, 209, 403) specifying respective sensor data collection events to be respectively performed on a road segment, a geographic area, or a combination thereof; and publishing the sensor data requests (115, 209, 403) to the sensor data request interface, wherein the sensor data request interface comprises a plurality of layers based on respective statuses of the sensor data requests and including an active request layer (1105, 1201), a newly published request layer (1111, 1203), a revoked request layer (1109, 1205), or a combination thereof; wherein the active request layer (1105, 1201) and the newly published request layer (1111, 1203) respectively present active sensor data requests (115, 209, 403) for which sensor data collection is requested; wherein the revoked request layer (1109, 1205) presents inactive sensor data requests (115, 209, 403) for which sensor data collection is not requested; and wherein a plurality of vehicles (103, 825), a manufacturer platform (117, 823) associated with the plurality of vehicles (103, 825), or a combination thereof accesses at least one of the plurality of layers to fulfill the sensor data requests (115, 209, 403), wherein the plurality of vehicles transmit sensor data only in response to an active sensor data request (115, 209, 403). retrieving, by the campaign management platform, sensor data requests (115, 209, 403) specifying respective sensor data collection events to be respectively performed on a road segment, a geographic area, or a combination thereof; and publishing the sensor data requests (115, 209, 403) to the sensor data request interface, wherein the sensor data request interface comprises a plurality of layers based on respective statuses of the sensor data requests and including an active request layer (1105, 1201), a newly published request layer (1111, 1203), a revoked request layer (1109, 1205), or a combination thereof; wherein the active request layer (1105, 1201) and the newly published request layer (1111, 1203) respectively present active sensor data requests (115, 209, 403) for which sensor data collection is requested; wherein the revoked request layer (1109, 1205) presents inactive sensor data requests (115, 209, 403) for which sensor data collection is not requested; and wherein a plurality of vehicles (103, 825), a manufacturer platform (117, 823) associated with the plurality of vehicles (103, 825), or a combination thereof accesses at least one of the plurality of layers to fulfill the sensor data requests (115, 209, 403), wherein the plurality of vehicles transmit sensor data only in response to an active sensor data request (115, 209, 403).
A negative electrode for a lithium ion battery comprising a negative electrode active material layer, wherein the negative electrode active material layer includes a non-bound body of a mixture containing silicon and/or silicon compound particles and carbon-based negative electrode active material particles in a state of being dispersed and mixed to each other, a volume average particle size as measured by the method according to the description of the silicon and/or silicon compound particles is 0.01 to 10 μm, a volume average particle size as measured by the method according to the description of the carbon-based negative electrode active material particles is 15 to 50 μm,and a mass mixing ratio of the total of the silicon and silicon compound particles contained in the mixture and the carbon-based negative electrode active material particles is 5: 95 to 45: 55.
Device for controlling the opening of the exterior of a motor vehicle door comprising: - a support; - a handle movably mounted on the support between an extended position (6 2) and a retracted position (6 1); - an electric handle actuator; - an actuator control unit configured to control the actuator from the extended position to the retracted position of the handle and vice versa, in response to a control signal; the control unit is configured to detect grip locking when the actuator is actuated and, in the presence of such detection, to change the force of the actuator on the grip, characterized in that when the detected locking corresponds to one of the deployed (6 2) and retracted (6 1) positions, said position corresponding to a starting position of the actuator control, the change in the force of the actuator on the handle corresponds to an increase in the force of the actuator, the force is cancelled and applied again. - a support; - a handle movably mounted on the support between an extended position (6 2) and a retracted position (6 1); - an electric handle actuator; - an actuator control unit configured to control the actuator from the extended position to the retracted position of the handle and vice versa, in response to a control signal;
A method for generating an image, wherein the image is a spotlight synthetic aperture radar, SAR, image, characterized by the steps of: directing a beam of transmitted pulses at areas of a set of two or more areas (201, 202) using a steerable array of antennas, the areas of the set of two or more areas (201, 202), which are illuminated by the pulses, being selected randomly with equal probability such that for each area a spotlight SAR system can be modeled; and applying independently a reconstruction procedure to received signals (321, 322) from each area (201, 202) due to reflecting the transmitted pulses to generate the image corresponding to the set of areas (201, 202). directing a beam of transmitted pulses at areas of a set of two or more areas (201, 202) using a steerable array of antennas, the areas of the set of two or more areas (201, 202), which are illuminated by the pulses, being selected randomly with equal probability such that for each area a spotlight SAR system can be modeled; and applying independently a reconstruction procedure to received signals (321, 322) from each area (201, 202) due to reflecting the transmitted pulses to generate the image corresponding to the set of areas (201, 202).
Suction cup for massage of the skin not connected to a vacuum apparatus, comprising - a handgrip in a rigid material, - a cupola in the form of a bell comprising contours that can be resiliently deformed under the pressing of human fingers, the cupola being pushed down for the evacuation of the air along a path parallel to the skin when a pressing is exercised on said contours by the fingers of a hand, - a ring in a rigid material placed in between the handgrip and the cupola, the height of said ring being designed so as to enable the passage of the fingers between the handgrip and the cupola, - fixation means for fastening the handgrip, the cupola and the ring characterized in that - the flanges of the cupola comprise curved lips provided with rounded corners suitable for facilitating sliding's of the suction cup over the skin by horizontal push; - the handgrip enables the suction cup to circulate easily on the skin by a single hand and at the same time by keeping the vacuum under the cupola. - a handgrip in a rigid material, - a cupola in the form of a bell comprising contours that can be resiliently deformed under the pressing of human fingers, the cupola being pushed down for the evacuation of the air along a path parallel to the skin when a pressing is exercised on said contours by the fingers of a hand, - a ring in a rigid material placed in between the handgrip and the cupola, the height of said ring being designed so as to enable the passage of the fingers between the handgrip and the cupola, - fixation means for fastening the handgrip, the cupola and the ring characterized in that - the flanges of the cupola comprise curved lips provided with rounded corners suitable for facilitating sliding's of the suction cup over the skin by horizontal push; - the handgrip enables the suction cup to circulate easily on the skin by a single hand and at the same time by keeping the vacuum under the cupola.
System comprising a compressor, an electric motor and a soft starter device which is adapted to be connected to a power supply, said electric motor being connected to said soft starter device, the soft starter device comprising an electrical current limiting means (2, 4, S11) adapted to limit the electric current supplied to the motor to a preset maximum current limit, characterized in that said soft starter device comprises - a ramp-up time determination means (3A, 3B, 4) adapted to determine the actual ramp-up time of the electric motor i.e. the time which has been required by the motor to reach the final rotational speed starting from zero, - a storing means (6,4, S10) adapted to store a preset reference ramp-up time, - a comparing means (4, S 17) adapted to compare the determined actual ramp-up time with said preset reference ramp-up time, - a replacing means (4, S 18) adapted to replace said preset maximum current limit by auto-adjusting said preset current limit with a lower/higher current limit depending on said determined actual ramp-up time, and in that said system further comprises a compressor which is mechanically connected, as a load, to said electric motor. - a ramp-up time determination means (3A, 3B, 4) adapted to determine the actual ramp-up time of the electric motor i.e. the time which has been required by the motor to reach the final rotational speed starting from zero, - a storing means (6,4, S10) adapted to store a preset reference ramp-up time, - a comparing means (4, S 17) adapted to compare the determined actual ramp-up time with said preset reference ramp-up time, - a replacing means (4, S 18) adapted to replace said preset maximum current limit by auto-adjusting said preset current limit with a lower/higher current limit depending on said determined actual ramp-up time,
A fluid-filled chamber comprising: an outer barrier formed of a polymer material that defines an interior void, the barrier having a first portion defining a first surface and an opposite second portion defining a second surface, the first portion having a plurality of indented areas that form a plurality of indentations extending into the chamber and a plurality of protruding areas that form a plurality of protrusions extending outward from the chamber; and a tensile member located within the interior void, the tensile member extending between the first portion of the barrier and the second portion of the barrier, the tensile member including a first tensile layer disposed adjacent to the first surface, a second tensile layer disposed adjacent to the second surface, and a plurality of connecting members extending between the first tensile layer and the second tensile layer, characterised in that at least a portion of each indented area of the first portion of the barrier is secured to the first tensile layer, and at least a portion of each protruding area of the first portion of the barrier is unsecured to the first tensile layer. an outer barrier formed of a polymer material that defines an interior void, the barrier having a first portion defining a first surface and an opposite second portion defining a second surface, the first portion having a plurality of indented areas that form a plurality of indentations extending into the chamber and a plurality of protruding areas that form a plurality of protrusions extending outward from the chamber; and a tensile member located within the interior void, the tensile member extending between the first portion of the barrier and the second portion of the barrier, the tensile member including a first tensile layer disposed adjacent to the first surface, a second tensile layer disposed adjacent to the second surface, and a plurality of connecting members extending between the first tensile layer and the second tensile layer, characterised in that at least a portion of each indented area of the first portion of the barrier is secured to the first tensile layer, and at least a portion of each protruding area of the first portion of the barrier is unsecured to the first tensile layer.
Device for producing an impulse on a vehicle in a transverse vehicle direction (y) resulting from energy which is released in the event of an offset impact of the vehicle against an obstacle, having: - at least one carrier which extends in the transverse vehicle direction (y) and which is constructed in a rigid manner, - at least one bearing device for securing the carrier in a rest position to an auxiliary frame or a bodywork structure of the vehicle, - at least one actuation device for displacing the carrier in the event of an accident substantially in the transverse vehicle direction (y), and - at least one coupling device (14, 15) which at least in the event of the displacement of the carrier in the transverse vehicle direction (y) cooperates or moves into operational connection with a unit and redirects the unit at least in the region of the operational connection in the transverse vehicle direction (y) relative to the bodywork of the vehicle, characterised in that the coupling device (14, 15) during normal operation of the vehicle supports the unit in the z direction and the carrier thus acts as a transverse torque carrier in order to support torques about the transverse vehicle axis (y axis). - at least one carrier which extends in the transverse vehicle direction (y) and which is constructed in a rigid manner, - at least one bearing device for securing the carrier in a rest position to an auxiliary frame or a bodywork structure of the vehicle, - at least one actuation device for displacing the carrier in the event of an accident substantially in the transverse vehicle direction (y), and - at least one coupling device (14, 15) which at least in the event of the displacement of the carrier in the transverse vehicle direction (y) cooperates or moves into operational connection with a unit and redirects the unit at least in the region of the operational connection in the transverse vehicle direction (y) relative to the bodywork of the vehicle, characterised in that the coupling device (14, 15) during normal operation of the vehicle supports the unit in the z direction and the carrier thus acts as a transverse torque carrier in order to support torques about the transverse vehicle axis (y axis).
An ink jet ink composition for textile printing comprising: a crosslinking component having a blocked isocyanate group; a pigment; and water, characterised in that the ink jet ink composition further comprises: tertiary amine; and at least one carboxylic acid selected from the group consisting of monocarboxylic acid, dicarboxylic acid, and tricarboxylic acid. a crosslinking component having a blocked isocyanate group; a pigment; and water, characterised in that the ink jet ink composition further comprises: tertiary amine; and at least one carboxylic acid selected from the group consisting of monocarboxylic acid, dicarboxylic acid, and tricarboxylic acid. tertiary amine; and at least one carboxylic acid selected from the group consisting of monocarboxylic acid, dicarboxylic acid, and tricarboxylic acid.
Device for the unique and individual identification of a substance measuring instrument of a test subject, wherein the device comprises an optical identifier which is designed to recognize the substance measuring instrument and to verify an association between the substance measuring instrument and the test subject, wherein the optical identifier corresponds to an arrangement within a triangle of a plurality of markings, barcodes, and/or "quick response" codes, QR, or of a combination of at least one marking with at least one barcode and/or at least one QR code for a housing of the substance measuring instrument.
A data replication method applied to a first storage system comprising a first storage device and a second storage device, wherein the method is characterized by comprising: determining first replication sub-information and second replication sub-information, wherein the first replication sub-information is used to indicate data that needs to be replicated by the first storage device to a second storage system in the current replication task, the second replication sub-information is used to indicate data that needs to be replicated by the second storage device to the second storage system in the current replication task, the data indicated by the first replication sub-information is at least partially different from the data indicated by the second replication sub-information, and wherein the first storage device and the second storage device store the same data; replicating the data that needs to be replicated by the first storage device to the second storage system according to the first replication sub-information; and replicating the data that needs to be replicated by the second storage device to the second storage system according to the second replication sub-information. determining first replication sub-information and second replication sub-information, wherein the first replication sub-information is used to indicate data that needs to be replicated by the first storage device to a second storage system in the current replication task, the second replication sub-information is used to indicate data that needs to be replicated by the second storage device to the second storage system in the current replication task, the data indicated by the first replication sub-information is at least partially different from the data indicated by the second replication sub-information, and wherein the first storage device and the second storage device store the same data; replicating the data that needs to be replicated by the first storage device to the second storage system according to the first replication sub-information; and replicating the data that needs to be replicated by the second storage device to the second storage system according to the second replication sub-information.
A methacrylic acid ester polymer having an acid value of no higher than 50 mg KOH/g and transition metal content of no higher than 1 ppm, comprising at least 80% by mole of a polymer having a terminal double-bond structure expressed by Formula, wherein R in Formula indicates an alkyl group, a cycloalkyl group or an aryl group.
A personal care composition comprising at least one personal care component and at least one end-functionalized ionic silicone, wherein the end-functionalized ionic silicone has the formula: M 2 b D 1 d wherein: M 2 = R 4 R 5 R 6 SiO 1/2 D 1 = R 10 R 11 SiO 2/2 in which: R 5, R 6, R 10 and R 11 each independently is methyl or ethyl; R 4 each independently is -CH 2 CH(H or CH 3)-A-SO 3 M in which A is a divalent benzyl radical and M is Li, Na, K, Ag, a quaternary ammonium group, ammonium salt or phosphonium group; and subscript b is 2 and subscript d is from 5 to 1000. M 2 = R 4 R 5 R 6 SiO 1/2 D 1 = R 10 R 11 SiO 2/2 R 5, R 6, R 10 and R 11 each independently is methyl or ethyl; R 4 each independently is -CH 2 CH(H or CH 3)-A-SO 3 M in which A is a divalent benzyl radical and M is Li, Na, K, Ag, a quaternary ammonium group, ammonium salt or phosphonium group; and subscript b is 2 and subscript d is from 5 to 1000.
An expandable-polymer-particle material comprising at least one thermoplastic polyurethane with Vicat softening point (in accordance with ISO 306/ASO) below 80°C and from 5 to 95% by weight of at least one polymer obtainable via free-radical polymerization, based on the entirety of TPU and of the polymer obtainable via free-radical polymerization, where the polymer obtainable via free-radical polymerization has been bonded to the TPU in a manner that gives a comb polymer, graft polymer, or copolymer.
Absorption body intended to form part of an absorbent disposable article having a longitudinal centre line, a crotch area, a front end area and a rear end area, wherein the absorption body comprises a first absorption layer that is intended to face towards the user when in use and has longitudinal edges, and a second absorption layer that is intended to face away from the user when in use and has longitudinal edges, wherein the first absorption layer has a first longitudinal opening arranged in the crotch area and wherein the second absorption layer has a first longitudinal compression arranged in the crotch area, characterised by that the first longitudinal opening and the first longitudinal compression overlap one another.
A method for eliminating error when using a non-invasive optical sensing system comprising: providing a first detector and a second detector in a non-invasive optical sensor; emitting light from a non-monochromatic light source in the non-invasive optical sensor periodically; generating a first signal from the first detector and a second signal from the second detector resulting from light periodically emitted by the non-monochromatic light source sampled by the first detector and the second detector; generating a third signal using a ratio of the first signal and the second signal to determine an average spectral absorption and any changes in spectral absorption generated by the occurrence of an arterial pulse and base line spectral absorption of tissue located within the non-invasive optical sensor, further comprising the steps of: generating oxygen saturation data using the first signal and the second signal, and substituting the oxygen saturation data for oxygen saturation data obtained based on a monochromatic light source (1312, 1313) if the ratio of the first signal and the second signal is not within an acceptable system range. providing a first detector and a second detector in a non-invasive optical sensor; emitting light from a non-monochromatic light source in the non-invasive optical sensor periodically; generating a first signal from the first detector and a second signal from the second detector resulting from light periodically emitted by the non-monochromatic light source sampled by the first detector and the second detector; generating a third signal using a ratio of the first signal and the second signal to determine an average spectral absorption and any changes in spectral absorption generated by the occurrence of an arterial pulse and base line spectral absorption of tissue located within the non-invasive optical sensor, generating oxygen saturation data using the first signal and the second signal, and substituting the oxygen saturation data for oxygen saturation data obtained based on a monochromatic light source (1312, 1313) if the ratio of the first signal and the second signal is not within an acceptable system range.