mhurhangee/ep-ind-claims huggingface dataset:
A transport vehicle with a passenger compartment, comprising an air diffusion system within said passenger compartment, the passenger compartment comprising at least two passenger seating areas distributed on either side of a passenger traffic corridor, said at least two passenger seating areas being elevated on a platform with respect to the floor of the traffic corridor the traffic corridor, running from the entrance of the passenger compartment to the bottom of the passenger compartment, and being delimited from each platform by means of a profile (18 A, 18 B) placed on each longitudinal edge of said traffic corridor the floor of a platform resting partially on the upper surface of the associated profile, and opposite the base of the profile in contact with the floor of the traffic lane, the diffusion system being adapted to blow treated air along the face located above the glass windows of the passenger compartment, characterised in that said diffusion system is configured to take a portion of the treated air suitable for being blown along the face located above the windows of the passenger compartment, and reinject this portion through each profile (18 A, 18 B) suitable for diffusing the taken portion of treated air within the traffic corridor. the traffic corridor, running from the entrance of the passenger compartment to the bottom of the passenger compartment, and being delimited from each platform by means of a profile (18 A, 18 B) placed on each longitudinal edge of said traffic corridor the floor of a platform resting partially on the upper surface of the associated profile, and opposite the base of the profile in contact with the floor of the traffic lane, the diffusion system being adapted to blow treated air along the face located above the glass windows of the passenger compartment, characterised in that said diffusion system is configured to take a portion of the treated air suitable for being blown along the face located above the windows of the passenger compartment, and reinject this portion through each profile (18 A, 18 B) suitable for diffusing the taken portion of treated air within the traffic corridor.
A multi-layer product side film composite comprising: a barrier adhesion layer and a heat seal layer adhered to opposite sides of a barrier web layer, wherein the heat seal layer comprises a heat seal bio-based polymer comprising a first heat melting temperature and a second heat melting temperature, wherein the second heat melting temperature of the heat seal bio-based polymer is lower than the first heat melting temperature of the heat seal bio-based polymer, wherein the heat seal bio-based polymer is at least one of a polyhydroxybutyrate-valerate (PHBV) rich resin or a polyhydroxy-alkanoate resin.
A system for a vehicle having at least one vehicle sub-system (10, 20, 30, 40), the system comprising: a user interface means comprising a plurality of user operable controls (310, 320, 330, 340, 350) to each respectively receive an indication of a respective attribute of a driving scenario, whereby the user interface means is configured to receive an indication of a plurality of attributes of the driving scenario; a processing means arranged to determine a configuration of the at least one vehicle sub-system (10, 20, 30, 40) based on the plurality of attributes of the driving scenario, wherein each of the attributes are indicative of one of: vehicle orientation, a surface type, surface conditions and surface topology, wherein the processing means is arranged to provide an output indicative of the determined configuration of the at least one vehicle sub-system (10, 20, 30, 40) and to receive, via the user interface means, a user input indicative of an acceptance of the configuration; and a communication means for communicating the determined configuration to the at least one vehicle sub-system (10, 20, 30, 40), wherein the determined configuration is communicated to the at least one vehicle sub-system (10, 20, 30, 40) in response to receiving the input indicative of the acceptance such that the sub-system (10, 20, 30, 40) operates according to the configuration. a user interface means comprising a plurality of user operable controls (310, 320, 330, 340, 350) to each respectively receive an indication of a respective attribute of a driving scenario, whereby the user interface means is configured to receive an indication of a plurality of attributes of the driving scenario; a processing means arranged to determine a configuration of the at least one vehicle sub-system (10, 20, 30, 40) based on the plurality of attributes of the driving scenario, wherein each of the attributes are indicative of one of: vehicle orientation, a surface type, surface conditions and surface topology, wherein the processing means is arranged to provide an output indicative of the determined configuration of the at least one vehicle sub-system (10, 20, 30, 40) and to receive, via the user interface means, a user input indicative of an acceptance of the configuration; and a communication means for communicating the determined configuration to the at least one vehicle sub-system (10, 20, 30, 40), wherein the determined configuration is communicated to the at least one vehicle sub-system (10, 20, 30, 40) in response to receiving the input indicative of the acceptance such that the sub-system (10, 20, 30, 40) operates according to the configuration.
An absorbent article comprising two or more absorbers (4, 5) that absorb body fluids of a user and are stacked in the thickness direction, a liquid-permeable sheet covering one side of the stacked two or more absorbers, through which body fluid of a user permeates, and a liquid-impermeable sheet covering the other side of the stacked two or more absorbers, through which body fluid of the user does not permeate, characterized in that the absorber on a liquid-permeable sheet side of the two or more absorbers (4, 5) contains wood pulp obtained from needle bleached softwood kraft pulp, wherein the absorber on a liquid-impermeable sheet side of the two or more absorbers (4, 5) contains non-wood pulp made from a portion near the core of Manila hemp and SAP, wherein the mean fiber size of the non-wood pulp is 8 to 25 μm, the non-wood pulp is a hollow structure, the non-wood pulp is hydrophilic, and the settling velocity of the non-wood pulp in water is between 2 seconds and 5 seconds, and wherein the mean fiber size of the wood pulp is larger than the mean fiber size of the non-wood pulp. two or more absorbers (4, 5) that absorb body fluids of a user and are stacked in the thickness direction, a liquid-permeable sheet covering one side of the stacked two or more absorbers, through which body fluid of a user permeates, and a liquid-impermeable sheet covering the other side of the stacked two or more absorbers, through which body fluid of the user does not permeate, characterized in that the absorber on a liquid-permeable sheet side of the two or more absorbers (4, 5) contains wood pulp obtained from needle bleached softwood kraft pulp, wherein the absorber on a liquid-impermeable sheet side of the two or more absorbers (4, 5) contains non-wood pulp made from a portion near the core of Manila hemp and SAP, wherein the mean fiber size of the non-wood pulp is 8 to 25 μm, the non-wood pulp is a hollow structure, the non-wood pulp is hydrophilic, and the settling velocity of the non-wood pulp in water is between 2 seconds and 5 seconds, and wherein the mean fiber size of the wood pulp is larger than the mean fiber size of the non-wood pulp.
Operating device for a motor vehicle, wherein the operating device has a rotary actuator having an operating knob designed rotatable about a rotational axis and the rotary actuator is configured to generate an actuating signal when the operating knob is turned, and wherein the operating knob is designed able to be deflected (44, 46, 48, 48') in a translational manner transversely to the rotational axis, wherein a coupling device for coupling the operating device to a first control module and to a second control module is provided, wherein the coupling device is configured to output the actuating signal in a first switching position exclusively to the first control module and in a second switching position exclusively to the second control module and in the case of a translational deflection of the operating knob into a predetermined deflection direction to switch from the first into the second switching position, characterised in that a switching device is provided which is configured to switch between several predetermined control modules (14,16,18) and thus to define one of the control modules (14, 16, 18) as the first control module.
A method comprising: determining, for a mobile terminal locked to a smart card, whether a temporary subscriber identifier is being read from the smart card or whether the mobile terminal is receiving a new temporary subscriber identifier from a network in communication with the mobile terminal; comparing a network identifier associated with the temporary subscriber identifier to a network identifier included in a permanent subscriber identifier associated with the smart card in response to a determination that the temporary subscriber identifier is being read from the smart card; comparing a network identifier associated with the new temporary subscriber identifier to a network identifier associated with a previous temporary subscriber identifier in response to a determination that the new temporary subscriber identifier is received from the network; and determining whether to invalidate the temporary subscriber identifier or the new temporary subscriber identifier based on a result of a respective one of the comparing operations. determining, for a mobile terminal locked to a smart card, whether a temporary subscriber identifier is being read from the smart card or whether the mobile terminal is receiving a new temporary subscriber identifier from a network in communication with the mobile terminal; comparing a network identifier associated with the temporary subscriber identifier to a network identifier included in a permanent subscriber identifier associated with the smart card in response to a determination that the temporary subscriber identifier is being read from the smart card; comparing a network identifier associated with the new temporary subscriber identifier to a network identifier associated with a previous temporary subscriber identifier in response to a determination that the new temporary subscriber identifier is received from the network; and determining whether to invalidate the temporary subscriber identifier or the new temporary subscriber identifier based on a result of a respective one of the comparing operations.
An adjustment assembly (100, 200) for changing width of a vehicle that has at least one pair of wheels (10a-10b, 20a-20b), said adjustment assembly is embedded in said vehicle and is connectable to a pair of front, middle or rear wheels of the vehicle, said adjustment assembly comprising: a) a foldable unit (110, 210) connectable to the wheels of said pair of wheels of the vehicle, said foldable unit having at least two portions coinciding with a predefined axis "Y" connecting centers of the pair of wheels, each of the at least two portions being connected to a corresponding wheel of the wheels of said pair of wheels; and b) a tilting unit (120, 220) operatively associated with the wheels of said pair of wheels of the vehicle, said tilting unit being configured for changing angular positioning of the wheels of said pair of wheels with respect to the axis "Y," said tilting unit being configured for changing the angular positioning of the wheels between a convergence tilting positioning of the wheels and a non-convergence tilting positioning of the wheels; wherein the at least two portions of the foldable unit are configured to move laterally along the axis "Y" when the wheels are in the convergence tilting positioning thereof, thereby adjusting a distance between the wheels of said pair of wheels during driving of the vehicle. a) a foldable unit (110, 210) connectable to the wheels of said pair of wheels of the vehicle, said foldable unit having at least two portions coinciding with a predefined axis "Y" connecting centers of the pair of wheels, each of the at least two portions being connected to a corresponding wheel of the wheels of said pair of wheels; and b) a tilting unit (120, 220) operatively associated with the wheels of said pair of wheels of the vehicle, said tilting unit being configured for changing angular positioning of the wheels of said pair of wheels with respect to the axis "Y," said tilting unit being configured for changing the angular positioning of the wheels between a convergence tilting positioning of the wheels and a non-convergence tilting positioning of the wheels;
A seam ravel preventing method for preventing ravel of a seam of multi-thread chain stitching formed when a needle thread loop formed under a needle plate by a needle that moves up and down while holding a needle thread is caught by a looper advancing in a direction substantially orthogonal to an up-down movement pathway of the needle and then the needle thread loop is subjected to inter-looping with a looper thread held by the looper, said seam ravel preventing method, characterized by comprising: a first step of, when sewing of a cloth is completed, advancing the looper, positioning a needle thread loop caught by the looper on an advance end side of the looper away from a fall position of the needle, and positioning a looper thread extending from the looper to the cloth on a front side away from the fall position of the needle; and a second step of, after the first step, performing sewing for at least one stitch while maintaining positions of the needle thread loop and the looper thread until the needle falls and passes through the needle thread loop, and subjecting the needle thread loop held by the looper to self-looping with the needle thread held by the needle. a first step of, when sewing of a cloth is completed, advancing the looper, positioning a needle thread loop caught by the looper on an advance end side of the looper away from a fall position of the needle, and positioning a looper thread extending from the looper to the cloth on a front side away from the fall position of the needle; and a second step of, after the first step, performing sewing for at least one stitch while maintaining positions of the needle thread loop and the looper thread until the needle falls and passes through the needle thread loop, and subjecting the needle thread loop held by the looper to self-looping with the needle thread held by the needle.
A method of making an earplug comprising the steps of: extruding an elongate core comprising a first material; covering the elongate core with an outer layer comprising a second material, the second material comprising an unactivated expandable sphere foaming agent, an unactivated chemical foaming agent, and styrene-ethylene-butylene-styrene; positioning at least a portion of the outer layer and the elongate core in a mold; and applying heat to at least a portion of the outer layer such that at least a portion of the outer layer expands such that the outer layer comprises a sound attenuating portion and a stem portion bonded to the elongate core. extruding an elongate core comprising a first material; covering the elongate core with an outer layer comprising a second material, the second material comprising an unactivated expandable sphere foaming agent, an unactivated chemical foaming agent, and styrene-ethylene-butylene-styrene; positioning at least a portion of the outer layer and the elongate core in a mold; and applying heat to at least a portion of the outer layer such that at least a portion of the outer layer expands such that the outer layer comprises a sound attenuating portion and a stem portion bonded to the elongate core.
Weighted strap device for muscle strengthening, comprising a multiplicity of parallelepiped metal bars arranged in a holder, in the form of a sheath, made of a flexible material, provided with a closure means and, at its ends (31, 32), with securing means (33, 34) making it possible to give it an annular shape, said flexible material having aesthetic characteristics on the outside, characterized in that it comprises an envelope, made of an elastomeric material, in which said bars are stacked so as to form a strip, said envelope being in the form of a sleeve in the form of a sheath, consisting of a tubular element, made of an elastomeric material, with a rectangular cross section, having, at at least one end, an opening which can be closed by means of a cap also made of elastomeric material, and through which opening the bars can be introduced in order to be stacked from the bottom as far as said opening.
System for providing hot water from a central water heating device / hot water supply at at least one hot water withdrawal point, at least one container (7, 7a, 7b) which is preferably arranged near the hot water withdrawal point Hot water reservoir, which can be filled with warm water, preferably via a thermal valve / switch, or a sensor and a valve, preferably a first line section arranged between the container and the water heating device or hot water storage system, a second line section, an inlet to the central hot water supply / water heating device, at least one pump and at least one demand sensor (13, 31) which detects hot water withdrawal, characterized in that the second line section is arranged between the at least one container or the thermal switch / valve - or sensor and valve - and the inlet to the central hot water supply / water heating device; at least one electrical control for controlling electrical valves (5a, 5b, 5c, 5d, 5e, 5i, 5j) and / or the at least one pump is arranged; at least one electric valve (5a, 5b, 5c, 5i) and / or non-return valve is arranged so that the second line section through this at least one electric valve (5a, 5b, 5c, 5i) and / or non-return valve via the inlet to the central hot water supply / water heating device and the central water heating device / hot water supply can be reversibly connected to the first line section (1, 1a) and the at least one electrical valve (5a, 5b, 5c, 5i) and the at least one pump or the at least one pump can be controlled by the at least one electrical control such that cooler water from the second line section into the central water heating device / hot water storage and warm water from the central water heating device / hot water storage into the first line section (1, 1a), whereby the hot water reservoir even after repeated intended use at least as much amount of heat in the form of adequately warm water, as is maximally removed from the hot water reservoir via the at least one arranged hot water withdrawal point, as long as the hot water flowing in from the water heating device or the hot water storage system via the first line section needs to be sufficient warm to the hot water reservoir or to reach the hot water tapping point, the second line section and the first line section (1, 1a) being reversibly connectible and the at least one pump being controlled and arranged in such a way that this at least one pump via this connection between the second line section and the first line section after the hot water flows into the first line section (1, 1a) cooler water - preferably from the second line section - in conveys the first line section (1, 1a) and thereby conveys warm water from the first line section (1, 1a) into at least one hot water reservoir
Apparatus for dispensing fluid foodstuffs, especially milk products, having an integrated cleaning system (7, 8, 9) which comprises a cleaning container for a flushing solution, which container, for the purpose of carrying out a cleaning operation, is connectible to a foodstuff supply line (4a, 4b) of the apparatus (1a, 1b, 2), wherein the foodstuff supply line (4a, 4b) is provided with a connector (12a', 12b') which serves for attachment of a suction line (12a, 12b) leading to a reservoir containing the fluid foodstuff, and wherein the apparatus comprises at least one pump (3a, 3b) for conveying the fluid foodstuff out of the reservoir via the foodstuff supply line, characterised in that a connecting element (11a, 11b) is provided which, with the suction line (12a, 12b) removed, is attachable to the connector (12a', 12b') in order to fluidically connect the foodstuff supply line (4a, 4b) to the integrated cleaning system (7, 8, 9), and the apparatus is designed to convey flushing solution out of the cleaning container via the pump (3a, 3b) for the purpose of cleaning.
An imaging apparatus comprising: an imager comprising an image sensor including a plurality of pixels configured to capture an image frame of a subject, and configured to output image data in line units by sequentially reading out the plurality of pixels from a first pixel in a first row and a first column of the image frame to a last pixel in a last row and a last column of the image frame; a motion detector; and a controller configured to control the imager to: detect motion data of the imaging apparatus via the motion detector; suspend output of image data by stopping read out of remaining pixels of the plurality of pixels in response to the detected motion data being greater than or equal to a value; and restart output of the image data in line units by sequentially reading out the plurality of pixels from the first pixel in response to the detected motion data being less than the value after the output of the remaining image data is suspended; wherein a number of samples of the motion data to be detected and an exposure time of the imager are determined based on illumination. an imager comprising an image sensor including a plurality of pixels configured to capture an image frame of a subject, and configured to output image data in line units by sequentially reading out the plurality of pixels from a first pixel in a first row and a first column of the image frame to a last pixel in a last row and a last column of the image frame; a motion detector; and a controller configured to control the imager to: detect motion data of the imaging apparatus via the motion detector; suspend output of image data by stopping read out of remaining pixels of the plurality of pixels in response to the detected motion data being greater than or equal to a value; and restart output of the image data in line units by sequentially reading out the plurality of pixels from the first pixel in response to the detected motion data being less than the value after the output of the remaining image data is suspended; detect motion data of the imaging apparatus via the motion detector; suspend output of image data by stopping read out of remaining pixels of the plurality of pixels in response to the detected motion data being greater than or equal to a value; and restart output of the image data in line units by sequentially reading out the plurality of pixels from the first pixel in response to the detected motion data being less than the value after the output of the remaining image data is suspended; wherein a number of samples of the motion data to be detected and an exposure time of the imager are determined based on illumination.