mhurhangee/ep-ind-claims huggingface dataset:
A particulate water-absorbing agent having the following physical properties to: a centrifuge retention capacity of 30 g/g to 50 g/g; a new absorbent performance index (nAPI) of 240 or less, the new absorbent performance index (nAPI) being expressed by the following formula: New absorbent performance index (nAPI) = Second absorption time [sec] × Third absorption time [sec] × Re-wet [g]/10; a value of diffusing absorbency under pressure after 10 minutes (DAP10min) of 12.0 g/g or more, a gel permeation rate of 25 g/min or more, and a content of a water-absorbing resin contained in a dust of the particulate water-absorbing agent of 300 ppm or less, with respect to a total amount of the particulate water-absorbing agent, the centrifuge retention capacity, the new absorbent performance index (nAPI), the diffusing absorbency under pressure after 10 minutes (DAP10min), the gel permeation rate and the content of a water-absorbing resin contained in a dust being determined as described in the description. a centrifuge retention capacity of 30 g/g to 50 g/g; a new absorbent performance index (nAPI) of 240 or less, the new absorbent performance index (nAPI) being expressed by the following formula: New absorbent performance index (nAPI) = Second absorption time [sec] × Third absorption time [sec] × Re-wet [g]/10; a value of diffusing absorbency under pressure after 10 minutes (DAP10min) of 12.0 g/g or more, a gel permeation rate of 25 g/min or more, and a content of a water-absorbing resin contained in a dust of the particulate water-absorbing agent of 300 ppm or less, with respect to a total amount of the particulate water-absorbing agent,
A compound of the formula or a salt thereof: (in the formula, X is CH, R 1 is C 1-6 alkyl, R 2 is C 1-6 alkyl, in which R 1 and R 2 may form a cycloalkane together with carbon atoms to which they are bonded, R 3 is -H, R 4 is -H, A ring is a cyclohexane ring, R Y is -NR A R B, R A and R B form cyclic amino which may be substituted, together with a nitrogen atom to which they are bonded, in which the cyclic amino is a group represented by the following formula: Y is NH, O, S, S (=O) 2, or CH 2, and R L is C 1-6 alkyl). X is CH, R 1 is C 1-6 alkyl, R 2 is C 1-6 alkyl, in which R 1 and R 2 may form a cycloalkane together with carbon atoms to which they are bonded, R 3 is -H, R 4 is -H, A ring is a cyclohexane ring, R Y is -NR A R B, R A and R B form cyclic amino which may be substituted, together with a nitrogen atom to which they are bonded, in which the cyclic amino is a group represented by the following formula: Y is NH, O, S, S (=O) 2, or CH 2, and R L is C 1-6 alkyl).
Portable device (10, 20) for acquiring electroencephalography signals emitted by a user, the device comprising: - a flexible support intended for fitting a localised region of the user's skull; - a set of sensors for detecting electrical signals generated by the user's neural activity, arranged on said support so as to form contacts with the scalp when the device is worn by the user; - for each sensor, an electronic circuit for filtering and amplifying the electrical signals detected by said sensor, said electronic circuit being integrated in the flexible support and forming an active electrode with said sensor; characterised in that the device also comprises: - a housing comprising an electronic chain for processing the signals coming from said electronic filtering and amplification circuits, said housing being mechanically connected to the flexible support in order to form, with said support, a means for attachment to an item of clothing or accessory intended to be worn by the user. - a flexible support intended for fitting a localised region of the user's skull; - a set of sensors for detecting electrical signals generated by the user's neural activity, arranged on said support so as to form contacts with the scalp when the device is worn by the user; - for each sensor, an electronic circuit for filtering and amplifying the electrical signals detected by said sensor, said electronic circuit being integrated in the flexible support and forming an active electrode with said sensor; - a housing comprising an electronic chain for processing the signals coming from said electronic filtering and amplification circuits, said housing being mechanically connected to the flexible support in order to form, with said support, a means for attachment to an item of clothing or accessory intended to be worn by the user.
An access prevention system (500, 600, 700) of an elevator landing door lock, the system (500, 600, 700) comprising: a landing door lintel (229, 429, 529, 629, 729) for a landing door of an elevator system (101, 201); a lock mechanism (408, 508, 608) mounted to the lintel (229, 429, 529, 629, 729) and arranged to enable unlocking of the elevator landing door; and an indicator feature (406, 506, 606, 706) on the lintel and aligned with the lock mechanism (408, 508, 608) to indicate a location of a blocked lock mechanism (408, 508, 608), wherein the indicator feature (406, 506, 606, 706) is at least one of frangible or breakable to permit access to the lock mechanism (408, 508, 608) when the indicator feature (406, 506, 606, 706) is broken, characterized by a safety plate (520, 620, 720) installed to the landing door lintel (229, 429, 529, 629, 729) at the location of the indicator feature (406, 506, 606, 706), the safety plate (520, 620, 720) including the indicator feature (406, 506, 606, 706) and when the safety plate (520, 620, 720) is broken a safety action is performed. a landing door lintel (229, 429, 529, 629, 729) for a landing door of an elevator system (101, 201); a lock mechanism (408, 508, 608) mounted to the lintel (229, 429, 529, 629, 729) and arranged to enable unlocking of the elevator landing door; and an indicator feature (406, 506, 606, 706) on the lintel and aligned with the lock mechanism (408, 508, 608) to indicate a location of a blocked lock mechanism (408, 508, 608), wherein the indicator feature (406, 506, 606, 706) is at least one of frangible or breakable to permit access to the lock mechanism (408, 508, 608) when the indicator feature (406, 506, 606, 706) is broken, characterized by a safety plate (520, 620, 720) installed to the landing door lintel (229, 429, 529, 629, 729) at the location of the indicator feature (406, 506, 606, 706), the safety plate (520, 620, 720) including the indicator feature (406, 506, 606, 706) and when the safety plate (520, 620, 720) is broken a safety action is performed.
A process for making a prestrained stretched laminate, comprising the steps of: - prestraining a plurality of elongate elastic elements at least 10% in a primary direction to form a plurality of prestrained elastic elements; - attaching the prestrained elongate elastic elements to a first and a second inelastic layers (330-1, 330-2) with an inelastic extensibility in the primary direction, so that the elongate elastic elements form an inner layer disposed between the first and second inelastic layers, to form a precursor laminate of elastic and inelastic elements, and; - extending the precursor laminate at least 35% in the primary direction so that the inelastic portion of the precursor laminate is extended inelastically to form the prestrained stretched laminate. - prestraining a plurality of elongate elastic elements at least 10% in a primary direction to form a plurality of prestrained elastic elements; - attaching the prestrained elongate elastic elements to a first and a second inelastic layers (330-1, 330-2) with an inelastic extensibility in the primary direction, so that the elongate elastic elements form an inner layer disposed between the first and second inelastic layers, to form a precursor laminate of elastic and inelastic elements, and; - extending the precursor laminate at least 35% in the primary direction so that the inelastic portion of the precursor laminate is extended inelastically to form the prestrained stretched laminate.
A computer-implemented method for controlling the playback speed of a slow-motion video content on a computing device with a touch-sensitive display (2, 16), the method comprising: automatically playing the video content on a playback screen of the touch-sensitive display (2, 16) at a normal playback speed in a continual loop; detecting a touch within the boundaries of the playback screen on the touch - sensitive display (2, 16); in response to detecting a static hold of the touch, reducing the playback speed from the normal playback speed, wherein reducing the playback speed from the normal playback speed comprises: reducing the playback speed by a predefined amount (x) and, if it is determined that the touch continues to be held static and a predefined lower limit of playback speed (y) has not been reached, repeating the reduction in playback speed by the predefined amount (x) down to the predefined lower limit of playback speed (y), and in response to detecting a cessation of the touch with the touch-sensitive display, increasing the playback speed back to the normal playback speed as long as no further touch is detected, wherein increasing the playback speed back to the normal playback speed comprises: repeatedly increasing the playback speed by the predefined amount (x) up to the normal playback speed. automatically playing the video content on a playback screen of the touch-sensitive display (2, 16) at a normal playback speed in a continual loop; detecting a touch within the boundaries of the playback screen on the touch - sensitive display (2, 16); in response to detecting a static hold of the touch, reducing the playback speed from the normal playback speed, wherein reducing the playback speed from the normal playback speed comprises: reducing the playback speed by a predefined amount (x) and, if it is determined that the touch continues to be held static and a predefined lower limit of playback speed (y) has not been reached, repeating the reduction in playback speed by the predefined amount (x) down to the predefined lower limit of playback speed (y), and in response to detecting a cessation of the touch with the touch-sensitive display, increasing the playback speed back to the normal playback speed as long as no further touch is detected, wherein increasing the playback speed back to the normal playback speed comprises: repeatedly increasing the playback speed by the predefined amount (x) up to the normal playback speed.
A method performed by vehicle diagnostics system for enabling synchronous remote vehicle diagnostics for a plurality of vehicles (31a,..., 31x), the method comprising obtaining information indicating that an application in the vehicle diagnostics system is requesting to perform synchronous remote vehicle diagnostics on a selected vehicle among the plurality of vehicles (31a,..., 31x); the method being characterized in that determining a logical network location of an on-board connectivity device, integrated in an on-board network of the selected vehicle, wherein the logical network location is determined by using an Application Programming Interface, available to the vehicle diagnostics system and wherein the Application Programming interface is adapted to communicate with the on-board connectivity device by using Application Programming interface libraries available to the vehicle diagnostics system capable of supporting network discovery; and establishing, using the Application Programming Interface, a logical network connection between the determined logical network location of the on-board connectivity device and the logical network location of the vehicle diagnostics system over a wireless communications network. obtaining information indicating that an application in the vehicle diagnostics system is requesting to perform synchronous remote vehicle diagnostics on a selected vehicle among the plurality of vehicles (31a,..., 31x); the method being characterized in that determining a logical network location of an on-board connectivity device, integrated in an on-board network of the selected vehicle, wherein the logical network location is determined by using an Application Programming Interface, available to the vehicle diagnostics system and wherein the Application Programming interface is adapted to communicate with the on-board connectivity device by using Application Programming interface libraries available to the vehicle diagnostics system capable of supporting network discovery; and establishing, using the Application Programming Interface, a logical network connection between the determined logical network location of the on-board connectivity device and the logical network location of the vehicle diagnostics system over a wireless communications network.
Clamping device (1; 101; 201; 301) for clamping a thread on a spindle (2; 102; 202; 302) of a spinning or twisting machine comprising a clamping element (3; 103; 203; 303) which is fixed relative to the spindle (2; 102; 202; 302) and a clamping element (5; 105; 205; 305) which is axially displaceable relative to the fixed clamping element (3; 103; 203; 303) in which the axially displaceable clamping element (5; 105; 205; 305) is arranged relative to the fixed clamping element (3; 103; 203; 303) and mounted such that the thread can be clamped in a clamping gap (12; 112; 212; 312) of the clamping device (1; 101; 201; 301), wherein the clamping device (1; 101; 201; 301) comprises a partly elastically deformable dust sealing device (25; 125; 225; 325) for sealing an intermediate space (22; 122) between the two clamping elements(3, 5; 103, 105; 203, 205; 303, 305) which is elastically deformable in radial direction (26; 326) as a function of a spindle speed, characterised in that the at least partly elastically deformable dust sealing device (25; 125; 225; 325) comprises an axially displaceable sealing element (28; 128; 228; 328) with the axially displaceable clamping element (5; 105; 205; 305), which is arranged on the axially displaceable sealing element such that a radial inner sealing surface of the axially displaceable sealing element can interact in a sealing manner with a component lying radially further inward.
An aerosol-generating system comprising: a housing configured to be held by a user; an aerosolizer coupled to the housing and configured to produce aerosol from an aerosol-forming substrate comprising nicotine; a charging unit operatively couplable to the housing; a biosensor integrated into the charging unit and configured to detect at least one biological characteristic of the user; and a controller (6, 29, 100) configured to: activate the aerosolizer; and provide health data based on the at least one biological characteristic detected by the biosensor. a housing configured to be held by a user; an aerosolizer coupled to the housing and configured to produce aerosol from an aerosol-forming substrate comprising nicotine; a charging unit operatively couplable to the housing; a biosensor integrated into the charging unit and configured to detect at least one biological characteristic of the user; and a controller (6, 29, 100) configured to: activate the aerosolizer; and activate the aerosolizer; and provide health data based on the at least one biological characteristic detected by the biosensor.
A clothes treatment apparatus comprising: a cabinet having a treatment chamber; a door for opening and closing a front of the cabinet; and a wrinkle removal module installed at the door such that the wrinkle removal module faces the treatment chamber for applying pressure to clothes to remove wrinkles from the clothes, wherein the wrinkle removal module comprises: a base plate installed at the door for supporting the clothes; and a press plate coupled to the base plate such that the press plate is rotatable relative to the base plate, the press plate being brought into tight contact with the base plate to press the clothes, wherein the base plate comprises: a fixed base part fixed to the door; and an elastic base part extending from the fixed base part, the elastic base part being spaced apart from the door, and the elastic base part being configured to support the clothes using elastic force, wherein the fixed base part is provided with a fastening part protruding toward the door, the fastening part being supported by the door, the fixed base part being spaced apart from the door due to the fastening part. a cabinet having a treatment chamber; a door for opening and closing a front of the cabinet; and a wrinkle removal module installed at the door such that the wrinkle removal module faces the treatment chamber for applying pressure to clothes to remove wrinkles from the clothes, wherein the wrinkle removal module comprises: a base plate installed at the door for supporting the clothes; and a press plate coupled to the base plate such that the press plate is rotatable relative to the base plate, the press plate being brought into tight contact with the base plate to press the clothes, a base plate installed at the door for supporting the clothes; and a press plate coupled to the base plate such that the press plate is rotatable relative to the base plate, the press plate being brought into tight contact with the base plate to press the clothes, wherein the base plate comprises: a fixed base part fixed to the door; and an elastic base part extending from the fixed base part, the elastic base part being spaced apart from the door, and the elastic base part being configured to support the clothes using elastic force, a fixed base part fixed to the door; and an elastic base part extending from the fixed base part, the elastic base part being spaced apart from the door, and the elastic base part being configured to support the clothes using elastic force, wherein the fixed base part is provided with a fastening part protruding toward the door, the fastening part being supported by the door, the fixed base part being spaced apart from the door due to the fastening part.
A method comprising: applying, to a neural network, image data representative of an image of a field of view of an image sensor of a vehicle; determining, using the neural network and based at least in part on the image data, one or more pixels of the image with compromised visibility; computing, using the neural network and based at least in part on the image data, at least one blindness classification for the one or more pixels with compromised visibility; computing a scalar value for the image data using the neural network, the scalar value being indicative of a usability of the image for performing one or more operations by a computing device in a vehicle; carrying out a feature tracking of features present in the image data over consecutive images of the image data providing a percentage of blocked or blurred pixels in the image, wherein the percentage of blocked or blurred pixels is determined by counting a number of pixel blocks whose likelihood of being blocked or blurred is determined based on a number of features tracks detected over time through the feature tracking, and determining a motion based sensor blindness based on the percentage of blocked or blurred pixels, comparing the motion based sensor blindness to the blindness classification in an agreement check, and based at least in part on the at least one blindness classification for the one or more pixels and the agreement check, performing the one or more operations using the image when the scalar value and the agreement check are indicative that the image is usable to perform the one or more operations.
An attachment system for attaching at least one electronic component on a windshield of a vehicle, wherein the attachment system comprises: fixation elements, wherein each fixation element comprises a base (13, 23) and a top portion (15, 24), wherein the fixation element is fixable with its base (13, 23) on the windshield by an adhesive; and a cover device including the at least one electronic component, wherein the cover device comprises a cover element and further a bracket, wherein bracket comprises mounting sections which are designed to engage with the top portion (15, 24) of a corresponding fixation element to mount the cover device on the windshield, wherein the mounting section comprises an opening, wherein the opening comprises a first opening section to receive the corresponding fixation element and a second opening section to hold the fixation element in a mounting position. fixation elements, wherein each fixation element comprises a base (13, 23) and a top portion (15, 24), wherein the fixation element is fixable with its base (13, 23) on the windshield by an adhesive; and a cover device including the at least one electronic component, wherein the cover device comprises a cover element and further a bracket, wherein bracket comprises mounting sections which are designed to engage with the top portion (15, 24) of a corresponding fixation element to mount the cover device on the windshield, wherein the mounting section comprises an opening, wherein the opening comprises a first opening section to receive the corresponding fixation element and a second opening section to hold the fixation element in a mounting position.
A packet processing method, comprising: receiving, by a first device, a first packet sent by a second device, wherein the first packet carries a first label, and the first label is determined based on a cycle in which the second device sends the first packet, wherein the cycle corresponds to a cycle value that is an integer initialized based on a clock of the second device and incremented by another integer each time a fixed time period has elapsed; determining, by the first device based on the first label and a second cycle of the first device, whether the first packet is a normal packet, wherein the first packet is determined to be normal when the latency of its transmission from the second device to the first device is within a specific range as determined based on the first label and the second cycle, wherein the second cycle is a cycle in which the first device receives the first packet, or is a cycle after a cycle in which the first device receives the first packet and before a first cycle; if determining that the first packet is a normal packet, determining, by the first device, a second packet based on the first packet, wherein the second packet carries a second label; and sending, by the first device, the second packet to a third device in the first cycle, wherein the second label is determined based on the first cycle. receiving, by a first device, a first packet sent by a second device, wherein the first packet carries a first label, and the first label is determined based on a cycle in which the second device sends the first packet, wherein the cycle corresponds to a cycle value that is an integer initialized based on a clock of the second device and incremented by another integer each time a fixed time period has elapsed; determining, by the first device based on the first label and a second cycle of the first device, whether the first packet is a normal packet, wherein the first packet is determined to be normal when the latency of its transmission from the second device to the first device is within a specific range as determined based on the first label and the second cycle, wherein the second cycle is a cycle in which the first device receives the first packet, or is a cycle after a cycle in which the first device receives the first packet and before a first cycle; if determining that the first packet is a normal packet, determining, by the first device, a second packet based on the first packet, wherein the second packet carries a second label; and sending, by the first device, the second packet to a third device in the first cycle, wherein the second label is determined based on the first cycle.