mhurhangee/patent-ind-claim-en huggingface dataset:
An aqueous binder, characterized in that , it is prepared by the method comprising the following steps: under the action of protective gel, carboxyl-containing functional monomers, vinyl acetate monomers and acrylate monomers are mixed to perform stage I polymerization to form a stage I binder; after the stage I polymerization is completed, vinyl acetate monomers are added to perform stage II polymerization to form a stage II binder; after the stage II polymerization is completed, a pre-emulsion, which is formed in advance of carboxyl-containing functional monomers, vinyl acetate monomers and acrylate monomers, is added dropwise to react completely to form a stage III binder. under the action of protective gel, carboxyl-containing functional monomers, vinyl acetate monomers and acrylate monomers are mixed to perform stage I polymerization to form a stage I binder; after the stage I polymerization is completed, vinyl acetate monomers are added to perform stage II polymerization to form a stage II binder; after the stage II polymerization is completed, a pre-emulsion, which is formed in advance of carboxyl-containing functional monomers, vinyl acetate monomers and acrylate monomers, is added dropwise to react completely to form a stage III binder.
A communication control device for managing communication devices of a second wireless system that secondarily uses some or all of frequencies being used by a first wireless system, the communication control device comprising: an acquisition section configured to acquire, from the second wireless system, desired communication parameter information regarding secondary use; a setting section configured to set a tentative communication parameter for the second wireless system on a basis of the desired communication parameter information by calculating frequency information that is available to each communication device of the second wireless system in accordance with a prescribed spectrum policy and estimating service areas of the respective communication devices of the second wireless system; a determination section configured to determine, by using a protection criterion for the first wireless system, whether or not the tentative communication parameter set by the setting section satisfies a prescribed requirement regarding the first wireless system and to adjust a configuration of secondary use between the communication devices of the second wireless system on the basis of positional relation between the estimated service areas of the communication devices of the second wireless system and on the basis of a wireless access method available to the communication devices of the second wireless system; and a reporting section configured to report, in a case where the determination section determines that the prescribed requirement is satisfied, a permission communication parameter based on the tentative communication parameter to the second wireless system. an acquisition section configured to acquire, from the second wireless system, desired communication parameter information regarding secondary use; a setting section configured to set a tentative communication parameter for the second wireless system on a basis of the desired communication parameter information by calculating frequency information that is available to each communication device of the second wireless system in accordance with a prescribed spectrum policy and estimating service areas of the respective communication devices of the second wireless system; a determination section configured to determine, by using a protection criterion for the first wireless system, whether or not the tentative communication parameter set by the setting section satisfies a prescribed requirement regarding the first wireless system and to adjust a configuration of secondary use between the communication devices of the second wireless system on the basis of positional relation between the estimated service areas of the communication devices of the second wireless system and on the basis of a wireless access method available to the communication devices of the second wireless system; and a reporting section configured to report, in a case where the determination section determines that the prescribed requirement is satisfied, a permission communication parameter based on the tentative communication parameter to the second wireless system.
A skin patch for releasable attachment to a skin location comprising: a sensor for sensing a body parameter; a communications system coupled to the sensor ; an antenna coupled to the communications system for receiving wireless power transmissions for powering the skin patch , the skin patch being couplable to at least one implantable ferromagnetic element configured for subcutaneous implantation below the skin location; at least one magnet in the skin patch for supercutaneous positioning in proximity to and for magnetic coupling with the at least one implantable ferromagnetic element , the at least one magnet comprising a central aperture providing an opening for one or more electrodes of the sensor; and longitudinal magnets adjacent to the at least one magnet in the skin patch for use in aligning the skin patch to the skin location by magnetic coupling the longitudinal magnets with further implantable ferromagnetic elements adjacent to the at least one implantable ferromagnetic element, wherein the antenna comprises a coil configured to inductively couple with an external plurality of solenoids in an anti-Helmholtz configuration, the antenna providing at least one of the following: transmitting a wireless data signal corresponding to the sensed body parameter; or receiving wireless commands to affect the body parameter from an external controller . a sensor for sensing a body parameter; a communications system coupled to the sensor ; an antenna coupled to the communications system for receiving wireless power transmissions for powering the skin patch , the skin patch being couplable to at least one implantable ferromagnetic element configured for subcutaneous implantation below the skin location; at least one magnet in the skin patch for supercutaneous positioning in proximity to and for magnetic coupling with the at least one implantable ferromagnetic element , the at least one magnet comprising a central aperture providing an opening for one or more electrodes of the sensor; and longitudinal magnets adjacent to the at least one magnet in the skin patch for use in aligning the skin patch to the skin location by magnetic coupling the longitudinal magnets with further implantable ferromagnetic elements adjacent to the at least one implantable ferromagnetic element, wherein the antenna comprises a coil configured to inductively couple with an external plurality of solenoids in an anti-Helmholtz configuration, the antenna providing at least one of the following: transmitting a wireless data signal corresponding to the sensed body parameter; or receiving wireless commands to affect the body parameter from an external controller . transmitting a wireless data signal corresponding to the sensed body parameter; or receiving wireless commands to affect the body parameter from an external controller .
A method for determination of deflection y or the process of deflection of a horizontal or angular spindle , especially of a horizontal or angular spindle of a machine tool, during extension of the spindle out of a headstock whereby a source of a laser beam is clamped to a spindle and the points of incidence of the laser beam or the geometric shapes drawn by the laser beam are recorded, or continuously recorded, at least at two different optical distances b and c from the end of the spindle for each one of at least two different extensions w 1 and w 2 of the spindle out of the headstock, whereby the deflection y of the spindle is determined, or the process of deflection of the spindle is determined, from the downwards oriented components of the shifts y b and y c of the points of incidence of the laser beam or of the centers of the geometric shapes drawn by the laser beam at the optical distances b and c from the end of the spindle , from the difference a of said optical distances b and c, from one of said optical distances b or c from the end of the spindle , and from the difference w between the extensions w 1 and w 2 of the spindle out of the headstock, the deflection y of the spindle in its movement is determined or is continuously determined as: y = y b − b − w y c − y b a ,
Production method for a security element for producing documents of value, such as banknotes , cheques or the like, the production method having steps as follows: - providing a polymer film and - forming a laterally structured microfibril structure in the polymer film by exposure to standing light waves by interference of a reference radiation with a modulated object radiation for location-dependent crosslinking in the polymer film and development with a solvent, so that the polymer film generates a chromatic, optically variable motif in plan view onto the security element . - providing a polymer film and - forming a laterally structured microfibril structure in the polymer film by exposure to standing light waves by interference of a reference radiation with a modulated object radiation for location-dependent crosslinking in the polymer film and development with a solvent, so that the polymer film generates a chromatic, optically variable motif in plan view onto the security element .
A method for controlling quality of service resource states with respect to a terminal, comprising: receiving , at a base station, a first request pertaining to quality of service, QoS, with respect to a subscriber from a first requester; characterised by the steps of: receiving , at the base station, a second request pertaining to quality of service with respect to the subscriber from a second requester, wherein at least one of the requesters is on a network operator side of an access link; controlling quality of service resources with respect to the subscriber based on QoS parameters defined within the first and second requests, wherein at least one of the first and second requests comprises requests for quality of service with respect to at least one particular traffic flow, receiving, at the base station, a third request from a device on a subscriber side of the access link indicating that the quality of service treatment to provide to the subscriber should be updated; and providing quality of service treatment to the at least one traffic flow associated with the subscriber based at least in part upon the third request. receiving , at a base station, a first request pertaining to quality of service, QoS, with respect to a subscriber from a first requester; characterised by the steps of: receiving , at the base station, a second request pertaining to quality of service with respect to the subscriber from a second requester, wherein at least one of the requesters is on a network operator side of an access link; controlling quality of service resources with respect to the subscriber based on QoS parameters defined within the first and second requests, wherein at least one of the first and second requests comprises requests for quality of service with respect to at least one particular traffic flow, receiving, at the base station, a third request from a device on a subscriber side of the access link indicating that the quality of service treatment to provide to the subscriber should be updated; and providing quality of service treatment to the at least one traffic flow associated with the subscriber based at least in part upon the third request.
A method for removing SO x from a gas, comprises bringing an absorbing solution into contact with the gas containing SO x to absorb the SO x in the gas, wherein x = 2 and/or 3, characterized in that , the absorbing solution is a complex alcohol-amine solution made by mixing ethylene glycol and/or polyethylene glycol with hydroxyl/carboxyl organic compound having basic group containing nitrogen; the hydroxyl/carboxyl organic compound having basic group containing nitrogen is one or more of hydroxyl organic compound having basic group containing nitrogen, carboxylic acid organic compound having basic group containing nitrogen, and carboxylate organic compound having basic group containing nitrogen, wherein the hydroxyl organic compound having basic group containing nitrogen is alcohol amine compound; the carboxylic acid organic compound having basic group containing nitrogen is organic compound comprising both carboxylic acid group and amine group in a molecule; and the carboxylate organic compound having basic group containing nitrogen is carboxylate organic compound comprising both carboxylic acid group and amine group in a molecule; the ethylene glycol and/or polyethylene glycol interact with the hydroxyl organic compound having basic group containing nitrogen and/or carboxyl organic compound having basic group containing nitrogen to form a stable associate via hydrogen bonds; under the action of strong acid or strong base, or in the condition of thermal dehydration, the formed associated hydrogen bonds partially dehydrate to form ether bonds or ester bonds.
A package comprising: a mounting board including a plurality of fitting holes ; a plurality of plate-shaped composite materials loaded on the mounting board, the composite materials including carbon fibers and a thermoplastic resin; and a plurality of holding members detachably attached to the fitting holes and holding the composite materials, wherein the holding members comprise first end portions attached to the fitting holes, wherein the holding members further comprise second end portions on a side opposite to the first end portions, wherein, at contact surfaces between the composite materials and the holding members, one of the contact surfaces of either the composite materials or the holding members is curved, and the other contact surface is flat or curved, wherein the package further comprises a covering board including insertion holes at positions corresponding to the fitting holes of the mounting board, wherein the plurality of the plate-shaped composite materials are sandwiched and packed between the mounting board and the covering board, wherein the holding members are inserted into the insertion holes detachably, and wherein a length of the holding members is set such that the height of the holding members attached to the fitting holes from an upper surface of the mounting board is higher than a height of the composite materials from an upper surface of the mounting board; wherein the second end portions are inserted into the insertion holes. a mounting board including a plurality of fitting holes ; a plurality of plate-shaped composite materials loaded on the mounting board, the composite materials including carbon fibers and a thermoplastic resin; and a plurality of holding members detachably attached to the fitting holes and holding the composite materials, wherein the holding members comprise first end portions attached to the fitting holes, wherein the holding members further comprise second end portions on a side opposite to the first end portions, wherein, at contact surfaces between the composite materials and the holding members, one of the contact surfaces of either the composite materials or the holding members is curved, and the other contact surface is flat or curved, wherein the package further comprises a covering board including insertion holes at positions corresponding to the fitting holes of the mounting board, wherein the plurality of the plate-shaped composite materials are sandwiched and packed between the mounting board and the covering board, wherein the holding members are inserted into the insertion holes detachably, and wherein a length of the holding members is set such that the height of the holding members attached to the fitting holes from an upper surface of the mounting board is higher than a height of the composite materials from an upper surface of the mounting board; wherein the second end portions are inserted into the insertion holes.
A battery cell abnormality determining apparatus comprising: a magnetic field measurement unit configured to measure a magnetic field generated by a current flowing in a battery cell; a voltage measurement unit for measuring a voltage of the battery cell; and a control unit configured to calculate a capacity of the battery cell based on an amount of current derived from the magnetic field measured by the magnetic field measurement unit , characterized in that the control unit determines an abnormality of the battery cell based on the capacity of the battery cell, wherein the control unit calculates a full charge/discharge reach time of the battery cell based on the voltage of the battery cell and determines an abnormality of the battery cell based on the full charge/discharge reach time of the battery cell and a full charge/discharge reach time of the battery cell at the time of production of the battery cell. a magnetic field measurement unit configured to measure a magnetic field generated by a current flowing in a battery cell; a voltage measurement unit for measuring a voltage of the battery cell; and a control unit configured to calculate a capacity of the battery cell based on an amount of current derived from the magnetic field measured by the magnetic field measurement unit , characterized in that the control unit determines an abnormality of the battery cell based on the capacity of the battery cell, wherein the control unit calculates a full charge/discharge reach time of the battery cell based on the voltage of the battery cell and determines an abnormality of the battery cell based on the full charge/discharge reach time of the battery cell and a full charge/discharge reach time of the battery cell at the time of production of the battery cell.
An apparatus comprising: (a) an opening bounded in part by a strike jamb ; (b) a panel mounted relative to said opening so as to be displaceable between an open position in which said panel is separated from said strike jamb to leave at least part of said opening open and a closed position in which said panel closes against said strike jamb; and (c) a lock mechanism associated with said strike jamb , said lock mechanism comprising a locking element displaceable relative to said strike jamb along a path of motion from a released position in which said panel can be separated from said strike jamb to a locked position in which said locking element obstructs displacement of said panel from said strike jamb, contact surfaces of said locking element and said panel being such that a force applied to said panel directed to open said panel does not generate a force acting to displace said locking element back along said path of motion, wherein said locking element provides an input surface deployed so as to be displaced by an actuating surface of said panel during a closing motion of said panel from said open position to said closed position, characterized in that said input surface moving as a unit with said locking element so as to undergo the same solid body motion as said locking element, such that displacement of said input surface by the closing motion of said panel displaces said locking element towards said locked position. (a) an opening bounded in part by a strike jamb ; (b) a panel mounted relative to said opening so as to be displaceable between an open position in which said panel is separated from said strike jamb to leave at least part of said opening open and a closed position in which said panel closes against said strike jamb; and (c) a lock mechanism associated with said strike jamb , said lock mechanism comprising a locking element displaceable relative to said strike jamb along a path of motion from a released position in which said panel can be separated from said strike jamb to a locked position in which said locking element obstructs displacement of said panel from said strike jamb, contact surfaces of said locking element and said panel being such that a force applied to said panel directed to open said panel does not generate a force acting to displace said locking element back along said path of motion,
A vehicle radar system arranged to be mounted in an ego vehicle and comprising at least one detector arrangement and at least one control unit arrangement , where said detector arrangement is adapted to obtain a dataset initially comprising a number K of radar detections , characterized in that the control unit arrangement is adapted to, repeatedly: determine a dominating line from the dataset of radar detections , and to remove radar detections associated with the dominating line from the dataset of radar detections, until a first stopping criterion is fulfilled, thereby determining a plurality of lines from the number K of radar detections , where the control unit arrangement is adapted to determine a dominating line from the dataset of radar detections by repeatedly: - select at least two radar detections ; - determine a temporary line based on said selected radar detections by fitting these detections to a line; and - determine a set of inliers from the radar detections associated with the temporary line, where an inlier is a radar detection that lies within a certain predetermined distance from the determined temporary line; until a second stopping criterion is fulfilled, and when the second stopping criterion is fulfilled, the control unit arrangement is adapted to determine the dominating line as the temporary line associated with the set of inliers having largest cardinality. determine a dominating line from the dataset of radar detections , and to remove radar detections associated with the dominating line from the dataset of radar detections, - select at least two radar detections ; - determine a temporary line based on said selected radar detections by fitting these detections to a line; and - determine a set of inliers from the radar detections associated with the temporary line, where an inlier is a radar detection that lies within a certain predetermined distance from the determined temporary line;