mhurhangee/ep-ind-claims huggingface dataset:
A device connectable to an apparatus with a rotational driving element, the device comprising a connector element for functional coupling to the apparatus, wherein the connector element is configured to be detachably attached to the apparatus, a receiving element for functionally coupling to the rotational driving element, wherein the receiving element has an axis of rotation, a base suitable to be connected to a skin treatment element, a rotational coupling mechanism rotationally coupling of the base with the receiving element, and an oscillation generator introducing an oscillation movement to the base parallel to the axis of rotation during rotation of the base with a base rotation frequency, based on a periodical repulsion or attraction of a first permanent magnet and a second permanent magnet comprised by the oscillation generator, induced by rotation of the receiving element.
A lower vehicle-body structure of an electric vehicle that uses output from a rotary electric machine as a drive force, comprising: a pair of left and right side sills extending in a vehicle front-rear direction; a substantially flat front floor panel disposed between the side sills; at least one floor cross member (30, 40) disposed on an upper surface of the front floor panel and connecting the left and right side sills in a vehicle-width direction (Lh-Rh); a pair of left and right floor frames disposed on the front floor panel and extending in the vehicle front-rear direction; a battery unit disposed between the left and right floor frames and on a vehicle lower side of the front floor panel; a kick-up portion raised from a rear end of the front floor panel toward a vehicle upper side; a rear floor panel connected to a vehicle rear side of the kick-up portion; and a kick-up reinforcing portion connecting a substantial middle of the kick-up portion in the vehicle-width direction and the front floor panel in front of the substantial middle of the kick-up portion. a pair of left and right side sills extending in a vehicle front-rear direction; a substantially flat front floor panel disposed between the side sills; at least one floor cross member (30, 40) disposed on an upper surface of the front floor panel and connecting the left and right side sills in a vehicle-width direction (Lh-Rh); a pair of left and right floor frames disposed on the front floor panel and extending in the vehicle front-rear direction; a battery unit disposed between the left and right floor frames and on a vehicle lower side of the front floor panel; a kick-up portion raised from a rear end of the front floor panel toward a vehicle upper side; a rear floor panel connected to a vehicle rear side of the kick-up portion; and a kick-up reinforcing portion connecting a substantial middle of the kick-up portion in the vehicle-width direction and the front floor panel in front of the substantial middle of the kick-up portion.
A method for sending a push content, comprising: receiving, by a push sending agent in a server, a preset push message control policy from a terminal, wherein the preset push message control policy is submitted by a user of the terminal; returning, by the push sending agent a message to the terminal indicating that the push message control policy has been successfully received and stored; receiving, by the push sending agent, a push message sent by a push initiator, PI; comparing, by the push sending agent, the push message with a matching condition in the preset push message control policy, wherein the matching condition comprises a service control condition adapted to indicate a service identifier, ID, corresponding to a type of push message that a terminal is allowed to receive; sending (1003, 1004), by the push sending agent, the push message to a push receiving agent in the terminal if the push message satisfies the type of the push message that the terminal is allowed to receive; and the method being characterised by further comprising: forwarding, by the push sending agent, the push message to other terminals when the matching condition is a push content that the terminal is not allowed to receive receiving, by a push sending agent in a server, a preset push message control policy from a terminal, wherein the preset push message control policy is submitted by a user of the terminal; returning, by the push sending agent a message to the terminal indicating that the push message control policy has been successfully received and stored; receiving, by the push sending agent, a push message sent by a push initiator, PI; comparing, by the push sending agent, the push message with a matching condition in the preset push message control policy, wherein the matching condition comprises a service control condition adapted to indicate a service identifier, ID, corresponding to a type of push message that a terminal is allowed to receive; sending (1003, 1004), by the push sending agent, the push message to a push receiving agent in the terminal if the push message satisfies the type of the push message that the terminal is allowed to receive; and the method being characterised by further comprising: forwarding, by the push sending agent, the push message to other terminals when the matching condition is a push content that the terminal is not allowed to receive
A computer-implemented method for creating a plan to reposition a patient's teeth from a set of initial tooth positions to a set of final tooth positions, the method comprising: receiving initial digital data sets representing the teeth at the initial positions, generating intermediate and final digital data sets representing the teeth at intermediate and final positions wherein the intermediate digital data sets are based on both the initial digital data set and the final digital data set, and generating treatment paths along which the teeth will move from the initial positions via the intermediate positions to the final positions including generating intermediate positions for at least one tooth between which the tooth undergoes translational movements of equal sizes. receiving initial digital data sets representing the teeth at the initial positions, generating intermediate and final digital data sets representing the teeth at intermediate and final positions wherein the intermediate digital data sets are based on both the initial digital data set and the final digital data set, and generating treatment paths along which the teeth will move from the initial positions via the intermediate positions to the final positions including generating intermediate positions for at least one tooth between which the tooth undergoes translational movements of equal sizes.
A method of reporting measurement results in a wireless communication system, comprising: receiving, by a user equipment from a base station, a measurement configuration for a plurality of serving cells, and characterized by the measurement configuration including an indicator indicating whether measurement results of a best neighboring cell on each serving frequency are to be reported; performing, by the user equipment, measurements on each serving frequency for the plurality of serving cells based on the measurement configuration to determine measurement results for each of the plurality of serving cells; and if the indicator indicates that the measurement results of the best neighboring cell is to be reported, performing, by the user equipment, a measurement for one or more neighboring cells to determine a measurement result of a best neighboring cell on each serving frequency; reporting, by the user equipment to the base station, the measurement results for each of the plurality of serving cells and the measurement result of the best neighboring cell on each serving frequency. receiving, by a user equipment from a base station, a measurement configuration for a plurality of serving cells, and characterized by the measurement configuration including an indicator indicating whether measurement results of a best neighboring cell on each serving frequency are to be reported; performing, by the user equipment, measurements on each serving frequency for the plurality of serving cells based on the measurement configuration to determine measurement results for each of the plurality of serving cells; and if the indicator indicates that the measurement results of the best neighboring cell is to be reported, performing, by the user equipment, a measurement for one or more neighboring cells to determine a measurement result of a best neighboring cell on each serving frequency; reporting, by the user equipment to the base station, the measurement results for each of the plurality of serving cells and the measurement result of the best neighboring cell on each serving frequency.
A fire-fighting extinguisher nozzle for providing a spray of fine droplet mist of liquid into a space, room or a cavity, comprising a nozzle housing; a number of apertures in the exterior surface of the nozzle housing, the apertures being intended to communicate with a liquid source through drilled holes (14,16) in a material of the nozzle housing, enabling liquid in the form of a spray to be directed at least partly in lateral direction and/or at least partly in a sector axially out from the nozzle, the nozzle also being provided with trigger mechanism, intended to initiate the spraying effect by allowing an extinguishing liquid to be sprayed out the apertures of the nozzle when heat or fumes are detected, wherein at least some of the drilled holes (14,16) in the nozzle housing are configured in such way that a mist of minute droplets is created by at least one aperture of the nozzle, characterized in that the aperture(s) being provided with a deflecting surface arranged inside the drilled holes in the nozzle material in the vicinity of the aperture, intended to cause formation of the mist spray of crushed liquid just inside the drilled holes (14,16).
A PEG-based hydrogel comprising the reaction product of a multi-arm-PEG-vinylsulfone having about 3 to about 8 arms and a multi-arm-PEG-R-sulfhydryl having about 3 to about 8 arms; wherein R is an ester linkage selected from the group consisting of carboxylate ester, lactate ester, and isobutyrate ester.
Opening/closing device for a container for pourable products, having at least one perforable portion, said opening/closing device comprising a collar combinable with said container at said perforable portion, a cap constrainedly movable by first guiding means, which are interposed between said cap and said collar, on the outer surface of said collar, and a cutting element constrainedly movable by second guiding means, which are interposed between said cutting element and said collar, inside said collar for severing said perforable portion, said device further comprising pushing means for said cutting element, which are actuated by said cap during at least its first displacement on said outer surface of said collar, for promoting the displacement inside said collar of said at least one cutting element in the direction of said perforable portion, wherein said cap is provided with at least one through hole for pouring said pourable product and with at least one lid integrally constrained to said cap and adapted to seal, or open, the passage of said at least one through hole, said first guiding means only rotatably constraining said cap to said collar, said lid being hinged to said cap by a plastic hinge combined with the side surface of said cap, characterized further comprising means for limiting the rotation of said cap with respect to the outer surface of said collar between a first assembled position for said opening/closing device and a second locked position of said cap on said collar and in that said plastic hinge is arranged on said side surface in an angular position so that at least when said cap is in its second locked position, said lid, when open, is on the part of the container opposite the side(s) of the container closest to said collar.
A vent hole cleaning apparatus for cleaning a vent hole provided on a molding surface of a mold for vulcanizing a rubber product comprising: a detecting means for detecting a shape of the molding surface; and a cleaning means for cleaning the vent hole, characterized in that the vent hole cleaning apparatus further comprises: a controlling means for storing in advance molding surface information including shape information of the molding surface including a position of the vent hole and for calculating the position of the vent hole by comparing the shape of the molding surface obtained by the detecting means with the molding surface information; and a guiding means for moving the cleaning means based on the calculated position of the vent hole. a detecting means for detecting a shape of the molding surface; and a cleaning means for cleaning the vent hole, characterized in that the vent hole cleaning apparatus further comprises: a controlling means for storing in advance molding surface information including shape information of the molding surface including a position of the vent hole and for calculating the position of the vent hole by comparing the shape of the molding surface obtained by the detecting means with the molding surface information; and a guiding means for moving the cleaning means based on the calculated position of the vent hole. a controlling means for storing in advance molding surface information including shape information of the molding surface including a position of the vent hole and for calculating the position of the vent hole by comparing the shape of the molding surface obtained by the detecting means with the molding surface information; and a guiding means for moving the cleaning means based on the calculated position of the vent hole.
A vehicle operated remotely by an operator, comprising: a communication part configured to receive, in response to an operation on an acceleration input part performed by the operator, a vehicle operation signal including an accelerator input value; a steering angle sensor configured to measure a steering angle of the vehicle a speed sensor configured to measure a speed of the vehicle; and a controller configured to correct the accelerator input value such that in a case where the absolute value of the steering angle is greater than or equal to a threshold angle and the speed is greater than 0, the accelerator input value is corrected so that the speed is smaller than the speed at which the speed would be controlled by the accelerator input value in a case when the absolute value of the steering angle is smaller than the threshold angle and the speed is greater than 0; characterized in that the controller is further configured to correct the accelerator input value based on a delay time from the operation by the operator to the reception of the vehicle operation signal by the communication part; wherein the controller is configured to change the threshold angle based on a change in the delay time; and wherein the controller is configured to reduce the threshold angle as the delay time increases. a communication part configured to receive, in response to an operation on an acceleration input part performed by the operator, a vehicle operation signal including an accelerator input value; a steering angle sensor configured to measure a steering angle of the vehicle a speed sensor configured to measure a speed of the vehicle; and a controller configured to correct the accelerator input value such that in a case where the absolute value of the steering angle is greater than or equal to a threshold angle and the speed is greater than 0, the accelerator input value is corrected so that the speed is smaller than the speed at which the speed would be controlled by the accelerator input value in a case when the absolute value of the steering angle is smaller than the threshold angle and the speed is greater than 0; characterized in that the controller is further configured to correct the accelerator input value based on a delay time from the operation by the operator to the reception of the vehicle operation signal by the communication part; wherein the controller is configured to change the threshold angle based on a change in the delay time; and wherein the controller is configured to reduce the threshold angle as the delay time increases.
Linear motor, comprising a rotor mounted to be guided in an axially reciprocating manner in a stator having at least one coil with a plurality of windings, at least one winding forming a cooling rib (8, 8', 8") exposed at the edges, characterised in that the cooling ribs are tapered towards the outside, being formed of a plurality of partially overlapping windings.
A catalyst for olefin polymerization represented by the general formula: R 1 R 2 C=N-OMC p X 1 X 2 wherein; M is a transition metal; X 1 and X 2 are independently selected from the group consisting of halide, alkyl group, aryl group, alkyl amine group, or alkyl aryl group, and are directly bond to M R 1 and R 2 are independently selected from the group consisting of hydrogen, alkyl group or aryl group; and Cp is a cyclopentadienyl group.
A method for manufacturing at least one semiconductor structure on the surface of a support, said method including the steps of: - providing the support whose surface comprises silicon, - forming in contact with at least one zone of the surface, which is called the formation zone, a layer of a first material, the remainder of the surface, called free zone, remaining free of the first material, the dimensions of the at least one formation zone and the first material being adapted for the formation of the structure with transverse dimensions comprised between 100 nm and 1 μm, the first material including gallium, the formation of said layer taking place at a temperature below 600°C, - forming the semiconductor structure in contact with the layer by depositing a second material substantially identical to the first material, the semiconductor structure being a semiconductor wire, the manufacturing method being characterised in that the step of forming the layer of a first material includes a sub-step of depositing the first material of the physical vapour phase deposition type selected from the group including cathodic sputtering and pulsed laser ablation. - providing the support whose surface comprises silicon, - forming in contact with at least one zone of the surface, which is called the formation zone, a layer of a first material, the remainder of the surface, called free zone, remaining free of the first material, the dimensions of the at least one formation zone and the first material being adapted for the formation of the structure with transverse dimensions comprised between 100 nm and 1 μm, the first material including gallium, the formation of said layer taking place at a temperature below 600°C, - forming the semiconductor structure in contact with the layer by depositing a second material substantially identical to the first material, the semiconductor structure being a semiconductor wire, the manufacturing method being characterised in that the step of forming the layer of a first material includes a sub-step of depositing the first material of the physical vapour phase deposition type selected from the group including cathodic sputtering and pulsed laser ablation.
A motor shaft, comprising a shaft body and an insulation coating, wherein the shaft body comprises a first mounting portion and a second mounting portion that are fastenedly connected, a positioning step surface is disposed at an end that is of the first mounting portion and that is close to the second mounting portion, the first mounting portion is configured to mount a rotor, the second mounting portion is covered with the insulation coating, the second mounting portion is configured to mount a bearing, and a resistivity of the insulation coating is not less than 10 7 Ω·m; wherein the positioning step surface is covered with the insulation coating; wherein the second mounting portion is further provided with an annular groove extending along a circumferential direction of the second mounting portion, and the groove is located at an end that is of the second mounting portion and that is close to the positioning step surface; and wherein the groove comprises a first connection wall and a second connection wall that are oppositely disposed, the first connection wall is disposed at an end that is of the groove and that is close to the first mounting portion, the insulation coating on the positioning step surface is flush with the first connection wall, and an end surface of an end that is of the insulation coating on the second mounting portion and that is close to the first mounting portion is flush with the second connection wall. wherein the positioning step surface is covered with the insulation coating; wherein the second mounting portion is further provided with an annular groove extending along a circumferential direction of the second mounting portion, and the groove is located at an end that is of the second mounting portion and that is close to the positioning step surface; and wherein the groove comprises a first connection wall and a second connection wall that are oppositely disposed, the first connection wall is disposed at an end that is of the groove and that is close to the first mounting portion, the insulation coating on the positioning step surface is flush with the first connection wall, and an end surface of an end that is of the insulation coating on the second mounting portion and that is close to the first mounting portion is flush with the second connection wall.