mhurhangee/patent-ind-claim-en huggingface dataset:
A hot runner nozzle for the lateral gating of plastic components having a nozzle body and a pressure lid , wherein tip elements are arranged between the nozzle body and the pressure lid , which are each inserted into a recess of the nozzle body and are each penetrated by a movable closure needle having a tip , which in at least one operating position protrudes in each case over an outer circumferential edge of the nozzle body, wherein the closure needles each include, on their ends facing away from the tip , a coupling means , which is coupled to a drive means for moving the closure needles , characterized in that the tip elements are furthermore supported on their side facing away from the respective tip of the closure needles on a buttress element inserted between the nozzle body and the pressure lid , and in that the buttress element is designed to be removable..
A method for enhanced connection recovery, the method comprising: establishing a radio resource control, RRC, connection by a user equipment, UE, with a serving base station in a mobile communication network ; detecting a radio link failure, RLF, of the RRC connection ; transmitting an RRC reestablishment request message to a target base station after the RLF, wherein the RRC reestablishment request message comprises a non-access stratum, NAS, service request for obtaining UE context information, and wherein the NAS service request is transmitted before performing a subsequent RRC connection setup procedure with the target base station ; receiving an RRC reestablishment reject message from the target base station in response to the RRC reestablishment request message, wherein the RRC reestablishment reject message comprises an uplink resource grant ; performing the RRC connection setup with the target base station using the uplink resource grant ; and performing an RRC connection reconfiguration with the target base station after the RRC connection setup . establishing a radio resource control, RRC, connection by a user equipment, UE, with a serving base station in a mobile communication network ; detecting a radio link failure, RLF, of the RRC connection ; transmitting an RRC reestablishment request message to a target base station after the RLF, wherein the RRC reestablishment request message comprises a non-access stratum, NAS, service request for obtaining UE context information, and wherein the NAS service request is transmitted before performing a subsequent RRC connection setup procedure with the target base station ; receiving an RRC reestablishment reject message from the target base station in response to the RRC reestablishment request message, wherein the RRC reestablishment reject message comprises an uplink resource grant ; performing the RRC connection setup with the target base station using the uplink resource grant ; and performing an RRC connection reconfiguration with the target base station after the RRC connection setup .
A sputtering chamber component comprising: a front surface ; a back surface opposite the front surface; a sputter trap formed on at least a portion of the front surface, the sputter trap having a surface roughness greater than the back surface of the sputtering chamber component and a coating of titanium particles formed on the sputter trap, the coating having a thickness from about 0.025 mm to about 2.54 mm (0.001 inches to about 0.1 inches) and being at least 99.99% pure and wherein the particles of the coating are substantially diffused and have plastic deformation. a front surface ; a back surface opposite the front surface; a sputter trap formed on at least a portion of the front surface, the sputter trap having a surface roughness greater than the back surface of the sputtering chamber component and a coating of titanium particles formed on the sputter trap, the coating having a thickness from about 0.025 mm to about 2.54 mm (0.001 inches to about 0.1 inches) and being at least 99.99% pure and wherein the particles of the coating are substantially diffused and have plastic deformation.
A method for the preparation of organo-catalyst of formula (X), wherein R 3 is characterised in that the method comprises a Suzuki-Miyaura coupling of unprotected 3,3'-dibromo-1,1-bi-2-napthol with 3,5-bis-(trifluoromethyl)phenyl boronic acid in the presence of palladium diacetate and a ligand of formula (Y)
Method for operating a plurality of wind turbines , in which a first wind turbine is arranged adjacent to a second wind turbine and a third wind turbine , in which the noise emission by the first wind turbine has a tonality and in which the rotation speed of the second wind turbine and the rotation speed of the third wind turbine are adjusted in order to conceal the tonality of the first wind turbine , wherein the tonality of the noise emission is rotation-speed-dependent and the frequency of the tone contained in the noise spectrum is changed by adjusting the rotation speed.
Twisting and winding device for twisting and winding a thread on a spindle comprising a twisting and winding unit , arranged for permitting twisting and winding of said thread around said spindle and comprising a sleeve provided with a guiding element for guiding said thread, said sleeve being arranged for being rotated by said spindle through said thread, said twisting and winding device further comprising an inner ring fixed outside said sleeve , an annular positioning element , arranged for supporting a plurality of revolving bodies , and an outer ring , mounted concentrically outside said inner ring , said annular positioning element being interposed between said inner ring and said outer ring , said inner ring and said outer ring forming a rolling track for said plurality of revolving bodies , said twisting and winding device being characterised in that it further comprises an electronic control unit arranged for varying a rotation speed of said sleeve , said electronic control unit comprising a speed sensor , arranged for detecting an actual rotation speed of said sleeve , an electromagnet , arranged for interacting with said sleeve , and an electronic card arranged for varying a supply current of said electromagnet to exert a braking action on said sleeve , in order to vary said actual rotation speed of said sleeve , said electronic card being set up to compare the value of said actual rotation speed detected by said speed sensor with a reference value and to vary said supply current on the basis of the result of said comparing.
An electronic connector , the electronic connector being configured for removable insertion into an electronic receptacle, comprising: a plug , the plug including: (a) a flexible region including a flexible beam , wherein the flexible region is formed of a flexible material, and (b) a rigid region , wherein the rigid region comprises a contact carrier , wherein the electronic connector further comprises a plurality of exposed contacts mounted on the contact carrier , and wherein the flexible region is formed of one or more materials having a hardness of between 60-100 Shore A so as to support flexing of the plug up to an angle of at least +/- 10 degrees from a natural state, characterized in that the electronic connector comprises a housing ; wherein the plug extends from the housing , and wherein the flexible beam extends between the housing and the contact carrier , wherein the contact carrier comprises a plurality of platforms separated by a plurality of recesses that are recessed with respect to the platforms , and wherein the flexible material at least partially fills the plurality of recesses . a plug , the plug including: (a) a flexible region including a flexible beam , wherein the flexible region is formed of a flexible material, and (b) a rigid region , wherein the rigid region comprises a contact carrier , wherein the electronic connector further comprises a plurality of exposed contacts mounted on the contact carrier , and wherein the flexible region is formed of one or more materials having a hardness of between 60-100 Shore A so as to support flexing of the plug up to an angle of at least +/- 10 degrees from a natural state, characterized in that the electronic connector comprises a housing ; wherein the plug extends from the housing , and wherein the flexible beam extends between the housing and the contact carrier , wherein the contact carrier comprises a plurality of platforms separated by a plurality of recesses that are recessed with respect to the platforms , and wherein the flexible material at least partially fills the plurality of recesses .
A wafer-level method of fabricating a plurality of stack assemblies, the method comprising: providing first and second wafers , wherein at least one of the first wafer or the second wafer has a plurality of optical elements on its surface; using a single vacuum injection technique to form upper and lower spacers on opposite surfaces of the second wafer wherein the upper and lower spacers are part of a same vacuum injection molded piece ; attaching the first wafer to the second wafer to form a wafer stack, the first and second wafers being attached such that each optical element is disposed between the first and second wafers; and separating the wafer stack into a plurality of stack assemblies, each of which includes at least one of the optical elements. providing first and second wafers , wherein at least one of the first wafer or the second wafer has a plurality of optical elements on its surface; using a single vacuum injection technique to form upper and lower spacers on opposite surfaces of the second wafer wherein the upper and lower spacers are part of a same vacuum injection molded piece ; attaching the first wafer to the second wafer to form a wafer stack, the first and second wafers being attached such that each optical element is disposed between the first and second wafers; and separating the wafer stack into a plurality of stack assemblies, each of which includes at least one of the optical elements.
A device for optically detecting a value or security product comprising a first security feature which reconstructs at a first irradiation angle and a second security feature and which reconstructs at a second irradiation angle that differs from the first irradiation angle: - an at least partially transparent support plate on which the value or security product can be placed, - an optical capture device , - a partial-reflector mirror , which comprises a front facing the support plate and a back facing away from the support plate , and which is positioned in the beam path of the optical capture device in order to deflect a light impinging on it from the support plate at its front in the direction of the optical capture device , - a first lighting device , which is set up to emit light directly to the support plate at the first irradiation angle, and - a second lighting device arranged to emit light at the second irradiation angle onto the back of the mirror , whereby it is transmitted through the mirror to the front and thus transmitted to the support plate . - an at least partially transparent support plate on which the value or security product can be placed, - an optical capture device , - a partial-reflector mirror , which comprises a front facing the support plate and a back facing away from the support plate , and which is positioned in the beam path of the optical capture device in order to deflect a light impinging on it from the support plate at its front in the direction of the optical capture device , - a first lighting device , which is set up to emit light directly to the support plate at the first irradiation angle, and - a second lighting device arranged to emit light at the second irradiation angle onto the back of the mirror , whereby it is transmitted through the mirror to the front and thus transmitted to the support plate .
A system, comprising: a polymerization catalyst tank containing a polymerization catalyst and a solvent; an agitator disposed inside the polymerization catalyst tank and configured to dissolve at least a portion or all of the polymerization catalyst and the solvent to generate a polymerization catalyst solution; a heating system coupled to the polymerization catalyst tank and configured to maintain a temperature of the polymerization catalyst solution above a threshold; a precontactor configured to receive feed streams comprising an activator and the polymerization catalyst solution from the polymerization catalyst tank to generate a catalyst complex, the precontactor containing the activator and the polymerization catalyst solution; a transfer line configured to transfer the polymerization catalyst solution from the polymerization catalyst tank to the precontactor; a reactor, and a transfer line configured to transfer the catalyst complex from an outlet of the precontactor to the reactor. a polymerization catalyst tank containing a polymerization catalyst and a solvent; an agitator disposed inside the polymerization catalyst tank and configured to dissolve at least a portion or all of the polymerization catalyst and the solvent to generate a polymerization catalyst solution; a heating system coupled to the polymerization catalyst tank and configured to maintain a temperature of the polymerization catalyst solution above a threshold; a precontactor configured to receive feed streams comprising an activator and the polymerization catalyst solution from the polymerization catalyst tank to generate a catalyst complex, the precontactor containing the activator and the polymerization catalyst solution; a transfer line configured to transfer the polymerization catalyst solution from the polymerization catalyst tank to the precontactor; a reactor, and a transfer line configured to transfer the catalyst complex from an outlet of the precontactor to the reactor.
Method for manufacturing a mainspring for a movement of a timepiece , said mainspring including an inner end having a first inner coil or a fixed core defining a hooking area for hooking to a defined connecting area on a core of the barrel arbor , this mainspring including a spiral metal strip , the method including a step of producing a spiral metal strip and said hooking area on an inner face of the inner end of said strip , the hooking area including at least one shaped portion and at least one cavity comprised in said inner face of this inner end , said at least one cavity comprising a base and side walls , said side walls each forming an acute angle with said base , and said at least one cavity having a depth (P) that is substantially greater or strictly greater than half the thickness (E) of the strip , said at least one cavity having a shape that complements that of said at least one shaped portion of the connecting area of the barrel arbor and cooperating with said at least one shaped portion of this connecting area, and said at least one shaped portion being a portion of increased thickness comprised on the inner face of the inner end of the strip , said at least one shaped portion having a shape that complements that of said at least one cavity of the connecting area of the barrel arbor of the timepiece movement and cooperating with said at least one cavity of this connecting area, said production step comprising: - a sub-step of forming the spiral metal strip and the hooking area by electroforming, or - a sub-step of forming the spiral metal strip and the hooking area by material removal from a metal substrate in the form of a wafer, or - a sub-step of forming the spiral metal strip and the hooking area by a metal additive manufacturing technique. - a sub-step of forming the spiral metal strip and the hooking area by electroforming, or - a sub-step of forming the spiral metal strip and the hooking area by material removal from a metal substrate in the form of a wafer, or - a sub-step of forming the spiral metal strip and the hooking area by a metal additive manufacturing technique.
A heat recovery steam generator (HRSG) , comprising: a base having a base top defining a perimeter and a plurality of columns ; and a top platform assembly disposed on the base , the top platform assembly comprising: a first top platform auxiliary module having a first rectangular frame in which a steam manifold is disposed; a second top platform auxiliary module having a second rectangular frame in which a high pressure (HP) drum is disposed; and a third top platform auxiliary module having a third rectangular frame in which at least one of a low pressure (LP) drum and an intermediate pressure (IP) drum is disposed; wherein, based on the shape and components of the first top platform auxiliary module , the second top platform auxiliary module , and the third top platform auxiliary module , the plurality of the columns of the base are spaced at particular distances to support the top platform assembly and to facilitate coupling of the components to the base ; wherein the base top defines a plane on which the first top platform auxiliary module , the second top platform auxiliary module , and the third top platform auxiliary module are disposed in a row; and wherein the top platform assembly extends beyond the perimeter of the base top . a base having a base top defining a perimeter and a plurality of columns ; and a top platform assembly disposed on the base , the top platform assembly comprising: a first top platform auxiliary module having a first rectangular frame in which a steam manifold is disposed; a second top platform auxiliary module having a second rectangular frame in which a high pressure (HP) drum is disposed; and a third top platform auxiliary module having a third rectangular frame in which at least one of a low pressure (LP) drum and an intermediate pressure (IP) drum is disposed; a first top platform auxiliary module having a first rectangular frame in which a steam manifold is disposed; a second top platform auxiliary module having a second rectangular frame in which a high pressure (HP) drum is disposed; and a third top platform auxiliary module having a third rectangular frame in which at least one of a low pressure (LP) drum and an intermediate pressure (IP) drum is disposed; wherein, based on the shape and components of the first top platform auxiliary module , the second top platform auxiliary module , and the third top platform auxiliary module , the plurality of the columns of the base are spaced at particular distances to support the top platform assembly and to facilitate coupling of the components to the base ; wherein the base top defines a plane on which the first top platform auxiliary module , the second top platform auxiliary module , and the third top platform auxiliary module are disposed in a row; and wherein the top platform assembly extends beyond the perimeter of the base top .
Method for producing anchor rods from a fiber composite material, wherein, in a solidifying step, a strand made of a curable matrix material , in which fibers are embedded, is conveyed to an irradiation device and solidified by an irradiation with light, and wherein the solidified strand is further conveyed into an annealing device and, in a subsequent curing step, is cured by heating to a annealing temperature, wherein a portion of the cured strand forms an anchor rod , characterized in that the strand , in the solidifying step, is conveyed into or past the irradiation device on a circulating conveyor belt in a depression of the conveyor belt continuous in a conveying direction .
A clothes manager comprising: a cabinet including an accommodation space in which clothes are accommodated; a door configured to open and close an opening of the cabinet; a clothes treating device configured to treat the clothes accommodated in the accommodation space of the cabinet; an intermediate plate forming a bottom of the accommodation space of the cabinet and formed to be deformed depending on the weight of an object placed on the intermediate plate; a sensing device disposed below the intermediate plate and configured to detect that a human or an animal enters the cabinet by detecting a depressing of the intermediate plate; and a processor configured to: receive a human detection signal or an animal detection signal from the sensing device, output an abnormal detection signal based on the human detection signal or the animal detection signal being transmitted by the sensing device, and when the abnormal detection signal is output, control the clothes manager to output an abnormal detection alarm. a cabinet including an accommodation space in which clothes are accommodated; a door configured to open and close an opening of the cabinet; a clothes treating device configured to treat the clothes accommodated in the accommodation space of the cabinet; an intermediate plate forming a bottom of the accommodation space of the cabinet and formed to be deformed depending on the weight of an object placed on the intermediate plate; a sensing device disposed below the intermediate plate and configured to detect that a human or an animal enters the cabinet by detecting a depressing of the intermediate plate; and a processor configured to: receive a human detection signal or an animal detection signal from the sensing device, output an abnormal detection signal based on the human detection signal or the animal detection signal being transmitted by the sensing device, and when the abnormal detection signal is output, control the clothes manager to output an abnormal detection alarm. receive a human detection signal or an animal detection signal from the sensing device, output an abnormal detection signal based on the human detection signal or the animal detection signal being transmitted by the sensing device, and when the abnormal detection signal is output, control the clothes manager to output an abnormal detection alarm.
Cooktop device, in particular induction cooktop device, having at least one heating element (24a-b), with an articulated arm (12a-b) which has a first arm part (14a-b) and a second arm part (16a-b), a joint (18a-b) which is designed to support the second arm part (16a-b) in such a way that said second arm part (16a-b) can be moved relative to the first arm part (14a-b), and a suspension (20a-b) for connecting the first arm part (14a-b) to a base component (22a-b), characterised in that the articulated arm (12a-b), which has exactly two arm parts, is designed to bear exactly one heating element (24a-b), namely the at least one heating element (24a-b), and in a mounted state bears the exactly one single heating element (24a-b).
A fastening system for aerospace vehicles comprising: a dielectric nut retainer strip formed of dielectric material comprising at least two fastener thru holes and at least two cap receiver portions ; the dielectric nut retainer strip being attachable to a substructure of the aerospace vehicle; at least two anti-rotation nut retainer portions integrally formed in the dielectric nut retainer strip adjacent to the at least two fastener thru holes; at least two caps configured to mate with the at least two cap receiver portions ; at least two fasteners ; and at least two anti-rotation nuts configured to fit in the anti-rotation nut retainer portions and couple with the fasteners. a dielectric nut retainer strip formed of dielectric material comprising at least two fastener thru holes and at least two cap receiver portions ; the dielectric nut retainer strip being attachable to a substructure of the aerospace vehicle; at least two anti-rotation nut retainer portions integrally formed in the dielectric nut retainer strip adjacent to the at least two fastener thru holes; at least two caps configured to mate with the at least two cap receiver portions ; at least two fasteners ; and at least two anti-rotation nuts configured to fit in the anti-rotation nut retainer portions and couple with the fasteners.