mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a pneumatic vehicle tyre, comprising the following steps: A) moulding at least one rubber mixture for producing a pneumatic vehicle tyre, such that a rubber profile for producing a first cap section of a tread of a pneumatic vehicle tyre is obtained, B) processing the rubber profile such that a first cap section of a tread of a pneumatic vehicle tyre is obtained, the processing being carried out inter alia by means of a cutting unit, such that a part of the rubber profile is cut out, C) winding one or several further rubber components onto the first cap section by means of strip winding, such that a green tyre is obtained for vulcanization, the green tyre comprising an unvulcanized tread - with a second cap section consisting of the one or the several further rubber components and - with the first cap section, D) vulcanizing the resulting green tyre, such that a pneumatic vehicle tyre comprising a tread with the first cap section and with the second cap section composed of the one or the several further rubber components is obtained. A) moulding at least one rubber mixture for producing a pneumatic vehicle tyre, such that a rubber profile for producing a first cap section of a tread of a pneumatic vehicle tyre is obtained, B) processing the rubber profile such that a first cap section of a tread of a pneumatic vehicle tyre is obtained, the processing being carried out inter alia by means of a cutting unit, such that a part of the rubber profile is cut out, C) winding one or several further rubber components onto the first cap section by means of strip winding, such that a green tyre is obtained for vulcanization, the green tyre comprising an unvulcanized tread - with a second cap section consisting of the one or the several further rubber components and - with the first cap section, - with a second cap section consisting of the one or the several further rubber components and - with the first cap section, D) vulcanizing the resulting green tyre, such that a pneumatic vehicle tyre comprising a tread with the first cap section and with the second cap section composed of the one or the several further rubber components is obtained.
An optical sensor device which is adapted to be coupled to a pane, in particular to a windshield of a motor vehicle, comprising a sensor unit which includes a light emitter, a light receiver, and a lens plate that is used for coupling a pencil of rays radiated by the light emitter into and out of the pane and directing it onto the light receiver, characterized in that the lens plate includes a combined Fresnel structure (16a, 16b) having a Fresnel lens structure (18a, 18b) and a Fresnel reflector structure (20a, 20b) on a first surface facing the light emitter and the light receiver, and a Fresnel reflector structure (22a, 22b) on an opposite, second surface facing the pane.
A pressure and/or switching state display comprising: - a radiation source which can emit radiation, - radiation protection, which is designed to shield the radiation source, and - an actuator, which can transfer the display from a first state into a second state, wherein in the first state the radiation protection shields the emitted radiation, wherein in the second state at least some of the emitted radiation is not shielded, characterised in that the display is formed as a pressure relief valve for a pressure vessel. - a radiation source which can emit radiation, - radiation protection, which is designed to shield the radiation source, and - an actuator, which can transfer the display from a first state into a second state,
Avalanche airbag system comprising a. at least one inflatable airbag, b. a filling unit (3, 3', 3") for filling the airbag with a fluid, comprising i. at least one pressure vessel containing a fluid, ii. a trigger mechanism for releasing the fluid contained in the at least one pressure vessel as required, c. the filling unit (3, 3', 3") comprising a housing (12, 12') which i. has a fluid outlet (26, 26') that is fluidly connected to the airbag, characterized in that the filling unit ii. has a fan impeller (20, 20') which is arranged in the housing (12, 12') and can be driven at least indirectly by the fluid flowing out of the at least one pressure vessel. a. at least one inflatable airbag, b. a filling unit (3, 3', 3") for filling the airbag with a fluid, comprising i. at least one pressure vessel containing a fluid, ii. a trigger mechanism for releasing the fluid contained in the at least one pressure vessel as required, i. at least one pressure vessel containing a fluid, ii. a trigger mechanism for releasing the fluid contained in the at least one pressure vessel as required, c. the filling unit (3, 3', 3") comprising a housing (12, 12') which i. has a fluid outlet (26, 26') that is fluidly connected to the airbag, characterized in that the filling unit ii. has a fan impeller (20, 20') which is arranged in the housing (12, 12') and can be driven at least indirectly by the fluid flowing out of the at least one pressure vessel. i. has a fluid outlet (26, 26') that is fluidly connected to the airbag, characterized in that the filling unit ii. has a fan impeller (20, 20') which is arranged in the housing (12, 12') and can be driven at least indirectly by the fluid flowing out of the at least one pressure vessel.
A replaceable fluid container for a vehicle or equipment, the container comprising: a housing comprising a fluid reservoir; an outlet port arranged on the housing to couple the reservoir in fluidic communication with a fluid system of the vehicle or the equipment for supplying fluid from the reservoir to the vehicle or the equipment; an inlet port arranged on the housing to couple the reservoir in fluidic communication with the fluid system of the vehicle or the equipment for receiving fluid from the vehicle or the equipment to the reservoir; and a vent port arranged on the housing to couple the reservoir in fluidic communication with the vehicle or the equipment for allowing gas to be passed into and out from the reservoir, whereby the inlet, outlet and vent ports are arranged on a common end of the housing, characterised in that said ports are arranged such that the distance between the vent port and the nearest of the inlet port and outlet port is greater than the distance between the inlet port and the outlet port. a housing comprising a fluid reservoir; an outlet port arranged on the housing to couple the reservoir in fluidic communication with a fluid system of the vehicle or the equipment for supplying fluid from the reservoir to the vehicle or the equipment; an inlet port arranged on the housing to couple the reservoir in fluidic communication with the fluid system of the vehicle or the equipment for receiving fluid from the vehicle or the equipment to the reservoir; and a vent port arranged on the housing to couple the reservoir in fluidic communication with the vehicle or the equipment for allowing gas to be passed into and out from the reservoir, whereby the inlet, outlet and vent ports are arranged on a common end of the housing, characterised in that said ports are arranged such that the distance between the vent port and the nearest of the inlet port and outlet port is greater than the distance between the inlet port and the outlet port.
A method of monitoring a location of an elevator car within an elevator system, the method comprising: Detecting a first location of the elevator car at a first time using a position reference system; characterised in that the method further comprises: Detecting a second location of the elevator car at a second time using a pressure sensor located on the elevator car and an acceleration sensor located on the elevator car; Determining that the second location is equivalent to the first location if the second time is within a selected range of the first time; and normalizing location detection of the pressure sensor and the acceleration sensor based on the second location being equivalent to the first location; wherein the elevator car is stopped during the first time and the second time, to have the pressure sensor information and the acceleration sensor information detected and then related to car position determined by the position reference system. Detecting a first location of the elevator car at a first time using a position reference system; characterised in that the method further comprises: Detecting a second location of the elevator car at a second time using a pressure sensor located on the elevator car and an acceleration sensor located on the elevator car; Determining that the second location is equivalent to the first location if the second time is within a selected range of the first time; and normalizing location detection of the pressure sensor and the acceleration sensor based on the second location being equivalent to the first location; wherein the elevator car is stopped during the first time and the second time, to have the pressure sensor information and the acceleration sensor information detected and then related to car position determined by the position reference system. Detecting a second location of the elevator car at a second time using a pressure sensor located on the elevator car and an acceleration sensor located on the elevator car; Determining that the second location is equivalent to the first location if the second time is within a selected range of the first time; and normalizing location detection of the pressure sensor and the acceleration sensor based on the second location being equivalent to the first location; wherein the elevator car is stopped during the first time and the second time, to have the pressure sensor information and the acceleration sensor information detected and then related to car position determined by the position reference system.
A method for manufacturing projection materials for a shot peening, the method comprising the steps of: quenching the projection materials by rapidly cooling them; tempering the projection materials at a predetermined temperature for the tempering; work hardening the projection materials by imparting a stress on them; wherein the steel is used as raw materials for the projection materials. quenching the projection materials by rapidly cooling them; tempering the projection materials at a predetermined temperature for the tempering; work hardening the projection materials by imparting a stress on them; wherein the steel is used as raw materials for the projection materials.
A method of producing a non-heated cashew nut shell liquid preparation, comprising mixing one or more acid components with one or more carriers and further mixing the carrier mixed with the acid component with the non-heated cashew nut shell liquid, wherein the non-heated cashew nut shell liquid preparation comprises: one or more carriers, and a composition comprising one or more acids and a non-heated cashew nut shell liquid, wherein decarboxylation of an anacardic acid in the non-heated cashew nut is inhibited by the one or more acids, wherein the one or more acids is/are selected from formic acid, malic acid, citric acid, succinic acid, tartaric acid, nitric acid, malonic acid, glutaric acid, adipic acid, fumaric acid, maleic acid, phthalic acid, isophthalic acid, phytic acid, terephthalic acid, lactic acid, sulfamic acid, hydroxyacetic acid, phosphonic acid, and gluconic acid, and wherein the amount of the acid is 0.5 wt% or more with respect to the non-heated cashew nut shell liquid. one or more carriers, and a composition comprising one or more acids and a non-heated cashew nut shell liquid, wherein decarboxylation of an anacardic acid in the non-heated cashew nut is inhibited by the one or more acids, wherein the one or more acids is/are selected from formic acid, malic acid, citric acid, succinic acid, tartaric acid, nitric acid, malonic acid, glutaric acid, adipic acid, fumaric acid, maleic acid, phthalic acid, isophthalic acid, phytic acid, terephthalic acid, lactic acid, sulfamic acid, hydroxyacetic acid, phosphonic acid, and gluconic acid, and wherein the amount of the acid is 0.5 wt% or more with respect to the non-heated cashew nut shell liquid.
Composition comprising a) at least one epoxy resin and/or reactive diluents, b) at least one hardener for the at least one epoxy resin, c) at least one curing indicator, which is a polymeric colourant consisting of chromophores which are chemically bound to polymers having reactive groups, wherein the hardener for the epoxy resin is no acid and no anhydride and wherein the colour of the composition changes depending on the curing degree. a) at least one epoxy resin and/or reactive diluents, b) at least one hardener for the at least one epoxy resin, c) at least one curing indicator, which is a polymeric colourant consisting of chromophores which are chemically bound to polymers having reactive groups, wherein the hardener for the epoxy resin is no acid and no anhydride and wherein the colour of the composition changes depending on the curing degree.
A clip, the clip comprising: a first portion fixedly attached to an arm of a surgical instrument that deploys a surgical implant inside a patient's body; the surgical instrument including an elongate shaft, wherein the arm and the elongate shaft are parallel in a deployed position and an undeployed position; and a second portion adapted to releasably receive the surgical implant, wherein the second portion has a first configuration relative to the arm of the surgical instrument that retains the surgical implant and a second configuration relative to the arm of the surgical instrument that releases the implant, the second portion being parallel to the arm of the surgical instrument when in the first configuration and a longitudinal axis of the second portion intersects the arm of the surgical instrument when the second portion is in the second configuration; and wherein the clip deforms from the first configuration to the second configuration to release the surgical implant. a first portion fixedly attached to an arm of a surgical instrument that deploys a surgical implant inside a patient's body; the surgical instrument including an elongate shaft, wherein the arm and the elongate shaft are parallel in a deployed position and an undeployed position; and a second portion adapted to releasably receive the surgical implant, wherein the second portion has a first configuration relative to the arm of the surgical instrument that retains the surgical implant and a second configuration relative to the arm of the surgical instrument that releases the implant, the second portion being parallel to the arm of the surgical instrument when in the first configuration and a longitudinal axis of the second portion intersects the arm of the surgical instrument when the second portion is in the second configuration; and wherein the clip deforms from the first configuration to the second configuration to release the surgical implant.
Method for managing an optimal transmission power of a Wi-Fi access point, on which plural electronic devices are connected, at least on electronic device being associated with a plurality of positions, the Wi-Fi access point being able to transmit with a variable transmission power, the method being executed by the Wi-Fi access point and comprising the steps of: - determining a minimum value of a quality indicator associated with a connection for each electronic device to the Wi-Fi access point, - for each position associated to each electronic device, determining a minimum transmission power value of the access point making it possible to obtain, for the electronic device connected to the Wi-Fi access point, a value of the quality indicator associated with its connection to the Wi-Fi access point higher than the minimum value, - configuring (345, 360) the optimal transmission power of the Wi-Fi access point as being equal to the minimum transmission power values previously determined. - determining a minimum value of a quality indicator associated with a connection for each electronic device to the Wi-Fi access point, - for each position associated to each electronic device, determining a minimum transmission power value of the access point making it possible to obtain, for the electronic device connected to the Wi-Fi access point, a value of the quality indicator associated with its connection to the Wi-Fi access point higher than the minimum value, - configuring (345, 360) the optimal transmission power of the Wi-Fi access point as being equal to the minimum transmission power values previously determined.
A sliding material comprising a substrate and a copper alloy layer bonded to the substrate, wherein the copper alloy layer comprises a copper alloy including: 4.0 to 25.0 mass% of Bi, optionally a total amount of not more than 50.0 mass% one or more selected from Sn, Al, Zn, Mn, Si, Ni, Fe, P, Zr, Ti and Mg, optionally a total amount of not more than 10 volume % of either or both of MoSz and graphite, and optionally 1.0 to 10.0 volume % of hard particles composed of a metal boride, silicide, oxide, nitride or carbide, or intermetallic compound, the balance being copper and inevitable impurities; wherein the copper alloy has a structure in which Bi phases are dispersed in a copper alloy matrix, and wherein a contact area ratio of the Bi phases at a bonding interface with the substrate is not more than 2.0%. 4.0 to 25.0 mass% of Bi, optionally a total amount of not more than 50.0 mass% one or more selected from Sn, Al, Zn, Mn, Si, Ni, Fe, P, Zr, Ti and Mg, optionally a total amount of not more than 10 volume % of either or both of MoSz and graphite, and optionally 1.0 to 10.0 volume % of hard particles composed of a metal boride, silicide, oxide, nitride or carbide, or intermetallic compound, the balance being copper and inevitable impurities; wherein the copper alloy has a structure in which Bi phases are dispersed in a copper alloy matrix, and wherein a contact area ratio of the Bi phases at a bonding interface with the substrate is not more than 2.0%.
A method of controlling a wind turbine, the wind turbine comprising at least one wind speed sensor, a number of pitch-adjustable rotor blades, and a control system for changing the pitch of the rotor blades and/or a generator torque, the method comprising: - obtaining a number of pre-defined wind speed intervals; - determining at time intervals an error parameter as the difference between an estimated wind speed and a measured wind speed as measured by the wind speed sensor; - obtaining over time and for each wind speed interval a group of error parameters, wherein the error parameters of a group are determined from measured wind speeds falling within the wind speed interval of the group; - determining for each wind speed interval and for each group of error parameters a wind speed offset based on the average of the error parameters within the group; - adjusting the measured wind speed as a function of the wind speed offsets of the different wind speed intervals; - determining a control parameter of the wind turbine as a function of the adjusted wind speed; and - controlling the wind turbine according to the control parameter. - obtaining a number of pre-defined wind speed intervals; - determining at time intervals an error parameter as the difference between an estimated wind speed and a measured wind speed as measured by the wind speed sensor; - obtaining over time and for each wind speed interval a group of error parameters, wherein the error parameters of a group are determined from measured wind speeds falling within the wind speed interval of the group; - determining for each wind speed interval and for each group of error parameters a wind speed offset based on the average of the error parameters within the group; - adjusting the measured wind speed as a function of the wind speed offsets of the different wind speed intervals; - determining a control parameter of the wind turbine as a function of the adjusted wind speed; and - controlling the wind turbine according to the control parameter.
A method for fastening a plurality of nanoscale structures within a media, comprising acts of: inserting a plurality of nanostructures, the nanostructures being present on a first substrate and each having a defined height and orientation, into a curable fluid layer on a second substrate, the curable fluid layer having a thickness, the thickness of the fluid layer being less than or equal to the height of the plurality of nanostructures; and curing the fluid layer to form an anchoring layer, thereby fastening the nanostructure within the anchoring layer; whereby the plurality of nanostructures is fastened within the anchoring layer to a desired depth; and wherein the curable fluid layer is alterable by, and curing of the curable fluid layer is by, a treatment process including temperature variation, light curing or chemical altering. inserting a plurality of nanostructures, the nanostructures being present on a first substrate and each having a defined height and orientation, into a curable fluid layer on a second substrate, the curable fluid layer having a thickness, the thickness of the fluid layer being less than or equal to the height of the plurality of nanostructures; and curing the fluid layer to form an anchoring layer, thereby fastening the nanostructure within the anchoring layer; whereby the plurality of nanostructures is fastened within the anchoring layer to a desired depth; and wherein the curable fluid layer is alterable by, and curing of the curable fluid layer is by, a treatment process including temperature variation, light curing or chemical altering.
A communication control apparatus following the legislation and standardization of Citizens Broadband Radio Service,CBRS, comprising: an acquiring section that acquires, from a second wireless system that performs wireless communication by using a radio wave of a frequency band used by a first wireless system or from a proxy system that acts on behalf of the second wireless system, a request for the second wireless system to start or continue radio wave transmission; a determining section that determines a heartbeat interval of the request to be transmitted from a predetermined second wireless system out of a plurality of the second wireless systems or a predetermined proxy system out of a plurality of the proxy systems; and a notifying section that notifies the predetermined second wireless system or the predetermined proxy system of the determined heartbeat interval; wherein the second wireless system or the proxy system that acts on behalf of the second wireless system, transmits heartbeat requests at the determined heartbeat interval. an acquiring section that acquires, from a second wireless system that performs wireless communication by using a radio wave of a frequency band used by a first wireless system or from a proxy system that acts on behalf of the second wireless system, a request for the second wireless system to start or continue radio wave transmission; a determining section that determines a heartbeat interval of the request to be transmitted from a predetermined second wireless system out of a plurality of the second wireless systems or a predetermined proxy system out of a plurality of the proxy systems; and a notifying section that notifies the predetermined second wireless system or the predetermined proxy system of the determined heartbeat interval;