mhurhangee/patent-ind-claim-en huggingface dataset:
A cosmetic container , comprising: a container part receiving contents; a discharge part discharging the contents stored in the container part to the outside; a shoulder part provided on an upper side of the container part ; and a cap provided on an upper side of the shoulder and opening or sealing the discharge part from the outside, wherein the shoulder part is provided on an upper side of a mouth part of the container part and having a hollow such that the contents are positioned inward and a see-through part made of a transparent material extending outward, when the cap is coupled, the cap is provided on an upper side of the shoulder body and the see-through part is exposed to the outside and the cosmetic container stands, supported by one surface of the cap , wherein the contents move to the hollow of the shoulder body due to the standing and the contents positioned in the hollow are observable from the outside through the see-through part, characterized in that the cosmetic container further comprises: a pump part moving the contents in the container part to the discharge part ; and a head part provided on an upper side of the shoulder part and having the pump part inside. a container part receiving contents; a discharge part discharging the contents stored in the container part to the outside; a shoulder part provided on an upper side of the container part ; and a cap provided on an upper side of the shoulder and opening or sealing the discharge part from the outside, wherein the shoulder part is provided on an upper side of a mouth part of the container part and having a hollow such that the contents are positioned inward and a see-through part made of a transparent material extending outward, when the cap is coupled, the cap is provided on an upper side of the shoulder body and the see-through part is exposed to the outside and the cosmetic container stands, supported by one surface of the cap , wherein the contents move to the hollow of the shoulder body due to the standing and the contents positioned in the hollow are observable from the outside through the see-through part, characterized in that the cosmetic container further comprises: a pump part moving the contents in the container part to the discharge part ; and a head part provided on an upper side of the shoulder part and having the pump part inside. a pump part moving the contents in the container part to the discharge part ; and a head part provided on an upper side of the shoulder part and having the pump part inside.
A method for data transmission, comprising: sending, by a network device, first control information to a terminal device, wherein the first control information carries first indication information for the terminal device to determine time of sidelink data transmission, wherein the first indication information indicates an offset value of a time unit relative to a specific boundary; characterized in that the specific boundary is determined according to a second downlink time unit, the second downlink time unit is a downlink time unit on which the terminal device receives the first control information. sending, by a network device, first control information to a terminal device, wherein the first control information carries first indication information for the terminal device to determine time of sidelink data transmission, wherein the first indication information indicates an offset value of a time unit relative to a specific boundary; characterized in that the specific boundary is determined according to a second downlink time unit, the second downlink time unit is a downlink time unit on which the terminal device receives the first control information.
Fastening element for fastening a first and second visible profile , more particularly a decking profile, to a substructure , wherein the fastening element has two mutually opposite broad sides , longitudinal sides and end sides , having a base plate which is designed to engage in mutually opposite grooves in mutually facing longitudinal sides of the first and second visible profile , having a first and a second spring element which project from the base plate on the first broad side of the fastening element and are designed to rest resiliently against the groove of the second visible profile , wherein the first and second spring elements , starting from the base plate to their respective free end , extend parallel to one another progressing in the direction of the second longitudinal side , having a spacer , which starts from the base plate and projects therefrom, for spacing the first and second visible profile apart from one another, and having a first mounting opening for a fastening means , wherein the spacer is arranged between the first and second spring elements and having the first mounting opening , and wherein the first and second spring elements and the spacer of the base plate are arranged on the first broad side of the fastening element , characterized in that the first and second spring element extend starting from the first longitudinal side in the direction of their free ends to the second longitudinal side . having a base plate which is designed to engage in mutually opposite grooves in mutually facing longitudinal sides of the first and second visible profile , having a first and a second spring element which project from the base plate on the first broad side of the fastening element and are designed to rest resiliently against the groove of the second visible profile , wherein the first and second spring elements , starting from the base plate to their respective free end , extend parallel to one another progressing in the direction of the second longitudinal side , having a spacer , which starts from the base plate and projects therefrom, for spacing the first and second visible profile apart from one another, and having a first mounting opening for a fastening means , wherein the spacer is arranged between the first and second spring elements and having the first mounting opening , and wherein the first and second spring elements and the spacer of the base plate are arranged on the first broad side of the fastening element , characterized in that the first and second spring element extend starting from the first longitudinal side in the direction of their free ends to the second longitudinal side .
An active stylus calibration method, applied to an active stylus , wherein the method comprises: establishing a network connection to an electronic device having a touchscreen ; transmitting a function signal to the electronic device ; and receiving, through the network connection, a force calibration instruction sent by the electronic device , and calibrating a force sensor based on the force calibration instruction, the method being characterized in that the force calibration instruction is generated by the electronic device when the electronic device determines that a parameter value, obtained through detection of the function signal, meets a specified condition, wherein the specified condition comprises: a timing duration reaches a specified duration and a distance reaches a second threshold wherein the timing is started when the distance reaches a first threshold; the distance is determined by the electronic device based on the parameter value, wherein a smaller parameter value indicates a larger distance; the second threshold is greater than the first threshold; and the specified duration relates to a deformation restoration period of the force sensor of the active stylus in which a deformation of the force sensor is restored. establishing a network connection to an electronic device having a touchscreen ; transmitting a function signal to the electronic device ; and receiving, through the network connection, a force calibration instruction sent by the electronic device , and calibrating a force sensor based on the force calibration instruction, the method being characterized in that the force calibration instruction is generated by the electronic device when the electronic device determines that a parameter value, obtained through detection of the function signal, meets a specified condition, wherein the specified condition comprises: a timing duration reaches a specified duration and a distance reaches a second threshold wherein the timing is started when the distance reaches a first threshold; the distance is determined by the electronic device based on the parameter value, wherein a smaller parameter value indicates a larger distance; the second threshold is greater than the first threshold; and the specified duration relates to a deformation restoration period of the force sensor of the active stylus in which a deformation of the force sensor is restored.
A pneumatic tire having a tread portion with a circumferential groove and a belt layer, wherein a monofilament cord is used as a reinforcing cord for the belt layer; and the number of arrangements e (lines/5 cm) of the monofilament cords per 5 cm in the tire width direction in the tire radial cross section of the belt layer, the distance G (mm) from the surface of the land portion closest to the equatorial plane among land portions separated by the circumferential groove to the monofilament cord, and the loss tangent (30°Ctan δ) when the rubber composition constituting the surface of the tread portion is measured under conditions of temperature: 30°C, initial strain: 5%, dynamic strain: ±1%, frequency: 10Hz, and deformation mode: tensile, satisfy the following formula 1 30 ° Ctan δ × G / e > 0.015 mm × 5 cm and wherein the loss tangent (0°Ctan δ), the distance G(mm), and the complex elastic modulus (0°C E*) (MPa) when the rubber composition constituting the surface of the tread portion is measured under the conditions of temperature: 0°C, initial strain: 5%, dynamic strain: ±0.25%, frequency: 10Hz, and deformation mode: elongation, satisfy the following formula 3. 0 ° C tan δ / 0 ° C E* × G ≧ 0.55 mm × MPa − 1 a monofilament cord is used as a reinforcing cord for the belt layer; and the number of arrangements e (lines/5 cm) of the monofilament cords per 5 cm in the tire width direction in the tire radial cross section of the belt layer, the distance G (mm) from the surface of the land portion closest to the equatorial plane among land portions separated by the circumferential groove to the monofilament cord, and the loss tangent (30°Ctan δ) when the rubber composition constituting the surface of the tread portion is measured under conditions of temperature: 30°C, initial strain: 5%, dynamic strain: ±1%, frequency: 10Hz, and deformation mode: tensile, satisfy the following formula 1 30 ° Ctan δ × G / e > 0.015 mm × 5 cm and wherein the loss tangent (0°Ctan δ), the distance G(mm), and the complex elastic modulus (0°C E*) (MPa) when the rubber composition constituting the surface of the tread portion is measured under the conditions of temperature: 0°C, initial strain: 5%, dynamic strain: ±0.25%, frequency: 10Hz, and deformation mode: elongation, satisfy the following formula 3. 0 ° C tan δ / 0 ° C E* × G ≧ 0.55 mm × MPa − 1 30°C, initial strain: 5%, dynamic strain: ±1%, frequency: 10Hz, and deformation mode: tensile, satisfy the following formula 1 30 ° Ctan δ × G / e > 0.015 mm × 5 cm and wherein the loss tangent (0°Ctan δ), the distance G(mm), and the complex elastic modulus (0°C E*) (MPa) when the rubber composition constituting the surface of the tread portion is measured under the conditions of temperature: 0°C, initial strain: 5%, dynamic strain: ±0.25%, frequency: 10Hz, and deformation mode: elongation, satisfy the following formula 3. 0 ° C tan δ / 0 ° C E* × G ≧ 0.55 mm × MPa − 1
Turbine driving a power conversion means, the power conversion means comprising several and preferably more than three power conversion units , preferably of approximately similar power conversion capacity, that have coupling means for coupling the power conversion units to the turbine, the turbine having measuring means for determining the rotation speed of the turbine and/or a flow speed of the turbine driving flow of wind or water and a control system for controlling the coupling means in dependence of the determined rotation speed and/or flow speed characterized in that the control system has means for activating and deactivating the coupling means for the different power conversion units so that the power conversion units are used equally.
A calibration apparatus for calibrating a camera mounted on a vehicle, comprising: an image acquisition unit which acquires an image of outside of the vehicle; and a calibration unit which calibrates a camera parameter of at least one of a roll angle and a pitch angle of the camera by using a corresponding feature point between an image before an attitude change of the vehicle and an image after the attitude change, wherein the image before the attitude change is an image photographed when the vehicle is stopped, and the image after the attitude change is an image photographed when the vehicle is started; wherein the calibration unit sets a feature point change range based on a loading state of an object on the vehicle, and a corresponding feature point is searched for within the feature point change range based on a feature point included in the image before the attitude change of the vehicle. an image acquisition unit which acquires an image of outside of the vehicle; and a calibration unit which calibrates a camera parameter of at least one of a roll angle and a pitch angle of the camera by using a corresponding feature point between an image before an attitude change of the vehicle and an image after the attitude change, wherein the image before the attitude change is an image photographed when the vehicle is stopped, and the image after the attitude change is an image photographed when the vehicle is started; wherein the calibration unit sets a feature point change range based on a loading state of an object on the vehicle, and a corresponding feature point is searched for within the feature point change range based on a feature point included in the image before the attitude change of the vehicle.
An agent for oxidatively changing the color of keratin fibers, in particular human hair, containing (a) at least one complexing agent of general formula (I), where R1 represents a carboxymethyl group or a physiologically acceptable salt thereof, R2 represents a methyl group, and R3 represents a hydrogen atom, and M1, M2 independently of one another, represent a hydrogen atom or an equivalent of an alkali, alkaline earth or metal ion, preferably sodium, potassium, 1⁄2 magnesium, 1⁄2 calcium, 1⁄2 zinc, or an ammonium ion (NH 4 + ), and (b) at least one amino acid and/or a protein hydrolyzate, and (c) at least one oxidant. (a) at least one complexing agent of general formula (I), where R1 represents a carboxymethyl group or a physiologically acceptable salt thereof, R2 represents a methyl group, and R3 represents a hydrogen atom, and M1, M2 independently of one another, represent a hydrogen atom or an equivalent of an alkali, alkaline earth or metal ion, preferably sodium, potassium, 1⁄2 magnesium, 1⁄2 calcium, 1⁄2 zinc, or an ammonium ion (NH 4 + ), and R1 represents a carboxymethyl group or a physiologically acceptable salt thereof, R2 represents a methyl group, and R3 represents a hydrogen atom, and M1, M2 independently of one another, represent a hydrogen atom or an equivalent of an alkali, alkaline earth or metal ion, preferably sodium, potassium, 1⁄2 magnesium, 1⁄2 calcium, 1⁄2 zinc, or an ammonium ion (NH 4 + ), and (b) at least one amino acid and/or a protein hydrolyzate, and (c) at least one oxidant.
Method for feeding an elongate workpiece to a forming machine which has a drawing-in device , which can be operated at a varying drawing-in speed, for drawing in the supplied workpiece and for conveying the workpiece to a tool region of the forming machine, in which: a workpiece stock is provided in the form of a coil, workpiece portions are guided from the workpiece stock to an auxiliary drawing-in device , the auxiliary drawing-in device is driven by means of an auxiliary drive and conveys the workpiece at a specifiable conveying speed into a buffer store connected downstream, the workpiece forms a workpiece loop of variable length in the buffer store between an inlet and an outlet of the buffer store, and the workpiece is guided from the outlet of the buffer store to the drawing-in device of the forming machine, wherein a degree of filling of the buffer store is detected by means of a sensor system , and the conveying speed of the auxiliary drawing-in device is controlled depending on sensor signals of the sensor system, characterized in that the workpiece forms a horizontally lying workpiece loop in the buffer store . a workpiece stock is provided in the form of a coil, workpiece portions are guided from the workpiece stock to an auxiliary drawing-in device , the auxiliary drawing-in device is driven by means of an auxiliary drive and conveys the workpiece at a specifiable conveying speed into a buffer store connected downstream, the workpiece forms a workpiece loop of variable length in the buffer store between an inlet and an outlet of the buffer store, and the workpiece is guided from the outlet of the buffer store to the drawing-in device of the forming machine, wherein a degree of filling of the buffer store is detected by means of a sensor system , and the conveying speed of the auxiliary drawing-in device is controlled depending on sensor signals of the sensor system, characterized in that the workpiece forms a horizontally lying workpiece loop in the buffer store .
A method of processing cloud data within a mobile terminal , the method comprising: processing meta information corresponding to cloud data; receiving a selection of a function corresponding to the meta information from a function menu ; downloading cloud data corresponding to the meta information ; and operating automatically upon the downloaded cloud data using the selected function . processing meta information corresponding to cloud data; receiving a selection of a function corresponding to the meta information from a function menu ; downloading cloud data corresponding to the meta information ; and operating automatically upon the downloaded cloud data using the selected function .
A detector for detecting neutrons, wherein the detector comprises: - a neutron reactive material adapted to interact with neutrons incident thereon to be detected to release ionizing radiation reaction products responsive to interactions with said incident neutrons, - a first semiconductor element arranged to interact with said ionizing radiation reaction products for providing electrical charges in proportion to the energy of said ionizing radiation reaction products, and - electrodes arranged in connection with said first semiconductor element for providing charge collecting areas for collecting said electrical charges and to provide electrically readable signals proportional to said collected electrical charges; wherein - the thickness of the first semiconductor element is configured to provide a region which is physically so thin that it is essentially and practically transparent for incident photons; and characterized in that - said neutron reactive material is arranged on a surface of and/or inside the first semiconductor element . - a neutron reactive material adapted to interact with neutrons incident thereon to be detected to release ionizing radiation reaction products responsive to interactions with said incident neutrons, - a first semiconductor element arranged to interact with said ionizing radiation reaction products for providing electrical charges in proportion to the energy of said ionizing radiation reaction products, and - electrodes arranged in connection with said first semiconductor element for providing charge collecting areas for collecting said electrical charges and to provide electrically readable signals proportional to said collected electrical charges; wherein - the thickness of the first semiconductor element is configured to provide a region which is physically so thin that it is essentially and practically transparent for incident photons; and characterized in that - said neutron reactive material is arranged on a surface of and/or inside the first semiconductor element .
Sound guidance unit for a tank which is provided for storing a fluid, in particular a fluid reducing agent , having a transducer unit and a measurement section unit ; a fill-height sound measurement section, which is configured for measuring the fill height (H) of the fluid in the tank , wherein the fill-height sound measurement section has a sound guidance tube extending substantially in a vertical direction and a fill-height sound transducer arranged at a lower end of the sound guidance tube , wherein the fill-height sound transducer is formed in or on the transducer unit , and wherein the sound guidance tube is formed in or on the measurement section unit ; wherein the sound guidance unit has a heating body which is arranged on or around at least one region of the sound guidance tube ; wherein the sound guidance unit additionally comprises a quality sound measurement section with a quality sound transducer arranged at the quality sound measurement section and with a main reflector arranged at the quality sound measurement section ; and wherein the main reflector is arranged between the quality sound transducer and the fill-height sound transducer in a horizontal direction such that the fluid in the quality sound measurement section is heated by the waste heat of a control circuit , which is arranged in the transducer unit between the two sound transducers . a transducer unit and a measurement section unit ; a fill-height sound measurement section, which is configured for measuring the fill height (H) of the fluid in the tank , wherein the fill-height sound measurement section has a sound guidance tube extending substantially in a vertical direction and a fill-height sound transducer arranged at a lower end of the sound guidance tube , wherein the fill-height sound transducer is formed in or on the transducer unit , and wherein the sound guidance tube is formed in or on the measurement section unit ; wherein the sound guidance unit has a heating body which is arranged on or around at least one region of the sound guidance tube ; wherein the sound guidance unit additionally comprises a quality sound measurement section with a quality sound transducer arranged at the quality sound measurement section and with a main reflector arranged at the quality sound measurement section ; and wherein the main reflector is arranged between the quality sound transducer and the fill-height sound transducer in a horizontal direction such that the fluid in the quality sound measurement section is heated by the waste heat of a control circuit , which is arranged in the transducer unit between the two sound transducers .