mhurhangee/patent-ind-claim-en huggingface dataset:
A wheel module for a vehicle designed as an electric motorcycle or an electric scooter having a brake unit , having a housing , having a brake body device , wherein the brake body device supports a stationary braking partner in a braking device for the vehicle , wherein the housing and/or the brake body device define a main axis (H), having an actuator device for moving the brake body device relative to the housing in order to generate a braking force, wherein the actuator device is configured for axial movement of the brake body device having a brake disc , wherein the stationary braking partner is configured as the brake disc , wherein the wheel module has a wheel and a rotating braking partner of the braking device , wherein the rotating braking partner is non-rotatably connected to the wheel , characterised in that the actuator device is configured as a hydraulic device , wherein the hydraulic device has an annular space and an annular piston , wherein the annular space and the annular piston are formed circumferentially about the main axis (H), and in that the brake unit has a guide device that guides the brake body device in the radial direction when the brake body device is moved axially relative to the housing , wherein the guide device has a master guide and an auxiliary guide , which are arranged off-centre to the main axis (H) and are not placed coaxially to the main axis (H). having a housing , having a brake body device , wherein the brake body device supports a stationary braking partner in a braking device for the vehicle , wherein the housing and/or the brake body device define a main axis (H), having an actuator device for moving the brake body device relative to the housing in order to generate a braking force, wherein the actuator device is configured for axial movement of the brake body device having a brake disc , wherein the stationary braking partner is configured as the brake disc , wherein the wheel module has a wheel and a rotating braking partner of the braking device , wherein the rotating braking partner is non-rotatably connected to the wheel , characterised in that the actuator device is configured as a hydraulic device , wherein the hydraulic device has an annular space and an annular piston , wherein the annular space and the annular piston are formed circumferentially about the main axis (H), and in that the brake unit has a guide device that guides the brake body device in the radial direction when the brake body device is moved axially relative to the housing , wherein the guide device has a master guide and an auxiliary guide , which are arranged off-centre to the main axis (H) and are not placed coaxially to the main axis (H).
Closing device (10; 110; 210; 310; 410; 510; 610; 710; 810; 910; 1010) for a container , comprising: - a main body suited to be connected to said container , said main body having an inner face suited to be arranged towards said container when said device (10; 110; 210; 310; 410; 510; 610; 710; 810; 910; 1010) is connected to said container and an outer face opposite said inner face , wherein said main body comprises a through opening created between said outer face and said inner face for the passage of a product coming from said container ; - a lid hinged to said main body at the level of a hinge area , said lid being suited to be arranged in a closed position and in at least one open position with respect to said main body , said lid having an inner face facing towards said main body , in said closed position, and an outer face opposite said inner face , said lid comprising closing means suited to close said through opening of said main body in said closed position, said main body and said lid being made so that they are integral with each other; characterized in that it comprises a through opening created between said outer face and said inner face of said lid in such a way that in said closed position of said lid with respect to said main body at least one portion of said outer face of said main body is visible. - a main body suited to be connected to said container , said main body having an inner face suited to be arranged towards said container when said device (10; 110; 210; 310; 410; 510; 610; 710; 810; 910; 1010) is connected to said container and an outer face opposite said inner face , wherein said main body comprises a through opening created between said outer face and said inner face for the passage of a product coming from said container ; - a lid hinged to said main body at the level of a hinge area , said lid being suited to be arranged in a closed position and in at least one open position with respect to said main body , said lid having an inner face facing towards said main body , in said closed position, and an outer face opposite said inner face , said lid comprising closing means suited to close said through opening of said main body in said closed position, said main body and said lid being made so that they are integral with each other;
A track maintenance machine having a machine frame , mobile by means of on-track undercarriages on a track, and an energy supply system connected to a number of drives for working units which is composed of a combustion engine and a hydraulic drive system comprising at least one hydraulic pump , wherein the track maintenance machine additionally comprises the following features: a) the combustion engine is mechanically connected by means of a drive shaft to an electric generator/motor unit , b) the generator/motor unit is connected by means of a mechanical drive unit to the hydraulic pump , characterized by the following features: c) the drives of all working units can be actuated electrically, c') a power accumulator is connected by means of an electrical supply line to the generator/motor unit and to the drives which can be actuated electrically. a) the combustion engine is mechanically connected by means of a drive shaft to an electric generator/motor unit , b) the generator/motor unit is connected by means of a mechanical drive unit to the hydraulic pump , c) the drives of all working units can be actuated electrically, c') a power accumulator is connected by means of an electrical supply line to the generator/motor unit and to the drives which can be actuated electrically.
A travel control method for a vehicle, in which a subject vehicle (V1) is controlled to autonomously travel on a road including intersections, the travel control method comprising: determining whether or not an intersection (IS) for the subject vehicle (V1) to seek to pass straight through is an offset intersection that is offset to right or left with respect to a direction straight ahead of the subject vehicle (V1); characterized in that when the intersection (IS) is an offset intersection, controlling the subject vehicle (V1) to pass through the intersection (IS) at a lower speed than when the intersection (IS) is not an offset intersection. determining whether or not an intersection (IS) for the subject vehicle (V1) to seek to pass straight through is an offset intersection that is offset to right or left with respect to a direction straight ahead of the subject vehicle (V1); characterized in that when the intersection (IS) is an offset intersection, controlling the subject vehicle (V1) to pass through the intersection (IS) at a lower speed than when the intersection (IS) is not an offset intersection.
A pull-on disposable diaper including a lengthwise direction and a lateral direction orthogonal to each other, the pull-on disposable diaper comprising: a front side portion ; a back side portion ; a crotch portion ; a waist opening (BH); and a pair of leg openings (LH), an edge portion of the waist opening (BH) of the front side portion including a recessed portion that is recessed in the lengthwise direction toward the crotch portion with respect to an edge portion of the waist opening (BH) of the back side portion , a tape member being fixed on a non-skin side surface of the back side portion so as to be extendable toward the waist opening (BH) in the lengthwise direction, the tape member being used for fixing the diaper in a small state in the lengthwise direction when the diaper is disposed of, the recessed portion being provided at a position corresponding to the tape member in the lateral direction. a front side portion ; a back side portion ; a crotch portion ; a waist opening (BH); and a pair of leg openings (LH), an edge portion of the waist opening (BH) of the front side portion including a recessed portion that is recessed in the lengthwise direction toward the crotch portion with respect to an edge portion of the waist opening (BH) of the back side portion , a tape member being fixed on a non-skin side surface of the back side portion so as to be extendable toward the waist opening (BH) in the lengthwise direction, the tape member being used for fixing the diaper in a small state in the lengthwise direction when the diaper is disposed of, the recessed portion being provided at a position corresponding to the tape member in the lateral direction.
A marker , comprising: a two-dimensional pattern code ; and a first posture detection pattern (Fy) having reflective surfaces which reflect light so as to provide a different visual color or pattern appearance depending on an observation direction of the two-dimensional pattern code at around a first axis (Y) on a two-dimensional plane formed by the two-dimensional pattern code , wherein the first posture detection pattern (Fy) reflects light so as to provide a mutually-different visual color or pattern appearance to two spaces obtained by being divided by a plane including a perpendicular line (Z) to the two-dimensional plane and the first axis (Y). a two-dimensional pattern code ; and a first posture detection pattern (Fy) having reflective surfaces which reflect light so as to provide a different visual color or pattern appearance depending on an observation direction of the two-dimensional pattern code at around a first axis (Y) on a two-dimensional plane formed by the two-dimensional pattern code , wherein the first posture detection pattern (Fy) reflects light so as to provide a mutually-different visual color or pattern appearance to two spaces obtained by being divided by a plane including a perpendicular line (Z) to the two-dimensional plane and the first axis (Y).
A stretchable device, comprising: a stretchable substrate ; and a plurality of optoelectronic diodes on the stretchable substrate wherein at least one of the plurality of optoelectronic diode includes an anode and a cathode, and an active layer between the anode and the cathode, the active layer including a first semiconductor, a second semiconductor having different electrical characteristics from the first semiconductor, and an insulating elastomer; characterised in that the insulating elastomer is a copolymer comprising at least one hard structural unit and at least one soft structural unit; wherein the hard structural unit comprises a styrene structural unit, a urethane structural unit, an ether structural unit, or any combination thereof; wherein the soft structural unit comprises an ethylene structural unit, a propylene structural unit, a butylene structural unit, an isobutylene structural unit, a butadiene structural unit, an isoprene structural unit, or any combination thereof; and wherein the weight ratio of the hard structural unit to the soft structural unit is 0.01 to 0.5. a stretchable substrate ; and a plurality of optoelectronic diodes on the stretchable substrate wherein at least one of the plurality of optoelectronic diode includes an anode and a cathode, and an active layer between the anode and the cathode, the active layer an anode and a cathode, and an active layer between the anode and the cathode, the active layer including a first semiconductor, a second semiconductor having different electrical characteristics from the first semiconductor, and an insulating elastomer; a first semiconductor, a second semiconductor having different electrical characteristics from the first semiconductor, and an insulating elastomer; characterised in that the insulating elastomer is a copolymer comprising at least one hard structural unit and at least one soft structural unit; wherein the hard structural unit comprises a styrene structural unit, a urethane structural unit, an ether structural unit, or any combination thereof; wherein the soft structural unit comprises an ethylene structural unit, a propylene structural unit, a butylene structural unit, an isobutylene structural unit, a butadiene structural unit, an isoprene structural unit, or any combination thereof; and wherein the weight ratio of the hard structural unit to the soft structural unit is 0.01 to 0.5.
A tire state monitoring system comprising: a plurality of tire state acquisition devices installed on a plurality of tires of a host vehicle , each of the tire state acquisition devices being configured to acquire a tire state quantity; a monitoring device configured to receive an output signal from each of the plurality of tire state acquisition devices and perform predetermined processing; and an alerting device configured to issue an alert to a following vehicle , the monitoring device being configured to cause the alerting device to operate when a predetermined abnormality has arisen in the tire state quantity, characterized in that the monitoring device is configured to change content of the alert from the alerting device depending on mounting positions of the tires in which the abnormality has arisen. a plurality of tire state acquisition devices installed on a plurality of tires of a host vehicle , each of the tire state acquisition devices being configured to acquire a tire state quantity; a monitoring device configured to receive an output signal from each of the plurality of tire state acquisition devices and perform predetermined processing; and an alerting device configured to issue an alert to a following vehicle ,
A device for sampling and vaporizing liquid gas, the device comprising: a. An input port to receive at least a portion of the liquid gas; b. a first stage vaporizer operable to receive liquid gas at a first flow rate from the input port and convert the received liquid gas into vapor gas; c. a second stage vaporizer operable to receive liquid gas at a second flow rate from the input port and convert the received liquid gas into vapor gas;, d. an accumulator connected to said first and second stage vaporizers and operable to receive and store the vapor gas; and e. a third stage vaporizer connected to said accumulator and operable to receive stored vapor gas from said accumulator and control the pressure of the received vapor gas to be within a desired pressure range; f. characterized in that the first and second stage vaporizers are capable to be operated independently, wherein the liquid gas input to the inlet port is selectivity channeled in any desired percentage to one or both of the first and second stage vaporizing devices . a. An input port to receive at least a portion of the liquid gas; b. a first stage vaporizer operable to receive liquid gas at a first flow rate from the input port and convert the received liquid gas into vapor gas; c. a second stage vaporizer operable to receive liquid gas at a second flow rate from the input port and convert the received liquid gas into vapor gas;, d. an accumulator connected to said first and second stage vaporizers and operable to receive and store the vapor gas; and e. a third stage vaporizer connected to said accumulator and operable to receive stored vapor gas from said accumulator and control the pressure of the received vapor gas to be within a desired pressure range; f. characterized in that the first and second stage vaporizers are capable to be operated independently, wherein the liquid gas input to the inlet port is selectivity channeled in any desired percentage to one or both of the first and second stage vaporizing devices .
Thermal weed control device feed with solid fuel, comprising a reactor means and characterized in that inside of said reactor means is provided with an inner cavity and it is provided with an outlet mouth means connecting said inner cavity to outside and with an closure means assigned to close the end of the inner cavity opposed to the outlet mouth means ; at least in a first operative condition of the device , said outlet mouth means is positioned lower than said closure means , the reactor means is further provided with a pierced grid means dividing the inner cavity in a first chamber means limited between the closure means and the grid means and a second chamber means limited between the grid means and the outlet mouth means and the device is provided with first air blower means flowing into the portion of the first chamber means adjacent or close to the closure means and with second air blower means flowing into the second chamber means ; in said first operative condition the first chamber means contains at least some unburned solid fuel (P), the air blower means first and second adduct respectively primary and secondary air flows having corresponding deliveries, where the primary flow supports a partial combustion of at least a portion (B) of the solid fuel (P) into the first chamber means and the secondary flow supports the combustion into the second chamber means of the gases produced by said partial combustion of a portion of the solid fuel (P); said primary and secondary flows adducted by the air blower means first and second keep the pressure inside the inner cavity of the reactor means at a value higher than the value of the external environmental atmospheric pressure and the flow of the gases exiting the outlet mouth means at least in the first operative condition is at least partially downward oriented.
Retaining piece for a binding for binding a boot to a gliding board , comprising: - a chassis having a lower face configured to be secured to the gliding board , - a body movably mounted on the chassis , - a sole clamp movably mounted on the body and adapted to come into contact with an upper surface and at least one lateral part of a front or rear part of the boot when the boot is engaged with the binding, - a lateral release mechanism comprising at least a first elastic means acting on the sole clamp to return it to a configuration of engagement with the boot , - a vertical-retention mechanism comprising a second elastic means , distinct from the first elastic means , and arranged so as to continuously exert a return force (Fr1a, Fr1b) on the body to return the sole clamp towards the lower face of the chassis , this return force producing a pressing force (Fp)that presses the sole clamp intimately against the boot when the boot is engaged with the binding, wherein the retaining piece comprises at least one cam , kinematically interposed between the second elastic means and one of either the chassis or the body , the cam being shaped to modify, depending on the position of the body relative to the chassis , the direction of the return force (Fr1a, Fr1b) exerted by the second elastic means on the body so as to lessen any variation in the pressing force (Fp) when the sole clamp is moved away from the lower face of the chassis , and characterized in that a first profile of the cam is translationally mounted on the body , and the second elastic means acts directly on a piston capable of translational movement in a housing of the body , a part of the piston forming the first cam profile . - a chassis having a lower face configured to be secured to the gliding board , - a body movably mounted on the chassis , - a sole clamp movably mounted on the body and adapted to come into contact with an upper surface and at least one lateral part of a front or rear part of the boot when the boot is engaged with the binding, - a lateral release mechanism comprising at least a first elastic means acting on the sole clamp to return it to a configuration of engagement with the boot , - a vertical-retention mechanism comprising a second elastic means , distinct from the first elastic means , and arranged so as to continuously exert a return force (Fr1a, Fr1b) on the body to return the sole clamp towards the lower face of the chassis , this return force producing a pressing force (Fp)that presses the sole clamp intimately against the boot when the boot is engaged with the binding,
A method of making a lens for corrective eyewear, the lens having optical power adjustable by relative lateral translation of at least two lens elements, the method comprising: providing a function having a first functional part yielding optical path difference through a first lens element as a function of position across the first lens element, the function having a second functional part yielding optical path difference through a second lens element as a function of position across the second lens element; and using the function to derive geometries for making the lens elements, wherein the magnitude of the variation in the curvature of the optical path difference is different for the first lens element compared to the second lens element at the same relative position with respect to the central viewing axis through the lens, the central viewing axis being the straight ahead viewing direction through the lens of the eyewear, wherein the rate of change of curvature of the optical path difference for the first lens element and second lens element are related by a multiplier; the multiplier is negative such that the direction of variation of curvature of the first lens element is opposite to the direction of variation of curvature of the second lens element; and the first lens element is a rear side lens element and the second lens element is a front side lens element, and the multiplier has a magnitude less than unity to stretch the rate of change of curvature of the optical path difference across the second lens element compared to that of the first lens element. providing a function having a first functional part yielding optical path difference through a first lens element as a function of position across the first lens element, the function having a second functional part yielding optical path difference through a second lens element as a function of position across the second lens element; and using the function to derive geometries for making the lens elements, wherein the magnitude of the variation in the curvature of the optical path difference is different for the first lens element compared to the second lens element at the same relative position with respect to the central viewing axis through the lens, the central viewing axis being the straight ahead viewing direction through the lens of the eyewear, wherein the rate of change of curvature of the optical path difference for the first lens element and second lens element are related by a multiplier; the multiplier is negative such that the direction of variation of curvature of the first lens element is opposite to the direction of variation of curvature of the second lens element; and the first lens element is a rear side lens element and the second lens element is a front side lens element, and the multiplier has a magnitude less than unity to stretch the rate of change of curvature of the optical path difference across the second lens element compared to that of the first lens element.