mhurhangee/patent-ind-claim-en huggingface dataset:
An impact tool comprising: an electric motor including a permanent magnet and a coil ; an impact mechanism configured to perform an impact operation that generates impacting force by receiving motive power from the electric motor ; an acquisition unit configured to acquire at least one of: a value of a torque current to be supplied to the coil ; or a value of an excitation current to be supplied to the coil , the excitation current generating, in the coil , a magnetic flux causing a variation in the permanent magnet's magnetic flux; and a behavior decision unit configured to make, based on at least one of a torque current acquisition value or an excitation current acquisition value, a decision about behavior of the impact mechanism , the torque current acquisition value being the value of the torque current acquired by the acquisition unit , the excitation current acquisition value being the value of the excitation current acquired by the acquisition unit . an electric motor including a permanent magnet and a coil ; an impact mechanism configured to perform an impact operation that generates impacting force by receiving motive power from the electric motor ; an acquisition unit configured to acquire at least one of: a value of a torque current to be supplied to the coil ; or a value of an excitation current to be supplied to the coil , the excitation current generating, in the coil , a magnetic flux causing a variation in the permanent magnet's magnetic flux; and a behavior decision unit configured to make, based on at least one of a torque current acquisition value or an excitation current acquisition value, a decision about behavior of the impact mechanism , the torque current acquisition value being the value of the torque current acquired by the acquisition unit , the excitation current acquisition value being the value of the excitation current acquired by the acquisition unit .
An electric radiator for vertically polarized radio signals for a radio service having a narrow frequency bandwidth around a frequency fo having a free-space wavelength λo in the gigahertz frequency range, comprising at least one substantially horizontally oriented conductor loop which is arranged above a conductive base surface and which has a radiator infeed point for electromagnetic excitation of the conductor loop with respect to the conductive base surface , wherein - the conductor loop is formed by a polygonally or elliptically/circularly closed ring conductor extending in a substantially horizontal plane at a height h of less than λo/6 above the conductive base surface ; - at least three vertical radiators (4, 4a-d) electromagnetically coupled to the ring conductor at conductor loop coupling points and extending toward the conductive base surface are present approximately uniformly distributed at the periphery of the ring conductor , with at least two of the vertical radiators (4, 4a-d) being electromagnetically coupled to the electrically conductive base surface at ground terminals (3b-d) and only one vertical radiator being excited via the radiator infeed point at its lower end; - the vertical radiators (4b-d) coupled to the electrically conductive base surface between their conductor loop coupling points (7a-d) and the respective ground terminal and the vertical radiator excited via the radiator infeed point , between its conductor loop coupling point and the radiator infeed point , have inductively active components (13a-d) in each case so that, at the radiator infeed point at the frequency fo, a low-impedance resonance having the character of a series resonance is provided at which the currents flow in the same phase and in the same sense in the vertical radiators. - the conductor loop is formed by a polygonally or elliptically/circularly closed ring conductor extending in a substantially horizontal plane at a height h of less than λo/6 above the conductive base surface ; - at least three vertical radiators (4, 4a-d) electromagnetically coupled to the ring conductor at conductor loop coupling points and extending toward the conductive base surface are present approximately uniformly distributed at the periphery of the ring conductor , with at least two of the vertical radiators (4, 4a-d) being electromagnetically coupled to the electrically conductive base surface at ground terminals (3b-d) and only one vertical radiator being excited via the radiator infeed point at its lower end; - the vertical radiators (4b-d) coupled to the electrically conductive base surface between their conductor loop coupling points (7a-d) and the respective ground terminal and the vertical radiator excited via the radiator infeed point , between its conductor loop coupling point and the radiator infeed point , have inductively active components (13a-d) in each case so that, at the radiator infeed point at the frequency fo, a low-impedance resonance having the character of a series resonance is provided at which the currents flow in the same phase and in the same sense in the vertical radiators.
A measurement system, comprising: a body comprised of a base ; and at least one metrology bridge supported by upright portions of the base and rotatably coupled to the body, wherein the at least one metrology bridge includes: a housing ; first and second mounting members coupled to the housing and to the base, so as to rotatably couple the housing to the base; and one or more sensor devices mounted within the housing, wherein each sensor element of each of the one or more sensor devices are aligned along a length of the housing and are directed out of the housing. a body comprised of a base ; and at least one metrology bridge supported by upright portions of the base and rotatably coupled to the body, wherein the at least one metrology bridge includes: a housing ; first and second mounting members coupled to the housing and to the base, so as to rotatably couple the housing to the base; and one or more sensor devices mounted within the housing, wherein each sensor element of each of the one or more sensor devices are aligned along a length of the housing and are directed out of the housing. a housing ; first and second mounting members coupled to the housing and to the base, so as to rotatably couple the housing to the base; and one or more sensor devices mounted within the housing, wherein each sensor element of each of the one or more sensor devices are aligned along a length of the housing and are directed out of the housing.
A method of verifying registration information, comprising: receiving information about a user of a website, including a description of purported characteristics of the user of the web site for display to other users of the web site, and at least one photograph purported to represent the user of the web site for display to other users of the web site; providing at least one instruction to the user of the web site requesting the user to pose in a certain manner while causing at least one image to be recorded of the user posing in the manner; receiving the at least one image recorded, either simultaneously with their recording or thereafter; providing the at least one image to a moderator and the description of the purported characteristics and at least one of the at least one photograph from the information about the user of the web site; receiving an indication from the moderator whether the at least one image of the user at least correspond to the description of the purported characteristics and the at least one of the at least one photograph provided to the moderator; and providing data for rendering to other users of the web site a human-perceptible indication that the description of the purported characteristics and at least one of the at least one photograph of the information about the user of the web site have been verified, responsive to the indication received. receiving information about a user of a website, including a description of purported characteristics of the user of the web site for display to other users of the web site, and at least one photograph purported to represent the user of the web site for display to other users of the web site; providing at least one instruction to the user of the web site requesting the user to pose in a certain manner while causing at least one image to be recorded of the user posing in the manner; receiving the at least one image recorded, either simultaneously with their recording or thereafter; providing the at least one image to a moderator and the description of the purported characteristics and at least one of the at least one photograph from the information about the user of the web site; receiving an indication from the moderator whether the at least one image of the user at least correspond to the description of the purported characteristics and the at least one of the at least one photograph provided to the moderator; and providing data for rendering to other users of the web site a human-perceptible indication that the description of the purported characteristics and at least one of the at least one photograph of the information about the user of the web site have been verified, responsive to the indication received.
An organic light emitting display device comprising: a first emission part between a first electrode and a second electrode , the first emission part including a first hole transport layer , a first emission layer emitting light having a first color , and a first electron transport layer , the first emission part being on the first electrode; and a second emission part on the first emission part , the second emission part including a second hole transport layer , a second emission layer emitting light having a second color , and a second electron transport layer , wherein the second emission layer comprises at least two zones (224a, 224b; 324a, 324b) including a hole-type host and an electron-type host and a common dopant, and a first zone among the at least two zones (224a, 224b; 324a, 324b) that is closer to the first electrode than the second electrode has a volume ratio of the electron-type host that is higher than a volume ratio of the hole-type host, and a second zone among the at least two zones (224a, 224b; 324a, 324b) that is closer to the second electrode than the first electrode has a volume ratio of the hole-type host that is equal to or higher than a volume ratio of the electron-type host, wherein the first electrode is an anode electrode and the second electrode is a cathode electrode. a first emission part between a first electrode and a second electrode , the first emission part including a first hole transport layer , a first emission layer emitting light having a first color , and a first electron transport layer , the first emission part being on the first electrode; and a second emission part on the first emission part , the second emission part including a second hole transport layer , a second emission layer emitting light having a second color , and a second electron transport layer , wherein the second emission layer comprises at least two zones (224a, 224b; 324a, 324b) including a hole-type host and an electron-type host and a common dopant, and a first zone among the at least two zones (224a, 224b; 324a, 324b) that is closer to the first electrode than the second electrode has a volume ratio of the electron-type host that is higher than a volume ratio of the hole-type host, and a second zone among the at least two zones (224a, 224b; 324a, 324b) that is closer to the second electrode than the first electrode has a volume ratio of the hole-type host that is equal to or higher than a volume ratio of the electron-type host, wherein the first electrode is an anode electrode and the second electrode is a cathode electrode.
Floating bed for ozone hydro-massage, adapted to be immersed in water in order to provide a hydro-massage treatment by means of the emission of ozone on the body of a user stretched out on said bed, comprising a structure for a mattress, constituted by a back , a central portion (1") and a foot zone (1'"); said structure being made of plastic or metal tubes, preferably made of steel, of diameter comprised between 0,18m (Ø18) and 0,30m,(Ø30) preferably 0,25m Ø25), adapted to house a user in stretched-out position; said structure being provided with a plurality of adjustable hinges adapted to allow modifying the tilt of said back and of said foot zone (1"') with respect to said central portion (1"); said back being engaged, in a preferably reversible manner, with at least one cushion adapted to support the upper portion of the body of said user; said structure being engaged, in a preferably reversible manner, with a mattress provided with a plurality of micro-holes adapted to make a predetermined quantity of ozone flow out towards the body of the user when stretched out on said mattress ; said ozone coming from a tank , constituted by a medical device suitably configured for ozone therapy treatments, provided with an extensible tube having a first end connected to said tank and a second end (8") connected to a suitable clasp present on said mattress ; said bed also being provided with at least one pair of wheels (2-2'), irreversibly fixed to said central portion (1") of said structure , adapted to allow the movement of said bed on a surface, also with a user stretched out on top thereof, by simply lifting said foot zone (1"') and pushing said structure in the desired direction; said bed also being constituted by at least one structure for a pair of arms (6-6') adapted to contain floating material adapted to allow, in use, the immersion of the body of said user stretched out on said bed, leaving outside of the water at least the head when set on said cushion ; said structure being made of plastic or metal tubes, preferably made of steel, of diameter comprised between 0,18m and 0,30m,(Ø30) preferably 0,25m (Ø25); said outflow of ozone from said micro-holes of said mattress being regulated by a common push-button panel and/or by a common remote control ; said bed being connectable to a power grid by means of a common power cable provided with watertight outlets; said bed also being provided with at least one clasping device , by way of a non-limiting example constituted by a sucker or by a hook placed at any one point of said structure , preferably at said foot zone (1'"), adapted, in use, to be reversibly engageable with a fixed element, for example with the edge of a swimming pool.
A locking mechanism comprising: a receiver base having a plurality of locking mechanisms configured to securely engage a device , at least one of the plurality of locking mechanisms including an indicator configured to indicate that a respective locking mechanism is secured with the device ; a linking member coupled to the receiver base , the linking member configured to link the locking mechanism with an anchor point; and a signal cable coupled to the receiver base and configured to communicate a signal corresponding to the indicator characterized in that the signal cable is disposed in the linking member . a receiver base having a plurality of locking mechanisms configured to securely engage a device , at least one of the plurality of locking mechanisms including an indicator configured to indicate that a respective locking mechanism is secured with the device ; a linking member coupled to the receiver base , the linking member configured to link the locking mechanism with an anchor point; and a signal cable coupled to the receiver base and configured to communicate a signal corresponding to the indicator characterized in that the signal cable is disposed in the linking member .
Method for steering a vehicle , which has a front axle with steerable wheels and a rear axle with steerable wheels , with a steering system , which has, as components, a steering wheel operable by a driver and at least one automatic steering module , wherein a manual primary steering action for the steering wheel is performed by the driver of the vehicle , on the basis of which a manual primary steering reaction is produced for the wheels of the front axle , wherein on the basis of the manual primary steering reaction, at least one automatic secondary steering action is performed by the at least one automatic steering module for the wheels of at least one axle , wherein a secondary steering reaction of the steering wheel that is to be expected is calculated as an effect on this at least one automatic secondary steering action, wherein, from this secondary steering reaction that is to be expected, an additional tertiary steering action that is to be established automatically is determined, which action is performed by the at least one automatic steering module for the steering wheel , characterised in that the secondary steering reaction is calculated before the secondary steering action is performed and that the effect of the at least one automatic secondary steering action is compensated for by the additional tertiary steering action that is to be established automatically.
A washing machine comprising: a casing including a front panel which has a laundry loading hole and is disposed at a front of the casing ; a tub including an opening which is formed to correspond to the laundry loading hole and is disposed at a front of the tub ; a drum rotatably provided in the tub , wherein a rotation center of the drum is horizontal or inclined horizontally more than vertically; a lifter provided on an inner circumferential surface of the drum ; and a wash motor configured to rotate the drum ; wherein the drum is configured to rotate in a first direction by a preset one-direction rotational angle and then to rotate in a second direction opposite to the first direction by the one-direction rotational angle, wherein the lifter protrudes from the inner circumferential surface of the drum and has a height equal to or higher than 10 mm and equal to or lower than 20 mm, and wherein the one-direction rotational angle is in a range within 360° to 720°. a casing including a front panel which has a laundry loading hole and is disposed at a front of the casing ; a tub including an opening which is formed to correspond to the laundry loading hole and is disposed at a front of the tub ; a drum rotatably provided in the tub , wherein a rotation center of the drum is horizontal or inclined horizontally more than vertically; a lifter provided on an inner circumferential surface of the drum ; and a wash motor configured to rotate the drum ; wherein the drum is configured to rotate in a first direction by a preset one-direction rotational angle and then to rotate in a second direction opposite to the first direction by the one-direction rotational angle, wherein the lifter protrudes from the inner circumferential surface of the drum and has a height equal to or higher than 10 mm and equal to or lower than 20 mm, and wherein the one-direction rotational angle is in a range within 360° to 720°.
Oscillating sensor for a measurement device comprising: - an oscillator comprising ∘ a resonance circuit for providing an oscillation signal; ∘ a gain stage configured to feed back to the resonance circuit to inject energy for excitation of the resonance circuit to maintain oscillation; ∘ at least one calibration element (224, 225; 226, 227) to adjust the open loop gain of the oscillator ; - a calibration unit to provide a modulated calibration control signal (FC, GC) to selectively adjust an electrical measure of the at least one calibration element (224, 225; 226, 227) based on at least one predetermined duty cycle, characterized in that the modulated calibration control signal has an irregularly time-varying cycle frequency wherein the irregularly time-varying cycle frequency corresponds to a steadily differing variation of succeeding cycle frequency changes between succeeding cycles. - an oscillator comprising ∘ a resonance circuit for providing an oscillation signal; ∘ a gain stage configured to feed back to the resonance circuit to inject energy for excitation of the resonance circuit to maintain oscillation; ∘ at least one calibration element (224, 225; 226, 227) to adjust the open loop gain of the oscillator ; ∘ a resonance circuit for providing an oscillation signal; ∘ a gain stage configured to feed back to the resonance circuit to inject energy for excitation of the resonance circuit to maintain oscillation; ∘ at least one calibration element (224, 225; 226, 227) to adjust the open loop gain of the oscillator ; - a calibration unit to provide a modulated calibration control signal (FC, GC) to selectively adjust an electrical measure of the at least one calibration element (224, 225; 226, 227) based on at least one predetermined duty cycle,
A sheath type disposable safety scalpel consists of a blade , a handle and a sheath , the blade is fixed on the front end of handle and the sheath covers the front end of handle and is connected with the handle through a sliding mechanism and a positioning mechanism; wherein: the positioning mechanism is formed by the matching of a button set on the top of sheath and a blade protection locking notch and a blade exposure locking notch at the side of the handle ; the button is a flexible arm extending from the sheath and the flexible arm is set with a pressing portion , the flexible arm is transformed flexibly in the width direction of the handle when pressing the button, and a locking head is set at the end of flexible arm facing the side of handle ; the blade protection locking notch is located in the blade protection position at the lateral face at the front of handle and the blade exposure locking notch is located in the blade exposure position at the lateral face in the middle of handle ; the blade protection locking notch is the first concave notch, and a first blocking face is set at the right side of the first concave notch from the front face of the blade protection locking notch , and a first unlocking inclined face is set at the lower portion of first concave notch; the blade exposure locking notch is the second concave notch , and a second blocking face is set at the left side of the second concave notch , and a second unlocking inclined face is set at the lower portion of the second concave notch; under the assembly state, when the sheath presents the blade protection state in relation to the handle , the locking head is inserted into the blade protection locking notch to form the positioning and locking of blade protection and when the sheath presents the blade exposure state in relation to the handle , the locking head is inserted into the blade exposure locking notch to form the positioning and locking of blade exposure; under the blade protection state, when the button is pressed and pulled backward, the locking head climbs out of the blade protection locking notch along the first unlocking inclined face to unlock and slides backward along with the sheath until it drops in the blade exposure locking notch ; under the blade exposure state, when the button is pressed and pushed forward, the locking head climbs out of the blade exposure locking notch along the second unlocking inclined face to unlock and slides forward along with the sheath until it drops in the blade protection locking notch , so that sheath slides between blade protection locking notch and blade exposure locking notch in relation to the handle .