mhurhangee/patent-ind-claim-en huggingface dataset:
A fixture that is capable of being provided with a contact fitting and that is provided for mounting a wall material on a building structure , the fixture comprising: a substrate portion that is fixable to the building structure ; a first side wall portion that protrudes with respect to the substrate portion from one of the side edges of the substrate portion ; a second side wall portion that protrudes from another of the side edges of the substrate portion towards a side that is the same as a side towards which the first side wall portion protrudes; a support portion that extends from a distal edge of the first side wall portion so as to face the substrate portion , and that approaches the second side wall portion ; a first locking portion that protrudes from the support portion towards a side opposite to the substrate portion , and that is bent towards a side of the first side wall portion ; a second locking portion that protrudes from the support portion towards the side opposite to the substrate portion , and that is bent towards a side of the second side wall portion ; and a fixing plate portion for the contact fitting being fixed thereto, that extends from a distal edge of the second side wall portion so as to face the substrate portion , and that is disposed at a location closer than the support portion to the substrate portion , the second side wall portion having a length (L1) such that the fixing plate portion is separated from the substrate portion . a substrate portion that is fixable to the building structure ; a first side wall portion that protrudes with respect to the substrate portion from one of the side edges of the substrate portion ; a second side wall portion that protrudes from another of the side edges of the substrate portion towards a side that is the same as a side towards which the first side wall portion protrudes; a support portion that extends from a distal edge of the first side wall portion so as to face the substrate portion , and that approaches the second side wall portion ; a first locking portion that protrudes from the support portion towards a side opposite to the substrate portion , and that is bent towards a side of the first side wall portion ; a second locking portion that protrudes from the support portion towards the side opposite to the substrate portion , and that is bent towards a side of the second side wall portion ; and a fixing plate portion for the contact fitting being fixed thereto, that extends from a distal edge of the second side wall portion so as to face the substrate portion , and that is disposed at a location closer than the support portion to the substrate portion , the second side wall portion having a length (L1) such that the fixing plate portion is separated from the substrate portion .
Method for operating a mobile readout system with at least one stationary consumption meter (V), and a mobile readout receiver (E) to read out the consumption meter (V) as the readout receiver (E) moves past the consumption meter (V), wherein two-way communication takes place between the consumption meter (V) and the readout receiver (E), wherein the two-way communication comprises the following: transmission by the consumption meter (V) of status information (S) which is stored in the consumption meter (V); reception of the status information (S) by the readout receiver (E); requesting by the readout receiver (E) of additional information (W) from the consumption meter (V) by means of a request command (R); encrypted transmission of additional information (W) from the consumption meter (V) to the readout receiver (E), characterized in that the status information (S) comprises characteristic status data and/or alarms, in particular characteristic alarm status data, wherein the status information (S) does not comprise any consumption data, wherein the additional information (W) is requested by the readout receiver (E) on the basis of the received status information (S), and wherein the relative speed between the consumption meter (V) and the readout receiver (E) is up to 70 kilometres per hour. transmission by the consumption meter (V) of status information (S) which is stored in the consumption meter (V); reception of the status information (S) by the readout receiver (E); requesting by the readout receiver (E) of additional information (W) from the consumption meter (V) by means of a request command (R); encrypted transmission of additional information (W) from the consumption meter (V) to the readout receiver (E), characterized in that the status information (S) comprises characteristic status data and/or alarms, in particular characteristic alarm status data, wherein the status information (S) does not comprise any consumption data, wherein the additional information (W) is requested by the readout receiver (E) on the basis of the received status information (S), and wherein the relative speed between the consumption meter (V) and the readout receiver (E) is up to 70 kilometres per hour.
Arrangement comprising at least one seat rail , an aircraft seat which by way of its seat structure is fastened to the seat rail , a predefined raceway designed for the attachment of a cover by means of a snap-fit connection and running along the seat rail , and an electronic housing for aircraft having an outer wall surrounding an electronic receiving compartment , wherein the electronic housing comprises, on one side of the outer wall on the outer side, fastening elements for snap-fit connection to the raceway , and is fastened to the raceway by its fastening elements in the region of the seat structure .
A single valve compression release bridge brake, comprising a braking piston integrated into a valve bridge of an engine, the valve bridge being located under one end of a rocker arm of the engine, the other end of the rocker arm is driven by a cam of the engine, the cam comprising at least one braking cam lobe , the valve bridge including an inner end closer to the cam and an outer end farther from the cam , under the inner end of the valve bridge the engine having an inner exhaust valve , and under the outer end of the valve bridge the engine having an outer exhaust valve ; and a braking piston bore in the valve bridge , said braking piston being slidably disposed in the braking piston bore , the braking piston bore opening downwards from the inner end of the valve bridge , a lower side of the braking piston being connected to the inner exhaust valve , and an exhaust lash compensation mechanism that includes a lash compensation piston which is slidably disposed in a lash compensation piston bore in the center of the valve bridge and a lash compensation spring , wherein during engine braking operation, the inner end of the valve bridge above the braking piston being pushed upwards against the rocker arm or a connecting mechanism on the rocker arm by pressure of engine oil in the braking piston bore acting on the braking piston to form a hydraulic linkage between the braking piston and the inner end of the valve bridge , the braking cam lobe opening the inner exhaust valve through the rocker arm , the inner end of the valve bridge , the hydraulic linkage, and the braking piston for the single valve compression release engine braking and the motion of the braking cam lobe is not transmitted to the outer exhaust valve due to the exhaust lash compensation mechanism and wherein said exhaust lash compensation mechanism forms an exhaust lash in the engine's exhaust valve drive train.
A wind turbine driving device for rotationally driving a movable part of a wind turbine , comprising: a motor having an output shaft ; a pinion meshing with a gear provided in the movable part ; a speed reducer coupled to the output shaft of the motor and the pinion to reduce a speed of the motor to transmit a reduced driving force to the pinion ; a first friction plate coupled to the output shaft of the motor ; a second friction plate disposed so as to be contactable with the first friction plate and to generate a braking force to stop rotation of the output shaft by contacting the first friction plate ; and a detection unit detecting a position of the second friction plate , wherein the detection unit includes a detection target portion and a detector that detects the detection target portion in order to detect the position of the second friction plate , and wherein one of the detection target portion and the detector is attached to the second friction plate , and the other of the detection target portion and the detector is attached to the motor . a motor having an output shaft ; a pinion meshing with a gear provided in the movable part ; a speed reducer coupled to the output shaft of the motor and the pinion to reduce a speed of the motor to transmit a reduced driving force to the pinion ; a first friction plate coupled to the output shaft of the motor ; a second friction plate disposed so as to be contactable with the first friction plate and to generate a braking force to stop rotation of the output shaft by contacting the first friction plate ; and a detection unit detecting a position of the second friction plate , wherein the detection unit includes a detection target portion and a detector that detects the detection target portion in order to detect the position of the second friction plate , and wherein one of the detection target portion and the detector is attached to the second friction plate , and the other of the detection target portion and the detector is attached to the motor .
A damper assembly , comprising: a bracket ; a body ; a movement limiter (32, 332 1 , 332 2 ) extending from the body , the movement limiter (32, 332 1 , 332 2 ) including a plurality of ribs configured for contacting an inner surface of an aperture of the bracket to limit movement of the body relative to the bracket ; a plurality of connecting members (34, 234, 334 1 , 334 2 , 334 3 , 334 4 ) extending from the body , the plurality of connecting members (34, 234, 334 1 , 334 2 , 334 3 , 334 4 ) connecting the body with the bracket ; and a second movement limiter (32, 332 1 , 332 2 ), wherein the movement limiter (32, 332 1 , 332 2 ) and the second movement limiter (32, 332 1 , 332 2 ) extend from opposite sides of the body , wherein the bracket includes a first side wall , a second side wall , a third side wall , a fourth side wall , and a fifth side wall ; the second side wall , the third side wall , the fourth side wall , and the fifth side wall extend from the first side wall ; the aperture is disposed in one of the second side wall , the third side wall , the fourth side wall , and the fifth side wall ; and the movement limiters (32, 332 1 , 332 2 ) are configured to restrict movement of the body toward the first side wall and away from the first side wall . a bracket ; a body ; a movement limiter (32, 332 1 , 332 2 ) extending from the body , the movement limiter (32, 332 1 , 332 2 ) including a plurality of ribs configured for contacting an inner surface of an aperture of the bracket to limit movement of the body relative to the bracket ; a plurality of connecting members (34, 234, 334 1 , 334 2 , 334 3 , 334 4 ) extending from the body , the plurality of connecting members (34, 234, 334 1 , 334 2 , 334 3 , 334 4 ) connecting the body with the bracket ; and a second movement limiter (32, 332 1 , 332 2 ), wherein the movement limiter (32, 332 1 , 332 2 ) and the second movement limiter (32, 332 1 , 332 2 ) extend from opposite sides of the body , wherein the bracket includes a first side wall , a second side wall , a third side wall , a fourth side wall , and a fifth side wall ; the second side wall , the third side wall , the fourth side wall , and the fifth side wall extend from the first side wall ; the aperture is disposed in one of the second side wall , the third side wall , the fourth side wall , and the fifth side wall ; and the movement limiters (32, 332 1 , 332 2 ) are configured to restrict movement of the body toward the first side wall and away from the first side wall .
A foldable bottom wiper comprising a handle formed of two hinged first and second sub-sections , and a head hinged to the second sub-section , said wiper being foldable from a storage position with the sub-sections around the head to an in use position in which paper can be placed on the head to wipe a bottom to be cleaned, characterised in that , in use, the first sub-section extends from the second sub-section at an angle on one side of the second sub-section , and the head extends at an angle at an opposing side of the second sub-section , whereby the wiper takes a Z-shape.
A method for calibrating at least one pressure sensor positioned in an air intake line of an internal combustion engine, for which said at least one pressure sensor is calibrated with the engine stopped at an initial temperature (T1) by initial calibration compensation (C r (T1)) being the difference between a measurement (Pcap) of said at least one pressure sensor and the atmospheric pressure then corresponding to a reference pressure (Pref) prevailing effectively in the intake line at this initial temperature (T1) according to the following equation: C r T 1 = P cap T 1 − P ref T 1 C r (T1) being the initial calibration compensation at the initial temperature (T1) and with the engine stopped, P cap (T1) being the pressure measurement by said at least one pressure sensor, P ref (T) the reference pressure which is the atmospheric pressure and T1 the initial temperature, the measurement of said at least one pressure sensor being calibrated by the initial calibration compensation (C r (T1)) thus calculated, characterized in that in operation of the engine, at a given temperature (T), the calibration compensation (C r (T)) is adjusted from this initial calibration compensation (C r (T1)) as a function of the temperature (T) of said at least one pressure sensor by a multiplying correction factor. C r (T1) being the initial calibration compensation at the initial temperature (T1) and with the engine stopped, P cap (T1) being the pressure measurement by said at least one pressure sensor, P ref (T) the reference pressure which is the atmospheric pressure and T1 the initial temperature, the measurement of said at least one pressure sensor being calibrated by the initial calibration compensation (C r (T1)) thus calculated, characterized in that in operation of the engine, at a given temperature (T), the calibration compensation (C r (T)) is adjusted from this initial calibration compensation (C r (T1)) as a function of the temperature (T) of said at least one pressure sensor by a multiplying correction factor.
A battery pack which is adapted to be detachably connected to a charger and charged by connecting thereto, comprising: a battery assembly including a plurality of secondary batteries serially connected; a pair of power terminals connected to a negative and a positive electrode of the battery assembly , respectively; a control circuit ; a signal terminal (13b; 13d) adapted to output the charge control signal to the charger ; and a temperature measurement element (Th) adapted to detect a temperature of the battery assembly , characterized in that the control circuit includes a first detection circuit adapted to individually detect voltages across respective secondary batteries and output a charge control signal when at least one of the detected voltages exceed a first predetermined value; a second detection circuit adapted to individually detect voltages across respective secondary batteries and output a charge control signal when at least one of the detected voltages exceeds a second predetermined value which is different from the first predetermined value; and a selection circuit adapted to selectively output the charge control signal outputted from the first detection circuit and the charge control signal outputted from the second detection circuit to the charger depending on the detected temperature of the temperature measurement element (Th). a battery assembly including a plurality of secondary batteries serially connected; a pair of power terminals connected to a negative and a positive electrode of the battery assembly , respectively; a control circuit ; a signal terminal (13b; 13d) adapted to output the charge control signal to the charger ; and a temperature measurement element (Th) adapted to detect a temperature of the battery assembly , characterized in that the control circuit includes a first detection circuit adapted to individually detect voltages across respective secondary batteries and output a charge control signal when at least one of the detected voltages exceed a first predetermined value; a second detection circuit adapted to individually detect voltages across respective secondary batteries and output a charge control signal when at least one of the detected voltages exceeds a second predetermined value which is different from the first predetermined value; and a selection circuit adapted to selectively output the charge control signal outputted from the first detection circuit and the charge control signal outputted from the second detection circuit to the charger depending on the detected temperature of the temperature measurement element (Th).
A non-aqueous electrolyte secondary battery comprising: a negative electrode including a negative electrode current collector and a negative electrode active material layer disposed on the negative electrode current collector ; wherein the negative electrode active material layer includes graphite particles A and graphite particles B each as a negative electrode active material, the graphite particles A have an internal porosity of 8% to 20% and the graphite particles B have an internal porosity of 5% or less, when the internal porosity is measured as indicated in the description; and the amount by mass of graphite particles A is larger in a half second region on an outer surface side than in a half first region on a negative electrode current collector side in the case of bisection of the negative electrode active material layer in a thickness direction. a negative electrode including a negative electrode current collector and a negative electrode active material layer disposed on the negative electrode current collector ; wherein the negative electrode active material layer includes graphite particles A and graphite particles B each as a negative electrode active material, the graphite particles A have an internal porosity of 8% to 20% and the graphite particles B have an internal porosity of 5% or less, when the internal porosity is measured as indicated in the description; and the amount by mass of graphite particles A is larger in a half second region on an outer surface side than in a half first region on a negative electrode current collector side in the case of bisection of the negative electrode active material layer in a thickness direction.
Extrudable polymer composition comprising: - from 50 to 99.95%, preferably from 80 to 99.95%, by weight of at least one copolymer comprising flexible blocks and rigid blocks, comprising: - at least 25% by weight of polyethylene glycol (PEG) flexible blocks with a functionality equal to 2, relative to the total weight of copolymer, and - from 0.01 to 5%, preferably from 0.05 to 0.5%, by weight of at least one polyol with a functionality greater than 2, comprising at least three hydroxyl groups, relative to the total weight of the composition, characterized in that : - the weight-average molar mass of said copolymer is at least equal to 100 000 g/mol; and - the weight-average molar mass of the polyol is at most 1000 g/mol; and - said at least one polyol links rigid blocks of the copolymer to one another. - from 50 to 99.95%, preferably from 80 to 99.95%, by weight of at least one copolymer comprising flexible blocks and rigid blocks, comprising: - at least 25% by weight of polyethylene glycol (PEG) flexible blocks with a functionality equal to 2, relative to the total weight of copolymer, and - at least 25% by weight of polyethylene glycol (PEG) flexible blocks with a functionality equal to 2, relative to the total weight of copolymer, and - from 0.01 to 5%, preferably from 0.05 to 0.5%, by weight of at least one polyol with a functionality greater than 2, comprising at least three hydroxyl groups, relative to the total weight of the composition, - the weight-average molar mass of said copolymer is at least equal to 100 000 g/mol; and - the weight-average molar mass of the polyol is at most 1000 g/mol; and - said at least one polyol links rigid blocks of the copolymer to one another.
An optoelectronic device comprising - a substrate layer having a first surface plane and a second surface plane opposite and parallel to the first surface plane; - a mesa structure arranged on the first surface plane of the substrate layer, the mesa structure comprising - at least one layer of III-V material; and - a first surface arranged at an angle α with respect to the first surface plane of the substrate layer, wherein the angle α is different from 0° and 180°; - a first terminating oxide layer of a first type arranged on the first surface of the mesa structure, wherein the first surface of the mesa structure has been cleaned by removing at least 75 % of native oxides on the first surface of the mesa structure before forming by oxidation the first terminating oxide layer of a first type thereon, and characterised in that , the structure of the first terminating oxide layer is ordered, in such a way that the surface of the first terminating oxide layer shows a long range order. - a substrate layer having a first surface plane and a second surface plane opposite and parallel to the first surface plane; - a mesa structure arranged on the first surface plane of the substrate layer, the mesa structure comprising - at least one layer of III-V material; and - a first surface arranged at an angle α with respect to the first surface plane of the substrate layer, wherein the angle α is different from 0° and 180°; - at least one layer of III-V material; and - a first surface arranged at an angle α with respect to the first surface plane of the substrate layer, wherein the angle α is different from 0° and 180°; - a first terminating oxide layer of a first type arranged on the first surface of the mesa structure, wherein the first surface of the mesa structure has been cleaned by removing at least 75 % of native oxides on the first surface of the mesa structure before forming by oxidation the first terminating oxide layer of a first type thereon, and characterised in that , the structure of the first terminating oxide layer is ordered, in such a way that the surface of the first terminating oxide layer shows a long range order.