mhurhangee/patent-ind-claim-en huggingface dataset:
A inside handle device of a vehicle connected to a door latch device fixed to a door via a cable device in which an inner cable is inserted into an outer cable , and remotely controlling the door latch device , the inside handle device of the vehicle comprising: a handle base configured to swingably support a handle body which includes an operation portion capable of being operated from a front surface at one end portion and a cable connection recessed portion opening to a back surface direction at another end portion; and a cable holding case including a cable fixing portion configured to fix one end of the outer cable , configured to hold a handle connecting portion formed at one end of the inner cable and capable of being connected to the handle base , and configured to lock the handle connecting portion in a connected state to the cable connection recessed portion of the handle body , characterised in that the cable holding case is capable of releasing the connection with the handle base by a connection release force in the back surface direction obtained by converting a direction of a load applied to the cable fixing portion in a pulling direction by the outer cable . a handle base configured to swingably support a handle body which includes an operation portion capable of being operated from a front surface at one end portion and a cable connection recessed portion opening to a back surface direction at another end portion; and a cable holding case including a cable fixing portion configured to fix one end of the outer cable , configured to hold a handle connecting portion formed at one end of the inner cable and capable of being connected to the handle base , and configured to lock the handle connecting portion in a connected state to the cable connection recessed portion of the handle body , characterised in that the cable holding case is capable of releasing the connection with the handle base by a connection release force in the back surface direction obtained by converting a direction of a load applied to the cable fixing portion in a pulling direction by the outer cable .
A powder comprising: three components of ZnO, Al 2 O 3 and SiO 2 , wherein each content of the three components is ZnO : 17 to 43% by mole, Al 2 O 3 : 9 to 20% by mole and SiO 2 : 48 to 63% by mole, based on the sum of the contents of the three components; and 50% by mass or more of a β-quartz solid solution as a crystalline phase, based on the total amount of the powder, wherein the powder has an average circularity of 0.90 or more, the average circularity being an average value of the circularities of all particles included in a certain observation area including 100 or more particles, calculated by the following formula: Circularity = 4 π S / L 2 wherein S is the projected area; and L is the projected peripheral length of particles photographed using an electron microscope. three components of ZnO, Al 2 O 3 and SiO 2 , wherein each content of the three components is ZnO : 17 to 43% by mole, Al 2 O 3 : 9 to 20% by mole and SiO 2 : 48 to 63% by mole, based on the sum of the contents of the three components; and 50% by mass or more of a β-quartz solid solution as a crystalline phase, based on the total amount of the powder, wherein the powder has an average circularity of 0.90 or more, the average circularity being an average value of the circularities of all particles included in a certain observation area including 100 or more particles, calculated by the following formula: Circularity = 4 π S / L 2 wherein S is the projected area; and L is the projected peripheral length of particles photographed using an electron microscope.
A dispenser for hygiene products comprising an electromechanical switch which is configured to operate when a hygiene product is dispensed, wherein the action of dispensing the hygiene product causes the electromechanical switch to convert the mechanical energy associated with the dispensing action into electrical energy, the dispenser being configured to use that electrical energy to emit two signals each time a hygiene product is dispensed, wherein the dispenser comprises a circuit board and antenna for generating and emitting a radio frequency signal and the dispenser : being configured to emit one signal via the antenna when a push button of the electromechanical switch is actuated and to emit another signal via the antenna when the push button is released.
Device for opto-electronic torque determination with a first component , a second component , where the first component can be connected with a drive element and the second component with an output element or vice versa, a first coding element, which is arranged on the first component , a second coding element, which is arranged on the second component a first light barrier , which scans the rotational movement of the first coding element, a second light barrier , which scans the rotational movement of the second coding element, an electronic evaluation unit for the detection and evaluation of the signals originating from the first light barrier and the second light barrier , where at least one elastic element is provided between the first and the second component , which is deformable according to a torque acting on it, and if a change in the torque occurs, a change in the rotational angle position of the components relative to each other is detectable and from this the torque can be determined, characterised in that the first component has a web , the web can be turned towards the second component over a defined angle range, only the second component comprises the elastic element, the web acts on the elastic element and the elastic element, on turning the web , can be impinged by it with a force, the second component has at least one recess , in which the elastic element protrudes and in which the web engages, where the elastic element is arranged in a further recess on the second component and from there protrudes into the recess . a second coding element, which is arranged on the second component a first light barrier , which scans the rotational movement of the first coding element, a second light barrier , which scans the rotational movement of the second coding element, an electronic evaluation unit for the detection and evaluation of the signals originating from the first light barrier and the second light barrier , where at least one elastic element is provided between the first and the second component , which is deformable according to a torque acting on it, and if a change in the torque occurs, a change in the rotational angle position of the components relative to each other is detectable and from this the torque can be determined, characterised in that the first component has a web , the web can be turned towards the second component over a defined angle range,
A fan blade comprising a main body extending between a leading edge and a trailing edge , and having channels formed into said main body from an open side extending toward a closed side, a plurality of ribs extend across the main body intermediate the channels , wherein a bottom surface of the channels is defined at the closed side, sides of the channel merge into sides of the ribs , and there is a compound fillet at the bottom surface, with a first radius of curvature (r 2 ) along the bottom surface merging into at least a second radius of curvature (r 3 ) at the rib sides , the first radius of curvature (r 2 ) being larger than said second radius of curvature (r 3 ), said fan blade having an airfoil , characterised in that : said fan blade has a dovetail , wherein said airfoil extends radially outwardly from said dovetail ; and a ratio of the second radius of curvature (r 3 ) to the first radius of curvature (r 2 ) is between 0.03 and 0.25. said fan blade has a dovetail , wherein said airfoil extends radially outwardly from said dovetail ; and a ratio of the second radius of curvature (r 3 ) to the first radius of curvature (r 2 ) is between 0.03 and 0.25.
A method for secondary component carrier, SCC, future scheduling during carrier aggregation in a cellular wireless network, comprising: receiving , at a first time, a first subframe including a SCC scheduling indication associated with a second time after the first time, which indicates subframe for future SCC data reception at the second time, wherein SCC receive circuitry of the receiver is on at the first time when the first subframe is received; characterized by powering off SCC receive circuitry in response to the received SCC scheduling indication; powering on , at the second time, the SCC receive circuitry for future SCC data reception based on the SCC scheduling indication, wherein the second time is for the indicated future SCC data reception subframe. receiving , at a first time, a first subframe including a SCC scheduling indication associated with a second time after the first time, which indicates subframe for future SCC data reception at the second time, wherein SCC receive circuitry of the receiver is on at the first time when the first subframe is received; characterized by powering off SCC receive circuitry in response to the received SCC scheduling indication; powering on , at the second time, the SCC receive circuitry for future SCC data reception based on the SCC scheduling indication, wherein the second time is for the indicated future SCC data reception subframe.
A combination of a transport device and at least one carrier for parts , workpieces etc., wherein, for the in particular horizontal transport of the carrier , the transport device is equipped with a frame and with at least one conveyor belt driven in circulation relative to the frame , and wherein the conveyor belt has, on its upper side, a carrier-side contour , which is complementary to a lower-side contour of the carrier for positionally accurate transport, characterised in that a holding device , which loads the carrier and is designed as a magnetic device, is additionally provided in or on the frame , wherein, in the longitudinal direction of the conveyor belt , different switchable magnets are implemented, which generate a magnetic field passing through the conveyor belt and can each be switched on and off optionally and following the advance of the carrier .
A process to produce a catalyst composition, the process comprising: (i) contacting: (a) a fluorided silica-coated alumina; (b) a magnesium compound; and (c) a titanium (IV) compound and/or vanadium compound; to form a supported catalyst; and (ii) contacting the supported catalyst, a metallocene compound, and a co-catalyst to form the catalyst composition, and wherein the titanium (IV) compound comprises a titanium halide, a titanium alkoxide, or an alkoxytitanium halide, or combinations thereof, and wherein the vanadium compound comprises a vanadium halide, a vanadium alkoxide, or an alkoxyvanadium halide, or combinations thereof. (i) contacting: (a) a fluorided silica-coated alumina; (b) a magnesium compound; and (c) a titanium (IV) compound and/or vanadium compound; to form a supported catalyst; and (a) a fluorided silica-coated alumina; (b) a magnesium compound; and (c) a titanium (IV) compound and/or vanadium compound; (ii) contacting the supported catalyst, a metallocene compound, and a co-catalyst to form the catalyst composition, and wherein the titanium (IV) compound comprises a titanium halide, a titanium alkoxide, or an alkoxytitanium halide, or combinations thereof, and wherein the vanadium compound comprises a vanadium halide, a vanadium alkoxide, or an alkoxyvanadium halide, or combinations thereof.
An imaging system for analyzing airways of a patient, said system comprising: a hardware phantom including a plurality of tubes representative of airways, the plurality of tubes including different lumen sizes and/or wall thicknesses wherein the plurality of tubes include a tube for each of a plurality of combinations of lumen size and wall thickness, the plurality of tubes being arranged in a two-dimensional grid, wherein lumen size of the plurality of tubes increases along one of the axis of the grid and wall thickness increases along the other axis of the grid; an imaging scanner for scanning a region of interest (ROI), including the airways, and the hardware phantom to create raw image data; and, at least one processor programmed to at least one of: correct measurements of walls of the airways based on measurements of lumen size and/or wall thickness of the plurality of tubes and known lumen size and/or wall thickness of the plurality of tubes , the measurements made from the raw image data; and, generate an image of the ROI in which color and/or opacity of the airways are based on a comparison of images or maps of the plurality of tubes and images or maps of the airways, the images or maps generated from the raw image data. a hardware phantom including a plurality of tubes representative of airways, the plurality of tubes including different lumen sizes and/or wall thicknesses wherein the plurality of tubes include a tube for each of a plurality of combinations of lumen size and wall thickness, the plurality of tubes being arranged in a two-dimensional grid, wherein lumen size of the plurality of tubes increases along one of the axis of the grid and wall thickness increases along the other axis of the grid; an imaging scanner for scanning a region of interest (ROI), including the airways, and the hardware phantom to create raw image data; and, at least one processor programmed to at least one of: correct measurements of walls of the airways based on measurements of lumen size and/or wall thickness of the plurality of tubes and known lumen size and/or wall thickness of the plurality of tubes , the measurements made from the raw image data; and, generate an image of the ROI in which color and/or opacity of the airways are based on a comparison of images or maps of the plurality of tubes and images or maps of the airways, the images or maps generated from the raw image data. correct measurements of walls of the airways based on measurements of lumen size and/or wall thickness of the plurality of tubes and known lumen size and/or wall thickness of the plurality of tubes , the measurements made from the raw image data; and, generate an image of the ROI in which color and/or opacity of the airways are based on a comparison of images or maps of the plurality of tubes and images or maps of the airways, the images or maps generated from the raw image data.
A connecting device for an earthquake protection system, particularly for prefabricated panels, arranged to be positioned between a slab and a panel of a building, the connecting device comprising: - guide means; at least two sheet-like elements , the two sheet-like elements being a lower element and an upper element mutually coupled; and at least one pair of plates (5', 5", 205', 205", 305', 305"), the two plates (5', 5", 205', 205", 305', 305") being a right plate and a left plate (5", 205", 305") which can also be mutually coupled; said at least two sheet-like elements and said at least one pair of plates (5', 5", 205', 205", 305', 305") extending, in use, respectively, in a plane substantially parallel to the plane in which said slab lies and in a plane substantially normal to the plane in which said panel lies; and said at least two sheet-like elements and said at least one pair of plates (5', 5", 205', 205", 305', 305") having insertion means (2a, 3a, 102a, 103a, 5'a, 5'a, 205'a, 205"a, 305'a, 305"a) inside respective guide means ; characterized in that said insertion means consist of a hook formed in the end portion of said lower element and a protrusion shaped in the form of an "S" on the end portion of said upper element , in such a way that, in use, when said at least two sheet-like elements are moved towards each other during their engagement with said guide means , the curved parts of said hook and of said protrusion are substantially coupled. - guide means; at least two sheet-like elements , the two sheet-like elements being a lower element and an upper element mutually coupled; and at least one pair of plates (5', 5", 205', 205", 305', 305"), the two plates (5', 5", 205', 205", 305', 305") being a right plate and a left plate (5", 205", 305") which can also be mutually coupled; said at least two sheet-like elements and said at least one pair of plates (5', 5", 205', 205", 305', 305") extending, in use, respectively, in a plane substantially parallel to the plane in which said slab lies and in a plane substantially normal to the plane in which said panel lies; and said at least two sheet-like elements and said at least one pair of plates (5', 5", 205', 205", 305', 305") having insertion means (2a, 3a, 102a, 103a, 5'a, 5'a, 205'a, 205"a, 305'a, 305"a) inside respective guide means ; characterized in that said insertion means consist of a hook formed in the end portion of said lower element and a protrusion shaped in the form of an "S" on the end portion of said upper element , in such a way that, in use, when said at least two sheet-like elements are moved towards each other during their engagement with said guide means , the curved parts of said hook and of said protrusion are substantially coupled.
A method comprising: forming a bed of randomly oriented dry fibers on a base ; drawing resin into the bed in response to pressure to form a mixture of randomly oriented fibers impregnated with thermoset resin ; perturbing the mixture while preserving fiber length at the mixture and degassing the mixture ; and extruding the mixture to form a preform . forming a bed of randomly oriented dry fibers on a base ; drawing resin into the bed in response to pressure to form a mixture of randomly oriented fibers impregnated with thermoset resin ; perturbing the mixture while preserving fiber length at the mixture and degassing the mixture ; and extruding the mixture to form a preform .
A dressing method for dressing a grinding surface, comprising the steps of: causing a regulating body conforming to a shape of a grinding surface of a grinding wheel to be brought face-to-face, over a required length, with the grinding surface of the grinding wheel with resilient force; jetting compressed air with abrasive grains mixed therein into a space between the grinding surface and the regulating body ; passing the grinding surface in a rotating direction with respect to the regulating body ; and maintaining a state of application of jetting force of the abrasive grains onto the grinding surface by means of the regulating body during the passage. causing a regulating body conforming to a shape of a grinding surface of a grinding wheel to be brought face-to-face, over a required length, with the grinding surface of the grinding wheel with resilient force; jetting compressed air with abrasive grains mixed therein into a space between the grinding surface and the regulating body ; passing the grinding surface in a rotating direction with respect to the regulating body ; and maintaining a state of application of jetting force of the abrasive grains onto the grinding surface by means of the regulating body during the passage.
A method for assigning MR images of a heart obtained at a plurality of cardiac cycles to different cardiac phases of the cardiac cycles, the method comprising: - determining a heart beat signal during acquisition of the MR images obtained at the plurality of cardiac cycles, wherein the heart beat signal is an ECG signal, - determining at least one physiological parameter of the heart during acquisition of the MR images obtained at the plurality of cardiac cycles - determining a model for the cardiac cycle including determining, in each of the cardiac cycles, a variable time interval of variable duration, and at least one additional time interval with a lower variability in duration than the variable time interval , based on the heart beat signal and the at least one physiological parameter, - determining a duration of the variable time interval and the length of the cardiac cycle for each of the cardiac cycles based on the heart beat signal and the at least one physiological parameter, - assigning the MR images to the different cardiac phases taking into account the duration of the variable time interval and cardiac cycle in each of the cardiac cycles, characterized in that the at least one physiological parameter is determined based on a magneto-hydrodynamic effect of blood flow occurring in each of the plurality of cardiac cycles, wherein the magneto-hydrodynamic effect is used to determine and differentiate the variable time interval and the at least one additional time interval in each of the cardiac cycles. - determining a heart beat signal during acquisition of the MR images obtained at the plurality of cardiac cycles, wherein the heart beat signal is an ECG signal, - determining at least one physiological parameter of the heart during acquisition of the MR images obtained at the plurality of cardiac cycles - determining a model for the cardiac cycle including determining, in each of the cardiac cycles, a variable time interval of variable duration, and at least one additional time interval with a lower variability in duration than the variable time interval , based on the heart beat signal and the at least one physiological parameter, - determining a duration of the variable time interval and the length of the cardiac cycle for each of the cardiac cycles based on the heart beat signal and the at least one physiological parameter, - assigning the MR images to the different cardiac phases taking into account the duration of the variable time interval and cardiac cycle in each of the cardiac cycles, characterized in that the at least one physiological parameter is determined based on a magneto-hydrodynamic effect of blood flow occurring in each of the plurality of cardiac cycles, wherein the magneto-hydrodynamic effect is used to determine and differentiate the variable time interval and the at least one additional time interval in each of the cardiac cycles.