mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing a pigment comprising: (a) stirring and dispersing flakes in water to form a suspension; (b) forming a catalyst layer on surfaces of the flakes; and (c) forming a metal layer by plating the surfaces of the flakes on which the catalyst layer is formed, wherein step (b) includes: (b1) adding and stirring a tin compound to the suspension of step (a) to coat tin (Sn) on the surfaces of the flakes, (b2) dehydrating and washing resultant materials of step (b1), (b3) adding the dehydrated and washed flakes to a palladium compound solution to separate tin from the surfaces of the flakes, and wherein palladium is coated onto the region from which the tin is separated, and (b4) dehydrating and washing resultant materials coated with palladium of step (b3) to provide flakes having a catalyst layer containing the palladium on the surface, and wherein in step (b2) and/or step (b4), the dehydrating and washing is performed two to four times. (a) stirring and dispersing flakes in water to form a suspension; (b) forming a catalyst layer on surfaces of the flakes; and (c) forming a metal layer by plating the surfaces of the flakes on which the catalyst layer is formed, wherein step (b) includes: (b1) adding and stirring a tin compound to the suspension of step (a) to coat tin (Sn) on the surfaces of the flakes, (b2) dehydrating and washing resultant materials of step (b1), (b3) adding the dehydrated and washed flakes to a palladium compound solution to separate tin from the surfaces of the flakes, and wherein palladium is coated onto the region from which the tin is separated, and (b4) dehydrating and washing resultant materials coated with palladium of step (b3) to provide flakes having a catalyst layer containing the palladium on the surface, and wherein in step (b2) and/or step (b4), the dehydrating and washing is performed two to four times. (b1) adding and stirring a tin compound to the suspension of step (a) to coat tin (Sn) on the surfaces of the flakes, (b2) dehydrating and washing resultant materials of step (b1), (b3) adding the dehydrated and washed flakes to a palladium compound solution to separate tin from the surfaces of the flakes, and wherein palladium is coated onto the region from which the tin is separated, and (b4) dehydrating and washing resultant materials coated with palladium of step (b3) to provide flakes having a catalyst layer containing the palladium on the surface, and wherein in step (b2) and/or step (b4), the dehydrating and washing is performed two to four times.
Filter device , in particular an oil and fuel filter, having a filter housing jar and a filter head , wherein arranged in the filter housing jar is a ring filter element , which has an upper end disc on which at least two radially outward-projecting bayonet wings are arranged which interact with recesses arranged on the filter housing jar in the manner of a bayonet catch, characterised in that - the recesses , at longitudinal ends in the circumferential direction, define a first end position of the bayonet wing guided therein, - in the region of the first end position , an undercut contour is provided in which the bayonet wing is engaged when the filter device is mounted, - at least two driving elements are arranged on the upper end disc of the ring filter element , - at least two ramps rising in the direction of the driving elements and two stops are arranged on the filter head and interact with the driving elements in such a way that when mounting the filter device , the driving elements on the end disc slide on the ramps as far as the respective stop and, after reaching the stops , press the bayonet wings into the undercut contours of the associated recesses . - the recesses , at longitudinal ends in the circumferential direction, define a first end position of the bayonet wing guided therein, - in the region of the first end position , an undercut contour is provided in which the bayonet wing is engaged when the filter device is mounted, - at least two driving elements are arranged on the upper end disc of the ring filter element , - at least two ramps rising in the direction of the driving elements and two stops are arranged on the filter head and interact with the driving elements in such a way that when mounting the filter device , the driving elements on the end disc slide on the ramps as far as the respective stop and, after reaching the stops , press the bayonet wings into the undercut contours of the associated recesses .
A foldable device comprising: a) a central engagement portion defined by at least one polygon panel , wherein said at least one polygon panel has at least three sides, and wherein the at least one said polygon panel has at least one opening ; b) at least one flap portion extending from at least one side of the at least one polygon panel integrally hinged to the at least one side of said polygon panel , wherein said flap portion has at least one flap portion opening ; c) at least one slit positioned between the at least one flap portion and said flap portion's adjoining polygon panel ; d) at least one tongue portion extending from at least one side of the at least one polygon panel , whereby the at least one tongue is adapted to sequentially engage the at least one slit , the at least one flap portion opening , and the at least one polygon panel opening of identical modules, whereby a plurality of foldable devices may be assembled in a variety of configurations to form three-dimensional bodies, characterized in that the at least one opening of the at least polygon panel is a star shaped opening having a plurality of outer limit points and a plurality of inner limit points, the at least one opening being widest at the outer limit points and narrowest at the inner limit points. a) a central engagement portion defined by at least one polygon panel , wherein said at least one polygon panel has at least three sides, and wherein the at least one said polygon panel has at least one opening ; b) at least one flap portion extending from at least one side of the at least one polygon panel integrally hinged to the at least one side of said polygon panel , wherein said flap portion has at least one flap portion opening ; c) at least one slit positioned between the at least one flap portion and said flap portion's adjoining polygon panel ; d) at least one tongue portion extending from at least one side of the at least one polygon panel , whereby the at least one tongue is adapted to sequentially engage the at least one slit , the at least one flap portion opening , and the at least one polygon panel opening of identical modules, whereby a plurality of foldable devices may be assembled in a variety of configurations to form three-dimensional bodies,
Combinations comprising an sGC stimulator selected from the group consisting of the compounds of the formulae or the sGC activator of the formula sacubitril and valsartan and also in each case the salts, solvates and solvates of the salts thereof.
A process for producing a layer of a crystalline material comprising a perovskite or a hexahalometallate, which process comprises: (i) exposing a substrate to a vapour comprising a first precursor compound in a first chamber to produce a layer of the first precursor compound on the substrate; and (ii) exposing the layer of the first precursor compound to a vapour comprising a second precursor compound in a second chamber to produce the layer of a crystalline material, wherein: the pressure in the first chamber is less than or equal to 10 -3 mbar; the pressure in the second chamber is greater than or equal to 1 mbar; the first precursor compound comprises one or more first cations and one or more first anions; and the second precursor compound comprises one or more organic cations and one or more second anions. (i) exposing a substrate to a vapour comprising a first precursor compound in a first chamber to produce a layer of the first precursor compound on the substrate; and (ii) exposing the layer of the first precursor compound to a vapour comprising a second precursor compound in a second chamber to produce the layer of a crystalline material, wherein: the pressure in the first chamber is less than or equal to 10 -3 mbar; the pressure in the second chamber is greater than or equal to 1 mbar; the first precursor compound comprises one or more first cations and one or more first anions; and the second precursor compound comprises one or more organic cations and one or more second anions. the pressure in the first chamber is less than or equal to 10 -3 mbar; the pressure in the second chamber is greater than or equal to 1 mbar; the first precursor compound comprises one or more first cations and one or more first anions; and the second precursor compound comprises one or more organic cations and one or more second anions.
A method of ultrasound image acquisition, generation and display, comprising the steps of: a) acquiring ultrasound image data corresponding to an anatomic region being examined using an ultrasound probe ; b) generating at least one ultrasound image based on said image data; c) displaying said image on a display; wherein the method further comprises the steps of: d) generating a map of the outer surface of the anatomic region; e) detecting the position of said probe during image data acquisition; f) identifying on the map the point corresponding to the detected position of said probe ; g) displaying the map in which said point is marked, at the same time as the ultrasound image is displayed, and characterised in that one or more additional images are displayed at the same time as the ultrasound image and the map , the detected position of the above mentioned probe being marked on said one or more additional images . a) acquiring ultrasound image data corresponding to an anatomic region being examined using an ultrasound probe ; b) generating at least one ultrasound image based on said image data; c) displaying said image on a display; wherein the method further comprises the steps of: d) generating a map of the outer surface of the anatomic region; e) detecting the position of said probe during image data acquisition; f) identifying on the map the point corresponding to the detected position of said probe ; g) displaying the map in which said point is marked, at the same time as the ultrasound image is displayed, and characterised in that one or more additional images are displayed at the same time as the ultrasound image and the map , the detected position of the above mentioned probe being marked on said one or more additional images . d) generating a map of the outer surface of the anatomic region; e) detecting the position of said probe during image data acquisition; f) identifying on the map the point corresponding to the detected position of said probe ; g) displaying the map in which said point is marked, at the same time as the ultrasound image is displayed, and characterised in that one or more additional images are displayed at the same time as the ultrasound image and the map , the detected position of the above mentioned probe being marked on said one or more additional images .
Module for detecting the angular position of a rotatable handle , which module is intended to be fixed to the tube of a vehicle handlebar next to said handle and comprises a cylindrical magnet , a probe for detecting the magnetic field produced by the magnet , a support for the probe, a printed circuit to which the probe is rigidly connected, a support for the magnet and a collar which serves as a housing for said module, the magnetically sensitive probe detecting the rotation of the magnetic field emitted by the magnet and being rigidly connected to the handlebar , said magnet support and magnet being rigidly connected to the handle , in that said magnet support and magnet form a cavity so that the inner radial surface of the magnet is positioned outside and facing the magnetically sensitive probe , characterized in that the magnet has a continuously variable direction of magnetization such that mechanical rotation of the handle of less than 120° leads to the total rotation of the angle of the magnetic field, generated by said magnet at the measurement point, of greater than 180°.
Dedusting device for separating impurities from an air flow, such as chips and dusts, comprising: - at least one air inlet opening and at least one air outlet opening , - an expansion chamber with a filter unit accommodated therein, - at least one motor for driving at least one fan for generating a volumetric air flow which is guided from the at least one air inlet opening to the at least one air outlet opening , - at least one collecting container , which can be removed from the dedusting device , for collecting dust and/or chips, characterised in that an adjusting device is provided by means of which a volumetric air flow (LVS-AM) acting in a working mode (AM) can be reduced to a lower volumetric air flow (LVS-WM) acting in a maintenance mode (WM). - at least one air inlet opening and at least one air outlet opening , - an expansion chamber with a filter unit accommodated therein, - at least one motor for driving at least one fan for generating a volumetric air flow which is guided from the at least one air inlet opening to the at least one air outlet opening , - at least one collecting container , which can be removed from the dedusting device , for collecting dust and/or chips,
A device comprising: a platform configured for a rider to stand thereon; a controller unit coupled to the platform , the controller unit including a processor, a memory operably coupled to the processor, and a wireless receiver operably coupled to the processor; a roller assembly coupled to the platform , wherein the roller assembly is omnidirectionally rotatable about a first axis, wherein the roller assembly includes: a mount ; a single roller coupled to the mount and rollable about a second axis distinct from the first axis; an electric motor coupled to the mount such that the electric motor drives the single roller ; a slip ring ; and a brush , wherein the brush spans between the slip ring and the electric motor ; and a remote control including a handle body , a power source included within the handle body , and a wireless transmitter powered via the power source, wherein the wireless transmitter is in wireless communication with the wireless receiver to assist in traction control in order to optimize a riding speed of the roller assembly relative to a specific rider input. a platform configured for a rider to stand thereon; a controller unit coupled to the platform , the controller unit including a processor, a memory operably coupled to the processor, and a wireless receiver operably coupled to the processor; a roller assembly coupled to the platform , wherein the roller assembly is omnidirectionally rotatable about a first axis, wherein the roller assembly includes: a mount ; a single roller coupled to the mount and rollable about a second axis distinct from the first axis; an electric motor coupled to the mount such that the electric motor drives the single roller ; a slip ring ; and a brush , wherein the brush spans between the slip ring and the electric motor ; and a mount ; a single roller coupled to the mount and rollable about a second axis distinct from the first axis; an electric motor coupled to the mount such that the electric motor drives the single roller ; a slip ring ; and a brush , wherein the brush spans between the slip ring and the electric motor ; and a remote control including a handle body , a power source included within the handle body , and a wireless transmitter powered via the power source, wherein the wireless transmitter is in wireless communication with the wireless receiver to assist in traction control in order to optimize a riding speed of the roller assembly relative to a specific rider input.
A process comprising: melting a constituent corresponding to a luminescent material to form a melt; adding a vacancy-filling agent into the melt, wherein the vacancy-filling agent has a vaporization temperature at atmospheric pressure that is within 250°C of the melting temperature of the luminescent material; and forming the luminescent material from the melt, wherein the luminescent material includes at least some of the vacancy-filling atoms from the vacancy-filling agent, whereby either the constituent corresponding to the luminescent material is selected from an oxygen-containing luminescent material and the vacancy-filling agent is selected from a metal oxide, or the constituent corresponding to the luminescent material is selected from a halide-containing luminescent material and the vacancy-filling agent is selected from a metal halide, or the constituent corresponding to the luminescent material is selected from a sulfur-containing compound and the vacancy-filling agent is selected from a metal sulfide or sulfur. melting a constituent corresponding to a luminescent material to form a melt; adding a vacancy-filling agent into the melt, wherein the vacancy-filling agent has a vaporization temperature at atmospheric pressure that is within 250°C of the melting temperature of the luminescent material; and forming the luminescent material from the melt, wherein the luminescent material includes at least some of the vacancy-filling atoms from the vacancy-filling agent, whereby either the constituent corresponding to the luminescent material is selected from an oxygen-containing luminescent material and the vacancy-filling agent is selected from a metal oxide, or the constituent corresponding to the luminescent material is selected from a halide-containing luminescent material and the vacancy-filling agent is selected from a metal halide, or the constituent corresponding to the luminescent material is selected from a sulfur-containing compound and the vacancy-filling agent is selected from a metal sulfide or sulfur.
A heat sink assembly comprising: first heat sink , formed to mate with a first processor along a first processor seating plane (P1); a second heat sink , formed to mate with a second processor along a second processor seating plane (P2); a mechanical support member formed to support the first heat sink and the second heat sink along the first processor seating plane (P1) and the second processor seating plane (P2), respectively; and a flexible heat pipe between the first heat sink and the second heat sink to provide a thermal link therebetween, characterized in that the mechanical support member is flexible to allow for an offset between the first processor seating plane (P1) and the second processor seating plane (P2). first heat sink , formed to mate with a first processor along a first processor seating plane (P1); a second heat sink , formed to mate with a second processor along a second processor seating plane (P2); a mechanical support member formed to support the first heat sink and the second heat sink along the first processor seating plane (P1) and the second processor seating plane (P2), respectively; and a flexible heat pipe between the first heat sink and the second heat sink to provide a thermal link therebetween, characterized in that the mechanical support member is flexible to allow for an offset between the first processor seating plane (P1) and the second processor seating plane (P2).
Reservoir for storing a pressurized fluid such as compressed air, characterized in that said reservoir takes the form of at least one tube formed of an arrangement of concentric layers (C1, C2, C3, C4), said arrangement comprising, working from the inside toward the outside of said tube, an internal layer (C1) formed of concrete, a layer (C2) formed of steel of thickness E, at least one layer (C3) formed by a winding of steel wires (C3") on a concrete sublayer (C3'), and an external layer (C4) intended to protect said wires against physical and/or chemical damage, and in which said wires are subjected to circumferential tensile prestress, at least said thickness E and/or said prestress being rated in such a way as to withstand a service pressure in excess of 100 bar.
A molecular sieve having, in its calcined form, an X-ray diffraction pattern including the peaks listed in the following Table: 2-Theta d -Spacing, nm Relative Intensity Peak Broadening 7.54±0.20 1.172 W B 9.50±0.20 0.930 M B 12.94±0.20 0.684 S Sh 14.09±0.20 0.628 W B 16.16±0.20 0.548 W B 17.84±0.20 0.498 M Sh 20.03±0.20 0.443 W B 20.74±0.20 0.428 VS B 22.91±0.20 0.388 W Sh 24.70±0.20 0.360 W B 26.03±0.20 0.342 M Sh 27.98±0.20 0.319 W B 30.34±0.20 0.294 M B 30.74±0.20 0.291 S B 31.78±0.20 0.281 W B the molecular sieve having a composition comprising the molar relationship: Al 2 O 3 : ( n )SiO 2 wherein n has a value of from 5 to 25.
A power assist arrangement for a covering for an architectural opening, comprising: at least one power assist module , including an elongated spring shaft having first and second ends; a drive plug mounted adjacent to one of said first and second ends of said spring shaft for rotation relative to said spring shaft ; an elongated spring mounted over said spring shaft , said elongated spring having a first end fixed relative to said spring shaft and a second end fixed relative to said drive plug ; and a prewinding mechanism for prewinding said spring relative to said spring shaft , characterized in that the prewinding mechanism includes a threaded follower member mounted for rotation about an axis of rotation relative to said spring shaft ; a threaded shaft member non-rotatably mounted relative to said spring shaft and threaded to said follower member ; a first abutment surface on said threaded shaft member and a second abutment surface on said threaded follower member , said first and second abutment surfaces being located so as to abut each other and prevent relative rotation between said threaded shaft member and said threaded follower member when said threaded follower member has threaded a desired axial distance in a first direction relative to said threaded shaft member . an elongated spring shaft having first and second ends; a drive plug mounted adjacent to one of said first and second ends of said spring shaft for rotation relative to said spring shaft ; an elongated spring mounted over said spring shaft , said elongated spring having a first end fixed relative to said spring shaft and a second end fixed relative to said drive plug ; and a prewinding mechanism for prewinding said spring relative to said spring shaft , characterized in that the prewinding mechanism includes a threaded follower member mounted for rotation about an axis of rotation relative to said spring shaft ; a threaded shaft member non-rotatably mounted relative to said spring shaft and threaded to said follower member ; a first abutment surface on said threaded shaft member and a second abutment surface on said threaded follower member , said first and second abutment surfaces being located so as to abut each other and prevent relative rotation between said threaded shaft member and said threaded follower member when said threaded follower member has threaded a desired axial distance in a first direction relative to said threaded shaft member .