mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing whiskers consisting of AlN crystals, comprising: using at least one element, excluding Si, that satisfies a condition under which the element forms a compound with neither Al nor N at a predetermined reaction temperature or a condition under which the element forms a compound with any of Al and N provided that the standard free energy of formation of the compound is larger than that of AlN; melting a composition containing at least Al and the element; and reacting the Al vapor with nitrogen gas at the predetermined reaction temperature to produce whiskers consisting of AlN crystals from the alloy containing at least Al and the element.
A fungicidal composition comprising a mixture of components (A) and (B), wherein component (A) is a compound of formula (I) wherein Q 1 is a nitrogen atom and Q 2 is a carbon atom; or Q 1 is a carbon atom and Q 2 is a nitrogen atom; and R 1 is fluoro or methyl; R 2 is fluoro or methyl; R 3 is hydrogen or fluoro; R 4 is hydrogen, or fluoro; R 5 is hydrogen, methyl, ethyl, fluoro, chloro or bromo; R 6 is hydrogen or methyl; or a salt or N-oxide thereof; and component (B) is a compound selected from the group consisting of: Pydiflumetofen, Benzovindiflupyr, Difenoconazole, Hexaconazole, Azoxystrobin, Fludioxonil, Cyprodinil, Fluazinam, Isopyrazam, Pyroquilon, Tricyclazole, Chlorothalonil, Propiconazole, Penconazole, Fenpropimorph, Fenpropidin, Sulfur, and bacillus subtilis var. amyloliquefaciens Strain FZB24 (available from Novozymes Biologicals Inc., 5400 Corporate Circle, Salem, VA 24153, U.S.A. and known under the trade name Taegro®), wherein the weight ratio of component (A) to component (B) is from 20:1 to 1:40. Q 1 is a nitrogen atom and Q 2 is a carbon atom; or Q 1 is a carbon atom and Q 2 is a nitrogen atom; and R 1 is fluoro or methyl; R 2 is fluoro or methyl; R 3 is hydrogen or fluoro; R 4 is hydrogen, or fluoro; R 5 is hydrogen, methyl, ethyl, fluoro, chloro or bromo; R 6 is hydrogen or methyl; or a salt or N-oxide thereof; and Pydiflumetofen, Benzovindiflupyr, Difenoconazole, Hexaconazole, Azoxystrobin, Fludioxonil, Cyprodinil, Fluazinam, Isopyrazam, Pyroquilon, Tricyclazole, Chlorothalonil, Propiconazole, Penconazole, Fenpropimorph, Fenpropidin, Sulfur, and bacillus subtilis var. amyloliquefaciens Strain FZB24 (available from Novozymes Biologicals Inc., 5400 Corporate Circle, Salem, VA 24153, U.S.A. and known under the trade name Taegro®), wherein the weight ratio of component (A) to component (B) is from 20:1 to 1:40.
An electrical circuit comprising: - at least one integrated circuit (14; 14A, 14B), - at least one substrate (32; 32A, 32B) formed from an insulating material, having two conductive layers , the substrate (32; 32A, 32B) having a thickness less than 7 mm, preferably 5 mm, the substrate (32; 32A, 32B) having, furthermore, a specific composition such that the substrate (32; 32A, 32B) supports an alternating potential difference of at least 50 kV between the two conductive layers , one of the layers being connected to at least one integrated circuit (14; 14A, 14B), the insulating material being in a material comprising by weight: - between 25 and 70% of boron nitride in cubic form, - between 25 and 75% of aluminium nitride, and - between 0 and 5% of sintering elements. - at least one integrated circuit (14; 14A, 14B), - at least one substrate (32; 32A, 32B) formed from an insulating material, having two conductive layers , the substrate (32; 32A, 32B) having a thickness less than 7 mm, preferably 5 mm, the substrate (32; 32A, 32B) having, furthermore, a specific composition such that the substrate (32; 32A, 32B) supports an alternating potential difference of at least 50 kV between the two conductive layers , one of the layers being connected to at least one integrated circuit (14; 14A, 14B), - between 25 and 70% of boron nitride in cubic form, - between 25 and 75% of aluminium nitride, and - between 0 and 5% of sintering elements.
A rotor shaft for a spinning rotor of an open-end spinning device , supported in a magnetic bearing arrangement in a non-contacting manner and driven by means of a single electric motor drive , the rotor shaft comprising a multipart structure having at least one center piece and at least two outer pieces enclosing the center piece , the center piece and the outer pieces being disposed one after the other in the axial direction of the rotor shaft , and the center piece comprising a cavity in which a permanent magnet interacting with a stator of the single electric motor drive is disposed, characterized in that the rotor shaft comprises an additional connector for connecting the rotor shaft to a rotor cup , wherein the connector is implemented having a tubular shape and comprises a first connecting region by means of which said connector is connected to a first outer piece of the at least two outer pieces and a second connecting region for connecting to the rotor cup .
A guide wire comprising: a core shaft having an elongated outer shape; and a coating film formed on an outer surface of the core shaft , the coating film containing a resin, wherein the coating film includes a marker portion that contains a pigment linearly represented on an outer surface of the coating film and a resin portion that does not contain the pigment, wherein, on the outer surface of the coating film , the marker portion and the resin portion are alternately represented in a stretching direction, and wherein a thickness of a portion of the coating film where the marker portion is represented on the outer surface and a thickness of a portion of the coating film where the resin portion is represented on the outer surface are substantially the same, or the thickness of the portion of the coating film where the marker portion is represented is smaller than the thickness of the portion of the coating film where the resin portion is represented, and wherein in a longitudinal section along a stretching direction of the core shaft , a cross-sectional width of the marker portion decreases toward an inside of the core shaft in a radial direction. a core shaft having an elongated outer shape; and a coating film formed on an outer surface of the core shaft , the coating film containing a resin, wherein the coating film includes a marker portion that contains a pigment linearly represented on an outer surface of the coating film and a resin portion that does not contain the pigment, wherein, on the outer surface of the coating film , the marker portion and the resin portion are alternately represented in a stretching direction, and wherein a thickness of a portion of the coating film where the marker portion is represented on the outer surface and a thickness of a portion of the coating film where the resin portion is represented on the outer surface are substantially the same, or the thickness of the portion of the coating film where the marker portion is represented is smaller than the thickness of the portion of the coating film where the resin portion is represented, and wherein in a longitudinal section along a stretching direction of the core shaft , a cross-sectional width of the marker portion decreases toward an inside of the core shaft in a radial direction.
A foot exercising device for exerting pressure on at least heel, middle foot bones and toes to perform foot correction exercises, comprising: - a foot support comprising - an elevated footrest to support a foot of a person thereon, wherein the elevated footrest forms a positive elevation between a heel and toes of the foot; characterized in that the foot support further comprises - a lift wedge to be arranged on the elevated footrest and operable to receive at least one toe thereon to form a positive elevation between middle foot bones and the corresponding toes of the foot, wherein the lift wedge is rotatable in operation to change a position thereof on the elevated footrest; and - a tilting arrangement comprising - a pair of spaced apart fixed plates coupled to the elevated footrest; - at least one movable plate hingedly coupled to the fixed plates; - a centre plate coupled with the at least one movable plate, the centre plate operable to receive a calf of the person, and - a rod pivotally coupled to the centre plate and operable to tilt the centre plate to exert pressure on at least the heel, the middle foot bones and the toes to perform foot correction exercises. - a foot support comprising - an elevated footrest to support a foot of a person thereon, wherein the elevated footrest forms a positive elevation between a heel and toes of the foot; characterized in that the foot support further comprises - a lift wedge to be arranged on the elevated footrest and operable to receive at least one toe thereon to form a positive elevation between middle foot bones and the corresponding toes of the foot, wherein the lift wedge is rotatable in operation to change a position thereof on the elevated footrest; and - a tilting arrangement comprising - a pair of spaced apart fixed plates coupled to the elevated footrest; - at least one movable plate hingedly coupled to the fixed plates; - a centre plate coupled with the at least one movable plate, the centre plate operable to receive a calf of the person, and - a rod pivotally coupled to the centre plate and operable to tilt the centre plate to exert pressure on at least the heel, the middle foot bones and the toes to perform foot correction exercises.
A gas turbine rotor (60; 160)comprising: a rotor hub ; a plurality of blades mounted in a circumferentially-spaced arrangement on the rotor hub ; and a plurality of platform segments (78; 178) circumferentially arranged, respectively, between neighboring ones of the plurality of blades , the plurality of platform segments (78; 178) including core gas-path defining surfaces (78a; 178a), each of the plurality of platform segments (78; 178) being mounted with a freedom to circumferentially move relative to the respective neighboring ones of the plurality of blades , wherein the plurality of platform segments (78; 178) include non-gas path defining surfaces disposed opposite from the core gas-path defining surfaces (78a; 178a), and hooks (82; 182a) projecting from the non-gas path defining surfaces, wherein the hooks (82; 182a) interlock with corresponding hooks (84; 184) of attachment members (80a, 80b; 180a) that are secured to the rotor hub , wherein the attachment members (80a, 80b; 180a) engage radially inwardly facing surfaces of the rotor hub with respect to a rotational axis of the rotor hub ; characterised in that : the radially inwardly facing surfaces of the rotor hub are located radially inwards of a plurality of slots in which the plurality of blades are mounted. a rotor hub ; a plurality of blades mounted in a circumferentially-spaced arrangement on the rotor hub ; and a plurality of platform segments (78; 178) circumferentially arranged, respectively, between neighboring ones of the plurality of blades , the plurality of platform segments (78; 178) including core gas-path defining surfaces (78a; 178a), each of the plurality of platform segments (78; 178) being mounted with a freedom to circumferentially move relative to the respective neighboring ones of the plurality of blades , wherein the plurality of platform segments (78; 178) include non-gas path defining surfaces disposed opposite from the core gas-path defining surfaces (78a; 178a), and hooks (82; 182a) projecting from the non-gas path defining surfaces, wherein the hooks (82; 182a) interlock with corresponding hooks (84; 184) of attachment members (80a, 80b; 180a) that are secured to the rotor hub , wherein the attachment members (80a, 80b; 180a) engage radially inwardly facing surfaces of the rotor hub with respect to a rotational axis of the rotor hub ; characterised in that : the radially inwardly facing surfaces of the rotor hub are located radially inwards of a plurality of slots in which the plurality of blades are mounted.
A system for asynchronous display of a frame, comprising: a computing device configured to determine changes between a current frame and a previous frame; and an asynchronous display coupled to the computing device configured to display an image; wherein the computing device is configured to send frame updates asynchronously to the asynchronous display to only update areas of a currently displayed image that have changed, wherein the computing device is configured to send the updated frames to the display asynchronously rather than at a fixed frame rate, wherein each area of a new frame that is different from a corresponding area in the displayed image is sent to the asynchronous display as a frame update along with corresponding at least one pixel address to identify at least one location of the at least one area that has changed, and wherein each area of a new frame that remains the same as the corresponding area in the displayed image is not sent to the asynchronous display . a computing device configured to determine changes between a current frame and a previous frame; and an asynchronous display coupled to the computing device configured to display an image; wherein the computing device is configured to send frame updates asynchronously to the asynchronous display to only update areas of a currently displayed image that have changed, wherein the computing device is configured to send the updated frames to the display asynchronously rather than at a fixed frame rate, wherein each area of a new frame that is different from a corresponding area in the displayed image is sent to the asynchronous display as a frame update along with corresponding at least one pixel address to identify at least one location of the at least one area that has changed, and wherein each area of a new frame that remains the same as the corresponding area in the displayed image is not sent to the asynchronous display .
A multifunctional cooking oven comprises a oven cover , an oven body , a first heating device , a second heating device , an elastic device and a first control panel , wherein the oven cover is hinged with the oven body, the rotation angle between the oven cover and the oven body falls in between 0 degree and 180 degrees; the first heating device is arranged on the bottom surface of the oven cover, and the elastic device is arranged in the inner cavity of the oven body; the second heating device is arranged in the inner cavity of the oven body and connected with the elastic device, which drives the second heating device to go up and down; the multifunctional cooking oven also comprises a first frying plate and a second frying plate ; the first frying plate is detachably arranged on the oven cover and clings to the first heating device; the second frying plate is detachably arranged in the inner cavity of the oven body and clings to the second heating device to form a frying oven with the double-sided heating function; the multifunctional cooking oven also comprises a pot body and the second frying plate can be replaced with the pot body, wherein the pot body sits in in the inner cavity of the oven body and clings to the second heating device; the multifunctional cooking oven also comprises a pot cover, which is buckled onto the pot body to form a hot pot oven; the multifunctional cooking oven also comprises an upper filter screen and a grill ; the first frying plate can be replaced with the upper filter screen, the second frying plate can be replaced with the pot body, the pot body sits in the inner cavity of the oven body and clings to the second heating device, and the grill is placed in the pot body to form an oven. the multifunctional cooking oven also comprises a first frying plate and a second frying plate ; the first frying plate is detachably arranged on the oven cover and clings to the first heating device; the second frying plate is detachably arranged in the inner cavity of the oven body and clings to the second heating device to form a frying oven with the double-sided heating function; the multifunctional cooking oven also comprises a pot body and the second frying plate can be replaced with the pot body, wherein the pot body sits in in the inner cavity of the oven body and clings to the second heating device; the multifunctional cooking oven also comprises a pot cover, which is buckled onto the pot body to form a hot pot oven; the multifunctional cooking oven also comprises an upper filter screen and a grill ; the first frying plate can be replaced with the upper filter screen, the second frying plate can be replaced with the pot body, the pot body sits in the inner cavity of the oven body and clings to the second heating device, and the grill is placed in the pot body to form an oven.
A flexible display screen, comprising a display device , a flexible substrate , a support structure and a drive chip , the display device being positioned on the flexible substrate and the flexible substrate being positioned on the support structure , wherein, a groove is provided in the support structure and used to receive the drive chip ; the drive chip is positioned on a flexible circuit board; the support structure comprises a support film , a cushioning member and a heat-dissipating member , the support film is positioned on the cushioning member , the cushioning member is positioned on the heat-dissipating member and the flexible substrate is positioned on the support film ; the groove extends toward the display device across the heat-dissipating member and the cushioning member sequentially to be disposed in the support film , the groove is separated from the flexible substrate by the support film ; wherein the heat-dissipating member is a copper foil, and the cushioning member is a foam.
A composition comprising: a biologically pure culture of Bacillus strains comprising: Bacillus subtilis 1104 deposited under Accession Number ABS 1104 NRRL B-67258 and Bacillus subtilis 2084 deposited under Accession Number BS2084 NRRL B-50013; and at least one of a Saccharomyces cerevisiae yeast extract, a hydrolyzed Saccharomyces cerevisiae yeast, and a Saccharomyces cerevisiae yeast culture.
A method of specifying and/or controlling a manipulator process for a manipulator arrangement comprising at least one manipulator, in particular an industrial robot, wherein the manipulator process comprises a given oriented manipulator path of the manipulator arrangement, wherein the manipulator path has at least one switching path point (S1, S2, S3) in order to trigger a predetermined action as a function of this switching path point when the manipulator path is being traversed in accordance with a plan, characterised in that at least one action can be specified or is carried out, in particular in different ways, as a function of a reverse movement of the manipulator arrangement, which reverse movement of the manipulator arrangement is in the opposite direction to the oriented manipulator path and is initiated by an event, and/or as a function of a return movement of the manipulator arrangement, which return movement of the manipulator arrangement is in the same direction as the oriented manipulator path and which takes place following the reverse movement, in particular immediately after the reverse movement or after a pause, and which has an end point which is located on the manipulator path, and as a function of this switching path point.
An automatic lens to cornea standoff control system comprising: an ophthalmic microscope with a lens arrangement configured for viewing images of an eye ; a front lens assembly having a lens holder containing a high diopter lens , wherein the front lens assembly is configured to adjustably position the high diopter lens between the lens arrangement of the ophthalmic microscope and the eye; a sensor configured to detect a distance between the high diopter lens and a surface of the eye and to transmit a detected distance; a controller configured to receive the detected distance from the sensor , determine when the detected distance is less than a predetermined threshold standoff distance, and, in case the detected distance is less than the threshold, transmit a control signal describing a distance for the high diopter lens to move away from the surface of the eye; and an actuator coupled with the front lens assembly , the actuator configured to receive the control signal and cause the high diopter lens to move the distance away from the surface of the eye, characterized in that the control system further includes an over-ride control system configured to receive an over-ride signal and prevent, based on the over-ride signal, the controller from transmitting the control signal. an ophthalmic microscope with a lens arrangement configured for viewing images of an eye ; a front lens assembly having a lens holder containing a high diopter lens , wherein the front lens assembly is configured to adjustably position the high diopter lens between the lens arrangement of the ophthalmic microscope and the eye; a sensor configured to detect a distance between the high diopter lens and a surface of the eye and to transmit a detected distance; a controller configured to receive the detected distance from the sensor , determine when the detected distance is less than a predetermined threshold standoff distance, and, in case the detected distance is less than the threshold, transmit a control signal describing a distance for the high diopter lens to move away from the surface of the eye; and an actuator coupled with the front lens assembly , the actuator configured to receive the control signal and cause the high diopter lens to move the distance away from the surface of the eye, characterized in that the control system further includes an over-ride control system configured to receive an over-ride signal and prevent, based on the over-ride signal, the controller from transmitting the control signal.