mhurhangee/patent-ind-claim-en huggingface dataset:
A tire comprising a tread including: a shoulder region demarcated and formed by a tread end (Te) and a shoulder main groove extending along a tire-circumferential direction (C), wherein a shoulder transverse groove extending from the shoulder main groove towards an outer side in a tire-width direction to the tread end (Te) is fixedly set in the shoulder region ; and a shoulder block row configured by arranging side-by-side in the tire-circumferential direction (C) a shoulder block divided by the tread end (Te), the shoulder main groove and the shoulder transverse groove , wherein viewing the shoulder transverse groove in a tire-circumferential direction cross section, an angle (θ1) formed by a groove wall and a vertical line (P) drawn from a groove opening end position to a tread surface of the shoulder block is in a range of 10 to 20 degrees, and the groove wall and groove bottom are connected by a concaved surface having a radius of curvature (R1) of at least 6 mm and no more than 15 mm, characterized in that a circumferential direction dimension (a1) to a tread surface of the shoulder block is at least 2.2 times and no more than 3.8 times a groove depth of the shoulder transverse groove . wherein viewing the shoulder transverse groove in a tire-circumferential direction cross section, an angle (θ1) formed by a groove wall and a vertical line (P) drawn from a groove opening end position to a tread surface of the shoulder block is in a range of 10 to 20 degrees, and the groove wall and groove bottom are connected by a concaved surface having a radius of curvature (R1) of at least 6 mm and no more than 15 mm, characterized in that a circumferential direction dimension (a1) to a tread surface of the shoulder block is at least 2.2 times and no more than 3.8 times a groove depth of the shoulder transverse groove .
Hydraulic control device for an emergency stop valve of a steam turbine, wherein the hydraulic control device has an operating medium supply and/or conducting system and a module for the reduction of a hydraulic pressure by rapid opening of an outflow valve and/or unloading or loading an actuator for actuating the emergency stop valve, wherein in the operating medium supply and/or conducting system a control valve arrangement with at least three safety valves is provided, which are hydraulically interconnected in such a manner that these open the outflow valve or unload or load the actuator only when a safety circuit by way of at least two safety valves of the control valve arrangement has assumed an emergency stop position, characterized in that a precontrol valve (1.4) that is independent from the remaining safety valves (1.5) is hydraulically connected upstream of each safety valve (1.5) by arrangement upstream when viewed in the flow direction from a pressure source to a pressure trough in such a manner that a safety valve (1.5) that is connected downstream of a respective precontrol valve (1.4) can be hydraulically decoupled from the same during the operation, wherein the individual precontrol valves are connected in parallel.
A method to reshape a high-dynamic range video signal, the method comprising: obtaining a first high-dynamic range video signal representing the high-dynamic range video signal in a first color format comprising a first color space that is one of YCbCr, YCoCg and RGB, the first video signal comprising a first chroma component; obtaining a second high-dynamic range video signal representing the high-dynamic range video signal in a second color format comprising a second color space that is one of IPT and IC T C P , the second video signal comprising a second chroma component; applying , by a processor, a chroma reshaping function to the second chroma component of the second video signal to generate a reshaped chroma component, wherein the chroma reshaping function maps pixel values of the second chroma component in the second color space to pixel values of the first chroma component in the first color space, wherein at least one parameter of the chroma reshaping function is determined by fitting the chroma reshaping function to pixel values v of the second chroma component of the second video signal and corresponding pixel values s of the first chroma component of the first video signal; and generating, by the processor, a third video signal comprising the reshaped chroma component. obtaining a first high-dynamic range video signal representing the high-dynamic range video signal in a first color format comprising a first color space that is one of YCbCr, YCoCg and RGB, the first video signal comprising a first chroma component; obtaining a second high-dynamic range video signal representing the high-dynamic range video signal in a second color format comprising a second color space that is one of IPT and IC T C P , the second video signal comprising a second chroma component; applying , by a processor, a chroma reshaping function to the second chroma component of the second video signal to generate a reshaped chroma component, wherein the chroma reshaping function maps pixel values of the second chroma component in the second color space to pixel values of the first chroma component in the first color space, wherein at least one parameter of the chroma reshaping function is determined by fitting the chroma reshaping function to pixel values v of the second chroma component of the second video signal and corresponding pixel values s of the first chroma component of the first video signal; and generating, by the processor, a third video signal comprising the reshaped chroma component.
An exposure table for a hologram exposure machine , with a holding device , in which a master receptacle is formed or present, which is configured to receive a master , and with a film guide adapted to guide a hologram film relative to the holding means and to position a film portion to be exposed in an exposure area relative to the master for hologram exposure, characterized in that the holding device is formed as a plate with a plurality of master receptacles , and that the orientation of the plate with respect to the exposure area is changeable in such a way that selectively the master required for the hologram exposure is arranged with its master receptacle in the exposure area . with a holding device , in which a master receptacle is formed or present, which is configured to receive a master , and with a film guide adapted to guide a hologram film relative to the holding means and to position a film portion to be exposed in an exposure area relative to the master for hologram exposure, characterized in that the holding device is formed as a plate with a plurality of master receptacles , and that the orientation of the plate with respect to the exposure area is changeable in such a way that selectively the master required for the hologram exposure is arranged with its master receptacle in the exposure area .
Seat device with two side parts , a backrest element , and a seat element which can be anchored to the side parts at least in an indirectly detachable manner, wherein, in the region of an end face which is close to the relevant backrest element , the two side parts are respectively mounted about a first hinge , which can be pivoted about a perpendicular axis, in order to reversibly transfer the side parts from a normal position, in which the side parts are arranged perpendicularly to the backrest element , into a stowage position, in which the side parts are aligned parallel to the backrest element , wherein at least the seat element is formed by a plurality of lamellar bodies connected to one another by means of connecting elements, wherein the two side parts are formed by planar panels with a rectangular form and the respective subregions (110', 111', 110", 111") of a side part are in the form of a panel, wherein the bottom surface of a respective side part at least indirectly forms a contact surface for placing the seat device on a planar placement surface, characterized in that the backrest element is formed by a plurality of lamellar bodies which are connected to one another by means of connecting elements formed by hinges.
A chemical mechanical polishing composition comprising: ceria-coated colloidal silica particles; at least one nitrogen-containing aromatic heterocyclic compound selected from the group consisting of benzotriazole and its derivatives, 2-aminobenzimidazole and its derivatives, amitrole and its derivatives, triazole and its derivatives, and combinations thereof; at least one non-ionic organic molecule having more than one hydroxyl functional group selected from the group consisting of Dulcitol, D-sorbitol, Maltitol, Lactitol, and combinations thereof; at least one solvent; and optionally, a biocide; and optionally, at least one pH adjuster, wherein the composition has a pH of from 2 to 12, preferably from 3 to 10, more preferably from 4 to 9. ceria-coated colloidal silica particles; at least one nitrogen-containing aromatic heterocyclic compound selected from the group consisting of benzotriazole and its derivatives, 2-aminobenzimidazole and its derivatives, amitrole and its derivatives, triazole and its derivatives, and combinations thereof; at least one non-ionic organic molecule having more than one hydroxyl functional group selected from the group consisting of Dulcitol, D-sorbitol, Maltitol, Lactitol, and combinations thereof; at least one solvent; and optionally, a biocide; and optionally, at least one pH adjuster,
A data storage method performed by a storage device, wherein the method comprises: a.) obtaining (S 100) current data and historical data of the current data; b.) predicting (S 101) the current data by using the historical data, thereby obtaining predicted data of the current data, wherein the predicted data of the current data are data obtained after the current data are predicted according to a change rule of the historical data; c.) obtaining (S 102) a delta between the current data and the predicted data; characterised by : d.) determining (S 103) whether a storage space occupied by the delta is smaller than a storage space occupied by the current data; d1.) in case of yes in step d.), storing (S 104) first information used to restore the current data, the first information used to restore the current data including the delta or a value obtained by compressing the delta; d2.) in case of no in step d.), storing (S 105, S 105A) second information used to restore the current data, the second information used to restore the current data including the current data or a value obtained by compressing the current data and including first identifier information, the first identifier information indicating that stored information is either the current data or the value obtained by compressing the current data. a.) obtaining (S 100) current data and historical data of the current data; b.) predicting (S 101) the current data by using the historical data, thereby obtaining predicted data of the current data, wherein the predicted data of the current data are data obtained after the current data are predicted according to a change rule of the historical data; c.) obtaining (S 102) a delta between the current data and the predicted data; d1.) in case of yes in step d.), storing (S 104) first information used to restore the current data, the first information used to restore the current data including the delta or a value obtained by compressing the delta; d2.) in case of no in step d.), storing (S 105, S 105A) second information used to restore the current data, the second information used to restore the current data including the current data or a value obtained by compressing the current data and including first identifier information, the first identifier information indicating that stored information is either the current data or the value obtained by compressing the current data.
An injection molding method characterized in comprising: filling a molding cavity (C) of a mold with a resin material in a molten state from a nozzle after pressing the nozzle of which at least a part is heated against an inlet (S) of the mold ; constantly measuring a temperature of a front end of the nozzle; waiting until the temperature of the front end of the nozzle becomes equal to or lower than a melting point of the resin material in a state in which the nozzle remains pressed against the inlet and the front end of the nozzle remains in contact with the resin material after filling the molding cavity (C) with the resin material ; and releasing the nozzle from the inlet (S) after the temperature of the front end of the nozzle becomes equal to or lower than the melting point of the resin material , wherein the front end of the nozzle directly faces an end part of the molding cavity (C) when pressing the nozzle against the inlet of the mold , and only a rear end part of the nozzle is heated when pressing the nozzle against the inlet of the mold and filling the molding cavity of the mold with the resin material. filling a molding cavity (C) of a mold with a resin material in a molten state from a nozzle after pressing the nozzle of which at least a part is heated against an inlet (S) of the mold ; constantly measuring a temperature of a front end of the nozzle; waiting until the temperature of the front end of the nozzle becomes equal to or lower than a melting point of the resin material in a state in which the nozzle remains pressed against the inlet and the front end of the nozzle remains in contact with the resin material after filling the molding cavity (C) with the resin material ; and releasing the nozzle from the inlet (S) after the temperature of the front end of the nozzle becomes equal to or lower than the melting point of the resin material , wherein the front end of the nozzle directly faces an end part of the molding cavity (C) when pressing the nozzle against the inlet of the mold , and only a rear end part of the nozzle is heated when pressing the nozzle against the inlet of the mold and filling the molding cavity of the mold with the resin material.
A method for binding a device, the method being applied in a server and comprising: receiving a binding request sent from a terminal, wherein the binding request comprises a device identification of an electronic device to be bound; the method being characterized in that the binding request further comprises a user account corresponding to the terminal; and in that the method further comprises: detecting whether there exists a redemption recording corresponding to the user account and the device identification in the server, wherein the redemption recording indicates a user redeeming the electronic device via the user account, and wherein the redemption recording is established by the server based on the device identification which is sent from a third party to the user account and is received by the server; and when there exists a redemption recording corresponding to the user account and the device identification in the server, binding the user account and the device identification. receiving a binding request sent from a terminal, wherein the binding request comprises a device identification of an electronic device to be bound; the method being characterized in that the binding request further comprises a user account corresponding to the terminal; and in that the method further comprises: detecting whether there exists a redemption recording corresponding to the user account and the device identification in the server, wherein the redemption recording indicates a user redeeming the electronic device via the user account, and wherein the redemption recording is established by the server based on the device identification which is sent from a third party to the user account and is received by the server; and when there exists a redemption recording corresponding to the user account and the device identification in the server, binding the user account and the device identification. detecting whether there exists a redemption recording corresponding to the user account and the device identification in the server, wherein the redemption recording indicates a user redeeming the electronic device via the user account, and wherein the redemption recording is established by the server based on the device identification which is sent from a third party to the user account and is received by the server; and when there exists a redemption recording corresponding to the user account and the device identification in the server, binding the user account and the device identification.
Outer shroud of an intermediate casing for a dual flow turbine engine for an aircraft, the shroud comprising: - a downstream annular part provided with a shroud opening passing radially through the shroud and opening up axially downstream from the shroud, the downstream part comprising a downstream annular shroud edge , of which a radially internal surface delimits a hollow annular zone open radially inwards, the downstream annular edge being interrupted by the shroud opening so as to have two circumferential end surfaces facing each other and delimiting a housing space between them for a radially outer end of an arm that will pass radially through a fan flow of the turbine engine; - a connecting element , preferably formed by a perforated connection plate , fixed on the downstream annular part of the shroud and arranged radially inwards from the shroud, the element also being designed to be fixed to said arm and forming two circumferential ends fixed to the two circumferential end surfaces of the downstream annular shroud edge , so as to define two junction zones respectively; characterised in that that the shroud also comprises an air sealing and fire resistance device , associated with each junction zone . - a downstream annular part provided with a shroud opening passing radially through the shroud and opening up axially downstream from the shroud, the downstream part comprising a downstream annular shroud edge , of which a radially internal surface delimits a hollow annular zone open radially inwards, the downstream annular edge being interrupted by the shroud opening so as to have two circumferential end surfaces facing each other and delimiting a housing space between them for a radially outer end of an arm that will pass radially through a fan flow of the turbine engine; - a connecting element , preferably formed by a perforated connection plate , fixed on the downstream annular part of the shroud and arranged radially inwards from the shroud, the element also being designed to be fixed to said arm and forming two circumferential ends fixed to the two circumferential end surfaces of the downstream annular shroud edge , so as to define two junction zones respectively;
A method for adjusting relative values of heat conductivities of a heat insulating space and a cooling portion of a hollow poppet valve in which a head portion of the valve is formed integrally with one end side of a stem portion ; the stem portion is formed with a diametrically small stem-side hollow portion (S2, S2', S2"), while the head portion is formed with a diametrically large hollow portion (S1, S1', S1") separated from the stem-side hollow portion (S2, S2', S2") by a partition , , , , located at a position that corresponds to a fillet portion of the valve where the outer diameter of the valve gradually increases; the head-side hollow portion (S1,S1',S1) includes a heat insulating space that contains a gas or a material that has a lower heat conductivity than a valve-forming metal so as to reduce the heat conductivity of the valve, while the stem-side hollow portion (S2, S2',S2") includes a cooling portion that contains a coolant to improve heat conductivity of the valve, wherein the method is characterized in that a position in the up-down direction and a length in the up-down direction of the partition , , , , is set to determine volumes of the hollow portions (S1, S1', S1", S2, S2', S2"), whereby adjusting the relative values of the heat conductivities of the heat insulating space and the cooling portion. a head portion of the valve is formed integrally with one end side of a stem portion ; the stem portion is formed with a diametrically small stem-side hollow portion (S2, S2', S2"), while the head portion is formed with a diametrically large hollow portion (S1, S1', S1") separated from the stem-side hollow portion (S2, S2', S2") by a partition , , , , located at a position that corresponds to a fillet portion of the valve where the outer diameter of the valve gradually increases; the head-side hollow portion (S1,S1',S1) includes a heat insulating space that contains a gas or a material that has a lower heat conductivity than a valve-forming metal so as to reduce the heat conductivity of the valve, while the stem-side hollow portion (S2, S2',S2") includes a cooling portion that contains a coolant to improve heat conductivity of the valve, wherein the method is characterized in that a position in the up-down direction and a length in the up-down direction of the partition , , , , is set to determine volumes of the hollow portions (S1, S1', S1", S2, S2', S2"), whereby adjusting the relative values of the heat conductivities of the heat insulating space and the cooling portion.
An isolated antibody, or fragment thereof, that binds to BACE1, wherein the antibody reduces or inhibits the activity of the BACE1 polypeptide comprising an HVR-H1 comprising an amino acid sequence selected from SEQ ID NOs: 22, 23,and 71 -73; an HVR-H2 comprising an amino acid sequence selected from SEQ ID NOs: 24 and 74 -78; an HVR-H3 comprising an amino acid sequence selected from SEQ ID NOs: 25 and 79; an HVR-L1 comprising an amino acid sequence selected from SEQ ID NOs: 7 and 8; an HVR-L2 comprising an amino acid sequence selected from SEQ ID NOs: 9, 10, and 58 - 64; and an HVR-L3 comprising an amino acid sequence selected from SEQ ID NOs: 11-16 and 65 - 67.
A flexible catheter , comprising a drive shaft , a sheath surrounding the drive shaft , and a sleeve surrounding the drive shaft and the sheath , the drive shaft, the sheath and the sleeve being bendable, the drive shaft comprising, at a proximal end of the drive shaft , a coupling element for connecting the drive shaft to a drive motor , the sheath being formed as a bearing coil including a plurality of windings , the windings extending helically around the drive shaft in an axial direction, and the bearing coil being a wound flat strip having lateral edges, characterized in that the lateral edges of the flat strip are rounded, and the drive shaft is, at least in part, composed of an alloy that contains at least 10% by weight of chromium, nickel, and cobalt, respectively.