mhurhangee/patent-ind-claim-en huggingface dataset:
A method for cross-platform application deployment, comprising: receiving, by an upper server from a client , an application deployment request; determining, by the upper server , based on the application deployment request, an application deployment template required for application deployment, wherein the application deployment template conforms to a TOSCA template format, the application deployment template further comprises information about a target platform and application deployment information for application deployment on the target platform, and the target platform is a platform of a type other than a TOSCA platform; sending, by the upper server , the application deployment information to the target platform based on the information about the target platform in the application deployment template; and obtaining values of configuration parameters required for application deployment on the target platform, and sending, by the upper server , the values of the configuration parameters to the target platform. receiving, by an upper server from a client , an application deployment request; determining, by the upper server , based on the application deployment request, an application deployment template required for application deployment, wherein the application deployment template conforms to a TOSCA template format, the application deployment template further comprises information about a target platform and application deployment information for application deployment on the target platform, and the target platform is a platform of a type other than a TOSCA platform; wherein the application deployment template conforms to a TOSCA template format, the application deployment template further comprises information about a target platform and application deployment information for application deployment on the target platform, and the target platform is a platform of a type other than a TOSCA platform; sending, by the upper server , the application deployment information to the target platform based on the information about the target platform in the application deployment template; and obtaining values of configuration parameters required for application deployment on the target platform, and sending, by the upper server , the values of the configuration parameters to the target platform.
A temporary storage area position determination method for determining a position of a temporary storage area (A1) which is an area for temporarily storing a backup member used for supporting a board (S), when a component is mounted on the board (S), the method being applied to a backup device of a component mounter including a pair of guide rails extending along a first direction in which the board (S) is conveyed, the pair of guide rails being configured to be movable relatively to each other along a second direction orthogonal to the first direction, and the backup device configured to support the board (S) from a support surface (Sa) on a side opposite to a component mounting surface (Sb) on which the component is to be mounted, when the component is mounted on the board (S) conveyed by the pair of guide rails , the backup device including a backup plate (31a1) configured to reciprocate relatively to the support surface (Sa) of the board (S) while facing the support surface (Sa) of the board (S), and multiple backup members , each of which being attachable to or detachable from a facing surface facing the support surface (Sa) of the board (S), which are configured to support the support surface (Sa) of the board (S), the method characterized by : a first step for determining a second direction position, which is the position of the temporary storage area (A1) in the second direction, based on a length of the board (S) in the second direction, wherein the length of the board (S) in the second direction is sorted into a range divided in a stepwise manner, and the second direction position of the temporary storage area (A1) is determined to be a setting position set in a stepwise manner according to the range, wherein as the length of the board (S) in the second direction increases, the position of the temporary storage area (A1) is determined to be a position away from a first guide rail.
A fixing structure of an automobile caliper cover, used for fixing said caliper cover body to a automobile caliper, wherein, said fixing structure comprises a first fixing member and a second fixing member ; characterized in that the first fixing part comprises a first connection bracket , a first bending part fixedly connected with the connection bracket, and the second bending part which cooperates with the first bending part to fix the first connection bracket on the automobile caliper; The first curved part is fixedly connected with the second curved part ; and the second fixing part comprises a fixing buckle fixedly connected with a second connection bracket and the second connection bracket , which is a fixing structure of the automobile caliper cover adapted for fixing the connection bracket on the automobile caliper. characterized in that the first fixing part comprises a first connection bracket , a first bending part fixedly connected with the connection bracket, and the second bending part which cooperates with the first bending part to fix the first connection bracket on the automobile caliper; The first curved part is fixedly connected with the second curved part ; and the second fixing part comprises a fixing buckle fixedly connected with a second connection bracket and the second connection bracket , which is a fixing structure of the automobile caliper cover adapted for fixing the connection bracket on the automobile caliper.
A safety architecture system for autonomous vehicles comprising: a first stage comprising: a primary unit that generates primary data for performing normal system functionality; a secondary unit that generates secondary data for performing alternative system functionality; a primary safety gate coupled to the primary unit , with the primary safety gate providing the primary data as a primary output responsive to a determination of validity of the primary data; and a secondary safety gate coupled to the secondary unit, with the secondary safety gate providing the secondary data as a secondary output responsive to a determination of validity of the secondary data; the system being characterized in that the system further comprises: an output selector that is coupled to both the primary safety gate and the secondary safety gate of the first stage, with the output selector providing a system output responsive to the determinations of the validities of the primary data and the secondary data. a first stage comprising: a primary unit that generates primary data for performing normal system functionality; a secondary unit that generates secondary data for performing alternative system functionality; a primary safety gate coupled to the primary unit , with the primary safety gate providing the primary data as a primary output responsive to a determination of validity of the primary data; and a secondary safety gate coupled to the secondary unit, with the secondary safety gate providing the secondary data as a secondary output responsive to a determination of validity of the secondary data; the system being characterized in that the system further comprises: a primary unit that generates primary data for performing normal system functionality; a secondary unit that generates secondary data for performing alternative system functionality; a primary safety gate coupled to the primary unit , with the primary safety gate providing the primary data as a primary output responsive to a determination of validity of the primary data; and a secondary safety gate coupled to the secondary unit, with the secondary safety gate providing the secondary data as a secondary output responsive to a determination of validity of the secondary data; the system being characterized in that the system further comprises: an output selector that is coupled to both the primary safety gate and the secondary safety gate of the first stage, with the output selector providing a system output responsive to the determinations of the validities of the primary data and the secondary data.
A coating composition comprising an aqueous dispersion of polymer particles, pigment particles, and extender particles, wherein the polymer particles comprise, in a single phase and based on the weight of the polymer particles, from 90 to 98 weight percent structural units of vinyl acetate and from 0.2 to 2 weight percent structural units of phosphoethyl methacrylate or a salt thereof and wherein the polymer particles further comprise from 0.2 to 1.5 weight percent structural units of a sulfur acid monomer or a salt thereof, wherein the polymer particles have a particle size, determined by dynamic light scattering according to the method disclosed in the specification, of from 250 nm to 450 nm and wherein the coating composition has an above-critical pigment volume concentration, the critical volume concentration being determined according to the method disclosed in the specification..
An elevated paver support system comprising at least one locking disk , and a plurality of paver trays wherein each paver tray is configured to exchange heat with a paver and comprising: a frame with at least one corner; a hexagon lattice within the frame , said lattice defining a paver support surface on one side and an underside, wherein all of the hexagons in the hexagon lattice define hexagonal apertures except one center hexagon that is solid, said lattice comprising a tubing track for accommodating heat exchange tubing; and, a slot in the at least one corner for receiving the at least one locking disk , said system further comprising insulation provided to the underside of the paver tray , wherein said paver trays are installed on top of a plurality of pedestals , said pedestals comprising a slope compensation pad defined by at least two slope compensation panels , each of said panels comprising: a top surface that defines a first plane; an underside surface that defines a second plane; and, wherein said first plane and second plane are oblique relative to each other. a frame with at least one corner; a hexagon lattice within the frame , said lattice defining a paver support surface on one side and an underside, wherein all of the hexagons in the hexagon lattice define hexagonal apertures except one center hexagon that is solid, said lattice comprising a tubing track for accommodating heat exchange tubing; and, a slot in the at least one corner for receiving the at least one locking disk , said system further comprising insulation provided to the underside of the paver tray , a top surface that defines a first plane; an underside surface that defines a second plane; and, wherein said first plane and second plane are oblique relative to each other.
An elevator system in a building for transporting a passenger with a mobile device between a plurality of levels including a first level having a first lobby , the system comprising an elevator comprising an accessibility implement , and a controller that communicates with the elevator and the mobile device , the controller configured to render a plurality of determinations including: a first determination that the passenger requires service from an elevator with an accessibility implement , characterized in that the plurality of determinations further includes: a second determination that the elevator includes an accessibility implement and is available to service the passenger , and the controller configured to transmit instructions to the elevator whereby the elevator effects the second determination. the system comprising an elevator comprising an accessibility implement , and a controller that communicates with the elevator and the mobile device , the controller configured to render a plurality of determinations including: a first determination that the passenger requires service from an elevator with an accessibility implement , characterized in that the plurality of determinations further includes: a second determination that the elevator includes an accessibility implement and is available to service the passenger , and the controller configured to transmit instructions to the elevator whereby the elevator effects the second determination. a second determination that the elevator includes an accessibility implement and is available to service the passenger , and the controller configured to transmit instructions to the elevator whereby the elevator effects the second determination.
A method of manufacturing a sintered body, the method comprising: a debindering process of carrying out a debindering to an injection molded body produced by a primary shaping by injecting into an injection mold a shaping material in which a metal powder and a binder are mixed, to produce an intermediate shaped body ; a sintering process of carrying out a sintering to the intermediate shaped body to produce a sintered body ; and a secondary shaping process of transforming the injection molded body or the intermediate shaped body before the sintered body is produced, characterized in that the secondary shaping process includes a process of grasping a first part and a second part of the injection molded body or the intermediate shaped body , and rotating the first part and the second part relatively to apply torsion transformation to the injection molded body or the intermediate shaped body . a debindering process of carrying out a debindering to an injection molded body produced by a primary shaping by injecting into an injection mold a shaping material in which a metal powder and a binder are mixed, to produce an intermediate shaped body ; a sintering process of carrying out a sintering to the intermediate shaped body to produce a sintered body ; and a secondary shaping process of transforming the injection molded body or the intermediate shaped body before the sintered body is produced, characterized in that the secondary shaping process includes a process of grasping a first part and a second part of the injection molded body or the intermediate shaped body , and rotating the first part and the second part relatively to apply torsion transformation to the injection molded body or the intermediate shaped body .
A tile leveling device comprising: a body ; a base orthogonally coupled to the body , the base extending to a front of the body and the base extending to a rear of the body ; a base to body coupling including a frangible breakaway section , the base and the body being integral prior to frangible separation, the frangible breakaway section , upon breaking, frangibly separating the body from the base ; a first arm moveably connected to the body opposite the base by a central connection member , the first arm having a range of tile leveling positions where the first arm contacts a tile, the range of tile leveling positions including a tile leveling position having the first arm extending upwardly from the body then downwardly toward the tile to contact the tile; the first arm including a flush end having a tab extending therefrom, characterized in that the tab has a smaller width than the flush end and in that the tab includes a spacer configured to stabilize the first arm upon the first arm contacting the tile, the tab being sized to mate with a grout line (G) between two tiles. a body ; a base orthogonally coupled to the body , the base extending to a front of the body and the base extending to a rear of the body ; a base to body coupling including a frangible breakaway section , the base and the body being integral prior to frangible separation, the frangible breakaway section , upon breaking, frangibly separating the body from the base ; a first arm moveably connected to the body opposite the base by a central connection member , the first arm having a range of tile leveling positions where the first arm contacts a tile, the range of tile leveling positions including a tile leveling position having the first arm extending upwardly from the body then downwardly toward the tile to contact the tile; the first arm including a flush end having a tab extending therefrom, characterized in that the tab has a smaller width than the flush end and in that the tab includes a spacer configured to stabilize the first arm upon the first arm contacting the tile, the tab being sized to mate with a grout line (G) between two tiles.
A photoelectric conversion device (AP) comprising: a semiconductor substrate (SUB) including a photoelectric conversion portion; a silicon oxide film arranged above the photoelectric conversion portion; and an insulating film arranged between the photoelectric conversion portion and the silicon oxide film, wherein a lower surface of the silicon oxide film contacts an upper surface of the insulating film , wherein an n-type first impurity region constituting part of the photoelectric conversion portion and a p-type second impurity region arranged between the insulating film and the first impurity region are provided in the semiconductor substrate, a portion of the insulating film above the second impurity region, and the second impurity region both contain boron, and as for a profile of a boron concentration on a straight line that crosses a surface of the semiconductor substrate and passes through the second impurity region, letting a position where the boron concentration takes a minimal value in the second impurity region be a first position, an integrated value of a boron concentration from the surface of the semiconductor substrate to the first position is larger than an integrated value of a boron concentration from the surface of the semiconductor substrate to an upper surface of the silicon oxide film. a semiconductor substrate (SUB) including a photoelectric conversion portion; a silicon oxide film arranged above the photoelectric conversion portion; and an insulating film arranged between the photoelectric conversion portion and the silicon oxide film, wherein a lower surface of the silicon oxide film contacts an upper surface of the insulating film , wherein an n-type first impurity region constituting part of the photoelectric conversion portion and a p-type second impurity region arranged between the insulating film and the first impurity region are provided in the semiconductor substrate, a portion of the insulating film above the second impurity region, and the second impurity region both contain boron, and as for a profile of a boron concentration on a straight line that crosses a surface of the semiconductor substrate and passes through the second impurity region, letting a position where the boron concentration takes a minimal value in the second impurity region be a first position, an integrated value of a boron concentration from the surface of the semiconductor substrate to the first position is larger than an integrated value of a boron concentration from the surface of the semiconductor substrate to an upper surface of the silicon oxide film.
A nerve stimulation system, comprising: a catheter including at least one lumen ; an electrode assembly including a plurality of electrodes , a metal ribbon , and an insulative layer ; wherein at least a portion of the plurality of electrodes is configured for stimulating a phrenic nerve; and wherein an aperture of the insulative layer passes through the insulative layer , the aperture includes metal and the metal connects the metal ribbon to at least one electrode of the plurality of electrodes . a catheter including at least one lumen ; an electrode assembly including a plurality of electrodes , a metal ribbon , and an insulative layer ; wherein at least a portion of the plurality of electrodes is configured for stimulating a phrenic nerve; and wherein an aperture of the insulative layer passes through the insulative layer , the aperture includes metal and the metal connects the metal ribbon to at least one electrode of the plurality of electrodes .
Sanitary installation part having an insert housing which has in its housing interior a throughflow-regulating functional element with throughflow holes , wherein the throughflow holes are each bounded by a circumferential wall which, under the pressure of the inflowing water, is changeable in shape counter to a restoring force such that the throughflow holes have a hole cross section which is variably changeable between an open position and a minimal position, with a comparatively reduced hole cross section, in a manner dependent on the pressure of the inflowing water, wherein - the functional element is of at least two-part design and has at least one functional part , which comprises the circumferential walls, and one support part , which supports the at least one functional part , - the circumferential walls bounding in each case one throughflow hole are each formed as a nozzle-like formation of the functional part , - the functional part has on the outflow side a plurality of formations which each project into an insert hole in the support part , - the formations provided on the outflow side of the functional part , on the one hand, and the insert holes arranged on the adjacent flat side of the support part and receiving the formations therein, on the other hand, are matched to one another in terms of their shaping, - the restoring force is formed by the restoring component stiffness of the circumferential walls bounding in each case one throughflow hole and/or by the inherent elasticity of the material used for the circumferential walls, and, - with increasing water pressure, the hole cross section of the throughflow holes is increasingly reduced such that a defined maximum volumetric flow rate, which is independent of the water pressure, is not exceeded. - the functional element is of at least two-part design and has at least one functional part , which comprises the circumferential walls, and one support part , which supports the at least one functional part , - the circumferential walls bounding in each case one throughflow hole are each formed as a nozzle-like formation of the functional part , - the functional part has on the outflow side a plurality of formations which each project into an insert hole in the support part , - the formations provided on the outflow side of the functional part , on the one hand, and the insert holes arranged on the adjacent flat side of the support part and receiving the formations therein, on the other hand, are matched to one another in terms of their shaping, - the restoring force is formed by the restoring component stiffness of the circumferential walls bounding in each case one throughflow hole and/or by the inherent elasticity of the material used for the circumferential walls, and, - with increasing water pressure, the hole cross section of the throughflow holes is increasingly reduced such that a defined maximum volumetric flow rate, which is independent of the water pressure, is not exceeded.
Cutting device for crushing crop residues or catch crops on agricultural land, wherein the cutting device is designed to be rotatable about a central longitudinal axis (MLA) and for this purpose has at least one bearing unit for rotatable mounting, wherein the cutting device comprises at least one first and second respectively elongated cutting knife element (2.1, 2.2) and at least one holding means for holding the cutting knife elements (2.1, 2.2), wherein the elongated cutting knife elements (2.1, 2.2) respectively have a cutting edge section and a connecting section opposite the cutting edge section and are radially oriented, and the cutting edge sections are arranged spaced radially apart from the central longitudinal axis (MLA), characterized in that the cutting knife elements (2.1, 2.2) are directly connected to one another by aid of the holding means , wherein the connecting sections of the cutting knife elements (2.1, 2.2) are arranged directly connecting to one another in a center region of the cutting device accommodating the central longitudinal axis (MLA).