mhurhangee/patent-ind-claim-en huggingface dataset:
Method for diffusing Al-Si into a surface of a sheet steel web coated with Al-Si, it being possible to produce a sheet steel component, hot-stamped in a press-hardening process, from the treated sheet steel web , characterized by the steps of a. introducing the sheet steel web into a furnace which can be heated to a diffusion temperature of 930 °C to 950 °C; b. contactlessly conveying the sheet steel web coated with Al-Si through the furnace , which has been heated to the diffusion temperature, thereby heating the sheet steel web to the diffusion temperature and diffusing the Al-Si into a surface of the sheet steel web ; c. cooling the sheet steel web , which has Al-Si diffused into a surface, to below martensite formation temperature at a rate of less than approximately 25 K/sec. a. introducing the sheet steel web into a furnace which can be heated to a diffusion temperature of 930 °C to 950 °C; b. contactlessly conveying the sheet steel web coated with Al-Si through the furnace , which has been heated to the diffusion temperature, thereby heating the sheet steel web to the diffusion temperature and diffusing the Al-Si into a surface of the sheet steel web ; c. cooling the sheet steel web , which has Al-Si diffused into a surface, to below martensite formation temperature at a rate of less than approximately 25 K/sec.
An interdental cleaning tool comprising: a base portion including a shaft portion having a shape insertable in an interdental space; a top end side cleaning portion including a top end side body covering a top end side portion of the shaft portion , and a plurality of top end side bristles protruding outward from an outer circumferential surface of the top end side body , the top end side cleaning portion being made of a composite material of an elastomer material containing a reinforcing material such as glass fibers and talc; and a base end side cleaning portion including a base end side body covering a portion of the shaft portion further in a base end side than the top end side body , and a plurality of base end side bristles protruding outward from an outer circumferential surface of the base end side body , the base end side cleaning portion being made of a composite material of an elastomer material containing a reinforcing material such as glass fibers and talc, wherein the top end side cleaning portion has a lower hardness than the base end side cleaning portion , and the base end side cleaning portion contains a larger amount of reinforcing material than the top end side cleaning portion . a base portion including a shaft portion having a shape insertable in an interdental space; a top end side cleaning portion including a top end side body covering a top end side portion of the shaft portion , and a plurality of top end side bristles protruding outward from an outer circumferential surface of the top end side body , the top end side cleaning portion being made of a composite material of an elastomer material containing a reinforcing material such as glass fibers and talc; and a base end side cleaning portion including a base end side body covering a portion of the shaft portion further in a base end side than the top end side body , and a plurality of base end side bristles protruding outward from an outer circumferential surface of the base end side body , the base end side cleaning portion being made of a composite material of an elastomer material containing a reinforcing material such as glass fibers and talc, wherein the top end side cleaning portion has a lower hardness than the base end side cleaning portion , and the base end side cleaning portion contains a larger amount of reinforcing material than the top end side cleaning portion .
A method for protecting application data, comprising: detecting a deleting operation performed by a first application on first data; determining, based on a preset condition, whether to delete the first data of the first application; renaming, if the first application meets the preset condition, the first data of the first application; and storing the renamed first data in a memory; wherein the method further comprises determining, based on the first application, whether the first preset condition is met; characterized in that the determining, based on the first application, whether the first preset condition is met comprises: determining, based on the first application, whether the first application is an application of a preset type, and whether the first application is an application in a preset state. detecting a deleting operation performed by a first application on first data; determining, based on a preset condition, whether to delete the first data of the first application; renaming, if the first application meets the preset condition, the first data of the first application; and storing the renamed first data in a memory; wherein the method further comprises determining, based on the first application, whether the first preset condition is met; characterized in that the determining, based on the first application, whether the first preset condition is met comprises: determining, based on the first application, whether the first application is an application of a preset type, and whether the first application is an application in a preset state.
An operating system for an architectural covering , said operating system comprising: a first drive section comprising an input and an output, the first drive section including a first planetary gear set with a first sun gear , and a first set of planetary gears meshingly engaged with the first sun gear and carried by a first carrier positioning the first set of planetary gears about the first sun gear ; a second drive section comprising an input and an output, said output of said first drive section having said input of said second drive section , the second drive section including a second planetary gear set with a second sun gear , and a second set of planetary gears meshingly engaged with the second sun gear and carried by a second carrier positioning the second set of planetary gears about the second sun gear ; a ring gear shared by the first and second drive sections , the ring gear meshingly engaged with both the first and second sets of planetary gears , , rotation of either the first set of planetary gears or the second set of planetary gears causing rotation of the ring gear and rotation of the other set of planetary gears , ; and a directional control mechanism arranged to selectively lock the ring gear conveying movement between said first and second planetary gear sets to control movement of said output of said planetary gear set upon actuation of said input of said first planetary gear set ;wherein said first and second planetary gear sets control rotation of said output of said planetary gear set upon rotation of said input of said first planetary gear set . a first drive section comprising an input and an output, the first drive section including a first planetary gear set with a first sun gear , and a first set of planetary gears meshingly engaged with the first sun gear and carried by a first carrier positioning the first set of planetary gears about the first sun gear ; a second drive section comprising an input and an output, said output of said first drive section having said input of said second drive section , the second drive section including a second planetary gear set with a second sun gear , and a second set of planetary gears meshingly engaged with the second sun gear and carried by a second carrier positioning the second set of planetary gears about the second sun gear ; a ring gear shared by the first and second drive sections , the ring gear meshingly engaged with both the first and second sets of planetary gears , , rotation of either the first set of planetary gears or the second set of planetary gears causing rotation of the ring gear and rotation of the other set of planetary gears , ; and a directional control mechanism arranged to selectively lock the ring gear conveying movement between said first and second planetary gear sets to control movement of said output of said planetary gear set upon actuation of said input of said first planetary gear set ;wherein said first and second planetary gear sets control rotation of said output of said planetary gear set upon rotation of said input of said first planetary gear set .
Inflatable surfboard with an inflatable hull component with two lateral arms which form a receptacle, and a drive unit which forms an outer contour which fits into the receptacle in a positively locking manner, and at least one fastening means at the stern end of the surfboard , wherein the at least one fastening means is inelastic and is designed as at least one belt which is fastened to the two lateral arms and runs along the drive unit at the stern end, characterised in that the at least one fastening means also has a lever mechanism with a lever closure, wherein the belt can be tensioned by means of the lever mechanism with the lever closure by movements to and fro.
A plug for detecting tampering of a container , the plug being adapted to close an opening of the container, the plug comprising - attachment means for attaching the plug to the opening of the container by rotating the plug with respect to the container, and - communication means for communicating with a server , characterised in that the plug comprises a motion sensor for sensing rotation of the plug with respect to the container, wherein the motion sensor is at least one of an accelerometer and a gyroscope. - attachment means for attaching the plug to the opening of the container by rotating the plug with respect to the container, and - communication means for communicating with a server ,
Connector socket for connecting a spigot to an orifice , said connector socket including a sheet metal plate with said orifice and a protruding collar structure surrounding said orifice , said collar structure protruding from the sheet metal plate as a cylinder-barrel shaped circular wall in a direction perpendicular to a main plane of the sheet metal plate and said orifice of said collar structure being configured to receive a cylindrical insertion part of a ring-shaped snap-on module of connection means for connecting the spigot , wherein said collar structure is integrally made of the sheet metal of said sheet metal plate by a sheet metal forming process, characterized in that the collar structure is a cylindrical double layer structure with a rim being arranged on a side of said orifice radially on the inside of the collar structure , wherein an inner circumference of the collar structure includes a flange protruding radially inward configured to support an O-ring between an outer wall of the collar structure and an outer wall of the insertion part . wherein said collar structure is integrally made of the sheet metal of said sheet metal plate by a sheet metal forming process, characterized in that the collar structure is a cylindrical double layer structure with a rim being arranged on a side of said orifice radially on the inside of the collar structure , wherein an inner circumference of the collar structure includes a flange protruding radially inward configured to support an O-ring between an outer wall of the collar structure and an outer wall of the insertion part .
An apparatus for processing a substrate, comprising: a chamber body at least partially defining a process volume ; a door coupled to the chamber body ; a sliding seal coupled to sidewalls of the chamber body ; and a plurality of electrodes , each electrode coupled to a shaft which extends through the sliding seal , the plurality of electrodes disposed in the process volume opposite the door . a chamber body at least partially defining a process volume ; a door coupled to the chamber body ; a sliding seal coupled to sidewalls of the chamber body ; and a plurality of electrodes , each electrode coupled to a shaft which extends through the sliding seal , the plurality of electrodes disposed in the process volume opposite the door .
Spindle rail (2, 2', 2") for accommodating a spindle unit (3, 3', 3") for a spinning machine , comprising a spindle unit (3, 3', 3"), wherein the spindle unit (3, 3', 3") has - a spindle having a holding section for releasably connecting to a spinning tube and - an electric motor having a rotor connected to a spindle shaft of the spindle in a rotationally fixed arrangement, wherein the spindle rail (2, 2', 2") has a mounting opening , wherein the spindle unit (3, 3', 3") does not have a housing separate from the spindle rail (2, 2', 2"), but rather said housing is formed by the mounting opening of the spindle rail (2, 2', 2"), and wherein a bearing , which guides the spindle shaft , and a stator of the electric motor are positioned in the mounting opening , characterised in that the guiding bearing is integrated into a flange unit having a passage for the spindle shaft to be supported, the flange unit being exchangeably inserted into the mounting opening , and in that the guiding bearing comprises an upper bearing and a lower bearing , which are arranged on the same side of the stator in the direction of the longitudinal axis of the spindle shaft . - a spindle having a holding section for releasably connecting to a spinning tube and - an electric motor having a rotor connected to a spindle shaft of the spindle in a rotationally fixed arrangement, wherein the spindle unit (3, 3', 3") does not have a housing separate from the spindle rail (2, 2', 2"), but rather said housing is formed by the mounting opening of the spindle rail (2, 2', 2"), and wherein a bearing , which guides the spindle shaft , and a stator of the electric motor are positioned in the mounting opening , characterised in that the guiding bearing is integrated into a flange unit having a passage for the spindle shaft to be supported, the flange unit being exchangeably inserted into the mounting opening , and in that the guiding bearing comprises an upper bearing and a lower bearing , which are arranged on the same side of the stator in the direction of the longitudinal axis of the spindle shaft .
An Operations, Administration, and Maintenance, OAM, scaling method performed by one of a physical network element and a virtual network element executed on one or more processors, the OAM scaling method comprising: providing N packet services, N is an integer; and characterized by : automatically determining OAM session scaling limits by a network function based on one or more of the N packet services, a measurement cycle, and a session scale for each of M OAM sessions; and responsive to the OAM session scaling limits, staggering the M OAM sessions for the N packet services such that the M OAM sessions are provided in an oversubscribed manner, wherein the OAM session scaling limits determine a value of M supported by the network function, M is an integer and less than N. automatically determining OAM session scaling limits by a network function based on one or more of the N packet services, a measurement cycle, and a session scale for each of M OAM sessions; and responsive to the OAM session scaling limits, staggering the M OAM sessions for the N packet services such that the M OAM sessions are provided in an oversubscribed manner, wherein the OAM session scaling limits determine a value of M supported by the network function, M is an integer and less than N.
A propulsion system for an aircraft , the propulsion system comprising: a combustion engine; a propulsor positioned spaced apart from the combustion engine such that they each ingest a different airstream; and an electric machine configured to drive the propulsor, the electric machine defining an axis and comprising: a rotor extending along and rotatable about the axis ; and a stator comprising a first winding assembly and a second winding assembly spaced along the axis of the electric machine ; wherein the first winding assembly is operable with the rotor independently of the second winding assembly during operation of the electric machine ; wherein the rotor comprises a plurality of permanent magnets , and characterised in that the plurality of permanent magnets extends continuously between the first winding assembly and the second winding assembly along the axis . a combustion engine; a propulsor positioned spaced apart from the combustion engine such that they each ingest a different airstream; and an electric machine configured to drive the propulsor, the electric machine defining an axis and comprising: a rotor extending along and rotatable about the axis ; and a stator comprising a first winding assembly and a second winding assembly spaced along the axis of the electric machine ; wherein the first winding assembly is operable with the rotor independently of the second winding assembly during operation of the electric machine ; wherein the rotor comprises a plurality of permanent magnets , and characterised in that the plurality of permanent magnets extends continuously between the first winding assembly and the second winding assembly along the axis . a rotor extending along and rotatable about the axis ; and a stator comprising a first winding assembly and a second winding assembly spaced along the axis of the electric machine ; wherein the first winding assembly is operable with the rotor independently of the second winding assembly during operation of the electric machine ; wherein the rotor comprises a plurality of permanent magnets , and characterised in that the plurality of permanent magnets extends continuously between the first winding assembly and the second winding assembly along the axis .
A surgical instrument , comprising: a shaft defining a longitudinal axis; an end effector ; an articulation joint , wherein said end effector is rotatably attached to said shaft about said articulation j oint; an articulation driver mounted to said end effector, wherein said articulation driver is translatable longitudinally to rotate said end effector about said articulation joint; a wiring harness , comprising: a shaft portion extending within said shaft; an end effector portion extending within said end effector; and chararacterised in that the wiring harness further comprises: an anchor portion mounted to said articulation driver; a first flexible bend extending between said shaft portion and said anchor portion; and a second flexible bend extending between said anchor portion and said end effector portion. a shaft defining a longitudinal axis; an end effector ; an articulation joint , wherein said end effector is rotatably attached to said shaft about said articulation j oint; an articulation driver mounted to said end effector, wherein said articulation driver is translatable longitudinally to rotate said end effector about said articulation joint; a wiring harness , comprising: a shaft portion extending within said shaft; an end effector portion extending within said end effector; a shaft portion extending within said shaft; an end effector portion extending within said end effector; an anchor portion mounted to said articulation driver; a first flexible bend extending between said shaft portion and said anchor portion; and a second flexible bend extending between said anchor portion and said end effector portion.
An engine starter apparatus comprising: a clutch assembly having a plate structure , a drive hub , a clutch element for selectively coupling the drive hub to the plate structure ; and a ring gear or a pulley coupled to the plate structure wherein the clutch assembly further comprises an actuator that includes a member that is axially movable to selectively initiate engagement of the clutch element to a circumferentially extending surface of the drive hub , the clutch element comprising a helically wound spring wire having a first end and a second end , the first end of the helically wound spring wire being configured to receive rotary power from the plate structure , the second end being coupled to the member for rotation therewith, wherein the clutch assembly further comprises a sleeve that is rotatably mounted about the plate structure , wherein at least a portion of the helically wound spring wire coils against the sleeve when the clutch assembly is fully disengaged. a clutch assembly having a plate structure , a drive hub , a clutch element for selectively coupling the drive hub to the plate structure ; and a ring gear or a pulley coupled to the plate structure wherein the clutch assembly further comprises an actuator that includes a member that is axially movable to selectively initiate engagement of the clutch element to a circumferentially extending surface of the drive hub , the clutch element comprising a helically wound spring wire having a first end and a second end , the first end of the helically wound spring wire being configured to receive rotary power from the plate structure , the second end being coupled to the member for rotation therewith, wherein the clutch assembly further comprises a sleeve that is rotatably mounted about the plate structure , wherein at least a portion of the helically wound spring wire coils against the sleeve when the clutch assembly is fully disengaged.
Treatment chamber (C) for a chemical vapor deposition (CVD) reactor (R), comprising, within a body (B) defining an enclosure (E) under partial vacuum, a system for injecting reactive species with a view to being deposited on a substrate placed on a support element , and a temperature control system for controlling the temperature of said injection system or keeping said temperature substantially constant, said temperature control system having an interface zone (ZI) with said injection system , the treatment chamber further comprising, in said interface zone (ZI), at least one thermal transfer zone (ZT) which is (i) insulated from said enclosure (E) under partial vacuum by a barrier that provides insulation from the pressure and the diffusion of contaminating species and (ii) filled with a thermal interface material , characterized in that the thermal transfer zone (ZT) is delimited by at least two interlocked insulating barriers, the insulating barrier being arranged so as to produce one or more sealing zones around the thermal transfer zone (ZT) making it possible to have a different pressure between the enclosure (E) under partial vacuum and said thermal transfer zone (ZT), and in that the temperature control system is provided with one or more holes for putting the thermal interface material under atmospheric pressure.
Method for operating a dishwasher which has a sorption drying device , a desorption process (a) of the sorption drying device that is suitable for releasing moisture being carried out depending on a selected cleaning program of the dishwasher , characterised in that the amount of heat supplied to the sorption drying device during the desorption process (a) is selected depending on the selected cleaning program of the dishwasher.