TH21301A - A system for the actuation of two actuators independently of one another by a single actuation assembly. - Google Patents

Abstract

The actuation assembly and the relay activation assembly are given Connecting with a cable drive Anything that has been inserted through the assembly for activation Of the relay is The inner cable part of the cable receives the first drive cable that has been made to Suitable for interconnection with the assembly for the actuation of the relay during movement in one direction of the assembly only for the actuation of the relay, and the inner cable part of the second driving cable. That have been made to be suitable for Coordinate with the components for the actuation of the relay. During movement in another direction One direction of the assembly is only for the actuation of the relay. The alternating actions performed per component for bi-directional actuation will be forwarded. It is efficient in two drive sections with a single drive cable and a receiving cable. Two lines of drive To provide a reliable actuation for the driving receiver

Claims (11)

1. The system for independently exercising the first and second actuators by a single actuation unit consists of: an actuation unit and a relay actuation unit, connected together by a single drive cable in such a way that the aforementioned relay actuation unit is exercising to move in opposite directions C and D from a predetermined neutral position 2, relative to the aforementioned actuation unit being exercising to move in opposite directions A and B from a predetermined neutral position 1; the first and second drive cables, with inner cable sections designed to allow sliding, are threaded through the aforementioned relay actuation unit for sliding movement in directions C and D; a first-terminal connector is installed at one end of the inner cable section of the first drive cable for connection to the relay actuation unit, to pull the inner cable section of the first drive cable when the relay actuation unit is triggered. The activation is moved in direction C from the second neutral position; and the second terminal connector is installed at one end of the inner cable section of the aforementioned second drive cable for interlocking with the activation assembly of the aforementioned relay, so that it pulls the inner cable section of the aforementioned second drive cable. When the activation assembly of the aforementioned relay is activated to move in direction D from the second neutral position, the other ends of the inner cable sections of the first and second drive cables are connected to the first and second drive receivers, respectively, which are activated by the pulling of the inner cable sections. 2. A system for independently activating the first and second actuators by a single actuation unit consistent with claim 1, where the aforementioned actuation cable is constructed of the push-pull type. 3. The system for independently activating the first and second actuators by a single actuator consistent with either claim 1 or 2 shall be further assembled with a constant pushing mechanism connected to the aforementioned actuator to push the aforementioned actuator toward its first neutral position. 4. The system for independently exercising the first and second actuators by a single actuator assembly consistent with Requisition 1 shall also consist of a recovery spring acting continuously in one direction opposite to the aforementioned actuator assembly and a second recovery spring acting continuously in the opposite direction to the aforementioned relay actuator assembly, so that tension is generated in the aforementioned drive cable. The second recovery spring shall have a leading load sized such that either end of the first or second actuator assembly can be exercised by the aforementioned relay actuator assembly. When the aforementioned drive cable is released by the action of the aforementioned actuator assembly, the first recovery spring shall have a leading load sized greater than the leading load of the second recovery spring, and a neutral stopper shall be mounted on a support for the aforementioned actuator assembly and which supports the movable end of the spring. Restore the aforementioned first spring to its predetermined neutral position, the first position of the assembly, for the aforementioned activation process. 5. A system for independently exercising the first and second actuators by a single actuation unit conforming to any one of claims 1, 2, or 4, whereby the aforementioned relay actuation unit is housed in a relay housing that allows for sliding movement in opposite directions C and D from the predefined second neutral position, by which the outer cable of the aforementioned drive cable and the aforementioned second actuator cable is locked to one end of the aforementioned relay housing, and the outer cable of the aforementioned first actuator cable is locked to the other end of the aforementioned relay housing. 6. A system for independently exercising the first and second actuators by a single actuation assembly consistent with any one of claims 1, 2, or 4, whereby the said relay actuation assembly shall consist of a movable lever supported on the said relay support to allow movable rotation around its axis in opposite directions C and D from the predetermined neutral position 2, and shall consist of a first and second arm extending in opposite directions by the said locking terminals on the said inner cable portions of the said first and second actuator cables locked onto the same side of the first and second arms, and the said outer cable portions of the said first and second actuator cables locked onto the same side of the said relay support. 7. A system for independently exercising the first and second actuators by a single actuation unit consistent with any one of claims 1, 2, or 4, whereby the said relay actuation unit shall consist of a lever supported on the said relay support, at one end of which the lever shall allow for oscillatory movement in opposite directions C and D from the predetermined neutral second position, whereby the said internal cable terminals of the said first and second actuator cables shall be locked to opposite sides of the said relay actuation unit, and the said external cable terminals of the said first and second actuator cables shall be locked to opposite ends of the said relay support. 8. A system for independently exercising the first and second actuators by a single actuation unit conforming to claim 4, whereby the said relay actuation unit is housed in the said relay housing in such a way that it can slide in opposite directions C and D from the second predetermined neutral position. The said relay actuation unit is formed at opposite ends in the sliding direction by opposite raised plates; the said drive cable and the cable clamp of the inner part of the second actuator cable are wired to the inner side of one of the raised plates; the cable clamp of the inner part of the first actuator cable is wired to the inner surface of another raised plate; the outer cable of the said drive cable and the second actuator cable are locked to one end of the said relay housing; the outer cable of the first actuator cable... It will be locked into the other end of the aforementioned relay housing, the second return spring of the aforementioned spring for pushing the assembly to activate the aforementioned relay at all times in the pulling direction, and the internal cable of the aforementioned drive cable will be enclosed in the aforementioned relay housing. 9. A system for independently exercising the first and second actuators by a single actuation assembly consistent with claim 4, whereby the relay housing shall consist of a cylinder with two opposing walls, and the relay actuation assembly shall consist of a piston which is arranged in a way that allows it to slide back and forth within the relay housing so that it can slide in opposite directions C and D from the previously defined second neutral position; the aforementioned drive cable and the inner cable terminal of the second actuator cable shall be interlocked with one end surface of the relay actuation assembly; the inner cable terminal of the first actuator cable shall be interlocked with the other end surface of the relay actuation assembly; the outer cable portions of the drive cable and the second actuator cable shall be locked to one end of the relay housing; the outer cable portion of the first actuator cable shall be locked to one end of the relay housing. It will be locked onto the other end of the aforementioned relay housing. The second return spring, mentioned earlier, continuously pushes the activation assembly of the aforementioned relay in the direction that pulls the inner cable of the driver cable, mentioned earlier, into the relay housing in a manner that encloses both the inner cable of the driver cable and the second driver cable mentioned earlier. 10. The system for independently exercising the first and second actuators by a single actuation assembly consistent with claim 1, further comprising the first and second recovery springs connected to the aforementioned actuation assembly and the aforementioned relay actuation assembly, respectively, to continuously push the aforementioned actuation assembly and the aforementioned relay actuation assembly toward the predetermined neutral positions first and second, respectively, while a pulling force is applied to the aforementioned drive cable in conjunction. 11. A system for independently activating the first and second actuators by a single actuator assembly consistent with any one of claims 1, 2, 4, 8, or 9, where one of the aforementioned first and second actuators is the release element for the vehicle's trunk lid locking device, and the other is the release element for the vehicle's fuel tank cap locking device.