TH77392B - Optional one-way clutch - Google Patents

Abstract

Advertisement Set January 10, 2019 One-way clutch optional includes first plate, second plate, shaft, selector plate and equipment. drive plate The selector plate rotates relative to the first plate between lock and release positions. Plate actuators include actuator arm, actuator, transmission mechanism, stopper and release mechanism. Thrust actuator to drive the selector plate through the drive arm. The transmission mechanism transmits the propulsion force to the propulsion arm. Causes the selector plate to rotate from the release position to the locked position. The stopper is set to move between the restricted and indefinite positions. The stopper is placed at a limited position when actuator not working The release mechanism transmits propulsion to the stopper. Therefore, the stopper moves from the position of Restricted to unlimited locations ---------------------------------------------------- ---------------------------------------------------- One-way clutch optional includes first plate, second plate, shaft, selector plate and equipment. drive plate The selector plate rotates relative to the first plate between lock and release positions. Plate drive devices include drive arm, actuator, transmission mechanism, stop and release mechanism. Thrust actuator to drive the selector plate through the drive arm. The transmission mechanism transmits the propulsion force to the propulsion arm. Causes the selector plate to rotate from the release position to the locked position. The stopper is set to move between the restricted and indefinite positions. The stopper is placed at a limited position when actuator not working Discharge mechanisms pass propulsion to the stopper. Therefore, the stopper moves from the position of Restricted to unlimited locations

Claims (5)

Disclaimer (all) which will not appear on the advertisement page. : ------ 05/02/2019 ------ (OCR) Page 1 of 2 pages. Claims 1. Optional one-way clutch consists of: One plate has a perpendicular axis to the surface. The first plate; The second plate has an axis perpendicular to the surface of the second plate. The second plate is positioned relative to the first plate in such a way that the axis of the second plate is aligned with the axis of the first plate; The shank is set to extend from the first plate towards the second plate, the stem in the first plate, the rod is fixed with the concave in the second plate. Extends from the first plate and when the second plate rotates in one of the preset directions, and does not coordinate with the concave. Located in the second plate when the stem extends from the first plate and when the second plate rotates in the opposite direction from the predetermined direction; A choice plate is attached to the first plate, the choice plate is assigned to rotate relative to the first plate. Between the locking position Where the stem extends from the first plate And the release position where the stem is maintained on the first plate side; And plate driving device Is defined as an optional plate rotary drive, plate drive device that includes the drive arm, actuator, transmission mechanism, stopper, and release mechanism, drive arm. Protruding from the option plate, the actuator is set to provide the driving force to drive the option plate. Through the propulsion arm At operating time, the transmission mechanism is assigned to pass the drive force generated by the actuator to the propulsion arm, therefore the optional plate Rotated from the release position to the locked position, the stop is fixed to move between restricted positions. Where the rotation of the selector plate from the release position to the lock position is restricted and the unrestricted position where the restriction is released, the stopper is at a limited position at the actuator idle time, the release mechanism is set to It transmits the driving force produced at the actuator operating time to the stop. So the stopper Move from a limited position to an unrestricted position. 2. Optional one-way clutch. According to claim 1, at the left of the propulsion arm Radial outward protrusion from the optional plate; And the stopper is fixed close to the propulsion arm When the optional plate Rotate in the direction from the release position to the lock position and the stop at the restricted position page 1 of the number 2. 3. Optional one-way clutch. According to claim 2, there is also a part !! to prevent exposure. In the driving arm, part! Was set for !! From insertion with the motion range of the propulsion arm When the stopper moves from an unrestricted position to a restricted position 4. Optional one-way clutch. According to claim 1, the transmission mechanism remains. And the release mechanism is determined, when the actuation of the actuator Started, the propulsion is passed to the stopper causing the stop to move to an indefinite position, and then, the propulsion is passed through the drive arm. So the drive arm works 5. One-way clutch is optional. According to 1 claim 4, at left: the actuator including the drive rod, the drive rod is designated to transmit the driving force; the transmission mechanism. Is on the extended shaft of the drive rod through the gap; the transmission mechanism, including the transmission rod, the transmission rod is fixed to the drive rod when the drive rod generates movement by only the amount corresponding to the gap, therefore Transmission rod Transmits propulsion to the propulsion arm; And the release mechanism includes the intermediate mechanism, the intermediate mechanism between the drive lever and the stop, the intermediate mechanism is defined to pass the drive force to the stop. When the drive lever generates motion ------------ 1. Selectable one-way clutch (1) consists of: one (2) plate; The second (3) plate is on the same axis as the first (2) plate; The shank (11) is defined to extend from the first plate (2) towards the second plate (3), the shank (11) located in the first plate (2), the shank (11) is assigned to the concave (15). ) In the case of the rod (11) protruding from the first plate (2) only when the second plate (3) rotates in one direction, the concave (15) located in the second plate (3); Option plate (4) is attached to the first plate (2), option plate (4) designated to rotate relative to the first plate (2) between the locking position where the lever (11) extends from the first plate ( 2) and the release position where the shank (11) is maintained on the first plate side; And the plate drive device (5A, 5B) is assigned a rotary drive, optional plate (4), plate drive device (5A, 5B) including drive arm (21,51), actuator (22,52), mechanism. Transmission (23,53), stopper (24,54), and release mechanism (22,55), propulsion arm (21,51) protruding from the option plate (4), actuator (22,52). Is defined so that the propulsion to drive the option plate (4) through the drive arm (21,51), where the operating time, the transmission mechanism (23,53) is determined to pass the drive force obtained by the actuator ( 22,52) to the propulsion arm (21,51), so the option plate (4) rotates from the release position to the locked position, the stopper (24, 54) is set to move between the restricted positions. Where the rotation of the option plate (4) from the release position to the locked position is restricted and the unrestricted position where the restriction is floated, the stop (24, 54) is at the limited position at the idle time of Actuator (22,52), the release mechanism (25, 55) is determined to pass the propulsion obtained at the actuator operating time (22,52) to the stop (24, 54), therefore the stop (24 , 54) moves from a restricted position to an unrestricted position. 2. Selectable one-way clutch (1) according to claim 1, where the drive arm (21,51) extends radially from the option plate (4); And the stop (24, 54) is fixed to the drive arm (21,51) when the option plate (4) rotates in the direction from the release position to the lock position and the stop (24, 54) is in the restricted position. 3. Optional one-way clutch (1) according to claim 2, also includes The contact protection (32,64) located in the propulsion arm. (21,51), the anti-contact element (32, 64) is set to protect the stopper (24, 54) from being inserted with the travel arm movement range (21,51) when the stopper (24, 54) moves. From unrestricted positions to restricted positions 4. Selectable one-way clutch (1) according to any one of claim 1 to 3, where the transmission mechanism (23,53) and the release mechanism (25, 55) differ. When the actuation of the actuator (22,52) is activated, the propulsion is passed to the stop (24, 54) causing the stop (24, 54) to move to an indefinite position, and from Naan, the driving force. Is passed to the propulsion arm (21,51) So powered (21,51) works. 5. Selectable one-way clutch (1) according to claim 4, where: the actuator (22,52), including the drive rod (34, 64), the drive rod (34, 64) is assigned to transmit the driving force. ; The transmission mechanism (23,53) is on the extended line of the drive rod (34, 64) through the gap (G1, G2); The transmission mechanism (23,53), including the transmission rod (36,66), the transmission rod (36,66), is fixed to the drive rod (34, 64) when the drive rod (34, 64) creates motion. By only the quantity corresponding to the gap (G1, G2), so the transmission rod (36,66) passes the propulsion to the propulsion arm (21,51); And the release mechanism (25, 55), as well as the intermediate mechanism, the intermediate mechanism located between the drive rod and the stop, the intermediate mechanism is defined to pass the drive force to the stop. When the drive lever creates motion