TH60091B - Clutch and Straddle Vehicle Devices - Google Patents

Abstract

DC60 (31/07/60) when the clutch's press assembly is placed in the overlap position. The first arm is Will be placed in the first arm position When the press assembly is placed in the initial contact position, the first arm is placed in the second arm position. The reaction force acting on the driver Excited from the press assembly in the initial contact position is greater than the overlap position. The arm position is determined so that the leverage ratio when the first arm is in position. The second arm is greater than the lever torque when the first arm is in the first arm position. Thus, the actuator torque required to control the clutch press assembly is May be made less When the clutch press assembly is placed in the overlapping position The first arm is Will be placed in the position of the first arm When the press assembly is placed in the initial contact position, the first arm is placed in the second arm position. The reaction force acting on the driver Excited from the press assembly in the initial contact position is greater than the overlap position. The arm position is determined so that the leverage ratio when the first arm is in position. The second arm is greater than the torque ratio measured when the first arm Is in the first arm position, hence the actuator torque required to control the clutch press assembly May be made less

Claims (1)

Disclaimer (all) which will not appear on the announcement page: Amendment 31 Jul 2017 1. Clutch type equipment including: clutch (30) including friction assembly ( 34) and the press assembly (33) used to press the friction assembly (34) in which the press assembly (33) can be moved to the initial contact position, where the contact between the press assembly (33) and the assembly. The friction type (34) begins and goes to an overlapping position where the press assembly (33) is pressed against the friction assembly (34) and the clutch (30) is intertwined; And thrusters (10) adjusted to slide the press assembly (33), the thrusters include the propulsion part (20), the first pivot shaft (1S, 11S) adjusted to rotate. By the power of the exciter (20), the first assembly (1Ar, 11Ar) adjusted to rotate with the first spindle (1S, 11S) around the first rotating shaft (1S, 11S), the shaft rotating Two (2S) rotated with the movement of the press assembly (33), the second assembly (2Ar) adjusted to rotate along with the second rotating shaft (2S) around the rotating shaft. Two (2S) and coupling assembly (R) adjusted to connect and lock the first assembly (1Ar, 11Ar) to the second assembly (2Ar), which is characterized by the clutch (30). Adjusted so that the clutch reaction force at Defined as the force exerted on the thrust unit from the pressing assembly (33) increases in the path through which the pushing assembly (33) moves from one position to the other of the The first touch and overlap position, the first assembly (1Ar, 11Ar) is placed in the first position (p1) when the touch assembly (33) is placed in one of the initial touch and overlap positions; and Placed in the second position (p2) when the press assembly (33) was placed in another position of the The initial contact position and the overlap position and the first (p1) and the second (p2) position are provided for the leverage torque ratio (rt) when the first assembly (1Ar, 11Ar) is in the second ( p2) than when the first component (1Ar, 11Ar) is in the first position (p1), where the leverage ratio is defined as the ratio (T2 / T1) of the torque (T2) of the second rotating shaft (2S. ) Connect the torque (T1) of the first rotating shaft (1S, 11S) --------------------------------- -------------------------------------------------- ----------------- 1. A clutch-type device consisting of a clutch (30) including a friction element (34) and a press assembly (33) that has pressed the friction assembly. Where the press assembly can Move to the initial touch position where the contact between the press assembly and the assembly. Friction starts up and goes to an overlapping position where the press assembly is pressed down. With the friction and clutch assembly overlaid and the thrusters (10) adjusted to slide the press assembly. The thrusters include the exciter part (20), the first rotating shaft (1S, 11S), which are rotated by the power of the thrusters. One assembly (1Ar, 11Ar) rotated with the first rotating shaft. The first rotating shaft The second pivot shaft (2S) adjusted to rotate with the movement of the second pivot assembly (2Ar) adjusted to rotate along with the second spindle around the second pivot shaft and the assembly. Coupled (R) that is adjusted to connect and lock the first assembly. With the second component Where the clutch is adjusted so that the specific clutch reaction force is the force acting on The drive unit from the press assembly increases in the path through which the press assembly moves. From one position to the other the touch start and overlap positions. The first assembly is placed in the first position (P1) when the press assembly is placed. In one position of the starting position and the position Overlap and place in a second position (p2) when the press assembly is placed in another position in the initial contact position and The overlap and the first (p1) and the second (p2) positions are provided to provide the leverage torque (rt) ratio when the first assembly is in the second position rather than when the first assembly is in the second position. One where the leverage ratio is defined as the ratio (T2 / T1) of the second rotating shaft torque (T2) to the first rotating shaft torque (T1).