Self-adjusting clutch controlling system for e.g. robotized gear box, has mechanical blocking unit blocking relative position of piston and fork guide for displacement of control input by mutual sliding of fork guide and piston

摘要

#CMT# #/CMT# The system (100) has a piston (108) cooperating with a gear box's control input slidingly mounted in a piston guide (106) in a driver (104). The driver is slidingly mounted in a fork guide (112) against a spring (200), which extends between a part formed in the fork guide and an external face of the driver. The fork guide is slidingly mounted in a bonnet (11) and co-operates with a control output of the gear box. A mechanical blocking unit blocks a relative position of the piston and the fork guide for displacement of the control input by mutual sliding of the fork guide and the piston. #CMT#USE : #/CMT# System for mechanically controlling of a self-adjusting clutch, of a gear box (claimed) such as robotized gear box and manual gear box, displacing a control input of the gear box towards a control output on a clutch bearing. #CMT#ADVANTAGE : #/CMT# The system permits to correct the dispersions and wear of the clutch, thus allowing an activation finger to improve activation of the clutch bearing in all circumstances. #CMT#DESCRIPTION OF DRAWINGS : #/CMT# The drawing shows a longitudinal sectional view of a shaft of a gear box having a self-adjusting clutch controlling system, and with a self-adjusting clutch in an open position at a new state. 11 : Bonnet 100 : Self-adjusting clutch controlling system 104 : Driver 106 : Piston guide 108 : Piston 112 : Fork guide 200 : Spring.