| 摘要 |
#CMT# #/CMT# The coupling has dynamic balance and comprises a rotating input component (1) formed as a lamella bearer with output component (2) also as lamella bearer. In the power flow between the input and output component is a lamella packet (3) upon which a hydraulically activated piston (4) acts, which is axially displaceably located in a pressure medium-tight manner on the input component. A pressure chamber (6) is fillable with pressure medium for operation of the piston and is formed by a section of the piston and one of the input component. #CMT# : #/CMT# A piston return component (5) is provided and a build-up disk (9) is axially fixed to the input component. A pressure compensation chamber (11) is filled without pressure with lubricant arranged on the opposite side of the piston to the pressure compensation chamber. The piston has a sealing component (16) which closes or opens a lubricant feed (12) to the pressure compensation chamber dependent upon the axial position of the piston, so that at the commencement of the closure process of the coupling in the locating phase of the piston on the lamella packet, the dynamic pressure compensation on the coupling side is interrupted. #CMT#USE : #/CMT# As a coupling with dynamic balance. #CMT#ADVANTAGE : #/CMT# The shortening of the reaction time on coupling closure is so developed that the additional expense constructively in comparison with a "classical" coupling structure is comparatively low. #CMT#DESCRIPTION OF DRAWINGS : #/CMT# The figure portrays an example of the coupling. 1 : Input component 2 : Output component 3 : Lamella packet 4 : Piston 5 : piston return component 6 : Pressure chamber 9 : Build-up disk 11 : Pressure compensation chamber 12 : Lubricant feed 16 : Sealing component #CMT#MECHANICAL ENGINEERING : #/CMT# The coupling has dynamic balance. |
