Elastic force and inertia force acted mechanical stepless torque converter
A technology of inertial force and torque converter, applied in the field of hydraulic torque converter, can solve the problem of high energy loss and achieve high efficiency
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[0011] figure 1 , the crank pin of the active crank arm (2) is hinged to the A end of the active connecting rod (3). The crank pin of the driven crank arm (5) is hinged to the A end of the driven connecting rod (4). The B end of the active connecting rod (3) is hinged with the B end of the driven connecting rod (4). At least one of the driving connecting rod, the driven connecting rod, the driving crank arm and the driving shaft is a resilient rod. The middle part of the driving link and the driven link can be replaced by a helical compression spring, so that it can be stretched or compressed under the action of pulling force or pushing force. The middle part of active connecting rod and driven connecting rod also can be made up of telescopic sleeve, and the two ends of helical compression spring in the sleeve are fixedly connected with top and bottom in the sleeve. The active crank arm can be composed of a rod spring or a leaf spring. The drive shaft can be made up of tor...
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