A GROUP-DIVIDING SYNTHEIS METHOD FOR SIX-BAR PLANER MECHANISM''''DRIVEN BY PNEUMATIC/HYDRATIC DRIVING SYSTEM
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Abstract:
The paper employs the combination of the group-dividing synthesis and optimum method to establish the synthesis method used in which the type stepheson six-bar planer mechanism is used as the function generator which is driven by a pneumatic/hydraulic cylinder. The linear superposition technique is used in the whole solving process and the number of the design positions is not limited by the unknown parameters.
