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黑龍江工程學院本科畢業(yè)設計
摘 要
該設計的對稱傳動剪板機，其沖剪力為10噸，滑塊的行程為22mm，每分鐘剪切30次。由電動機提供動力，經過一級帶傳動和一級齒輪傳動減速。設計中采用的執(zhí)行機構為對心曲柄滑塊機構，這一機構將剪板機傳動系統的旋轉運動轉變?yōu)榛瑝K的往復直線運動，實現對板料的剪切。曲柄滑塊機構具有結構簡單、加工容易、維修方便、經濟實用的優(yōu)點，在機械設備中應用廣泛。本設計中，通過對平面曲柄滑塊機構的數學建模，用Turbor C編程，輸入曲柄滑塊機構的機構參數和運功參數，實現對整個機構運動過程的仿真。
關鍵詞：Turbor C 運動仿真 曲柄滑塊 剪板機
ABSTRACT
The design of symmetric transmission shears, shear-to 10 tons, the itinerary for the slider 22 mm per 30 minutes shear. Powered by the motor through a belt drive and a slowdown Gear. Design of the implementation agencies right mind crank slider, This will shears transmission rotation slider into the reciprocating linear motion, the realization of the right of sheet metal shear. Crank slider is simple in structure, easy processing, easy to maintain and repair, economic and practical advantages in machinery, equipment widely used. The design, right through the plane crank slider mathematical modeling, Turbor C programming, input slider crank agencies that such remarks parameters and the parameters of the whole movement of the simulation process.
Key words: Turbor C Motion simulation Crank and slide block Cutting machine
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