【摘要】：針對物流行業(yè)快速發(fā)展,物流包裝量逐漸增大的情況,設計了一種可以自動封裝不同尺寸規(guī)格箱子的封箱機。封箱機定位和封裝功能需要不同的動力來驅(qū)動,因此設計了一種連桿滑塊機構將上面兩種功能聯(lián)系起來,并基于封閉矢量法對其進行了運動學分析,得到該連桿滑塊機構的運動學方程并用MATLAB對其運動過程進行了仿真。利用Solid Works該機構進行的三維建模,對其裝配干涉進行了檢查。通過對其運動特性和機械機構的分析,得到封箱機具體的設計參數(shù)。采用這種機構的封箱機可以減少機器中動力的數(shù)量,從而簡化封箱機整體的結構,同時降低制造成本,節(jié)約能源。
[Abstract]:In view of the rapid development of logistics industry and the increasing volume of logistics packaging, a kind of packing machine which can automatically package boxes of different sizes is designed. The positioning and packaging functions of the sealing machine need different power to drive, so a kind of connecting rod slider mechanism is designed to connect the above two functions, and the kinematics analysis is carried out based on the closed vector method. The kinematics equation of the linkage slider mechanism is obtained and its motion process is simulated by MATLAB. The assembly interference was checked by using the 3D modeling of Solid Works. Through the analysis of its motion characteristics and mechanical mechanism, the specific design parameters of the sealing machine are obtained. The sealing machine with this kind of mechanism can reduce the number of power in the machine, thus simplify the whole structure of the sealing machine, at the same time, reduce the manufacturing cost and save energy.
【作者單位】： 中國礦業(yè)大學機電工程學院;
【分類號】：TH692.3
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本文編號：2314861