Design and Analysis of Non-Conventional Type Cigarette Automatic Palletizing Tray Institutions

摘要

Aiming to solute low efficiency in sorting and packaging process of non-conventional type cigarette, a steady and rapid automatic palletizing tray institution was designed in this paper. Based on the three-dimensional model of the institution established by software of SolidWorks, the mechanical properties of the institution were analyzed. The results showed that the most obvious deformation occurred on the top right-hand corner of pushing board, but it does not affect the actual work effect of pushing cigarette mechanism. The largest stress point is on connection of the pushing rod, and the value of max stress is less than the material yield strength. The designed institution is safe. Furthermore, production practice showed that the designed tray body performed with high efficiency and stability. The efficiency reached 7300 bar/hour. It showed that the designed palletizing tray institutions is reasonable and feasible.