剪叉式机构双层停车位的设计

Design on a secissors mechanism double-parking space

为充分利用现有的单层停车位的空间,增加停车位的数量,设计了一种双层立体停车位设备.该设备机械部分采用剪叉式结构,通过控制剪叉臂的伸缩来调整上下两层的相对位置偏移量,通过两臂之间的角度来实现上停车面的升高与降低.在上层停车位偏移和降落的过程中,不影响到下方停放的车辆.

For using parking space on the ground sufficiently, and adding the number of parking space, designed a secissors mechanism double-parking space to solve the problem. The mechanics part of double-space use the extensible fork arm to constitute the secissors mechanism. Thus it can make level distance between the upper space and nether distance, through change the length of fork arm, and it can change the angle of the fork arm to raise the upper space, and not influent the car which park in nether space.