The wall panel handling robot is a kind of robot used to transport the wall panel from the outdoor stock yard to the designated stacking point. As the main working device of the wall panel handling robot, the design of the fork assembly is very important. This paper introduces the structure design of the fork assembly and the working process of moving the wall panel. This paper analyzes the force situation of the cross assembly during the wall panel handling, and carries out the structure simulation of the cross assembly, which verifies the rationality of the structure design of the cross assembly, and provides reference experience for the subsequent development and design and functional structure optimization of the wall panel handling robot.<br>
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