The design of rescue robot based on disaster rescue

Abstract

In this paper, through the study and analysis of the terrain in the post-disaster area, we propose a design scheme of industrial products that can improve the efficiency of post-disaster rescue.The design combines the topography of the disaster area, existing technologies and products, and the needs of the victims to determine the product function. The appearance and internal structure of the products are determined by structural design and ergonomics. Aiming at the problem that the existing rescue products can’t overcome the complicated terrain in the disaster area, a bouncing rescue robot is proposed in this paper. At the same time, the tire size is larger than the body size to prevent damage in the fall. The equipment has a certain storage space, can carry a small amount of emergency medicine. This product is in line with the background of social medical and technological development. In the complex internal environment of disaster areas, such rescue equipment is needed to improve the efficiency of post-disaster rescue.