Computer Aided Structure Design of a Negative Pressure Garbage Cleaning Vehicle

Abstract

At present, all kinds of garbage trucks are filled and must be dumped back to the garbage yard before returning to the origin to clean up the garbage. This process is time-consuming and oil-consuming. Moreover, all kinds of garbage trucks are dumped by lifting the car. Therefore, they can only be left on the ground and processed with other tools. It requires multiple machines to help complete the treatment of garbage. Almost all garbage trucks put the trash into the carriage, dumped it, and placed debris in classification. Without considering the steps of putting garbage from the carriage, waste was set in type, resulting in time-consuming and resource-consuming problems. Given these problems, this paper designs a multi-functional negative pressure garbage cleaning vehicle, which can classify and place garbage, flexibly dump trash into nearby large garbage bins, and adjust the height of garbage dumping. Referring to the principle of negative pressure ventilation, the cleaning range is extensive, the efficiency is high, the adaptability to the environment is flexible, the garbage can be cleaned by classification. The experimental results show that the designed automatic garbage cleaning machine meets users' needs, creates social benefits, and has high promotion value.