Design an automated guided vehicle system and its interactions for car production line

The topic of this research is cargo transportation and the challenge that has been addressed is how to do it in the production lines of automobile factories. Cargo transportation is the movement of a shipment from the parts warehouse to the production line and vice versa. These lines are continuously engaged in production and every time the line stops, it causes heavy losses. Therefore, intelligent cargo transportation is required. The purpose and nature of this research is applied and qualitative-descriptive. It used a survey method to collect data and, used the verbal-visual questionnaire and the Delphi group in the field research. By applying the so-called Design up, which is based on interaction and user-centered design, and the use of Analytical Hierarchy Process, the design method has been formed. The automated guided vehicle (AGV) scope, which includes the needs as well as subject view, has been realized in the form of library research. Field research has been followed by the method of users and product clinics, and in the design stage, the AGV and its brand logo have been designed via battlefield designs. This achievement is obtained under the name of DanRo. In comparison to similar products, it has advantages such as lower maintenance costs, faster training of users, the ability to work instead of the production line conveyor belt and its removal, the ability to rotate 360 degrees in place and move in perpendicular directions, and increases the flexibility and speed of production.