Author: Peng Zuliang
At present, the interaction and function realization of the auxiliary driving system for passenger vehicles mainly rely on the vehicle machine. The main interaction mode is touch or button. There are obvious differences between special vehicles and traditional passenger vehicles in the application scenarios. Special vehicles are often in complex scenes. Or under extreme working conditions, it may cause some input mode failures or malfunctions.

Forklift operations have the characteristics of fluidity, frequency of operations, frequent accidents, and large repeatability of accidents. With the increase in the number of operations, safety accidents related to forklifts are also increasing. With the rise of AR and other technologies, it also brings more opportunities for the special vehicle industry.

This product applies AR assisted driving technology to the complex working environment of special vehicles such as forklifts for the first time. Different from the previous simple assisted driving such as inertial guidance, it can better solve the problems of partial input mode failure or dysfunction.

Furthermore, in view of the existing HUD head-up display system and other products on the market, AR glasses move the fixed screen to the glasses under complex working conditions, on the one hand, reduce the cost, on the other hand, information processing is more timely, and information can be obtained in time when the line of sight is not in front to improve efficiency.

Secondly, compared with the existing AR glasses products, this product is mainly aimed at safety warning functions, such as pedestrian, speed, abnormal driver status and other common accident factors, information transmission is more intuitive, prevent information overload, and ensure safe completion of handling work.

Link to original work: https://pinwall.cn/project/42137