BYD ECB16S Electric Forklift Control Design: Ergonomic Highlights

The ergonomic optimization of the control design of the electric forklift can effectively improve the operation experience and operation efficiency of the operator. The layout design of the console has been repeatedly calculated, and the distribution height and spacing of the commonly used function buttons fit the operation habits, so that the operator can complete the operation without moving the body significantly, reducing unnecessary movement range and reducing shoulder, neck and arm fatigue caused by long-term operation. The adaptation design of the operating parts is also the core highlight. The handle shape fits the arc of the palm, and the surface is made of non-slip and wear-resistant materials to improve the grip stability. The optimization of the operation force not only ensures the clear feedback of the operation, but also does not greatly increase the burden on the hand due to force; the position and spacing of the operation pedal conform to the human gait logic, reducing the fatigue of frequent foot movement. The multi-dimensional adaptation design of the seat cannot be ignored. The seat has adjustment functions such as height and backrest angle, which can adapt to the body shape of different body types of workers. The support design of the backrest fits the waist curve, which can effectively buffer the bumps in the operation process and reduce the pressure on the back. The details of the operation feedback are also integrated into it. The stroke design of the control rod and pedal conforms to the operation logic, allowing the operator to quickly perceive the operation state without repeated adjustments, reducing invalid movements, further improving the fluency and safety of the operation, and helping the efficient operation of various warehousing operation scenarios.