The overall structural design of the fully automatic hydraulic dump truck is scientifically compact, with stable load-bearing, automatic lifting, and safe unloading as the core design concepts. It mainly consists of five main parts: the walking chassis structure, hydraulic lifting structure, load-bearing cargo compartment structure, electronic control operation structure, and safety protection structure. The various structures cooperate with each other to achieve the full process operation of stable vehicle driving and automatic unloading of materials. Axle transport vehicles are widely used in bulk material transportation scenarios such as engineering infrastructure, agricultural production, and factory transportation.
The walking chassis is the load-bearing foundation of the equipment, which adopts a thickened integrated beam and heavy-duty suspension design. It has strong overall rigidity and good pressure bearing performance, and can adapt to complex working conditions such as steep slopes, mud, and uneven road surfaces. The chassis is equipped with wear-resistant and anti slip wheels, and some models are equipped with widened walking structures, which greatly improve the vehicle's passability and driving stability. It is not easy to slip or sink during operation, ensuring smooth transportation operations.
The hydraulic lifting structure is the core functional component, mainly composed of hydraulic cylinders, hydraulic pipelines, and power components. It adopts a dual cylinder lifting layout, with uniform and stable power output. Hydraulic power can be used to lift, unload, and reset the cargo compartment. The lifting angle is reasonable, the unloading is clean and residue free, the entire process runs smoothly, and the failure rate is low. It is a key structure for achieving automated unloading.
The cargo compartment is welded with high-strength wear-resistant steel plates, which have a sturdy and impact resistant structure and can carry various bulk materials. The cargo compartment has good sealing, which can effectively prevent material spillage and leakage. The electronic control structure is easy to operate and can complete automated operations with one click. It is equipped with safety structures such as limit protection, anti roll, and sound and light prompts to ensure the safe operation of axle transport vehicles. The overall structure is durable and reliable, suitable for long-term high-frequency transport operations