Liaoning Sanitation Company has introduced the Four-Classification Garbage Collection Vehicle for transporting and handling classified waste. This electric-powered vehicle is eco-friendly, visually appealing, and capable of carrying eight standard 240-liter garbage bins. Equipped with four garbage disposal windows, it facilitates the classification of different types of waste, aligning with urban waste collection models. The vehicle adopts a four-linkage mechanism design for the tailboard lifting and flipping mechanism, greatly enhancing operational efficiency. The tailboard lifts with a single press, boasting a high level of automation.

The Four-Classification Garbage Collection Vehicle is enclosed to prevent secondary waste pollution. It features hydraulic flip plates on the vehicle's side, enabling waste disposal for four types of garbage while standing on the pedal. The vehicle employs a three-dimensional forward modular design, presenting a novel, fashionable appearance, sturdy and durable structure, comprehensive functionality, and outstanding advantages in interchangeability, reliability, and safety.

The vehicle's front section is made of high-quality carbon structural steel with patented exterior profiles. Utilizing a combination of sheet metal, cold bending, molding, and welding processes, it includes a double-glass structure in the front face, optional metal structures, sliding glass doors, delivering an attractive, durable, novel, and fashionable appearance. The driver's cabin adopts an all-metal cabin with a patented profile shape.

Using large-sectioned sheet metal bending columns and rectangular steel tube frame structures for the box body, the vehicle employs high-quality patterned steel for the base plate, enhancing friction and providing excellent anti-slip properties between the garbage bin and the base, achieving a pleasing and practical overall appearance. The chassis features large-sectioned No. 12 channel steel as the main longitudinal beam, seamless steel pipe cross beams, exhibiting excellent load-bearing capabilities, reliable strength, torsional resistance, modular structural design, and universal interchangeability of components. The four-wheel hydraulic braking system with vacuum assist ensures safety and reliability.

The vehicle employs a stable and reliable four-linkage mechanism design for the tailboard lifting and flipping mechanism. Utilizing the parallelogram motion principle of the connecting rod mechanism, it achieves parallel lifting of the tailboard, significantly enhancing loading efficiency. It boasts ease of use, simple operation, and a high degree of automation. The hydraulic operating system adopts forward-designed calculations, hydraulic control via solenoid valves, a button-based human-machine interface for straightforward interaction. The system's high automation, reliability, and ease of maintenance ensure safety and convenience