Adapting to the collection needs of various types of household waste, commercial waste, and some industrial waste such as bagged, barreled, and bulk, supporting the selection of multiple working devices. Bucket flipping devices, triangular buckets, fully sealed buckets, or swing arm devices can be selected according to the work scenario, compatible with various commonly used specifications of garbage cans, and highly versatile. By using a hydraulic driven lifting and flipping mechanism, the garbage bin can be quickly grasped, lifted, and dumped without excessive manual intervention, greatly reducing the labor intensity of sanitation personnel. At the same time, it can adapt to the size requirements of different work scenarios. The length of the vehicle can be adjusted according to the selected working device (the flipping bucket, triangular bucket, landing bucket, and other devices correspond to different vehicle lengths), with a wheelbase of 4350+1350mm, which balances traffic flexibility and loading capacity, and can efficiently complete large-scale garbage collection tasks. Equipped with a high-performance hydraulic system, the core components are selected from well-known domestic brands, and the hydraulic circuit pressure is stable. It adopts bidirectional peristaltic compression technology, combined with the coordinated action of scraper and skateboard, which can efficiently compress garbage. The compression ratio is not less than 2.5, which can significantly reduce the volume of garbage and maximize the use of 22 cubic meters of storage space. The single transfer volume can reach about 19 tons, effectively reducing transportation frequency and operating costs. The carriage is made of T700 high-strength wear-resistant steel plate, with side plate thickness of 5mm and bottom plate thickness of 6mm. The filling device is made of 8mm thick T700 high-strength wear-resistant steel plate. The structure is sturdy, corrosion-resistant, and impact resistant, and can withstand long-term high-pressure compression operations without deformation, suitable for long-term high-intensity large-scale environmental protection operations. Adopting a fully sealed carriage design, the joint surface between the carriage and the filler is equipped with tight sealing strips and hydraulic locking devices, effectively preventing garbage scattering, odor diffusion, and leachate leakage, completely solving the problem of secondary pollution during garbage transportation, and meeting the requirements of modern environmental sanitation and environmental protection operations. The vehicle is equipped with dual sewage collection devices, which are respectively installed under the chassis beam and the rear filler. They can collect the leachate generated during the compression and dumping of garbage, and discharge it synchronously during unloading to avoid sewage pollution of the road surface and surrounding environment.
