Slide way type side-loading classified-compression refuse truck

Abstract

A slide way type side-loading classified-compression refuse truck comprises a pouring device and a sliding assembly. A carriage is divided into a front bin and a rear bin through a separation plate. A front bin feeding hole and a rear bin feeding hole are formed in the top of the front bin and the top of the rear bin respectively. The pouring device is mounted on downward-sliding rails in a sliding mode. The sliding assembly comprises a base fixed to a chassis longitudinal beam, and two slide ways are mounted on the side faces of the base in the horizontal direction. The downward-sliding rails are mounted on the two slide ways in a sliding mode and slide through a power mechanism. A first upward-sliding rail and a second upward-sliding rail are arranged on the side faces of the carriage and extend to the front bin feeding hole and the rear bin feeding hole respectively. When sliding along the slide ways, the downward-sliding rails can be connected with the first upward-sliding rail or the second upward-sliding rail, the pouring device can slide along the downward-sliding rails to the upper end of the first upward-sliding rail or the upper end of the second upward-sliding rail, and then refuse tipping operation is completed. According to the slide way type side-loading classified-compression refuse truck, the set of sliding type pouring device is used for pouring refuse into the two bins, and the slide way type side-loading classified-compression refuse truck is simple in structure, low in failure rate, capable of completely achieving independent actions of classification and compression and high in controllability.

Description

technical field [0001] The invention relates to the technical field of sanitation vehicles, in particular to a slideway-type side-mounted sorting and compressing garbage truck. Background technique [0002] At present, the sorting garbage trucks on the market are mainly left and right bin-type compression garbage trucks. In order to meet its functions, this model includes two sets of independent compression loading mechanisms, dumping devices, and pushing and unloading mechanisms. The compression loading mechanism is a sliding scraper type. The mechanism is a multi-stage cylinder direct push (or oblique push) type, and the dumping device is a double-rocker four-bar mechanism. The structure of these two independent systems is complex, which increases the cost of design and production, but the actual simultaneous action probability is very low, resulting in a waste of resources; at the same time, two sets of hydraulic control systems and components are required, which also inc...

AI Technical Summary

Problems solved by technology

The structure of these two independent systems is complex, which increases the cost of design and production, but the actual simultaneous action probability is very low, resulting in a waste of resources; at the same time, two sets of hydraulic control systems and components are required, which also increases the cost, and the layout space of related hydraulic components Smaller, complex installation, and increased hydraulic system failure rate

Images