Independent dust collection system of vacuum sweeper

Abstract

According to an independent dust collection system of a vacuum sweeper, a power source is generated by an automobile engine, and power is provided for operation of a motor. The motor drives the transfer case to drive the air compressor and the belt wheel to operate. Meanwhile, the whole oil way circulating device and the water way circulating device begin to operate to cool a cylinder body and a motor of the air compressor and lubricate a cam shaft and a transfer case gear. And the normal long-time operation of the whole device is ensured. An independent system is adopted in the whole structure, modular arrangement is achieved, no other common part is needed except for a power source, daily maintenance and disassembly are convenient, after the system is disassembled, the vehicle can be used for other purposes, the vehicle is fully used, and cost input is reduced. The system adopts automatic water circulation and is used for cooling heat generated by a piston cylinder and a motor of theair compressor, so that the purpose of long-time use of the system is achieved. An oil pump is used for driving lubricating oil to circulate to lubricate a cam shaft of the air compressor and gears of the transfer case, and the service life of the whole system is prolonged.

Description

technical field [0001] The invention relates to the technical field of automobile manufacturing, in particular to an independent dust collection system for a dust collection vehicle. Background technique [0002] The vacuum truck adopts the principle of negative pressure pure suction, which is composed of a dust collection system, a dust collection box, a secondary dust collection box, a dust recovery system, a hydraulic system, an electric control system and a walking system, etc. It has a wide range of dust collection. , high suction rate, no secondary dust at the suction port, no dust discharge at the air outlet, high work efficiency, etc., it is the preferred product for sanitation cleaning and material recovery. It is suitable for dusty, high-concentration and high-density industrial and mining enterprises that are prone to dust pollution; rapid cleaning and cleaning of urban viaducts, expressways and bridges and tunnels; cleaning and cleaning of urban main roads, high-...

AI Technical Summary

Problems solved by technology

[0003] At present, the existing related products on the market adopt the technical scheme of setting an auxiliary engine on one side of the engine to drive the air compressor and the fan through the pulley respectively. The fan and the air compressor work independently, and the required speed is different, resulting in a complex overall structure. , the manufacturing and operating costs are relatively high, and because the vacuum cleaner works for a long time, the air compressor generates a lot of heat during the whole working process, so it cannot work for a long time

The auxiliary engine and the air compressor are rigidly connected. During the start-up or shutdown process, a large stress will be generated on the entire shaft, causing damage to the shaft. Moreover, the related technology of the auxiliary engine needs to be further improved, and it is easy to be damaged during use. Large maintenance costs will be incurred. If maintenance and maintenance are not carried out, it will inevitably cause irreparable damage to the entire system.

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