Automatic winding and arranging system for vehicle-mounted water hose

Abstract

The invention relates to the technical field of fire trucks, in particular to an automatic winding and arranging system for a vehicle-mounted water hose. The automatic winding and arranging system comprises a water hose winding mechanism, a water hose arranging mechanism, and a control system, wherein the water hose winding mechanism comprises a base, a movable support, a water hose winding deviceand a first chain wheel transmission mechanism capable of enabling the movable support to translate on the base; the water hose arranging mechanism comprises a sliding rail, a movable longitudinal beam, a hose arranging trolley capable of reciprocating on the movable longitudinal beam to longitudinally arrange the water hose and a second chain wheel transmission mechanism capable of enabling themovable longitudinal beam to translate on the sliding rail; and the control system controls synchronous translation of the movable support on the base and the movable longitudinal beam on the slidingrail through position signals of a sensor. The system realizes automatic recovery of the water hose and automatic arranging in the transverse direction and the longitudinal direction, enables the water horse to be quickly, neatly and regularly placed in a carriage, is simple and convenient to operate and high in efficiency, and greatly shortens rescue time.

Description

technical field [0001] The invention relates to the technical field of fire trucks, in particular to a vehicle-mounted hose automatic winding and finishing system. Background technique [0002] Hose laying fire engines have been widely used in remote fire water supply systems. Hose Laying The fire engine lays the hose (the diameter of the hose is about 150-400mm) to a place closer to the fire scene in advance, and the length is 2-12 kilometers; after the work is completed, the problem of rewinding the large-diameter hose has always been It is a problem that domestic and even international fire protection manufacturers are studying and solving. In traditional firefighting operations, the laying and recycling of hoses is mainly done manually. Generally, each person can only carry 1-2 hoses each time. If the fire source is far away, it will take more time to complete the laying within a limited time. The number of participants or multiple times of reciprocating transportation...

AI Technical Summary

Problems solved by technology

[0004] Therefore, the existing hose winding equipment only considers the winding of the hose, but does not have the function of placing and organizing the hose in front, back, left and right after winding, and mainly relies on manual placement and arrangement of the hose. to the inside of the water tank; on the other hand, because the hose is very long, there will be many joints in the middle of the hose. If the existing hose rewinding equipment encounters a large-diameter hose joint in the process of recycling the hose , often requires a cumbersome operation process, so there are still problems of inconvenient operation and low efficiency

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