Cylinder cooling device cleaning system using cooperation between acid liquid spraying and movable rotation

Abstract

The invention discloses a cylinder cooling device cleaning system using cooperation between acid liquid spraying and movable rotation. The cleaning system comprises a water inlet pipe, a stool, a water outlet pipe, a cylinder body, a quantity controller and a cleaning device; a tool bit stirs acid cleaning liquid during cleaning incrustations on the wall of the cylinder body; the tool bit is tightly bonded on the inner wall of the cylinder body during rotating to eliminate acid softened incrustations, and a cleaning brush is followed up for reciprocating brushing removal of few incrustation spots remained on the wall, so that the incrustations are removed more thoroughly; an U-shaped rotating plate and a cleaning soft brush clean a through hole when a T-shaped pipe is rotated; meanwhile, the through hole is the same with the bottom of the T-shaped pipe; during sucking, water currents generate an impact effect, so that mutual impacting of large-size incrustations is reduced, the extraction by a pump is convenient, and the blockage caused by larger size of the incrustations is prevented; a switch plate overcomes right-side sliding of a spring rod under the impact of the acid liquid to locate in an opened state; and when the acid liquid is stopped from spraying, the switch plate is pulled by the spring rod to locate in a closed state, so that the blockage caused by reverse fillingof the incrustations is prevented.

Description

technical field [0001] The invention relates to a cleaning system for a cooling device using acid liquid spraying and moving a rotating cylinder, which belongs to the field of mechanical cooling devices. Background technique [0002] Large-scale working machinery will continue to generate heat during operation. If it continues to accumulate and accumulate, it will generate high temperature and cause damage to the internal parts of the machine. Therefore, general machinery is equipped with corresponding cooling devices. Among them, cylindrical cooling devices are more common, but cooling devices are generally used. The cooling effect is achieved by the specific heat capacity of water. After a long time of use, a large amount of scale will appear inside the cooling device. If it is not cleaned in time, the wall thickness will increase and the cooling effect will be affected. [0003] But the cleaning system of existing cooling device has the following disadvantages: [0004] ...

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Problems solved by technology

[0005] Aiming at the deficiencies in the prior art, the object of the present invention is to provide a cooling device cleaning system that utilizes acid liquid spraying and moving a rotating cylinder to solve the problem of generally using a blunt tool, such as a sledgehammer, to knock the surface of the cooling device. Vibration creates cracks between the scale and the inner wall, and then removes it with sharp objects. The method is rough, and it is easy to damage the internal parts of the cooling device, and the cleaning effect is not good. problems arising

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