Novel rubber ball online cleaning device

Through the new rubber ball online cleaning device, compressed aerodynamic power and conical filter design, efficient cleaning of all cooling pipes of the condenser is achieved, solving the problems of low ball collection rate and uneven cleaning in traditional devices, and improving the operating efficiency and automation of the turbine.

CN223179405UActive Publication Date: 2025-08-01CHENGDU ZHICHENG HONGYUAN MECHANICAL & ELECTRICAL EQUIPMENT CO LTD
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Patent Information

Application Number
CN202421891147.X
Authority / Receiving Office
CN · China
Patent Type
Utility models(China)
Current Assignee / Owner
Filing Date
2024-08-06
Publication Date
2025-08-01
Estimated Expiration
2034-08-06

AI Technical Summary

Technical Problem

Traditional rubber ball cleaning devices have problems such as low ball collection rate, inability to clean all cooling pipes of the condenser, and low degree of automation, resulting in poor cleaning results and affecting the operating efficiency of the turbine.

Method used

The new type of rubber ball online cleaning device is adopted, including a ball receiving mechanism, a ball catcher and a PLC control system. The rubber ball is instantly sent to the rubber ball as a power source through compressed air. Combined with the conical filter design and rotary shaft structure, the full cooling pipe is cleaned and the degree of automation is improved.

Benefits of technology

The ball collection rate is improved to ensure that all cooling pipes are fully cleaned, which solves the problems of low ball collection rate and uneven cleaning in traditional devices, and improves the operating efficiency and automation of the turbine.

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Abstract

The utility model discloses a novel rubber ball online cleaning device, and relates to the technical field of cleaning. A novel rubber ball online cleaning device comprises a ball receiving and sending mechanism and a ball catching device. The ball receiving and sending mechanism comprises an A-side receiving and sending spherical tank and a B-side receiving and sending spherical tank; the A-side receiving and dispatching spherical tank is communicated with the condenser A-side front water inlet chamber and the condenser A-side front and rear water chambers through a ball serving pipeline; the B-side receiving and dispatching spherical tank is communicated with the condenser B-side front water inlet chamber and the condenser B-side front and rear water chambers through a ball serving pipeline; the A-side receiving and dispatching spherical tank and the B-side receiving and dispatching spherical tank are communicated with a compressed air energy storage tank; the ball catching device comprises a ball catching device A and a ball catching device B; a water return port of the ball catcher A is communicated with the condenser A-side front water inlet chamber and the condenser A-side front and rear water chambers; a water return port of the ball catcher B is communicated with the condenser B-side front water inlet chamber and the condenser B-side front and rear water chambers; and ball collecting ports of the ball catcher A and the ball catcher B are respectively communicated with the A-side receiving and dispatching spherical tank and the B-side receiving and dispatching spherical tank.
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