Hose lossless orderly winding and unwinding device and medium output system

Abstract

The invention relates to a hose lossless orderly winding and unwinding device and a medium output system. The hose lossless orderly winding and unwinding device comprises a guide part, a plurality of moving parts and a plurality of hose hanging brackets, the hose hanging brackets are connected to the moving parts correspondingly and can move relative to the guide part along with the moving parts, each hose hanging bracket comprises a hanging plate, two clamping parts used for clamping and fixing a hose and flexible chains, wherein the middles of the hanging plates are rotationally connected to the moving parts, and the two clamping parts are connected to the two sides of each hanging plate through the flexible chains correspondingly. According to the hose lossless orderly winding and unwinding device and the medium output system, the hose is clamped and fixed through the clamping parts of each hose hanging bracket, the hose hanging brackets move relative to the guide part along with the moving parts to drive the hose to be wound and unwound, it can be guaranteed that the hose can restore the contraction state after being stretched, winding or folding of the hose is effectively avoided, lossless and orderly winding and unwinding of the hose are achieved, work is stable, reliability is high, the device can be used for calcium-magnesium reduction metallurgy and chemical engineering, realizes automatic and standardized production, is not limited to the field of metallurgy and chemical engineering, and can also be used for lossless orderly winding and unwinding of any liquid pipe or gas pipe.

Description

technical field [0001] The invention relates to the technical field of medium output equipment, in particular to a non-destructive and orderly retractable device for hoses and a medium output system. Background technique [0002] At present, calcium-magnesium reduction metallurgy is a commonly used metallurgical process. The cover body of the calcium magnesium metallurgy reduction furnace is not resistant to high temperature due to the use of polymer materials. Usually, it needs to be circulated and sprayed by a mobile spraying system to cool down the cover body and ensure the stability of the reduction process. In the mobile sprinkler system in the prior art, the hose is generally connected by a slip ring, and the slip ring slides along the slide bar to realize the retraction of the hose. The hose retractable device with this structure is easy to be folded or entangled in the process of repeated water filling and water stoppage, which will affect the water outlet of the mo...

AI Technical Summary

Problems solved by technology

The hose retractable device with this structure is easy to be folded or entangled in the process of repeated water filling and water stoppage, which will affect the water outlet of the mobile spraying system. Once the hose is folded, it will affect the cooling of the reduction furnace cover, and further The reduction process is affected, and production accidents are prone to occur

Therefore, manual inspection is often inseparable from the site, and at the same time, the spray volume and spray time will be unstable, and standardized production cannot be realized.

[0003] In addition, not only in the field of high-temperature reduction metallurgy technology, but also in the flexible liquid spraying system and air spraying system in other technical fields, the same technical problem of hose folding or winding also exists, which needs to be solved urgently

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