A production method and production system for fly ash block

Abstract

The invention discloses a production method used for pulverized-coal-ash building blocks and a production system of the pulverized-coal-ash building blocks. The production method includes the steps that the pulverized-coal ash building blocks well built at a block building station are loaded to steam-curing cars which are enabled to enter corresponding steam kettles along preset conveying rails for steam curing; after the steam curing of the pulverized-coal ash building blocks is completed, the steam-curing cars guide in support frames of a conveying subsystem from output ends of the steam kettles through leading-out rails, the conveying subsystem conveys the steam-curing cars to transferring station, and after transferring the pulverized-coal-ash building blocks, the steam-curing cars and corresponding equipment return to the block building station along a recovery rail for standby application. By adopting technical modes of the block building station, a plurality of steam kettles, the conveying subsystem, the transferring station and the recovery rail, integrated mechanical operation of pulverized-coal-ash building blocks in block building, steam curing and maintenance, transferring of the pulverized-coal-ash building blocks and recovery of the steam-curing cars is formed; position acquisition is accurate, so that production efficiency of the pulverized-coal-ash building blocks is improved, a large amount of labors is saved, and working intensity of workers is lowered.

Description

technical field [0001] The invention relates to a production method for fly ash blocks and a production system thereof. Background technique [0002] During the steam curing process of fly ash, blocks, plates and other products, the products are placed on the bottom plate, and the bottom plate is placed on the steam curing trolley. According to the difference in the inner diameter of the autoclave, two or three bottom plates are generally used side by side. The way is placed on the steam curing trolley, and the product is sent into the steam curing kettle together with the trolley for autoclaving and curing together. After the autoclave curing, the cured products, bottom plate and steam curing trolley are dragged out of the autoclave together. [0003] The traditional process uses a forklift or a special crane to separate the two or three rows of bottom plates on the same steam-curing trolley, and sends them to the freight yard or palletizing equipment together with the sam...

AI Technical Summary

Problems solved by technology

[0004] In the process of stacking with equipment forklifts or special cranes, the process of separating and plying the bottom plate requires manual operation, low positioning accuracy, low production efficiency, large work site, high labor intensity, high equipment cost, and high handling efficiency. Low

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