Partition plate for plate mold and automatic partition plate adjusting device

Abstract

The invention relates to the technical field of plate building block production and processing, in particular to a partition plate for a plate mold and an automatic partition plate adjusting device. A plurality of parallel cross beams are welded to the other face of the baffle, a vertical beam is welded to the center of each cross beam, side plate ejection mechanisms are installed on the cross beams and the vertical beams, a cross supporting beam is arranged on the upper portion of the baffle, a top locking mechanism is arranged on the upper portion of the cross supporting beam, and a bottom plate flatly attached to the bottom of a mold is arranged below the baffle. The side plate ejection mechanism comprises side plates which are ejected outwards in parallel, and the top locking mechanism comprises locking claws exceeding the two ends of the baffle. The mold is divided into an empty groove section and a material injection section by the partition plate, the overall length of a product is adjusted by adjusting the position of the partition plate, the production requirements of plates and building blocks of different sizes are met, the material injection amount is effectively reduced by adjusting the size of the material injection section of the mold, raw materials are saved, and the production efficiency is improved. The purposes of energy conservation and emission reduction are achieved, and economic benefits are improved.

Description

technical field [0001] The invention relates to the technical field of plate block production and processing, and relates to a partition plate for a plate mold and an automatic adjustment device for the partition plate. Background technique [0002] In the production process of aerated boards and aerated concrete blocks, molds are needed to inject raw materials into the molds and then transport them to subsequent processes for processing. The length of the molds is 6 meters, and the length of conventional aerated boards is 6 meters. It is 6 meters, and the individual length of the aerated concrete block will vary according to the needs. The conventional length is 1200 and 600 mm, but according to some needs, different lengths will be processed. If it is a block with a length of 600 mm , then the length of the mold can be fully compatible with the simultaneous processing of the aerated board and the aerated concrete block. After processing, the corresponding length of the aer...

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Problems solved by technology

[0002] In the production process of aerated panels and aerated concrete blocks, molds are needed to inject raw materials into the molds and then transported to subsequent processes for processing. The length of the molds is 6 meters, and the length of conventional aerated panels It is 6 meters, and the individual length of the aerated concrete block will vary according to the demand. The conventional length is 1200 and 600 mm, but according to some needs, different lengths and sizes will be processed. If it is a block with a length of 600 mm , then the length of the mold can be fully compatible with the synchronous processing of aerated panels and aerated concrete blocks. The length of the block cannot be divisible by 6000 mm, then there will be excess raw materials that will be cut off at the end, resulting in waste of raw materials, and the material used to produce blocks is not the same as that of plates, and the cost of raw materials for blocks is relatively high. The value of the material is high, and the use of molds with different specifications will also lead to high equipment investment costs

[0003] At present, the invention patent (application number 202020693303.7, invention name: partition and aerated concrete slab mold) that has been published in response to this situation uses a partition mechanism, but the partition only uses the principle of magnetic attraction for Installed in the mold, although it can satisfy the separation of the mold, but due to the large material capacity caused by the large length of the mold, the impact force of the material on the partition when pouring is relatively large, which will easily cause the displacement of the installation position of the partition, and finally It leads to dimensional changes in the poured finished product, which affects the yield of the product

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