Brick pile packaging method and brick pile packaging production line

Abstract

The invention belongs to the technical field of packaging machinery, and particularly relates to a brick pile packaging method and a brick pile packaging production line. A brick pile on a steam-curing car is mechanically divided into a plurality of packaging piles, the packaging piles are placed on pallets, two corner beads are covered on two diagonal lines of each packaging pile respectively, and bricks in each of a plurality of brick rows along with the corresponding pallet and the diagonal lines are bundled by a bundling strap, so that the bricks form a firm whole by bundling each packaging pile. The packaging production line comprises a pile dividing device, a brick holding device, two vertical bundling machines, four bead clamping and cutting devices, two pallet bins and two packaging conveying devices, wherein the pile dividing device is used for dividing the pile, the brick holding device is used for holding the bricks to place each two packaging piles onto the pallets of the packaging conveying devices respectively by means of pile division, the bead clamping and cutting devices are used for covering and cutting the corner beads, and the vertical bundling machines are used for vertically bundling the packaging piles. The bundled brick piles are compact and firm in structure, the whole packaging production line realizes mechanized production, production efficiency is greatly improved, and labor intensity of workers is relieved.

Description

technical field [0001] The invention belongs to the technical field of packaging machinery, and in particular relates to a packaging method for brick stamping and a packaging production line thereof. Background technique [0002] The process of producing autoclaved bricks in the prior art is as follows: the brick press presses out multiple rows and multiple rows of bricks each time, and the brick clamp transports the multiple bricks from the inside of the brick press to the belt conveyor at one time, and the bricks on the belt conveyor. It is transported and palletized to the steaming and curing trolley by the palletizer, and the steaming and curing trolley with multiple layers is pushed to the autoclave for autoclave curing. The bricks after the autoclave curing become the finished autoclaved bricks. Into the autoclave. [0003] In the prior art, the bricks on the steaming and curing trolley are pushed out from the autoclave, and the whole bricks are clipped to the finishe...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, the bricks on the steam-cured trolley pushed out from the autoclave are sent to the finished product yard by clamps for bulk storage. In the subsequent transfer links such as loading, the breakage rate of the finished bricks is high. , in order to facilitate transportation and storage, the finished bricks need to be packaged. The existing technology is to re-stack the bricks manually to release bricks suitable for packaging. Finally, the bricks are bundled by a simple packing device. The packaging process method is backward , the packaging production does not match the brick production line, the labor intensity of the workers is high, and the work efficiency is low

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