Three-dimensional storing and conveying line for green bodies

Abstract

The invention discloses a three-dimensional storing and conveying line for green bodies and belongs to the technical field of sanitary ceramic production equipment. The three-dimensional storing and conveying line is used for conveying, inspecting and storing finished products to be inspected in the production process of sanitary ceramic. According to the technical scheme, the products pass through a suspension line, a lower line transferring machine and a sorting and recognizing line after being formed in a forming shop, reach an inspecting and warehousing line for on-line inspection, then reach a horizontal-moving lifting machine through a delivering confluence line and enter a multi-layer storage line. In the delivery process, the horizontal-moving lifting machine automatically conveys the products in the multi-layer storage line to a multi-layer storage and delivery distribution line, and then the products are conveyed to a multi-layer storage and delivery line. The three-dimensional storing and conveying line is initiative in the production process of the sanitary ceramic, fills in the blank of green body conveying equipment, solves the green body conveying problem existing for a long time, realizes automatic conveying, on-line inspecting and three-dimensional storing of the green bodies from the forming shop to product inspection to multi-layer storage, reduces the occupied area of the products in the storage process, greatly improves the inspection efficiency, and lowers the labor intensity of workers.

Description

technical field [0001] The invention relates to a conveying line for green billet conveying, on-line maintenance and three-dimensional storage in the production process of sanitary porcelain, and belongs to the technical field of sanitary ceramic production equipment. Background technique [0002] In the traditional sanitary ware production process, the semi-finished green billets are manually pulled and transported to the green billet warehouse after being trimmed and semi-inspected in the molding workshop, and then transported to the green billet warehouse for storage. The whole process involves sorting, repairing, and residual products. In multiple links such as distribution, qualified product transportation, multi-layer distribution, and multi-layer storage, the products need to be moved many times, which is labor-intensive, time-consuming and labor-intensive. At present, although there is an automated conveying line after the finished product is completed, a large amoun...

AI Technical Summary

Problems solved by technology

[0002] In the traditional sanitary ware production process, the semi-finished green billets are manually pulled and transported to the green billet warehouse after being trimmed and semi-inspected in the molding workshop, and then transported to the green billet warehouse for storage. The whole process involves sorting, repairing, and residual products. In multiple links such as distribution, qualified product transportation, multi-layer distribution, and multi-layer storage, products need to be moved many times, which is labor-intensive, time-consuming, and labor-intensive

At present, although there is an automated conveying line after the finished product is completed, a large amount of manual work is still required in the transportation, maintenance, storage and transportation of the semi-finished green billet, which cannot meet the needs of modern production. This situation has not been achieved so far. Effective and thorough improvement that needs to be improved

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