A cluster type material line

Abstract

The invention discloses a collecting type material arranging line which comprises a material arranging conveying table, a dividing section, a tile changing section and a collecting section, wherein the dividing section, the tile changing section and the collecting section are arranged on the material arranging conveying table. The dividing section comprises multiple dividing channels, feeding inlets of the dividing channels extend to the position under a discharge port of a main conveying table, the tile changing section comprises multiple tile changing channels corresponding to the dividing channels in a one-to-one mode, tile changing rails are arranged in the tile changing channels, the collecting section supports the tile changing section and comprises multiple collecting channels, feeding inlets of the collecting channels are connected with discharge ports of the tile changing section in a one-to-one correspondence mode, and discharge ports of the collecting channels are compact and arranged side by side. According to the material arranging line, a unique collecting tile arranging mode is adopted, only one to two collecting type material arranging lines need to be arranged on one conveying table, material arranging efficiency is high, and cost and occupied area of equipment are greatly reduced; besides, tiles are output in a stacked state after material arranging, work is stable and reliable, and the problem that the surfaces of products are impacted or rubbed and scratched is well avoided.

Description

technical field [0001] The invention relates to a product packaging production line after production, in particular to a cluster type material sorting line, which is especially suitable for the material sorting production process of various small and medium-sized ceramic tiles. Background technique [0002] In the field of tile processing, the packaging of tiles after production is a complicated and cumbersome assembly line process. After the tiles are pushed out from the kiln, they are sent to the conveyor table. Usually, multiple tiles can be transported side by side at high speed on the conveyor table (the tiles are scattered and uneven). In order to complete product packaging tasks, manufacturers have long relied on a series of activities such as manual picking, packaging, and handling to barely meet the needs of assembly line operations. In order to improve production efficiency, many technicians have made efforts and improvements one after another, but there are still...

AI Technical Summary

Problems solved by technology

In the existing fully automatic packaging production line, several groups (usually more than 6 groups) of water flow equipment need to be installed for one kiln conveyor line, the cost of the equipment is high, and the floor space is very large. packaging, poor applicability

At present, the brick sorting and brick stacking processes are independent and separate, so it is necessary to configure the corresponding brick sorting mechanism and brick stacking mechanism respectively. This method not only requires complex lifting and moving equipment to match the height change of the stack in the buffer storage, but also mainly has a large impact force and is easy to break during the stacking and distribution process, and because the center of gravity pressure of the multi-layer material accumulates , it is easy to cause problems such as friction and scratches on the surface of the tiles

The second is to rely on human inspection to pick products, and the efficiency of picking is low. In particular, the missed unqualified tiles often cause frequent shutdowns of the production line, material jams, and yield problems.

On the whole, it still relies on a large number of artificially assisted work stages and the actual situation of unreliable technical maturity, which seriously limits the popularization and production application of this kind of equipment.

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