Full-automatic frameless picture cutting and assembling integrated machine

Abstract

The invention discloses a full-automatic frameless picture cutting and assembling integrated machine. The full-automatic frameless picture cutting and assembling integrated machine is composed of two parts including a cutting system and an assembling system which are connected integrally by a rack. According to the invention, cutting and assembling are combined organically; only a plurality of seconds are required for cutting and assembling a frameless picture; compared with the manual cutting by common skilled workers, the full-automatic frameless picture cutting and assembling integrated machine is shortened in cutting and assembling time, and is high in cutting accuracy, cutting efficiency and cutting precision which can not be reached by the manual cutting; the full-automatic frameless picture cutting and assembling integrated machine saves more labor compared with a stretched frame process, is more environment-friendly and lower in energy consumption compared with a hot lamination process, and saves more time and more labor compared with a splicing process.

Description

technical field [0001] The invention relates to a fully automatic frameless painting cutting and assembling machine. Background technique [0002] At present, the cutting and assembly of frameless paintings mainly rely on manual processing; cutting the screen (photo paper or canvas) is a very important process for making frameless paintings, so the screen is mainly divided into four cutting methods: : "T" shape, concave shape, dotted line and cutting, but the process of cutting the picture can only rely on manual cutting at present, because the traditional manual cutting requires several different single cutting tools, so the disadvantage is that the cutting is cumbersome , the cutting speed is slow, the cutting accuracy is poor, the labor intensity is high, and the labor cost is high. The assembly of frameless paintings mainly relies on manual processing. The assembly is mainly divided into the following three processes. The first is the stretching process: the screen ( oi...

AI Technical Summary

Problems solved by technology

Its disadvantages are: very laborious, labor-intensive, poor quality, poor standard, poor appearance, and high labor costs; the second is the thermal lamination process: directly use industrial glue on the picture (oil canvas or photo paper) (generally use industrial glue) Because of low cost) bonded to the pre-cut density board, and then use a vacuum heating machine to strengthen the ironing screen, and finally wrap or seal the edge

Its disadvantages: too much industrial glue, high energy consumption, high cost, industrial glue and MDF contain toxic and harmful gases and substances, which are harmful to human health; The wooden strips are respectively glued to the four sides of the picture (canvas or photo paper) with environmentally friendly double-sided adhesive tape, and then cut separately, wrap corners, wrap edges, fold, fix frame corners, bind, and finally fix the frame

Its disadvantages are: the production speed is too slow and the production is complicated

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