An ultra-thin glass edge pulling machine

Abstract

An ultra-thin glass edge pulling machine is provided with a girder. The girder includes a beam body and a guide rail. The beam body is connected to the guide rail. The swing angle mechanism is suspended on the rack beam, the horizontal traveling mechanism is suspended on the guide rail, the cooling water pipeline is connected with the machine rod device, the electric control system is electrically connected with the swing angle mechanism, the horizontal traveling mechanism and the driving motor of the swing transmission mechanism; the beam of the girder The body is composed of two rectangular tubes fixedly connected up and down, and the guide rails are fixed on both sides of the lower end of the lower rectangular tube of the T-shaped structure. 300mm. The invention can ensure the stability of the fuselage under the condition that the thickness of the fuselage is relatively thin, improve the product quality of the ultra-thin glass, and has the advantages of simple manufacture and installation, easy maintenance and low cost.

Description

technical field [0001] The invention relates to equipment for producing float glass, in particular to an ultra-thin glass edge pulling machine. Background technique [0002] The edge pulling machine is the core equipment for the production of float glass. A plurality of edge pulling machines are symmetrically suspended and arranged on the racks on both sides of the tin tank of the melting furnace, and the glass solution on the tin surface is pulled by the edge pulling wheels of the edge pulling machine. resulting in the production of glass. [0003] The body thickness of the edge pulling machine used to produce traditional glass is greater than 400mm, but with the increase in demand for electronic glass such as various LCD screens, the edge pulling machine is required to be used for pulling ultra-thin electronic glass (thickness 0.3mm to 1mm The glass is produced by ultra-thin glass). In order to ensure that the thickness of the drawn glass meets the ultra-thin requirements...

AI Technical Summary

Problems solved by technology

The traditional edge pulling machine cannot adapt to the production of ultra-thin electronic glass because the body thickness is greater than 400mm

[0004] In addition, because this type of edging machine must have an ultra-thin body (the thickness of the body is between 200 and 300mm), and at the same time, the edging wheel requires very high running stability during operation (the radial runout of the edging wheel is less than 0.10mm), so the precision requirements of the edge pulling machine in the process of manufacturing, installation and debugging are very high, which also increases the difficulty of the improvement of the traditional edge pulling machine, such as how to structure the beam of the edge pulling machine to ensure that the width is reduced Under the condition of improving the stability of the fuselage, if the cooling water pipe inside the side rod is installed, it can ensure that the inner water pipe will not have a vibration effect on the rotation of the side wheel

At present, there is no such type of edge pulling machine in the world

Images