Automatic multi-station glass sheet carving machine provided with magazine tools and carving technology of machine

Abstract

The invention discloses an automatic multi-station glass sheet carving machine provided with magazine tools and a carving technology of the machine. The machine comprises a machine platform, at leasttwo longitudinal sliding components, at least two machining platforms, a transverse sliding component, at least two carving components and at least two magazine tools; the machine platform is arrangedhorizontally; to-be-carved glass sheets are placed on the machining platforms; the transverse sliding component straddles the machining platforms; the carving components are connected to the output ends of the transverse sliding component; and the magazine tools are arranged on the back sides of the machining platforms and are correspondingly arranged below the carving components. By the aid of the machine and the technology, machining of arc-shaped surface parts of sides of the glass sheets as well as grinding and polishing of the surfaces can be completed simultaneously, so that the manufacturing cost is reduced; quick and efficient heat dissipation can be realized, so that the machining quality for the glass sheets can be effectively improved and stabilized; caving actions for ten glass sheets can be completed simultaneously on one single machine, the single-machine carving efficiency is greatly improved, and the machine can adapt to multiple machining procedures.

Description

technical field [0001] The invention relates to the field of automated manufacturing, in particular to a multi-station automatic precision engraving machine for glass sheets with a knife magazine and its precision engraving process. Background technique [0002] The glass sheet is an important part in the manufacturing process of the display screen. In the actual production process of the display screen, the glass sheet needs to be bent, polished, polished and other processes. The hot bending process of the glass sheet can make its side edges form an upward Or the curved surface that is tilted downward to form a 2.5D or 3D screen effect. Through the grinding and polishing process, the flatness and smoothness of the glass sheet surface can be adjusted to meet the specific requirements of the screen; traditional glass sheet hot bending generally adopts hot bending The machine heats and softens the glass sheet and then puts the glass sheet into the upper and lower bending molds...

AI Technical Summary

Problems solved by technology

It is difficult to control the process of hot bending the glass sheet by the hot bending machine. The heating and softening process of the glass is easily affected by the external environment, resulting in changes in its internal parameters, and the cost of the equipment is high. The traditional grinding wheel grinds or polishes the glass sheet During the friction process between the grinding wheel and the glass sheet, it is very easy to generate local high temperature in the contact friction part of the two, and the cooling liquid cannot reach the contact friction part quickly and effectively, so that the high temperature affects the internal material characteristics of the glass sheet, resulting in defective products; in addition, for Other processes in the glass sheet processing process, such as opening, repairing, surface reduction, thinning, etc., need to use different tools to complete

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