Split type pushing-blocking device

Abstract

The invention relates to the production field of liquid crystal glass, in particular to a split type pushing-blocking device. The split type pushing-blocking device comprises a main frame, an X-axis and Y-axis direction adjusting structure and a cutting board mechanism, and is further provided with a glass guide device and a blocking bar. Structural compositions of the device are improved, and theX-axis and Y-axis direction adjusting structure is arranged, so that the precise adjusting function of the split type pushing-blocking device is achieved in the X axis direction, in the Y axis direction and in the Z axis direction, the split type pushing-blocking device is suitable for the diversified development tendencies of products, and the demand of length and width variation of different sizes of the products is met; the glass guide device is additionally arranged, glass breakage caused by frequent collision of glass and the split type pushing-blocking device is avoided, and the glass quality and the product percent of pass are improved. The blocking bar is ingeniously arranged, so that the split-type pushing-blocking device has an automatic clearing function to broken glass, damaged glass can be effectively cleared away, and recycling using is facilitated.

Description

technical field [0001] The invention relates to the field of liquid crystal glass production, in particular to a split push device. Background technique [0002] The secondary cross-cutting of liquid crystal glass substrate is a newly designed new equipment in the generation production of TFT-LCD liquid crystal glass. Its function is to online cut G6 generation glass into 2 pieces of 4.5 generation glass, so as to improve production efficiency. The pusher device is an important part of the secondary cross-cutting, and the stability of the pusher device is directly related to the breaking of the glass and the packaging quality of the upper piece. The commonly used liquid crystal glass pushing device in the prior art is designed as an integrated type, and the device cannot be adjusted in the directions of the X and Z axes; When carrying out this overall adjustment, the anvil block mechanism is easily displaced and cannot be adjusted accurately. [0003] With the diversified...

AI Technical Summary

Problems solved by technology

The commonly used liquid crystal glass pushing device in the prior art is designed as an integrated type, and the device cannot be adjusted in the directions of the X and Z axes; When this kind of overall adjustment is performed, the anvil block mechanism is easily displaced and cannot be adjusted accurately

[0003] With the diversified development of liquid crystal glass substrate products, when the size, length and width of the product change, the existing pushing device cannot meet the production demand

At the same time, there are still some problems in the normal production process of glass. For example, when the glass enters the second cross-cutting process from the secondary cross-cut buffer station, the glass and the pusher mechanism often collide and cause glass damage, which leads to a high incidence of glass ADG defects. Thus affecting the glass quality and pass rate

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