Glass horizontal linear conversion table and control method thereof

Abstract

The invention relates to a glass horizontal linear conversion table and a detection method thereof. The structure includes a table assembly, a supporting and conveying roller group and a side guide wheel group, which are arranged on the table assembly. The groups are arranged in a straight line along the glass transmission direction and are located on the side above the supporting and conveying roller group. The table assembly is also provided with a glass angle-lifting rotary drive for lifting the glass to an angle and assisting the rotation of the glass. device, a glass linear in-position detection element for detecting the in-position condition of the glass, and a glass rotation in-position detection element for detecting the rotation position of the glass lift angle rotary drive device. This type of glass horizontal linear conversion table has high conveying speed, and the running speed can reach more than 23m / min, which can meet the requirements of various grinding speeds of domestic and foreign edgers.

Description

technical field [0001] The invention relates to the field of glass processing equipment, in particular to a glass horizontal linear conversion table on a glass production line and a control method thereof. Background technique [0002] see attached Figure 11 Shown: On a line arranged in a straight line ( Figure 11 The direction of the arrow F in the middle is the glass conveying direction), the grinding process of the four sides of the rectangular glass is roughly as follows: first, the two parallel sides of the glass 100 are ground on the first edger 10, and then the glass 100 enters the linear conveying turntable. 20. On the linear conveying turntable 20, the glass 100 rotates by 90 degrees, and then enters the second edger 30 to grind the other two parallel edges. The linear conveying turntable 20 located between the two edging machines 10 and 30 has two functions: one is to convey the glass, and the other is to change the angular position of the glass. [0003] At pre...

AI Technical Summary

Problems solved by technology

This method is not only inefficient, but also the sharp glass is easy to hurt the operator, and the safety is poor

[0005] 2. Automatic conveying and automatic conversion of single-size glass: this kind of linear conveying transfer table can achieve high efficiency, but it is limited to only one size of glass, and its versatility is poor

Using this method, the rollers of the roller table are assembled at an oblique angle. This method requires that the design and assembly of the roller table is cumbersome, and the required roller table is too long and wide, that is, the machine occupies a large area.

[0007] Of course, the vacuum suction cup method can also be used to assist the glass rotation. Due to the different structural types and scheme layouts, although some can take into account various sizes of glass, the positioning is inconvenient, or a more complicated positioning mechanism is required, or replacement It is troublesome to adjust for different sizes of glass

And most of them are only suitable for the transfer and conversion of small-sized glass

[0008] There are many types of automatic glass conveying and converting equipment, but generally speaking, the existing equipment on the market that can adapt to the automatic conveying and automatic converting of glass of various specifications is only suitable for small-sized glass and needs further improvement

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