Laying method and laying system of middle support of composite energy-saving glass

Abstract

The invention discloses a laying method and a laying system of a middle support of composite energy-saving glass. The principle of the invention is that tiny objects are sucked by negative pressure and are blown off by positive pressure so as to catch and lay the middle support. Due to a catching head and an operation mechanism thereof, the quantitative catching of the middle support and accurate laying of the middle support on the surface of the glass plate are ensured; the stability of the middle support after being laid is ensured by a proper fixative coated on the caught middle support; the catching head working by pressure of the sucking hole not only has simple structure, but also works stably; thus, the laying method and the laying system eliminate kinds of disadvantages of the prior laying process.

Description

technical field [0001] The invention belongs to the field of glass deep processing and manufacturing, and in particular relates to a method for laying out a composite energy-saving glass intermediate support and a laying system thereof. Background technique [0002] Energy-saving glass composed of two or more glass plates is a new generation of glass products in the glass deep processing industry. It is an ideal high-performance glass with high heat insulation, high sound insulation, and not easy to condense. Insulating glass in the past has increased by 2 to 3 times, and it is currently recognized as the best energy-saving glass. In the existing process of making composite energy-saving glass, the intermediate support between the formed glass plates is first made of metal, ceramics, glass or plastic, and then the intermediate support is evenly placed on the surface of the lower glass plate by hand, and then Cover the upper glass plate, then coat the periphery of the glass ...

AI Technical Summary

Problems solved by technology

There are a series of defects in this method of making composite energy-saving glass: 1. The efficiency of manual placement of intermediate supports is low, and the error rate of missing and replaying is high; 2. The labor intensity of operators is high, which is harmful to the health of operators, and It is extremely difficult to manually arrange large-sized glass plates; 3. The isolation support is usually placed between the upper and lower glass plates in a floating manner, and the support is easy to slip between the glass plates, which cannot guarantee effective support, and Affect aesthetics and product quality stability

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