Novel hollow glass production line and control system

Abstract

The invention discloses a novel hollow glass production line and a control system thereof, and belongs to the technical field of hollow glass production equipment. The novel hollow glass production line specifically comprises a glass cleaning and drying unit, a glass inspection unit, an aluminum frame attaching unit and a laminating unit which are connected in sequence, and the laminating unit at least comprises two laminating modules which are connected in sequence; a double-lamination concept is originally provided, a second lamination module is additionally arranged on the basis of a traditional single-lamination module, when small-size single-cavity glass is produced, one lamination module can be selected to operate for normal production, and the two lamination modules can also operate cooperatively, so that the production rate is doubled; when small-size double-cavity glass is produced, a two-laminated-sheet collaborative operation mode can be adopted, and the production rate is multiple times that of a traditional process; and when large-size single-cavity or double-cavity glass is produced, the synchronous operation mode of the two sheet combining modules is adopted, and the technical problems that large-size glass cavities cannot be automatically produced and manual inflation cannot be achieved in the prior art are solved.

Description

technical field [0001] The invention relates to the technical field of hollow glass production equipment, in particular to a new type of hollow glass production line and a control system for double-integrated sheets. Background technique [0002] At present, people have put forward higher requirements on the safety and aesthetics of glass products. Most of the existing glass is non-inflatable insulating glass. This kind of glass has disadvantages such as poor heat insulation effect and poor UV protection ability. People's performance requirements for glass products; in order to improve the performance of insulating glass, it is usually necessary to fill the glass cavity of insulating glass with inert gas to improve the performance of insulating glass; [0003] The existing insulating glass production line on the market can only produce inflatable insulating glass with a maximum length of 3.5 meters, and super large insulating glass exceeding 3.5 meters can only be manually i...

AI Technical Summary

Problems solved by technology

[0004] One of the purposes of the present invention is to provide a new type of hollow glass production line, which originally proposes the concept of double-combination, and adds a second combination module on the basis of the traditional single-combination module. When producing small-sized single-cavity glass, You can choose one to operate for normal production, or the two laminating modules can work together to double the production rate; when producing small-sized double-chamber glass, you can use two laminar synergistic operation modes, and the production rate is many times that of the traditional process; When producing large-size single-chamber or double-chamber glass, the synchronous operation mode of two laminating modules is adopted, which solves the traditional technical problems that cannot be automatically produced in large-size glass chambers and artificially inflated

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