A thermoplastic spacer coating robot for insulating glass production

Abstract

The invention provides a thermoplastic spacer coating robot for hollow glass production, which includes a rotary table, a power supply, a frame, a driving mechanism, a mounting seat, a glue pump, an extrusion pipe and an extrusion nozzle. A prismatic compression pipe is arranged between the nozzles, and the extrusion nozzle includes two oppositely arranged splints. Between the splints, an ejection adjustment mechanism for controlling the diameter of the splint is arranged. There is a tracking and pressing mechanism on one side of the mounting seat, a glue flow device is arranged between the extrusion pipe and the glue pump, and a glue storage cavity is arranged inside the mounting seat, and the glue storage cavity is movably provided with a rotary connected to it. Glue mechanism. The device can extrude thermoplastic spacers with high connection quality through the use of an ejection adjustment mechanism and a splint. Coupled with the design of the tracking and pressing mechanism and the rotary gluing mechanism, the device has a high continuous production capacity. Reasonable design, suitable for large-scale promotion.

Description

technical field [0001] The invention belongs to the technical field of hollow glass production equipment, and relates to thermoplastic spacer insulating glass, in particular to a thermoplastic spacer bar coating robot for hollow glass production. Background technique [0002] Insulating glass consists of two or more pieces of glass, which are evenly spaced by spacers and sealed around the edges, forming a dry gas space between the glass layers. Insulating glass is suitable for construction, automotive and refrigeration applications. Energy consumption and noise pollution can be greatly reduced by using insulating glass. The production process of thermoplastic spacer insulating glass includes loading, film removal, chamfering, cleaning, inspection, thermoplastic spacer frame coating, inflation, lamination, pre-pressing, gluing, and unloading, without the need for aluminum spacers The production process is the same as pre-bending spacer frame, spacer frame drilling, and mole...

AI Technical Summary

Problems solved by technology

The problem that this will produce is that it not only increases the amount of thermoplastic, but also is not conducive to the formation of a spacer frame with uniform force, especially at the joint position of the spacer; moreover, after the thermoplastic is extruded, it cannot be squeezed out immediately. The formation of a very stable frame will have a great impact on the quality of the combined piece and the quality of the entire product; secondly, the stock of the thermoplastic storage box carried by the existing robot is limited, and the filling process is cumbersome, which will also affect the product quality. line production capacity

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