a laminating machine

Abstract

The invention belongs to the technical field of machine electricity and particularly relates to a laminating machine. The laminating machine comprises a travel mechanism, a rotating mechanism and a circuit board. Movement of an overturning plate and laminating stress application are controlled respectively, an upper workbench adopts a middle plate overturning mechanism and is provided with a laminating buffer device and a rotating buffer mechanism; a moving platform is provided with an X-direction platform, an XY connecting plate, a Y-direction platform, an angle fine tuning plate and a plurality of fine tuning micrometers, and a base has a drawer type case structure. Due to the structure, the laminating stress can be adjusted quantitatively, the laminating angle is adjustable, the rotational inertia of the overturning plate is reduced, the operation stability and the operation reliability are improved, a rotary driver controls the movement of the overturning plate, an inclined driver controls the angle of inclination of a lower workbench, the laminating stress is quantitatively controlled, and an angle adjusting mechanism is separated from the plate overturning mechanism, so that factors, such as the laminating angle and the laminating stress, capable of influencing the laminating effect are controlled independently, the decoupling effect is achieved, and the controllability on the laminating effect can be improved.

Description

technical field [0001] The invention belongs to the field of electromechanical technology, and in particular relates to a laminating machine. Background technique [0002] The laminating machine is now designed, which can complete the pressure-sensitive lamination of various materials such as film-to-film, film-to-glass angle fine-adjustment plate, film-to-acrylic panel, etc. Since the thickness of film, glass angle fine-tuning plate, acrylic panel, etc. are all uncertain, and the bonding pressure is often different, and there is no theoretical reference value for the relationship between the bonding angle and the bonding effect, it is impossible to affect the bonding effect. control factors increase. The traditional laminating machine uses a rotary driver to control the turning action and laminating pressure. This design has a large turning radius, large turning inertia, and low stability and reliability of the action. [0003] As the size of the product increases, the la...

AI Technical Summary

Problems solved by technology

Since the thickness of film, glass angle fine-tuning plate, acrylic panel, etc. are all uncertain, and the bonding pressure is often different, and there is no theoretical reference value for the relationship between the bonding angle and the bonding effect, it is impossible to affect the bonding effect. control factors increase

The traditional laminating machine uses a rotary driver to control the turning action and laminating pressure. This design has a large turning radius, large turning inertia, and low stability and reliability of the action.

[0003] As the size of the product increases, the laminating machine will have the following two problems when laminating: 1. The size and mass of the flip angle fine-tuning plate are large, the moment of inertia when flipping is large, and the lamination is unstable, and there are obvious Security risks

If the side turning mechanism is used, the moment of inertia of the turning plate is too large and the turning speed is too high, which will cause vibration and even generate excessive momentum and cause serious damage to the laminated product

Images