Automatic glass laminated sheet binding and wrapping device and binding and wrapping technology thereof

Abstract

The invention discloses an automatic glass laminated sheet binding and wrapping device and a binding and wrapping technology thereof. A tape discharging assembly and a binding assembly are included. When the tape discharging assembly outwards pulls material tape to pass through a peeling plate, adhesive tape adhering to the material tape is peeled to the peeling plate, wherein the material tape towhich the adhesive tape adheres is wound around a tape wheel. A linear module is arranged at the upper portion of a tape discharging support plate, and the binding assembly is connected to the linearmodule in a sliding manner. Two tape absorbing plates of the binding assembly adsorb and fix the adhesive tape from the peeling plate. The tape absorbing plates drive the adhesive tape and move downwards, laminated glass upwards slides from the interior of the binding space, and a downward pressing component is used for pressing the bundled adhesive tape from the upper portion. Two side pressingcomponents roll and fix the adhesive tape along the laminated glass surface. According to the automatic glass laminated sheet binding and wrapping device and the binding and wrapping technology thereof, membranes are stacked and stored into a whole in a centralized manner, and the collision situations of membranes between adjacent glass sheets and the membranes between the glass sheets and outer objects are effectively reduced. The binding assembly is used for automatically finishing the bundling and wrapping actions of the adhesive tape along the four sides of the laminated glass, and the binding efficiency and quality are greatly improved.

Description

technical field [0001] The invention relates to the field of automatic screen manufacturing, in particular to an automatic banding wrapping device for glass laminates and a banding wrapping process thereof. Background technique [0002] The glass sheet is an important part of the display manufacturing process. In the actual manufacturing process of the display screen, the glass sheet needs to be bent, polished, polished, and filmed. After the glass sheet is processed, it needs to be packaged and stored in a unified way; During production, the production volume of the screen is large, and it needs to be stored in large quantities, which takes up a lot of volume and space during the storage process; and due to the characteristics of glass pieces that are fragile and easy to scratch, glass pieces are prone to damage and breakage during storage. Situation; traditional glass sheet storage generally adopts manual operation, that is, after the glass sheet that has completed the pro...

AI Technical Summary

Problems solved by technology

[0002] The glass sheet is an important part of the display manufacturing process. In the actual manufacturing process of the display screen, the glass sheet needs to be bent, polished, polished, and filmed. After the glass sheet is processed, it needs to be packaged and stored in a unified way; During production, the production volume of the screen is large, and it needs to be stored in large quantities, which takes up a lot of volume and space during the storage process; and due to the characteristics of glass pieces that are fragile and easy to scratch, glass pieces are prone to damage and breakage during storage. Situation; traditional glass sheet storage generally adopts manual operation, that is, after the glass sheet that has completed the processing process is removed manually, the glass sheet is placed in a special storage device. After the storage device is full, the storage device is manually removed. , and stacked and stored in a specific area; this kind of glass sheet storage method has the following defects: 1. The position of the glass sheet cannot be effectively fixed and clamped during the storage process, resulting in adjacent Friction and collision between two glass sheets or between glass sheets and external parts, resulting in glass sheet breakage or surface damage; 2. The removal and handling of glass sheets is done manually, and the operation efficiency is low; it cannot be combined with the automatic production line of glass sheet production High-speed connection will affect the production capacity of the whole line; 3. The storage quantity of glass sheets is small, and it is impossible to realize mass storage and handling; 4. When traditional glass laminates are bundled by hand, the positions of the stacked glass sheets are easy to slide relative to each other , affecting the subsequent storage of laminated glass, and the efficiency of manual binding of laminated glass is low, and the quality of binding cannot be effectively guaranteed

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