Full-automatic coiled tape pasting and covering equipment

Abstract

The invention provides full-automatic coiled tape pasting and covering equipment which comprises a mounting plate, an unreeling buffering device, a driving device, a cutting device and a pasting and covering device. The unreeling buffering device is fixedly arranged on the mounting plate and pulls out a coiled tape from a reel by way of constant tension and buffers the coiled tape. The driving device is arranged on the mounting plate and comprises a first driving assembly which drives the cutting device and the pasting and covering device to reciprocate horizontally and a second driving assembly which drives the cutting device to move up and down. The cutting device is connected with the driving device and is arranged at one side of the unreeling buffering device along the conveying direction of the coiled tape, conveys the pulled-out coiled tape and cuts off the coiled tape by using a plurality of split cutting blades. The pasting and covering device is connected with the first driving assembly and is driven by the first driving assembly to paste and cover the coiled tape which is conveyed along the pasting and covering direction of the coiled tape.

Description

technical field [0001] The invention relates to the field of tape processing, and in particular to a fully automatic tape laminating device. Background technique [0002] Tape is a strip-shaped material that is attached to other products and is widely used in various industries, such as reflective film on solar panels to improve photoelectric conversion efficiency. Since the tape is usually installed on the reel, the application of the tape needs to go through the process of unwinding, cutting and application. [0003] The traditional unwinding method mainly adopts the passive feeding method. Specifically, the tape is wound on the reel, and a pulling force is always applied to the head end of the tape to stretch the head end of the tape to the working position. The tension of the tape in the traditional unwinding form is completely determined by the traction force. In this unwinding form, the tape tension is not uniform, the buffering of the tape cannot be performed, and th...

AI Technical Summary

Problems solved by technology

However, for thinner and soft tapes (such as reflective film on solar cells), the traditional unwinding method is prone to tearing when the tape tension is slightly too high due to the uneven tension of the tape.

For the traditional cutting method, there will be problems such as continuous cutting or uneven incision.

For the traditional manual pressing method, for solar cells with a thin thickness, the solar cells are broken due to uneven pressing force, and the manual pressing method also has poor consistency and efficiency. low level problem

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