Full magnet-pasting machine

Abstract

The invention relates to a magnet plastering device, particularly to a full automatic magnet plastering device, which comprises a workbench, and a front bracket, a main bracket, a rear bracket, a control board and a power unit arranged on the workbench. A magnetic strip wheel and a strip winding wheel are installed on the upper part of the main bracket; a guiding wheel, a rotating shaft, a press roller and a guide wheel are sequentially installed on the lower part of the main bracket from the front side to the rear side; a heating barrel is installed on the rotating shaft, and a heater is installed on the main bracket and connected with an induced draft fan; a stopper is installed on the front bracket, a first front delivery roller and a second front delivery roller are installed on the workbench below the front bracket; a first rear delivery roller and a second rear delivery roller are installed on the rear bracket; and a material receiving tank is arranged on the rear side of the rear bracket and a sensor is installed on the front side thereof. The inventive magnet plastering device has the advantages of continuous magnet plastering, remarkably improved production efficiency, accurate feeding, automatic feeding and receiving, reduced labor intensity and so on.

Description

technical field [0001] The invention relates to the field of magnetic sticking devices, in particular to a fully automatic magnetic sticking machine. Background technique [0002] At present, the magnetic sticking machines on the market often place the magnetic strip on the paper to be printed first, and then use a high-temperature hot stamping plate that can move up and down to heat and press the paper to be printed and the magnetic strip. There are many problems in this magnetic sticking machine, for example: 1. The pressure of the high-temperature hot stamping plate is unstable, which easily affects the firmness of the magnetic strip bonding, and the defective rate is high; 2. Continuous pressing cannot be achieved, and the production efficiency is low; 3. Manual feeding and receiving are required. Low feeding accuracy will easily affect the bonding quality and high labor intensity. Now there are technicians who are studying circular pressing. Although this device can re...

AI Technical Summary

Problems solved by technology

There are many problems in this magnetic sticking machine, for example: 1. The pressure of the high-temperature hot stamping plate is unstable, which easily affects the firmness of the magnetic strip bonding, and the defective rate is high; 2. Continuous pressing cannot be achieved, and the production efficiency is low; 3. Manual feeding and receiving are required. Low feeding accuracy will easily affect the bonding quality and high labor intensity.

Now there are technicians who are studying circular pressing. Although this device can realize continuous pressing, there are the following problems in actual use: 1. It needs manual feeding and receiving, which is labor intensive and easy to injure the operator; 2. The accuracy of feeding and feeding is low, and the magnetic strip is prone to deflection during production, which affects product quality; 3. The degree of firmness of the magnetic strip is low; 4. The operation is complicated and prone to failure

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