Multi-layer baking solidification dispensing machine achieving automatic feeding and discharging

Abstract

The invention discloses a multi-layer baking solidification dispensing machine achieving automatic feeding and discharging. The multi-layer baking solidification dispensing machine comprises a dispensing platform, a dispensing module, a material taking module, a baking solidification module and a discharging module. The dispensing platform, the dispensing module, the material taking module, the baking solidification module and the discharging module are respectively installed on a bottom board. The material taking module and the discharging module are installed on a sliding rail beside the baking solidification module. The baking solidification module comprises a solidification furnace body and a plurality of baking solidification conveying boards which are movably installed in the solidification furnace body layer by layer. The baking solidification conveying boards are connected with a first drive device. The multi-layer baking solidification dispensing machine achieving automatic feeding and discharging has the advantages of being simple in structure and simple and rapid in action, having the automatic feeding and discharging function, being capable of being applied to an automatic production line to be in butt joint with a front process and a rear process automatically, achieving rapid solidification, greatly improving the solidification speed of workpieces, shortening machining time of the workpieces, greatly saving the length space of the production line due to the multi-layer type structural design, achieving automatic heating control and being high in accuracy of temperature control.

Description

【Technical Field】 [0001] The invention relates to the field of baking curing equipment, in particular to an automatic loading and unloading multilayer baking curing glue dispenser suitable for baking and curing electronic modules. 【Background technique】 [0002] In the prior art, most of the dispensing and baking work of the liquid crystal display module is completed by manual loading and unloading, or by configuring simple equipment to assist manual operation. Relying on manual production methods will lead to relatively low production efficiency. In the case of increasing labor costs, arranging a large number of people for production operations will inevitably increase production costs. More importantly, the existing baking and curing function is single, and the number of liquid crystal display modules that can be baked and cured each time is small, which cannot meet the demand for mass production with increasing product demand. Therefore, the baking and curing of liquid crysta...

AI Technical Summary

Problems solved by technology

Relying on manual production methods will lead to relatively low production efficiency. In the case of increasing labor costs, arranging a large number of people for production operations will inevitably increase production costs.

More importantly, the existing baking and curing functions are single, and the number of liquid crystal display modules that can be baked and cured each time is not large, which cannot meet the needs of mass production with increasing product demand.

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