Production system for thistle board

Abstract

The invention discloses a production system for a thistle board. The production system comprises a raw material preparing section, an extruding forming section, a panel cutting section, a drying section and an end-product inspection storing section, which are arranged in turn. The drying section further comprises more than one box body, and the box bodies are sequentially arranged in parallel, wherein microwave tube bundles are arranged in the box bodies; microwave restrainers are arranged between the box bodies; hot air devices are arranged in the box bodies and are used for blowing hot air to the thistle board; dehumidification devices are arranged on top parts between the box bodies and are used for sucking wet hot air; a heat circulating device is connected to the hot air devices, the dehumidification devices and the microwave tube bundles and is used for circulating heat; conveying devices are connected to each other in the box bodies and are used for conveying the thistle board; and a control module comprises a setting unit, an acquiring unit and an adjusting unit. The production system can be used for detecting the humidity and temperature variation of the thistle board in real time and adjusting the power of the microwave tube bundles and the strength of the hot air devices according to detected data.

Description

technical field [0001] The invention relates to a production system for gypsum boards. Background technique [0002] At present, microwave and hot air methods have been used in the drying process of plasterboard. However, since the gypsum boards have many different specifications, the current drying treatment device for gypsum boards cannot be controlled according to the conditions of different gypsum board products, resulting in overheating and deformation of thin gypsum boards, and thicker ones. The gypsum board is not dried properly, which seriously affects the quality of the drying process. Some manufacturers simply use this device to dry only one type of gypsum board, resulting in great waste. In addition, during the drying process of gypsum board products, the drying intensity cannot be adjusted, and the intensity of microwave and hot air cannot be adjusted according to actual needs, resulting in a great waste of energy. Contents of the invention [0003] The tech...

AI Technical Summary

Problems solved by technology

However, since the gypsum boards have many different specifications, the current drying treatment device for gypsum boards cannot be controlled according to the conditions of different gypsum board products, resulting in overheating and deformation of thin gypsum boards, and thicker ones. The dryness of the gypsum board is not in place, which seriously affects the quality of the drying process

Some manufacturers simply use this device to dry only one type of gypsum board, resulting in great waste

In addition, during the drying process of gypsum board products, the drying intensity cannot be adjusted, and the intensity of microwave and hot air cannot be adjusted according to actual needs, resulting in a great waste of energy

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