A glass ceramic rotary processing furnace

Abstract

The invention relates to the machining filed of glass ceramic technologies, and in particular relates to a rotary glass ceramic machining stove which is high in working efficiency, small in worker consumption, low in labor intensity, stable in product quality, low in defective percentage of products, and capable of saving energy. The machining stove comprises an annular bracket, an annular table, as well as heating devices and temperature recovering devices which are arranged on the annular bracket according to a production line, wherein a driving device is arranged on the annular bracket; the annular table can be arranged on the annular bracket in a rotating manner relative to the annular bracket under the action of the driving device; a working table which is used for placing glass ceramic and a die is arranged on the annular table; the heating devices and the temperature recovering devices respectively surround the working table to form heating machining cavities and temperature recovering cavities which can be used for changing the temperature of the glass ceramic; an outlet of each heating machining cavity is communicated with an inlet of the corresponding temperature recovering cavity; and a feeding and discharging area is arranged between an inlet of each heating machining cavity and an outlet of the corresponding temperature recovering cavity on the annular table.

Description

technical field [0001] The invention relates to the field of glass ceramic processing technology, in particular to a glass ceramic rotary processing furnace. Background technique [0002] Most of the existing deep-processing heating furnaces for glass ceramics are simple in structure. From furnace installation to output, furnace workers need to carry and carry them, which is very laborious. Moreover, since there is no continuous operation, the temperature changes greatly during the period, which also has a great impact on the molding quality of glass and ceramics, which often leads to unstable quality and cannot be produced in large quantities. It can only be suitable for small batches and sporadic production. In recent years, guide rails have also been installed under the furnace body to realize switching between hot processing and cold processing. There is also a metal material crawler running processing method in the furnace, which has improved in terms of energy saving, ...

AI Technical Summary

Problems solved by technology

[0002] The existing deep-processing heating furnaces for glass ceramics are mostly simple in structure. From furnace installation to output, furnace workers need to carry and carry them, which is very laborious.

And because there is no continuous operation, the temperature changes greatly, which has a great impact on the molding quality of glass and ceramics, which often leads to unstable quality and cannot be produced in large quantities. It can only be suitable for small batches and sporadic production.

In recent years, guide rails have been installed under the furnace body to realize switching between hot processing and cold processing. There is also a metal material crawler running processing method in the furnace, which has improved in terms of energy saving, efficiency improvement, and labor intensity reduction. , but there are still problems such as low efficiency, low energy saving rate, high personnel consumption, high labor intensity, etc., which are not suitable for mass production, and there are still problems such as unstable product quality and high product defective rate.

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