Multi-layer intelligent drying kiln for ceramic tile production

Abstract

The invention relates to the technical field of ceramic drying mechanical equipment for ceramic production, in particular to a multi-layer intelligent drying kiln for ceramic tile production. The multi-layer intelligent drying kiln comprises a kiln body, a uniform drying assembly and drying enhancing assemblies, wherein the uniform drying assembly is fixedly arranged in the kiln body, and the drying enhancing assemblies are arranged on the uniform drying assembly. When tile billets are dried in the kiln body, a driving motor is started, a main gear drives gear discs to synchronously rotate in the kiln body, and fixing pipes are connected between the gear discs, so that mounting plates are driven to rotate through connecting pipes, the tile billets on the mounting plates can be dried by hot air flow jetted by an exhaust pipe, and the overall room temperature favorably rises rapidly; and meanwhile, the hot air flow can enter air cavities I via connecting holes through the connecting pipes, as a large amount of hot air flow flows into the air cavities I, the hot air flow can enter the fixing pipes through communicating holes, then enters air cavities II through air permeation holes and finally flows out through air outlet holes, and the bottoms of the tile billets can be dried.

Description

technical field [0001] The invention relates to the technical field of ceramic drying machinery for producing ceramics, in particular to a multi-layer intelligent drying kiln for producing ceramic tiles. Background technique [0002] The traditional drying kiln adopts a single-layer or double-layer structure. In the field of ceramic production, the daily output of ceramic body drying is directly proportional to the length of the drying kiln: [0003] [0004] (L: drying length, S: drying output, T: drying cycle, W: finished product width) [0005] Since the drying of the ceramic body requires a certain drying time, the length of the traditional single-layer or double-layer drying kiln needs to be very long, which in turn requires a certain production plant, resulting in an increase in production costs. [0006] The existing drying kiln is to erect multi-layer bricks in the kiln. By fixing the bricks on the installation board and placing the installation board on the mult...

AI Technical Summary

Problems solved by technology

[0005] Since the drying of the ceramic body requires a certain drying time, the length of the traditional single-layer or double-layer drying kiln needs to be very long, which in turn requires a certain production plant, resulting in an increase in production costs

[0006] The existing drying kiln is to erect multi-layer bricks in the kiln. By fixing the bricks on the installation board and placing the installation board on the multi-layer shelf in the kiln, the length of the drying kiln can be shortened, but the hot air enters After drying in the kiln, according to the phenomenon that the hot air flow rises and the cold air flow sinks, the dry hot air will accumulate at the top of the drying kiln, and then gradually diffuse to the lower part. Because the bricks on the installation board are stacked in layers, the bricks will be heated in the kiln. Uneven, and the contact part between the brick and the installation plate cannot be effectively dried, thereby reducing the production quality of the tile quality

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