Traditional carbonized brick and tile manufacturing device and manufacturing method

Abstract

The invention relates to an apparatus for manufacturing traditional carbonized tiles, a carbonized chamber which is used in the apparatus for manufacturing the traditional carbonized tiles, and a manufacturing method. More particularly, the invention relates to the apparatus for manufacturing the traditional carbonized tiles, the carbonized chamber, and a tile manufacturing method utilizing the same, wherein after the tiles are sintered at a high temperature in a tunnel kiln, a trolley is closely combined with a chamber, while a closed state is kept, supplying and discharging amounts of fuel and air are adjusted so that a carbonizing step can be performed in a carbonizing chamber which can adjust the temperature, thereby manufacturing the high-quality carbonized tiles with a target color without a cooling room or a cooling kiln. Additionally, after the tiles are sintered at the high temperature in the tunnel kiln, in a chamber adding part, the carbonized chamber can be closely added at the upper part of each trolley; after easy movement by a conveying track, the carbonizing step is realized in the chamber outside the tile, thereby realizing no requirement for the cooling chamber or the cooling kiln equipment in the tunnel kiln. The apparatus has an advantage of simplifying the structure of a carbonizing processing device.

Description

technical field [0001] The invention relates to a traditional carbonized brick and tile manufacturing device, a carbonization chamber for traditional brick and tile manufacturing used in the device, and a traditional carbonized brick and tile manufacturing method. More specifically, it relates to a high-temperature firing method in a tunnel kiln. Finally, the trolley and the chamber are tightly integrated, and while maintaining the airtight state, the supply and discharge of fuel and air are adjusted, so that the carbonization step can be carried out in the carbonization chamber that can adjust the temperature, thus eliminating the need for a cooling chamber or a cooling kiln A conventional carbonized tile manufacturing device capable of manufacturing targeted color and high-quality carbonized tiles, a conventional carbonized tile manufacturing carbonization chamber used in the device, and a conventional carbonized tile manufacturing method. Background technique [0002] Gen...

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Problems solved by technology

[0022] However, in this prior art, since a single casing is used to perform the heating, carbonization and cooling steps, continuous manufacturing is not possible, and mass supply is difficult. In order to carry out continuous manufacturing or mass supply, it is still necessary to equip multiple casings. As a result, there is a disadvantage that it is necessary to repeatedly equip the heat supply, the carbon deposition device, the heating device, etc. corresponding to each shell.

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