Portable split combined type multifunctional ceramic firewood-fired kiln

Abstract

The invention relates to a portable split combined type multifunctional ceramic firewood firing kiln. The split structure is formed by splicing three independent split structures, namely a combustion chamber split body, a kiln split body and a flue split body in sequence. A first flame path opening is formed in the right side of the combustion chamber; a vertical baffle is arranged at the right part of the grate and is close to the front of the first flame path opening; a feeding hole is formed in the top of the combustion chamber; the kiln split body is provided with a kiln door, a second flue port corresponding to the first flue port is formed in the left side, a gas port is formed in the bottom of the kiln, and a first flue port is formed in the bottom of the right side; a channel in the flue is in an inverted S shape, a second flue opening corresponding to the first flue opening is formed in the left side of the channel, and a chimney is connected to the top of the channel. The firewood-fired kiln can be detached, split and combined for use, is small in structural design and convenient to carry, realizes real miniaturization, and provides maximum convenience and an optimal firewood-fired kiln for a firing person; and various firing methods can be realized on the premise of miniaturization and portability.

Description

technical field [0001] The invention relates to a portable split combined multifunctional ceramic firewood kiln. Background technique [0002] A kiln is a device made of refractory materials for firing products, and is an essential facility in pottery molding. The tens of thousands of years of human ceramic firing history have accumulated rich kiln styles and experience. From the open-air pile firing on the ground in the primitive society, digging pits and building fires to steamed bun-shaped rising flame round kilns, half-down-flame horseshoe-shaped kilns, Banpo dragon kilns, and duck-egg-shaped kilns, to today's indoor gas kilns, electric kilns, and kiln technology In continuous improvement and development. [0003] Modern kilns are generally built with refractory bricks or refractory cotton, and can be made into various specifications according to needs, and can be operated by combustible gas, oil or electricity. Electric kilns are easier to control temperature than ki...

AI Technical Summary

Problems solved by technology

However, the disadvantages of this technology are also obvious, namely: 1. The structural design is complex, and it belongs to a large kiln, which does not have the possibility of movement

2. The design purpose of separating the fire head and the kiln body through the track is not clear. Even if there is a track, because the weight of the fire head is not light, the operation of separating and merging it will still be difficult and laborious; and the fire head is in the After burning wood, the temperature is very high, and there is a safety risk when it is pushed

3. The exit of the kiln car, that is, the door of the kiln body is set on the same side as the fire head. Even if there is a track, the space in front of the exit will be very cramped and inconvenient because the fire head is blocked in front of the exit. Lengthening the track design will undoubtedly increase the cost and operational difficulty, etc.

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