Air channel structure of moxa container combustor

Abstract

The invention discloses an air channel structure of a moxa container combustor. The air channel structure comprises a combustor wall, a moxa-ginger paper fiber membrane is installed at an opening in the lower end of the combustor wall, a moxa cone fixing piece is embedded in an opening in the upper end of the combustor wall, and a smoke filtering and oil absorbing piece is arranged outside the moxa cone fixing piece; the smoke filtering and oil absorbing piece is of an oil smoke diaphragm, a composite structure of the oil smoke diaphragm and an oil smoke filtering cloth cover or an oil smoke filtering Kongming cover; the oil smoke diaphragm is formed by compounding double layers of activated carbon fibers and electrostatic cotton fibers; and the oil smoke filtering Kongming cover is composed of an internal skin-friendly layer, a middle isolation filtering layer and an external antibacterial layer. According to the air channel structure of the moxa container combustor, the irregular change state of the temperature in the moxa container combustor can be changed, and the temperature is constant; the sandwiched moxibustion effect is improved; the fluid mechanics environment in a closedcombustion chamber is improved, and oxygen-enriched combustion is changed into efficient smoldering; consumables are saved, and delayed combustion is realized; and the skin end and indoor air oil smoke pollution is reduced.

Description

technical field [0001] The invention relates to an air passage structure of a moxa pot burner, and belongs to the technical field of moxibustion equipment. Background technique [0002] The traditional open moxibustion requires a dedicated person to perform moxibustion, which consumes a lot of energy for combustion, pollutes the environment with moxa smoke, seriously loses moxibustion efficacy, and easily burns when moxa ash falls. [0003] Like normal combustion, the burning rate of moxa sticks depends on the density of the burning medium and the oxygen content in it. In the solid smoldering process, the low-density oxygen-enriched combustion process is rapid, the burning time is short, and the heat is released rapidly, while the ideal combustion required by moxibustion should be a slow, long-lasting, steady-state smoldering at a constant temperature. [0004] The straight-out and straight-in airflow circulation is difficult to control, making the combustion environment of...

AI Technical Summary

Problems solved by technology

[0010] 1. The metal or cardboard screen has a simple structure, too many holes will not provide protection, too few holes will affect the passage of airflow, directly affect the moxibustion effect, and lack of biological activity, and cannot achieve the effect of moxibustion with partitions;

[0011] 2. The metal material will absorb a lot of heat, which will cause the loss of moxibustion effect, and it will be easily burnt black after being smoked, and harmful burning substances will adhere to the inner wall of the burner, making cleaning difficult;

[0012] 3. Only the physical screen device can buffer the skin from excessive firepower burns, but it cannot adjust the firepower. When the firepower is low, it will also block the moxa fire, resulting in energy loss, unable to provide biological protection and increase moxibustion effect role;

[0013] 4. The barrier effect on the hazards of smoke oil produced by combustion is weak, and the harmful substances produced by smoke oil cannot be efficiently treated and it is easy to cause the moxa fire to go out;

[0014] 5. It is impossible to control the temperature of the skin contact end in the burner. With the burning of moxa sticks, the amount of heat generated directly affects the temperature in the burner. It is impossible to perform constant temperature moxibustion on acupuncture points for a long time. Too frequent temperature changes directly affect moxibustion. effect, but also waste the use of consumables;

[0015] 6. The simple straight-through airway structure cannot effectively control the airflow, so that the smoldering moxa sticks become oxygen-enriched combustion, the burning speed is fast, the heat rises and falls suddenly, and the temperature cannot be kept constant

[0016] In summary, there are obviously inconveniences and defects in the actual use of the existing technology, so it is necessary to improve

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