Device and technological method for charcoal baking tea leaves through carbon fiber far infrared heating

Abstract

The invention relates to a device and technological method for charcoal baking tea leaves, in particular to a device and technological method for charcoal baking tea leaves through carbon fiber far infrared heating. The device for the charcoal baking tea leaves through carbon fiber far infrared heating disclosed by the invention comprises a base, a baking cage and a cover body, wherein the baking cage is arranged on the base; the cover body is arranged on the baking cage; and carbon fiber far infrared electrothermal materials are mounted on the base. Based on the condition that the quality of the tea leaves is guaranteed, the device disclosed by the invention has the advantages of being lighter in weight and easier to carry compared with a conventional charcoal baking device. The invention further discloses the technological method for the charcoal baking tea leaves through carbon fiber far infrared heating. The technological method comprises a charcoal baking working procedure after charcoal baking pretreatment, wherein in the charcoal baking working procedure, carbon fiber far infrared rays are used as a heat generating source for heating tea leaves after pretreatment, and the heated tea leaves are reversed and baked at a timing manner; and the operating difficulty is low, the labor intensity is low, the heat loss in the baking course is small, and the baking temperature can be accurately controlled.

Description

technical field [0001] The invention relates to a device and a process method for roasting tea leaves with charcoal, in particular to a device and a process method for heating charcoal roasted tea leaves with carbon fiber far infrared. Background technique [0002] Charcoal roasting is a unique traditional craft with a long history. Its principle is to use charcoal to burn and emit far-infrared rays to charcoal roast tea leaves. The charcoal-baked tea has pure aroma, mellow taste, oily color, "blooming" appearance, and is resistant to storage. It has a unique flavor in the taste and aroma of tea soup. The existing charcoal roasting device includes a roasting hole, charcoal, and a charcoal brazier. The device is heavy and fixed, and cannot be portable. It uses charcoal as a heat source, consumes a lot of energy, and emits harmful gases during combustion. The existing charcoal roasting process method: first build a roasting cave in the roasting room, use charcoal as fuel to f...

AI Technical Summary

Problems solved by technology

The existing charcoal roasting device includes roasting holes, charcoal, and charcoal brazier. The device is bulky and fixed, and cannot be portable. It uses charcoal as a heat source, consumes a lot of energy, and emits harmful gases during combustion.

The existing charcoal roasting process method: first build a roasting cave in the roasting room, use charcoal as fuel to form a charcoal brazier in the roasting cave, and fill the charcoal firmly and evenly when loading charcoal, which is labor-intensive and technical; after ignition, When a layer of white charcoal ash appears on the surface of the charcoal pile after burning, cover it with charcoal ash, and the heat loss will be large. The high and low roasting temperature mainly depends on the temperature of the roasting cage touched by the back of the roaster's hand, and the charcoal roasting temperature is determined by subjective feeling and experience. , greatly affected by human factors

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