Infrared carbon crystal negative ion clothes drying cabinet

Abstract

The invention discloses an infrared carbon crystal negative ion clothes drying cabinet. The infrared carbon crystal negative ion clothes drying cabinet comprises a cabinet body and an intelligent control system, wherein the intelligent control system comprises a power supply, a heating system and a ventilating system; the cabinet body is provided with an air inlet channel and an air exhausting channel; the heating system comprises infrared negative ion carbon crystal heating plates; the infrared negative ion carbon crystal heating plates are oppositely arranged on the side walls of the cabinet body; the air inlet channel, the air exhausting channel and the infrared negative ion carbon crystal heating plates are positioned on different side walls of the cabinet body. According to the infrared carbon crystal negative ion clothes drying cabinet, clothes are heated by far infrared rays generated by the infrared negative ion carbon crystal heating plates; the infrared carbon crystal negative ion clothes drying cabinet has a constant temperature effect, cannot generate high temperature to cause the deformation of the clothes when the infrared carbon crystal negative ion clothes drying cabinet is used for drying the clothes, and has the advantages of energy conservation, simple structure, no noise, use safety and the like; meanwhile, the infrared negative ion carbon crystal heating plates, the air inlet channel and the air exhausting channel are not on the same side surface of the cabinet body, so that moisture in the cabinet body can be effectively discharged without influence on drying the clothes by the infrared negative ion carbon crystal heating plates.

Description

technical field [0001] The invention relates to a wardrobe, in particular to an infrared carbon crystal anion drying wardrobe. Background technique [0002] The climate in southern China is humid and clothes are not easy to dry, so the market has formed an objective demand for clothes dryers. [0003] At present, drying devices on the market are divided into exhaust type (ie direct discharge type) and dehumidification type (ie condensation type) according to the way of water removal; the working principle of exhaust type clothes drying device is to heat the internal environment to make the The water evaporates into a gaseous state, and then the high-temperature and high-humidity air is discharged to the external environment; the dehumidification drying device condenses the air carrying moisture through the condensing part, and the water in the air is liquefied, and then heated and circulated by the heater for drying clothing. In terms of heating methods, it is divided into...

AI Technical Summary

Problems solved by technology

However, in-line clothes dryers reduce the physical comfort of users in the external environment;

[0004] The internal air circulation of the condensing clothes dryer will not affect the external environment, but it increases the cost of raw materials, and the dehumidification process needs to consume a lot of water and electricity resources, and its internal condensing agent does not meet the concept of energy saving and environmental protection

[0005] The gas heating method needs to consume air and is easy to produce toxic gas containing carbon monoxide, which contains potential safety hazards; the electric heating method uses resistance wire heating, which has a low electric-thermal conversion rate and is easy to decay; the microwave heating method may generate sparks when encountering metal conductors, which has potential safety hazards

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