An electrode lead-out structure of a far-infrared electric heating air-conditioning heating chip

Abstract

The invention relates to an electrode extraction structure of a heating chip of a far infrared electric heating air conditioner. The electrode extraction structure comprises a plurality of heating chips and a conducting tube (5). Each heating chip comprises two substrates (1) serving as an upper surface layer and a lower surface layer and two conducting plates (3) which serve as electrodes between the two substrates (1). Adhesion layers (4) for connecting the two substrates (1) and the conducting plates (3) are arranged between the two substrates (1). A conducting ink layer (2) is coated on the upper surface of the substrate (1) which serves as the lower surface layer. The conducting plate (3) is covered on the conducting ink layer (2). The heating chip is provided with a conducting hole (1.1) which penetrates through the conducting ink layer (2) and the conducting plate (3). The conducting tube (5) is inserted into the conducting hole (1.1) and is tightly connected with the conducting plate (3) after passing through an expansion tube. The electrode extraction structure of the far heating chip of the infrared electric heating air conditioner is simple in structure and good in connection effect.

Description

technical field [0001] The invention relates to an electrode lead-out structure of a heating chip of a far-infrared electric heating air conditioner, which belongs to the technical field of air conditioners. Background technique [0002] At present, people generally need to use air conditioners to heat and heat the rooms in winter, especially in northern areas, every household needs to be heated to keep out the cold, and the cost of heating for each household is as high as thousands of yuan every year. Heating uses coal to heat to generate steam. The use of fossil fuels not only pollutes the environment, is not conducive to energy conservation and environmental protection, but also tends to generate more losses during the transmission of heating. For this reason, people have developed a wide variety of heating methods. Among them, the far-infrared heating method has received widespread attention because it not only has heating effects, but also has physiotherapy effects; Co...

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Problems solved by technology

[0002] At present, people generally need to use air conditioners to heat and heat the rooms in winter, especially in northern regions, every household needs to be heated to keep out the cold, and the cost of heating for each household is as high as thousands of yuan every year. Heating uses coal to heat to generate steam. The use of fossil fuels not only pollutes the environment, is not conducive to energy conservation and environmental protection, but also tends to generate more losses during the transmission of heating

For this reason, people have developed a wide variety of heating methods. Among them, the far-infrared heating method has received widespread attention because it not only has heating effects, but also has physiotherapy effects; Coated on the substrate, then press the electrode, then cover with a layer of prepreg and substrate, and then pressurize to form a heating chip. This structure is mostly used in personal physiotherapy but not implanted in the field of air conditioning, and the electrodes are riveted or welded wires The way to lead out, not only the manufacturing process is complicated, but also the connection effect is not good enough

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