Assembly Technology of Far-infrared Electric Heating Air-conditioning Heating Module

Abstract

The invention relates to an assembling technology for a far-infrared electric-heating air-conditioning heating module. The assembling technology comprises the following steps: 1,cutting a substrate; 2, cleaning; 3, printing ink; 4, solidifying; 5, sticking a conducting strip; 6, adding a prepreg; 7, covering another substrate (1); laminating; 9, punching; 10, preparing radiating fins; 11, stacking; 12, penetrating through a pipe; and 13, expanding the pipe. A heating module (102) can be obtained after the above steps are finished; and in order to improve overall firmness further, the step 14, namely fastening, can be performed. The assembling technology for the far-infrared electric-heating air-conditioning heating module is used for producing a heating but not dry far-infrared electric-heating air-conditioning heating module which is energy-saving and environmental-protection.

Description

technical field [0001] The invention relates to an assembly process, in particular to an assembly process of an electric air conditioner heated by far infrared rays, and 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 room in winter, especially in the northern region, 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. It is to use 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 conventional air conditioners, there are two main heating methods: [0003] The first heating principle is like that of some electric heaters. It is through the heating of the electric heating tube that the e...

AI Technical Summary

Problems solved by technology

But also because of this, when the outdoor temperature is too low, the heat absorption is very limited, so that the indoor heating effect is poor

After sub-zero temperature, the effect of heat pump air conditioner is relatively poor.

[0005] It can be seen that the first method consumes a lot of energy, while the effect of the second method is not obvious enough

Moreover, the above two heating methods will cause the indoor humidity to decrease during the working process, making the user feel extremely dry

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