Constant-temperature variable-frequency heating machine using air source heat pump to regulate indoor air

Abstract

The invention discloses a constant-temperature variable-frequency heating machine using an air source heat pump to regulate indoor air. The constant-temperature variable-frequency heating machine comprises an outer wall body and an inner wall body as well as ceiling and floor which are separately arranged at upper and lower ends of each of the outer wall body and the inner wall body, wherein an air filter device, a hot air making device, a cold air making device and an air mist making device are sequentially arranged on the ceiling from left to right; a compressor and an expansion valve are separately arranged between an air cooler shell and an air heater shell; and a plurality of guide plates are arranged on the bottom of the floor. In use, a second fan and a third fan selectively work according to the heating requirements and the refrigerating requirements, so that hot air or cold air can be output; condensed water generated in the air cooler shell is pumped into a water tank through a water pump, is atomized through an ultrasonic atomizer, and is supplemented into the room, so that condensed water can be recycled, discharge trouble is avoided, and the effect of a humidifier further can be replaced; and moreover, the floor further can be heated and cooled, so that all-around regulation on indoor air temperature is realized.

Description

technical field [0001] The invention relates to the technical field of indoor air conditioning, in particular to a constant-temperature variable-frequency heating machine that uses an air-source heat pump to adjust indoor air. Background technique [0002] In the existing technology in the field of air conditioning, according to theoretical calculations, it is the best, fastest and most energy-saving method to heat or cool buildings by adjusting the indoor air temperature of the building, so it is installed in many buildings. Central air-conditioning units, household air-conditioning units, heat pump units, etc. are used for heating or cooling. In this type of air conditioning system, a key issue in the heat exchange between the heat source unit and the building is how to properly arrange the air supply, return air passages and heat exchange equipment to achieve the best air conditioning effect. [0003] In the prior art, the form adopted in the air conditioning system is t...

AI Technical Summary

Problems solved by technology

Although its air-conditioning effect is good, sometimes because the air supply and return modes are opposite to the airflow principle of "hot up and cool down", it is impossible to achieve the air-conditioning effect that matches the theoretical results, especially in winter In areas where heating is required, not only the ideal heating effect cannot be achieved, but energy is also seriously wasted sometimes, making it difficult to popularize and use the air conditioning mode with the best energy-saving potential in the heating field

And when the existing air-conditioning unit is working, because the evaporator will absorb a large amount of temperature around it, the temperature around the evaporator will be greatly reduced, and the water vapor in the surrounding air will condense to form water droplets. The manufacturer either discharges through an external drainage pipe, or directly discharges to the outside with a drainage pump + an external drainage pipe. However, some discharge planes are higher than the machine’s working plane, and ordinary mechanical drainage cannot discharge water. The other is the space for water discharge Emission in a natural form is likely to cause inconvenience to people's lives; in addition, because the indoor air is very dry in an air-conditioned environment, people have to use humidifiers to supplement the moisture in the air in existing life; the existing air conditioning system is uneven. It is not convenient to heat or cool the ground

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