Heat supply mechanism with adjustable heat dissipation capability

Abstract

The invention belongs to the technical field of heat supply, and particularly relates to a heat supply mechanism with adjustable heat dissipation capacity. The heat supply mechanism comprises a frame body, a heat exchange pipeline and heat preservation wrapping layers. According to the heat supply mechanism, a heat preservation layer is added, and the thickness of the heat preservation layer, namely the diameter R of the heat preservation layer, is controlled, so that when the temperature needs to be increased, the heat supply mechanism is lengthened, and the diameter R of the heat preservation layer is controlled to be smaller than the critical diameter R2, so as to improve the heat dissipation effect of the heat supply mechanism through the added heat preservation layer; when the temperature needs to be reduced, the heat supply mechanism is shortened, and the diameter R of the heat preservation layer is controlled to be greater than the diameter R3, so as to reduce the heat dissipation effect of the heat supply mechanism through the added heat preservation layer; and the heat dissipation effect is controlled according to the requirements, and warming and cooling are rapidly achieved.

Description

[0001] Technical field [0002] The invention belongs to the technical field of heat supply, in particular to a heat supply mechanism with adjustable heat dissipation capacity. Background technique [0003] Families without running water supply in mountainous areas generally rely on small boilers that burn solid combustibles such as coal for heating in winter. Its temperature is not easy to control in use, only by controlling the size of the fire to control the temperature, the adjustment cycle of controlling the indoor temperature is long, and the heat exchanger for heating water is generally a heat exchanger with a constant structure, commonly known as a radiator. When controlling the indoor temperature, on the one hand, the indoor temperature is controlled by controlling the size of the fire and the water flow, but this method cannot quickly change the temperature of the heat exchanger after adjustment; The size of the valve controls the temperature of the heat exchanger. ...

AI Technical Summary

Problems solved by technology

In use, its temperature is not easy to control, and the temperature is controlled only by controlling the size of the fire. The adjustment period for controlling the indoor temperature is long, and the heat exchanger for heating water is generally a heat exchanger with a constant structure, commonly known as a radiator.

When controlling the indoor temperature, on the one hand, the indoor temperature is controlled by controlling the size of the fire and the water flow, but this method cannot quickly change the temperature of the heat exchanger after adjustment; The size of the valve controls the temperature of the heat exchanger. Although this method can quickly control and change the temperature of the heat exchanger, for areas with hard water quality and poor water quality, the valve is often opened at a small opening, which will easily cause valve blockage. The screen will still be clogged and the filter screen needs to be cleaned frequently

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