Indoor temperature adjusting system

Abstract

An indoor temperature adjusting system comprises a heating or refrigerating system and indoor heat exchange pipes. The heating or refrigerating system comprises a tank (4) containing anti-freezing liquid, a heating or refrigerating main machine and a heat exchanger (5) used for heating or refrigerating the anti-freezing liquid in the tank (4). The heat exchanger (5) is located in the tank (4) and connected with the heating or refrigerating main machine. A water pump is arranged on a connecting pipe of the tank (4) and the heat exchange pipes. The indoor heat exchange pipes comprise a liquid inflow pipe (1.1), a liquid outflow pipe (1.2) and multiple flow division pipes (1.3) which are arranged between the liquid inflow pipe (1.1) and the liquid outflow pipe (1.2) in parallel. The diameter of each flow division pipe (1.3) ranges from 3 mm to 6 mm. The distance between every two adjacent flow division pipes (1.3) ranges from 3 cm to 5 cm. The two ends of each flow division pipe (1.3) are communicated with the liquid inflow pipe (1.1) and the liquid outflow pipe (1.2). The tank (4) is communicated with the liquid inflow pipe (1.1) and the liquid outflow pipe (1.2).

Description

technical field [0001] The invention relates to the field of floor heating, in particular to an indoor temperature regulating system suitable for single households or small groups. Background technique [0002] At present, floor heating has become the main heating method for residential buildings and factories in the north, mainly for central heating; in the south, more and more families have begun to use floor heating for indoor heating. [0003] There are some deficiencies in the existing floor heating system: 1) Traditional heating systems usually use 16mm-20mm pipes for flooring operations, and the distance between adjacent parallel pipes is 20cm-25cm, and large-diameter pipes need to be heated And the energy of urging the water flow to circulate is large, which makes the energy consumption high, thereby increasing the cost of use; and because the distance between adjacent pipes is large, the heat emitted from the pipes is uneven, which affects the heating effect of floo...

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Problems solved by technology

[0003] There are some deficiencies in the existing floor heating system: 1) Traditional heating systems usually use 16mm-20mm pipes for flooring operations, and the distance between adjacent parallel pipes is 20cm-25cm, and large-diameter pipes need to be heated And the energy of urging the water flow to circulate is large, which makes the energy consumption high, thereby increasing the cost of use; and because the distance between adjacent pipes is large, the heat emitted from the pipes is uneven, which affects the heating effect of floor heating , relatively uncomfortable; 2) At present, the heating source of floor heating for single-family families or unit floors is air energy, that is, heat pumps. In the process of heating water, the proper efficiency cannot be achieved, the heating speed is slow, and a large amount of energy is consumed and wasted, which further increases the cost of use; 3) The existing floor heating is mainly used for heating, and has no cooling effect. And because the water source used for floor heating is natural water, if it is used for cooling, condensation on the floor may occur; 4) There is also a small-diameter floor heating pipe on the market, but because its floor heating pipe is from the water inlet pipe to the water outlet pipe. A continuous pipeline not only makes the floor heating pipe have greater resistance during water circulation and high energy consumption, but also causes the liquid flowing in the floor heating pipe to block the entire pipeline due to scale formation, thus affecting the heating effect

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