TWM610667U - Water cooling fan added with cooling evaporator - Google Patents

Abstract

The new model takes ice-water cooling as the concept. Because many workshops are open spaces, the water cooling fan tank is designed to be added to the cooling evaporator, so that the water tank of the water cooling fan is kept at a low temperature, and the water cooling fan can blow out comfortably when the water cooling fan is started. The cold wind makes people who work every day feel comfortable and healthy.

Description

Water-cooled fan adds cooling evaporator

This creation is about a cooling evaporator of an air conditioner. The water cooling fan tank is added to the cooling evaporator to keep the water tank of the water cooling fan at a low temperature, so that the water cooling fan can blow out comfortable cold air.

As shown in Figure 3, the common water cooling fan is mainly composed of 1, a fan, a heat sink 2, a circulating pipeline circulating pump 3, and a water tank. The water inside the circulating water tank is blown out by the fan to cool down, but the cooling function is limited, so the effect is not good.

This creation is mainly made of copper pipes to cool the refrigerant inside the evaporator, so that the temperature of the circulating water in the water tank inside the water cooling fan can be cooled, which can achieve cooling and blow out comfortable cold air.

The structure of this creation to achieve the above objectives includes: a water tank with cooling water; an evaporator, immersed in the water tank cooling water, the refrigerant inlet and outlet are connected to the compressor to cool the evaporator to reduce the temperature of the water tank, and the cooling water in the water tank can absorb heat To achieve the purpose of refrigeration.

This creation is equipped with a temperature controller and a temperature sensor. When the temperature of the water tank drops to the set temperature, the compressor will be stopped, which can prevent the water temperature from being too cold to prevent liquid compression.

1: cooling evaporator

2: Thermometer

3: water pump

4: Cooling water

5: Water tank

6: Copper fins

7: Fan

8: Collecting head

9: Water cooling fan

10: Control box

11: Coated copper pipe

12: Air-conditioning host

Figure 1 is an overall front view of this creation.

Figure 2 is a side view of this creation.

Figure 3 is the system connection diagram of this creation.

As shown in Figure 1, the cooling evaporator of this creation is equipped with a temperature sensor. Figure 3 includes: a cooling evaporator 1 with a refrigerant inlet and outlet connected to a compressor connected to the host. The evaporator is placed in a water tank 5 with a cooling water inside. 4 The water in the water tank is cooled to produce ice water. A water pump 3 supplies the ice water to a water collecting head 8 and sprays it onto a copper fin 6, and a fan 7 blows out the cold air to achieve a cold air effect.

There is also a control box 10 and a temperature sensor 2 inside the water tank 5 that can detect the water temperature and the compressor stops when the set temperature is reached, which can prevent the water temperature from being too cold and overheating.

1: cooling evaporator

2: Thermometer

3: water pump

4: Cooling water

5: Water tank

6: Copper fins

7: Fan

8: Collecting head

9: Water cooling fan

10: Control box

11: Coated copper pipe

12: Air-conditioning host

Claims (1)

A water-cooled fan is newly added with a cooling evaporator. The cooling evaporator has a compressor with a refrigerant inlet and outlet connected to a cold air host. The cooling evaporator is placed inside a water tank in the water-cooled fan. The water tank contains cooling water. The cooling water of the water tank produces ice water. A water pump placed inside the water tank supplies the ice water to a copper fin arranged on the upper side of the water-cooled fan through a water collecting head, and then passes through a copper fin arranged on the upper side of the water-cooled fan. The fan next to the noodles blows out the cold wind to achieve a cold wind effect.

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