Air conditioning system with dehumidifying rotor

Abstract

An air conditioning system with a dehumidifying impeller is disclosed, which is applied to a constant temperature and humidity environment. The system has a gas supply path, a dehumidifying impeller, and a cooling device, both located on the gas supply path, with the dehumidifying impeller preceding the cooling device. The dehumidifying impeller adsorbs some moisture from the gas in the gas supply path and supplies it to the cooling device, which then cools and dehumidifies the gas before discharging it radially into the constant temperature and humidity environment. Because the dehumidifying impeller pre-adsorbs some moisture from the gas, the outlet air from the cooling device meets the requirements of the constant temperature and humidity environment, preventing overcooling and eliminating the need for an additional heating device to heat the outlet air.

Claims

1. An air conditioning system with a dehumidifying impeller, characterized in that: the air conditioning system is applied to a constant temperature and humidity environment, the air conditioning system includes a dehumidifying impeller and a cooling device, the air conditioning system has a gas supply path, the dehumidifying impeller and the cooling device are both located on the gas supply path, and the dehumidifying impeller is located before the cooling device, the dehumidifying impeller adsorbs part of the moisture in an external gas, and the cooling device receives the gas processed by the dehumidifying impeller and cools it before supplying it radially to the constant temperature and humidity environment.

2. The air conditioning system with a dehumidifying impeller as described in claim 1, wherein, The air conditioning system has a gas recovery inlet located between the dehumidification rotor and the cooling device, and connected to the gas supply path. The gas recovery inlet allows indoor air from the constant temperature and humidity environment to enter the air conditioning system for air treatment.

3. The air conditioning system with a dehumidifying impeller as described in claim 2, wherein, The air conditioning system has at least one fan located on the gas supply path.

4. The air conditioning system with a dehumidifying impeller as described in claim 3, wherein, The fan is installed in relation to the cooling device.

5. The air conditioning system with a dehumidifying impeller as described in claim 4, wherein, The dehumidifying impeller, together with a plurality of the fans, forms an adsorption dehumidification device, which is independent of but connected to the cooling device.

6. The air conditioning system with a dehumidifying impeller as described in claim 5, wherein, The air conditioning system further includes an air conditioning unit that is independent of but connected to the adsorption dehumidification unit. The air conditioning unit includes a cooling device and a heating device located on the gas supply path. The heating device does not provide heating when the air conditioning system is in operation.

7. An air conditioning system with a dehumidifying impeller as described in any one of claims 1 to 6, wherein, The dehumidifying impeller has multiple adsorption particles.

8. The air conditioning system with a dehumidifying impeller as described in claim 7, wherein, The dehumidifying impeller has a disc, a plurality of bags for adsorbing particles and a plurality of breathable mesh sheets. The disc is formed into a plurality of filling spaces that allow the bags to be removed therefrom. The breathable mesh sheets are located at opposite tops of the disc and are respectively provided corresponding to at least one of the filling spaces to cover at least one of the bags.

9. An air conditioning system with a dehumidifying impeller, characterized in that: the air conditioning system is applied to a constant temperature and humidity environment, the air conditioning system has a dehumidifying impeller, the air conditioning system has a gas supply path, and the gas in the gas supply path, after being dehumidified by the dehumidifying impeller, is not heated by a heating device in the air conditioning system after the dehumidifying impeller and is supplied radially to the constant temperature and humidity environment.

10. The air conditioning system with a dehumidifying impeller as described in claim 9, wherein, The air conditioning system has a cooling device located on the gas supply path and after the dehumidification impeller.

11. The air conditioning system with a dehumidifying impeller as described in claim 10, wherein, The air conditioning system has a gas recovery inlet located between the dehumidification rotor and the cooling device, and connected to the gas supply path. The gas recovery inlet allows indoor air from the constant temperature and humidity environment to enter the air conditioning system for air treatment.

12. The air conditioning system with a dehumidifying impeller as described in claim 11, wherein, The air conditioning system has at least one fan located on the gas supply path.

13. The air conditioning system with a dehumidifying impeller as described in claim 12, wherein, The fan is installed in relation to the cooling device.

14. The air conditioning system with a dehumidifying impeller as described in claim 13, wherein, The cooling device and the heating device form an air conditioning unit, and the dehumidifying rotor is independent of the air conditioning unit but connected to it.

15. The air conditioning system with a dehumidifying impeller as described in claim 14, wherein, The dehumidifying impeller, in combination with multiple fans, forms an adsorption-type dehumidification device. This adsorption-type dehumidification device is independent of, but connected to, the air conditioning device.

16. An air conditioning system with a dehumidifying impeller as described in any one of claims 9 to 15, wherein, The dehumidifying impeller has multiple adsorption particles.

17. The air conditioning system with a dehumidifying impeller as described in claim 16, wherein, The dehumidifying impeller has a disc, a plurality of bags for adsorbing particles and a plurality of breathable mesh sheets. The disc is formed into a plurality of filling spaces that allow the bags to be removed therefrom. The breathable mesh sheets are located at opposite tops of the disc and are respectively provided corresponding to at least one of the filling spaces to cover at least one of the bags.

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