Convection radiation air conditioner indoor unit adopting fiber wind distributor

Abstract

The invention provides a convection radiation air conditioner indoor unit adopting a fiber wind distributor. The convection radiation air conditioner indoor unit comprises a machine enclosure and the fiber wind distributor, wherein the fiber wind distributor is a convection radiation terminal device of the convection radiation air conditioner indoor unit, and is made of osmosis fiber, so that on one hand, air is diffused outwards from fiber pores at extremely low flow speed, and temperature and humidity of indoor air are regulated in a connective mode, and on the other hand, the fiber wind distributor which is filled with a certain amount of air becomes a potential cold / thermal radiator, carries out heat exchange with an indoor solid wall surface in a radiative mode to regulate comfort of indoor staff; the machine enclosure is connected to the fiber wind distributor through a direction-adjustable flexible connecting hose; the machine enclosure internally comprises a centrifugal fan, a heat exchanger, a water condensing plate and a water draining pipe, wherein the heat exchanger is located in front of an air outlet of the fan; the water condensing plate is located below the heat exchanger and is equipped with the water draining pipe; and a return air inlet with a filter device is further arranged below the machine enclosure. The convection radiation air conditioner indoor unit adopting the fiber wind distributor provided by the invention has the convective heat exchange function of an existing air conditioner indoor unit and also has a radiant heat exchange function, and further has the characteristics of being low in outlet air flow velocity, capable of filtering and purifying air, high in comfort of a human body and more energy-saving.

Description

Technical field [0001] The invention relates to a convection radiation air conditioner indoor unit adopting a fiber air distributor, which belongs to the field of air conditioning and purification. Background technique [0002] At present, split-type air conditioner indoor units usually adjust indoor air temperature and humidity in the form of convection heat exchange. The indoor unit is installed on the partition wall on the side of the outer wall or above the side of the outer wall. The indoor air is forced by the cross flow fan to undergo heat and moisture treatment by the heat exchanger, and then flows out from the louvered air outlet to adjust the temperature and humidity of the entire indoor air. Due to the limited area of ​​the louvered air outlet and the relatively high air flow rate, it often causes uneven indoor air velocity and temperature distribution. The wind speed and temperature near the indoor unit are relatively high, and the temperature is relatively cold (hot)...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is: in order to solve the problems of uneven air supply, uneven temperature distribution, poor human comfort, and poor air quality due to convective heat transfer in existing air-conditioning indoor units, the present invention provides a Convective radiation air conditioning indoor unit using fiber air distributor to solve the above problems

Images