Suspended mist cooling system

Abstract

The invention relates to a mist cooling system, in particular to a suspended mist cooling system, which comprises a mist cooling terminal (25), wherein the mist cooling terminal (25) is fixed on a wall body; the mist cooling terminal (25) consists of a cross-flow fan (17), a mist rod (18), a nozzle (19), a terminal shell (16) and an installation bottom plate (15); the installation bottom plate (15) is connected with one edge of the terminal shell (16); the cross-flow fan (17) is arranged in the terminal shell (16); the mist rod (18) is close to the cross-flow fan (17), and is arranged below the cross-flow fan (17); and the mist nozzle (19) is arranged on the mist rod (18). The suspended mist cooling system is characterized in that the air outlet of the cross-flow fan (17) is tightly connected with a jet orifice (16-2); and the jet orifice (16-2) consists of a plurality of rectangular vent holes. Due to the adoption of the suspended mist cooling system, the defects existing in the prior art are overcome, and equipment is small and flexible, and has a large spraying coverage area and a good cooling effect.

Description

technical field [0001] The invention relates to a novel spray cooling system, which is especially suitable for semi-enclosed crowded places such as bus shelters, rest corridors, and bus stops. Background technique [0002] In the high temperature season, hot weather brings great inconvenience to people's outdoor activities. For semi-enclosed crowded places such as bus shelters, rest corridors, and bus stops, the adverse effects of high temperature and hot weather on the human body are worth noting. At present, semi-enclosed public places with dense crowds such as bus stops mostly use traditional electric fans to cool down, which has disadvantages such as large investment, high energy consumption, small service area, low degree of automation, and limited cooling effect. A small number of semi-enclosed public places with dense crowds such as bus stops use methods such as pipeline spraying systems to cool down. These spray cooling methods are all under the condition of no wi...

AI Technical Summary

Problems solved by technology

However, in the case of high wind speed, it will cause serious drift of fog droplets, affect the cooling effect, and cannot meet the needs of a wide range of spray cooling. In addition, some spray cooling equipment is huge in size, and it is difficult to move and change the spray direction.

Images