Large-scale high-pressure micro-fog temperature reducing ceiling fan

Abstract

The invention relates to a large-scale high-pressure micro-fog temperature reducing ceiling fan. The large-scale high-pressure micro-fog temperature reducing ceiling fan comprises a high-pressure micro-fog machine, a high-pressure pipeline system, a temperature and humidity sensor, a plurality of high-pressure micro-fog spray heads, a ceiling fan body, a system control box and a hanging system, wherein a water inlet of the high-pressure micro-fog machine communicates with a water source, the ceiling fan body is fixedly connected with a building through the hanging system, the high-pressure pipeline system is fixedly connected with the hanging system, the plurality of high-pressure micro-fog spray heads are arranged on the high-pressure pipeline system, tap water is pressurized by the high-pressure micro-fog machine and flows to the plurality of high-pressure micro-fog spray heads through the high-pressure pipeline system, micro-fog particles sprayed out by the plurality of high-pressure micro-fog spray heads perform vaporization and heat absorption in the air to generate temperature reduction, the ceiling fan body blows cooled air to the ground continuously to form slow cold wind,and the temperature and humidity sensor, the high-pressure micro-fog machine and the ceiling fan body are all in electrical connection with the system control box. By means of the large-scale high-pressure micro-fog temperature reducing ceiling fan, functions of ventilating and temperature reducing are integrated, and the large-scale high-pressure micro-fog temperature-reducing ceiling fan has thehealth functions of regulating the humidity, purifying the air and generating negative ions at the same time.

Description

technical field [0001] The invention relates to the field of environmental science and technology, in particular to a large-scale high-pressure micro-mist cooling ceiling fan. Background technique [0002] The use of large ceiling fans to improve air circulation in high and large spaces has many advantages such as large coverage area, obvious reduction of body temperature under appropriate air temperature conditions, and low ventilation energy consumption per unit area. Because large ceiling fans are generally hung and installed on the top of the building, but due to the low density of hot air, it will naturally rise to the upper part of the building, so the wind pressed by the ceiling fan is often hot air during the high temperature season in summer, which determines that the large ceiling fan is the best in summer. It is difficult to achieve a good cooling effect when cooling is required. Contents of the invention [0003] In order to solve the above technical problems,...

AI Technical Summary

Problems solved by technology

Because large ceiling fans are generally hung and installed on the top of the building, but due to the low density of hot air, it will naturally rise to the upper part of the building, so the wind pressed by the ceiling fan is often hot air during the high temperature season in summer, which determines that the large ceiling fan is the best in summer. It is difficult to achieve a good cooling effect when cooling is required

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