Water spray air conditioning structure

Abstract

The invention relates to a water spray air conditioning structure which comprises a heat exchange system, a pressurizing system and a spraying system, wherein the heat exchange system for treating the temperature of the water source cools the water source once and conveys the water source to the pressurizing system; the pressurizing system pressurizes the water source before atomization and leadsthe pressurized water source to the heat exchange system; and the heat exchange system cools the pressurized water source twice and leads the cooled water source to the spraying system via the heat exchange system to carry out the atomization and spraying. The invention effectively overcomes the defect of insufficient spray temperature effect when the water source to be atomized is sprayed out after the water source is pressurized, and achieves the best cooling control and actual effect.

Description

technical field [0001] The invention relates to a water mist air conditioner structure, in particular to a cooling treatment before and after the pressurized fogging process, so as to avoid the insufficient temperature benefit of the sprayed mist after the water source passes through the pressurized fogging process. Background technique [0002] Please refer to the patent application No. 090204725 "spray pipe head structure of circulating cooler" in Taiwan, China. It is provided with a pressurized water feeder, and the water inlet of the pressurized water feeder is connected to the ventilation system with a conduit. The water outlet of the water feeder is connected to the inside of the circulating cooler through a cooling guide pipe, and the main body of the circulating cooler is connected to a water inlet pipe. The end of the water inlet pipe is connected with a floating ball device to replenish cooling water at a predetermined water level at any time. , in addition, a wate...

AI Technical Summary

Problems solved by technology

[0004] Although the aforementioned recirculating cooler has the function of cooling pressurized atomization, the water after the actual atomization and spraying cannot effectively maintain the internal cooling temperature, because the water source must first be pressurized to create fog, and the water source In the process of pressurization, the temperature will inevitably rise, so the actual temperature of the mist sprayed by atomization from the nozzle is not as high as the temperature set by the internal cooling

[0005] In view of the fact that the actual atomization temperature of the aforementioned circulating cooler cannot achieve the expected effect, the present invention introduces a water mist air conditioning structure, which is a cooling treatment before and after the pressurization process required for fog production, so as to avoid the water source from passing through. The process of pressurization causes the water to be atomized to come from the mist temperature benefit when it is sprayed out.

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