Novel atomization device for snowmaker and atomization method of novel atomization device

Abstract

The invention relates to a novel atomization device for a snowmaker and an atomization method thereof, and belongs to the technical field of snowmakers, the novel atomization device comprises an atomization device, the atomization device comprises a shell and an inner core, the outer surface of the inner core is sleeved with the shell, a water inlet channel is formed in the bottom of the inner core, the center area of the water inlet channel is a low-pressure water inlet channel, and the peripheral area of the water inlet channel is a high-pressure water inlet channel; the high-pressure water inlet channel is communicated with the annular liquid film outlet to form a nozzle; an air inlet channel is formed in one side of the shell, a center nozzle is formed in the center of the front end of the water inlet channel, and the air inlet channel and the center nozzle are both communicated with the low-pressure water inlet channel to form a nucleon device. The nozzle and the nucleon device are combined to form the atomization device, waste caused by improper mutual coupling when the original nucleon device and the nozzle are independently arranged is avoided, the atomization and snow forming effects are improved, the overall structure is compact, the problem that the occupied area is large is solved, and a plurality of atomization devices can be arranged to increase the snow making amount and improve the snow quality.

Description

technical field [0001] The invention belongs to the technical field of snowmaking machines, and in particular relates to a novel atomizing device for a snowmaking machine and an atomizing method thereof. Background technique [0002] Both the nozzle and the nuclear device are atomizing devices, and are mostly used alone on snow guns. The nozzle: only uses the centrifugal force generated by the internal structure and the pressure provided by the water pump to atomize water, and the size of the droplets produced is relatively small. Larger, the flow rate is also greater, such as the heat exchange between the droplets generated by the nozzle and the air, it takes a long time for heat exchange, and the high degree of subcooling is more difficult; the nuclear device interacts with air and water, and uses The high-pressure air boost can greatly reduce the particle size of the atomized particles so that it can quickly exchange heat and freeze. However, due to the small particle siz...

AI Technical Summary

Problems solved by technology

[0002] Both the nozzle and the nuclear device are atomizing devices, and are often used alone on snow guns. Among them, the nozzle: only through the centrifugal force generated by the internal structure and the water pump. The pressure provided to atomize water, the size of the droplets produced is larger, and the flow rate is also larger. If the droplets produced by the nozzle only exchange heat with the air and freeze, it takes a long time for heat exchange and a high overheating time. The coldness is more difficult; the nuclear device can greatly reduce the particle size of the atomized particles through the interaction of air and water, and use high-pressure air to assist in rapid heat exchange and freezing. However, due to the small particle size of the droplets, the flow rate is low , it is difficult to meet the required snow production volume and snow quality

[0003]In addition, when the nuclear device and the nozzle are arranged separately, the floor area is large, and the improper coupling will cause waste of resources

Images