Dynamic airflow adjusting air valve with gear structure

Abstract

The invention discloses a dynamic airflow adjusting air valve with a gear structure. The dynamic airflow adjusting air valve comprises a peripheral frame, first gear sets, second gear sets, a shaft sleeve, motor shafts and blades, the shaft sleeve is placed in the peripheral frame, the first gear sets and the second gear sets are meshed in a staggered manner, are positioned in the shaft sleeve and are sleeved with the motor shafts, and the air blades are arranged in the first gear sets and the second gear sets. The dynamic airflow adjusting air valve is simply processed and assembled and can stably run, and energy consumption of an air conditioner of a data center is reduced.

Description

technical field [0001] The invention relates to an adjusting device, in particular to a dynamic air flow adjusting air valve with a gear structure. Background technique [0002] The current air valve needs human intervention and manual adjustment, and the adjustment accuracy is not high; it cannot be applied to the data center; it cannot be intelligently adjusted according to the cooling capacity required by a single cabinet in the data center, and it cannot be linked with the precision air conditioner in the data center to achieve energy saving effects, and there is no human-computer interaction. Interface, no security protection policy, etc. The current air leaf structure of the air valve adopts casting technology, and the fixing method of the air blade and the gear is relatively simple, but the overall structure is complex, heavy and difficult to maintain. The fixing method of the air leaf and the gear is relatively simple, and the possibility of deformation of the air...

AI Technical Summary

Problems solved by technology

[0002] The current air valve needs human intervention and manual adjustment, and the adjustment accuracy is not high; it cannot be used in the data center; it cannot be intelligently adjusted according to the cooling capacity required by a single cabinet in the data center, and it cannot be linked with the precision air conditioner in the data center to achieve energy saving effects, and there is no human-computer interaction. Interface, no security protection policy, etc.

The current air valve leaf structure adopts casting technology, and the fixing method of fan blades and gears is relatively simple, but the overall structure is complicated, heavy, and difficult to maintain

The fixing method of the air leaf and the gear is relatively simple, and the possibility of deformation of the air leaf is not considered; the design of the air leaf is not in accordance with aerodynamics, resulting in disordered airflow organization

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