Multi-draught-fan air guide mechanism and air-conditioner

The utility model discloses a multi-draught-fan air guide mechanism and an air-conditioner. The multi-draught-fan air guide mechanism comprises a plurality of flow guide covers, and the multiple flow guide covers are correspondingly installed on a plurality of draught fans distributed in row or dist...

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Bibliographic Details
Main Authors SU WEIHUA, ZHANG HUI, MENG ZHI, LIANG TAO
Format Patent
LanguageEnglish
Published 14.01.2015
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Summary:The utility model discloses a multi-draught-fan air guide mechanism and an air-conditioner. The multi-draught-fan air guide mechanism comprises a plurality of flow guide covers, and the multiple flow guide covers are correspondingly installed on a plurality of draught fans distributed in row or distributed in line. In the multiple draught fans distributed in row or distributed in line, an air outlet channel is formed by the edges of air outlets of the flow guide covers of adjacent draught fans, the air outlets of the flow guide covers of the multiple draught fans distributed in row or distributed in line and the side walls of the flow guide covers of the multiple adjacent draught fans distributed in row or distributed in line after the edges of the air outlets of the flow guide covers of the adjacent draught fans are connected pairwise. The multi-draught-fan air guide mechanism further comprises an isolating device, and the isolating device is arranged at one end of the air outlet channel to form the closed end of the air outlet channel, and an opening is formed in the other end of the air outlet channel to serve as a total air outlet. According to the multi-draught-fan air guide mechanism, the air outlet channel is formed by the side walls of the multiple installed flow guide covers and the air outlets, and air is sent out through the total air outlet of the air outlet channel, the problems that the air guided out by the multiple draught fans can not be concentrated in the same direction, and the guided out air can not be sent out are effectively solved.
Bibliography:Application Number: CN20142448155U