Multi-air-source dynamic diversion device

Abstract

The invention discloses a multi-air-source dynamic diversion device which comprises a cavity, a rotating shaft, an upper rotating blade, a lower rotating blade and a diversion structure. The diversion structure comprises the rotating blades arranged on the rotating shaft. The rotating blades divide the cavity into a plurality of isolation areas. Each isolation area corresponds to one diversion air outlet. Air enters the cavity from a first air source inlet. By rotating the upper rotating blade, the air enters the different isolation areas from the first air inlet, and then flows out through the different diversion air outlets. The rotating blades are adopted for dividing the cavity into the isolation areas, the air after diversion flows out from the different diversion outlets, then the rotating blades rotate by a certain angle to enable blade inlet holes to correspond to the isolation areas of the next station, and therefore reversing of air flow can be achieved, and dynamic diversion of the air can be achieved by sequentially rotating the blades. The multi-air-source dynamic diversion device is suitable for being applied to converging of a plurality of the air sources, the air sources enter from a plurality of outlets in the side wall, and flow out from the air source inlets, and therefore the multi-air-source dynamic converging work can be achieved.

Description

technical field [0001] The invention relates to a gas separation device, in particular to a multi-gas source dynamic splitting device. Background technique [0002] Gas with a methane concentration lower than 5% has been directly discharged into the atmosphere for a long time due to the economical problems of its utilization. Since the greenhouse effect of methane is 20 times that of carbon dioxide, the methane discharged into the atmosphere has caused great pollution to the atmospheric environment. The use of technology will make outstanding performance in the field of green environmental protection and new energy. [0003] In the utilization of low-concentration gas, the gas often needs to be shunted to multiple identical devices and utilized separately according to a certain sequence, such as thermal storage oxidation or catalytic oxidation. The splitting of gas into each device requires multiple gas switching valves to switch in a certain sequence. On the one hand, du...

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