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    • 4. 发明授权
    • High pressure muffling devices
    • 高压消声器
    • US08550208B1
    • 2013-10-08
    • US13453388
    • 2012-04-23
    • Christopher Jon Potokar
    • Christopher Jon Potokar
    • F01N5/04B64D33/02F01N5/00B64D33/00
    • F02C6/08F01D17/105F02K3/075F05D2250/232F05D2260/96Y02T50/672
    • Some example muffling devices may include an inner flow conditioner shaped as a generally conical frustrum and a generally cylindrical an exhaust can around the inner flow conditioner. A ratio of a downstream end wall area of the inner flow conditioner to a downstream end annular area between the downstream end wall and the exhaust can may be about 0.12 to about 0.97. A ratio of the downstream end annular area to the downstream end wall area may be proportional, by a factor of about 0.8 to about 1.9, to a ratio of an effective area of the inner flow conditioner sidewall holes to an effective area of the inner flow conditioner downstream end wall holes. A ratio of a dissipation distance between the inner flow conditioner downstream end wall and the exhaust screen to the inner flow conditioner downstream end wall hole diameter may be greater than about 10.
    • 一些示例性的消音装置可以包括形成为大致锥形截头锥体的内部流动调节器和围绕内部流动调节器的大致圆柱形的排气罐。 内部流动调节器的下游端壁面积与下游端壁与排气罐之间的下游端环形区域的比可以为约0.12至约0.97。 下游端环形区域与下游端壁区域的比率可以与内部流动调节剂侧壁孔的有效面积与内部流动的有效面积的比例成比例,为约0.8至约1.9 空调下游端壁孔。 内部流动调节器下游端壁与排气屏幕之间的耗散距离与内部流动调节器下游端壁孔直径之比可以大于约10。