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    • 1. 发明授权
    • Powder dispensing/collection manifold for indoor wear testing
    • 用于室内磨损测试的粉末分配/收集歧管
    • US06439041B1
    • 2002-08-27
    • US09634570
    • 2000-08-09
    • David O. StalnakerRichard J. MacioceCraig McClungDaniel Hentosz, Sr.
    • David O. StalnakerRichard J. MacioceCraig McClungDaniel Hentosz, Sr.
    • B60C2302
    • G01N3/56G01M17/022G01N33/445
    • A powder dispensing/collection device for indoor testing of pneumatic tires includes a first outer housing (12) having an open end (24) facing a road wheel (94). First and second adjustable shrouds (28), (32) are disposed on an upper and lower portion of the outer housing respectfully. The shrouds are selectively moveable in a direction perpendicular to a width (w) of the outer housing. A second inner housing (48) is partially enclosed by the outer housing and has an open end (64) facing the road wheel which protrudes out from the outer housing a predetermined distance. At least one of the outer walls of the inner housing and the inner walls of the outer housing define a vacuum collection chamber (76). The inner housing is manually moveable within the outer housing so that the distance between the open end of the inner housing and the road wheel can be adjusted. A hose (78) extends through an aperture (80) in the inner housing and into the dispensing chamber. A spray nozzle (84) is connected to the free end of the hose. The position of the spray nozzle within the dispensing chamber is adjustable by manually moving the nozzle backward or forward within the inner housing. At least one vacuum duct (82a, 82b) is operatively connected to a rear wall (22) of the outer housing for transferring a vacuum force to the vacuum collection chamber.
    • 用于充气轮胎的室内测试的粉末分配/收集装置包括具有面向轮轮(94)的开口端(24)的第一外壳(12)。 第一和第二可调节罩(28),(32)相当地设置在外壳的上部和下部。 护罩可以在垂直于外壳的宽度(w)的方向上选择性地移动。 第二内壳体(48)被外壳部分地包围,并且具有面向从外壳延伸预定距离的轮轮的开口端(64)。 内壳体的外壁和外壳体的内壁中的至少一个限定真空收集室(76)。 内壳体可以在外壳体内手动地移动,从而能够调整内壳体的敞开端与车轮之间的距离。 软管(78)延伸穿过内壳体中的孔(80)并进入分配室。 喷嘴(84)连接到软管的自由端。 通过在内部壳体内手动地将喷嘴向后或向前移动,可以调节分配室内的喷嘴的位置。 至少一个真空管道(82a,82b)可操作地连接到外壳体的后壁(22),用于将真空力传递到真空收集室。