首页> 外国专利> Removable inlet manifold for a medical/surgical waste collection system, the manifold including a drip stop, the drip stop serving as both a drip stop and a seal

Removable inlet manifold for a medical/surgical waste collection system, the manifold including a drip stop, the drip stop serving as both a drip stop and a seal

机译:用于医疗/外科废物收集系统的可移动入口歧管,歧管包括一个滴头,滴头既充当滴头又充当密封件

摘要

A manifold (46) for connection to a medical/surgical waste collection unit is described, wherein the waste collection unit has a receiver for receiving the manifold. Said manifold comprises a housing having a void space, wherein the housing is dimensioned to fit in the waste collection unit receiver. The manifold further comprises at least one fitting (48) attached to the housing that extends away from the housing. The fitting is dimensioned to receive a suction line. At least one port (237) formed in the manifold provides a fluid communication opening between each fitting and the interior void space of the manifold. A valve unit (248) is associated with the fitting. The valve unit is configured to allow fluid flow through the fitting into the housing void space and block fluid flow from the housing void space out through the fitting. An outlet opening (170) is provided in the manifold housing that allows fluid from said void space into the waste collection unit. The valve unit is disposed in the housing void space and includes a hub (250) formed from compressible material. Said hub has opposed first and second faces, wherein the hub first face is distally directed and disposed against the housing. Said hub is held in the housing in that it is compressed between components of the manifold and has a number of ribs that extend outwardly from each of the opposed faces of the hub. At least one valve member (262) is pivotally connected to and extends from said hub. Said valve member is positioned and dimensioned to cover the port.
机译:描述了用于连接到医疗/外科手术废物收集单元的歧管(46),其中废物收集单元具有用于接收歧管的接收器。所述歧管包括具有空隙的壳体,其中,壳体的尺寸设计成可装配在废物收集单元接收器中。歧管还包括至少一个配件(48),该配件(48)附接到壳体上,该配件远离壳体延伸。配件的尺寸可容纳吸油管。歧管中形成的至少一个端口(237)在每个配件和歧管的内部空隙空间之间提供流体连通开口。阀单元(248)与配件相关联。阀单元构造成允许流体流经配件进入壳体空隙空间,并阻止流体从壳体空隙空间通过配件流出。在歧管壳体中设置有出口开口(170),该出口开口允许流体从所述空隙空间进入废物收集单元。阀单元布置在壳体空隙空间中,并且包括由可压缩材料形成的毂(250)。所述轮毂具有相对的第一和第二面,其中,轮毂的第一面指向远侧并抵靠壳体设置。所述轮毂通过在歧管的各部件之间被压缩并且具有多个从轮毂的每个相对表面向外延伸的肋而被保持在壳体中。至少一个阀构件(262)枢转地连接至所述毂并从所述毂延伸。所述阀构件被定位并确定尺寸以覆盖端口。

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