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    • 8. 发明授权
    • Dual mode vent plug assembly for an enclosed housing
    • 用于封闭式外壳的双通道插头组件
    • US5911163A
    • 1999-06-08
    • US959603
    • 1997-10-28
    • Walter J. Ferguson
    • Walter J. Ferguson
    • G01L19/06
    • G01L19/0618G01L19/0672
    • A vent plug assembly for relieving overpressure from within an instrument casing and comprising a body adapted for secured placement within an aperture defined in the exterior wall of the casing and having a thru-bore and a blind recess symetrically spaced apart and of like configuration and internal cross-sectional dimension. A cooperating plug having a top plate and a pair of dependent stubs of like cross-sectional configuration and spacing as the thru-bore and recess of said body is interchangeably insertable within the thru-bore and recess of the body with one of the stubs defining a blind upward recess and the other of said stubs defining a thru-bore. The plug is interchangeably displaceable manually such that when the respective thru-bore of the body and plug are interfitted, continuous venting occurs while when the blind recess stub of the plug is inserted in the thru-bore of the body, venting occurs only at a predetermined value of pressure build-up from within the casing sufficient to expel the assembly from the installed aperture of the casing.
    • 一种用于从仪器壳体内释放超压的通气塞组件,其包括适于固定放置在限定在壳体的外壁中的孔内的主体,并且具有通孔和盲孔,其间隔开并具有相似的构造和内部 横截面尺寸。 具有顶板和一对具有类似横截面构造和间隔的相关短柱作为所述主体的通孔和凹槽可互换地插入本体的通孔和凹槽中,其中一个短截线限定 一个盲目的向上凹槽,另一个所述短管限定一个通孔。 插头可手动地可互换地移动,使得当主体和插头的相应的通孔相互配合时,连续的排气发生,而当插头的盲凹槽被插入到主体的通孔中时,排气仅在 来自壳体内的压力的预定值足以将组件从安装的外壳排出。
    • 9. 发明授权
    • Case assembly for gauge
    • 表壳组件
    • US4753112A
    • 1988-06-28
    • US23342
    • 1987-03-09
    • Richard H. WetterhornWalter J. Ferguson
    • Richard H. WetterhornWalter J. Ferguson
    • G01D11/24
    • G01D11/24
    • A gauge (10) is disclosed which incorporates an improved case assembly. In one embodiment, a case (14) is designed for use with either a bayonet ring (22) or a friction fit ring such as an elastomeric ring (50) or a push in window (156). In the first embodiment, cam followers (28) are positioned in pockets (46) formed on the case (14) to orient the followers and the followers are then secured to the case, as by welding. Cam surfaces (32) on the bayonet ring (22) cooperate with the followers to secure the ring on the case. When using a friction fit ring (50, 150) the case defines an interior surface (44) to receive the ring. In a second embodiment, curved strips (132) are secured to the exterior surface of the case (130). Cam followers (140) are used on the bayonet ring (138) to cooperate with the cam surfaces on the curved strips to secure the ring to the case. Alternately, an elastomeric ring (50) or push in ring (152) can be used with the case (130).
    • 公开了一种包括改进的壳体组件的量规(10)。 在一个实施例中,壳体(14)设计成与卡口环(22)或摩擦配合环(例如弹性体环(50)或推入窗口(156))一起使用。 在第一实施例中,凸轮从动件(28)定位在形成在壳体(14)上的凹穴(46)中,以使随动件定向,并且随动件随后通过焊接固定到壳体上。 卡口环(22)上的凸轮表面(32)与跟随者协作以将环固定在壳体上。 当使用摩擦配合环(50,150)时,壳体限定了用于接收环的内表面(44)。 在第二实施例中,弯曲条(132)固定到壳体(130)的外表面。 凸轮从动件(140)用于卡口环(138)上以与弯曲条上的凸轮表面配合以将环固定到壳体上。 或者,弹性环(50)或推环(152)可以与壳体(130)一起使用。