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    • 5. 发明授权
    • Automatic by-pass valving systems and methods
    • 自动旁路阀门系统和方法
    • US6021797A
    • 2000-02-08
    • US268950
    • 1999-03-16
    • Bryan Gaines
    • Bryan Gaines
    • F16K47/10H02G15/24H02G15/26F16K17/02
    • F16K47/10H02G15/24H02G15/26Y10T137/0324Y10T137/7771Y10T137/87265Y10T137/8733Y10T137/87338
    • A method of controlling insulating fluid flow between fluid channels in sections of an electrical power cable at different elevations, the channel of one section being isolated from the channel of a next adjacent section by a hydraulic stop, to limit the loss of insulating fluid when a seciton is ruptured and yet permit a limited flow from the point of rupture to protect the cable from contamination. Fluid at a high rate from a lower section to adjacent higher sections around the stop is permitted by a check valve which substantially prevents fluid flow in the opposite direction and a flow-limiting valve permits fluid flow at a low rate from the higher section to the lower section. The fluid pressure difference between the sections may be relieved by a relief valve if the difference exceeds a predetermined amount.
    • 一种控制在不同高度的电力电缆的部分中的流体通道之间的绝缘流体流动的方法,一个部分的通道通过液压停止件与下一个相邻部分的通道隔离,以限制绝缘流体的损失 分裂破裂,并允许从破裂点有限的流动,以保护电缆免受污染。 流体以较低的速度从停止部分周围的较高部分通过止回阀允许,其基本上防止流体沿相反方向流动,并且限流阀允许流体以较低的速率从较高部分流到 下部。 如果差异超过预定量,则各部分之间的流体压力差可以由安全阀释放。
    • 6. 发明授权
    • Pneumatic pressure relief assembly
    • 气动卸压组件
    • US5331999A
    • 1994-07-26
    • US5020
    • 1993-01-15
    • William F. Jorgensen
    • William F. Jorgensen
    • F16K47/10F16L37/23F16L37/38F16K21/02
    • F16L37/38F16K47/10F16L37/23Y10T137/7848
    • Apparatus and method are disclosed by which a pent up supply of compressed air in a pneumatic supply line is slowly bled off after the line is disconnected from its air supply source. The apparatus and method are well adapted for use in pneumatic tool lines. The invention includes a housing which may be inserted in a line attached to a supply of high pressure air, such as a pneumatic line. Flow restriction means are contained in a passageway within the housing for permitting the relatively free flow of pressurized air in one direction, such as is needed to operate a pneumatic tool, and for partially restricting the flow of air in the opposite direction once the line has been disconnected from its supply source. The flow restriction means incorporate a movable member which allows air to freely flow around it when the line is operating a tool, but allows only limited air flow in the opposite direction when the moveable member is forced against a seat, thus gradually, rather than immediately, releasing compressed air trapped in the line to avoid fishtailing of the line.
    • 公开了一种装置和方法,通过该装置和方法,在线路与其空气供应源断开之后,气动供应管线中的压缩空气的补充供应被缓慢地排出。 该装置和方法适用于气动工具管线。 本发明包括壳体,该壳体可插入连接到诸如气动管线的高压空气供应线上。 流体限制装置包含在壳体内的通道中,用于允许加压空气在一个方向上相对自由流动,例如操作气动工具所需的空气流,并且一旦线路具有相反方向部分地限制空气流动 与其供应源断开连接。 流动限制装置包括可动构件,当活动管线工作时,允许空气自由流动,但是当可移动构件被迫抵靠座椅时,仅允许在相反方向上有限的空气流动,因此逐渐而不是立即 释放被捕获的压缩空气,以避免钓鱼线。