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    • 101. 发明授权
    • Device for controlling the supply of fluid under pressure to a hydrauic
circuit as a function of the state of locking of unlocking of two
mechanical members
    • 用于控制压力下的液体供应到水力回路的装置,作为锁定解锁两个机械构件的状态的函数
    • US4637294A
    • 1987-01-20
    • US681467
    • 1984-12-14
    • Yves HuetChristian Perichon
    • Yves HuetChristian Perichon
    • G05B9/02F15B20/00G05D16/00G21D1/04F15B13/00F01L15/00F16K37/00G21C13/00
    • F15B20/001Y10T137/87917
    • The invention relates to a device for controlling the supply of fluid under pressure to a hydraulic circuit as a function of the state of locking or unlocking of two mechanical members.The device comprises two interconnected jacks (1,2), the rods (3,4) of which are integrally fixed to mechanical members. The piston (30) of the first jack (1) separates the chamber (35) of the latter into two parts (35a,35b). The piston (31) of the second jack (2) divides the chamber (35') of the latter into three parts (35'a,35'band 35'c). The inlet chambers (35a and 35'a) are connected to pipes for supplying fluid under pressure (10a,10b), and the outlet chambers (35b and 35'c) are connected to a depressurizing pipe (20). According to the position of the pistons (30 and 31), which itself depends on the state of locking or unlocking of the rods (3,4), an interconnecting pipe (23) and a pipe (25) supplying the hydraulic circuit with fluid under pressure communicate with one chamber or another. The supply of the hydraulic circuit by means of the pipe (25) is possible only if both rods (3,4) are unlocked.The invention is used, in particular, for supplying the circuit controlling an emergency seal of a primary pump of a pressurized-water nuclear reactor.
    • 本发明涉及一种用于根据两个机械构件的锁定或解锁状态来控制在压力下向液压回路供给流体的装置。 该装置包括两个互连的千斤顶(1,2),其杆(3,4)一体地固定在机械构件上。 第一千斤顶(1)的活塞(30)将后者的腔室(35)分成两部分(35a,35b)。 第二千斤顶(2)的活塞(31)将后者的腔室(35')分成三部分(35'a,35'band 35'c)。 入口室(35a和35'a)连接到用于在压力(10a,10b)下供应流体的管道,并且出口室(35b和35'c)连接到减压管道(20)。 根据活塞(30和31)的位置,其本身取决于杆(3,4)的锁定或解锁的状态,将液压回路供给流体的互连管(23)和管(25) 在压力下与一个室或另一个室相通。 只有当两个杆(3,4)被解锁时,才能通过管道(25)供应液压回路。 本发明特别用于供应控制加压水核反应堆的初级泵的紧急密封的回路。
    • 103. 发明授权
    • Flow control valve
    • 流量控制阀
    • US4596264A
    • 1986-06-24
    • US634639
    • 1984-07-26
    • Roland A. GladstoneArnold V. Dano
    • Roland A. GladstoneArnold V. Dano
    • G05D7/06G05D16/06G05D16/20G05D16/00
    • G05D16/2086G05D16/0663Y10T137/2409Y10T137/261
    • A fluid flow pressure control valve includes a valve body having a chamber divided by a dashpot plate into an inlet chamber and a dampened flow region chamber. A diaphragm senses the fluid pressure forces in the chamber with an adjustable spring force acting to balance the fluid pressure forces exerted on the other side of the diaphragm. By varying the spring force with a follower piece, which moves axially along a stationary threaded shaft, the amount of fluid pressure necessary to balance the spring force can be selectively varied. The follower can be blocked from travel beyond selected locations by stops positioned on the valve housing and thus a plurality of desired pressure values can be reliably chosen. Fluid flow induced oscillations of the compact, easily installed valve are attenuated by a dashpot means which includes the dashpot plate with an aperture therethrough providing communication between the inlet chamber and the dampened flow region chamber.
    • 流体流量压力控制阀包括阀体,阀体具有由缓冲器板分隔成入口腔室和阻尼流动区域腔室。 隔膜用可调节的弹簧力感测腔室中的流体压力,其作用是平衡施加在隔膜另一侧上的流体压力。 通过随着随着静止螺纹轴轴向移动的随动件来改变弹簧力,可以选择性地改变平衡弹簧力所需的流体压力的量。 随动件可以通过位于阀壳体上的止动件阻止行驶超过选定位置,因此可以可靠地选择多个期望的压力值。 紧凑型易于安装的阀的流体流动引起的振荡被减震器装置衰减,该缓冲装置包括具有孔的缓冲器板,其提供入口室和阻尼流动区域室之间的连通。
    • 106. 发明授权
    • Coded fluid control system
    • 编码流体控制系统
    • US4549578A
    • 1985-10-29
    • US591733
    • 1984-03-21
    • David A. HibbsWynn P. RickeyPaul N. Stanton
    • David A. HibbsWynn P. RickeyPaul N. Stanton
    • F16K11/00E21B33/035F15B11/16F15B13/07G05D16/00F15B18/00
    • F15B13/07E21B33/0355Y10T137/8192Y10T137/86389
    • A fluid control system 10 and selector valve 24 for use therein, for controlling a plurality of fluid actuated elements 12, such as valve operators. The fluid actuated elements are controlled from an operating station 52, which is located remotely from the fluid actuated elements 12. Instructions regarding which of the fluid actuated elements 12 it is desired to operate are transmitted by coded signal from the operating station 52 to the selector valve 24, which is positioned proximate the fluid actuated elements 12. The coded signal is transmitted in binary form through a plurality of code input lines 30, each code input line carrying one binary digit of the code. Each of the fluid actuated elements 12 is represented by a corresponding binary code. In response to receiving the binary code corresponding to a given one of the fluid actuated elements 12, the selector valve 24 establishes a fluid circuit serving to introduce fluid pressure to or release pressure from that one of the fluid actuated elements 12, causing it to alter its condition. The present invention is especially well suited for use in the hydraulic control of a satellite well subsea production system.
    • 用于其中的流体控制系统10和选择阀24,用于控制多个流体致动元件12,例如阀门操作器。 流体致动元件由位于远离流体致动元件12的操作站52控制。关于要被操作的流体致动元件12中的哪一个的指令通过编码信号从操作站52传送到选择器 阀24位于流体致动元件12附近。编码信号以二进制形式通过多个代码输入线30传送,每条代码输入线承载代码的一个二进制数字。 每个流体致动元件12由相应的二进制代码表示。 响应于接收到对应于给定的一个流体致动元件12的二进制代码,选择阀24建立了一个流体回路,用于将流体压力引导到该流体致动元件12中的压力或从其中释放压力,使其改变 它的状况。 本发明特别适用于卫星井下水生产系统的液压控制。
    • 107. 发明授权
    • Transducer utilizing electrical and pneumatic signals
    • 传感器采用电气和气动信号
    • US4532951A
    • 1985-08-06
    • US479657
    • 1983-03-28
    • Raymond J. Fermanich
    • Raymond J. Fermanich
    • G01D5/42F15B5/00G05D16/00
    • F15B5/003Y10T137/2365
    • An electrical-pneumatic transducer includes a pneumatic relay in which the pressure of the air at the outlet varies in accordance with the back pressure of the air at a bleed nozzle in the relay. This back pressure is changed by the armature of a solenoid with the armature opposing the nozzle outlet and being urged toward the latter with a force responsive to a signal in the form of current flowing through the solenoid coil. The magnitude of the current is correlated with the magnitude of a variable condition. The force on the armature, which is a permanent magnet, is selectively set to calibrate the transducer by means of a second permanent magnet which is axially aligned with the armature and is adjustably movable toward and away from the latter.
    • 电气换能器包括气动继电器,其中出口处的空气压力根据继电器中的放气喷嘴处的空气的背压而变化。 这个背压由具有电枢与喷嘴出口相对的螺线管的电枢改变,并且以对流过电磁线圈的电流形式的信号作出响应的力而朝向后者。 电流的大小与可变条件的大小相关。 作为永磁体的电枢上的力被选择性地设置为通过与电枢轴向对准的第二永磁体校准换能器,并且可调节地朝向和远离电枢移动。
    • 108. 发明授权
    • Pressure sustaining apparatus
    • 压力维持装置
    • US4518316A
    • 1985-05-21
    • US527736
    • 1983-08-30
    • Mitsuyoshi Yokota
    • Mitsuyoshi Yokota
    • G05D16/00B60T17/02F04B49/06F04B49/00
    • B60T17/02F04B49/06Y10T307/779
    • A pressure sustaining apparatus which can be used for a braking force magnification apparatus for a vehicle includes a control circuit which energizes a DC motor and a vacuum pump or a compressor associated with the DC motor. When the absolute value of the gauge pressure generated by the pump or compressor reaches a predetermined threshold pressure, a sensor detects this condition and opens its contacts in response thereto. The contacts are connected to the control circuit which electrically energizes the DC motor for a predetermined length of time after the contacts of the sensor are opened. The predetermined length of time is determined by a time constant of a timer circuit included in the control circuit.
    • 可用于车辆的制动力放大装置的压力维持装置包括对直流电动机和真空泵或与直流电动机相关联的压缩机通电的控制电路。 当由泵或压缩机产生的表压的绝对值达到预定的阈值压力时,传感器检测到这种情况并响应于此打开其触点。 触点连接到控制电路,其在传感器的触点打开之后对DC电机进行电激励预定的时间长度。 预定的时间长度由包括在控制电路中的定时器电路的时间常数确定。
    • 109. 发明授权
    • Adjustably tiltable pneumatic device
    • 可调式倾斜气动装置
    • US4483358A
    • 1984-11-20
    • US175156
    • 1980-08-04
    • Richard C. Mott
    • Richard C. Mott
    • G01P5/17G05D16/00
    • G01P5/17Y10T137/0777Y10T137/2278
    • An apparatus is disclosed for adjusting an output pressure signal from a pneumatic device to a selected pressure for a given input pressure signal, the apparatus having a pneumatic device for receiving an input pressure signal and for providing an output pressure signal as a function of the input pressure signal, and a mounting apparatus for tiltably mounting the pneumatic device to a support to adjust the output pressure signal in response to selectively tilting the pneumatic device so that a given output pressure signal can be selected for a given input pressure signal.
    • 公开了一种用于将给定输入压力信号的气动装置的输出压力信号调整到选定压力的装置,该装置具有用于接收输入压力信号的气动装置,并提供作为输入的函数的输出压力信号 以及用于将气动装置可倾斜地安装到支撑件上以响应于选择性地倾斜气动装置来调节输出压力信号的安装装置,使得可以针对给定的输入压力信号选择给定的输出压力信号。
    • 110. 发明授权
    • Pressure regulating systems
    • 压力调节系统
    • US4436110A
    • 1984-03-13
    • US361752
    • 1982-03-25
    • Derk B. LeeuwmaMarius de Groot
    • Derk B. LeeuwmaMarius de Groot
    • F02D19/02F02D41/02G05D16/20G05D16/00
    • G05D16/2013F02D19/022F02D19/027F02D41/02F02M21/047Y02T10/32Y10T137/7761
    • A regulating system for regulating the pressure in a fluid flow line particularly an L.P.G. supply line to the carburation system of an internal combustion engine comprises a regulating device connected in the flow line for varying the fluid flow rate along the line and an electro-fluid control loop comprising a feed-back line connected to the flow line to provide a feed-back pressure related to the pressure in the flow line and a control arrangement in which the feed-back pressure is compared with a reference pressure to provide an electrical output signal for controlling the regulating device in the sense to maintain a predetermined relationship between the feed-back pressure and the reference pressure.The control arrangement has a pair of control chambers, each control chamber being divided into sub-chambers by a flexible diaphragm and the feed-back pressure being connected to act in one sub-chamber and the reference pressure being connected to act in the other sub-chamber. A diaphragm position senser is associated with each control chamber and comprises an electric senser having a senser coil whose electrical output is representative of the distance of the diaphragm from it, the arrangement being such that a variation in the feed-back pressure in relation to the reference pressure causes the diaphragms to move in opposite directions relatively to their associated senser coils. Comparator means are provided for comparing the electrical outputs from the sensor coils to provide an output for controlling said regulating device.
    • 用于调节流体流动管线,特别是L.P.G.中的压力的​​调节系统。 内燃机的渗碳系统的供应管线包括连接在流动管线中用于改变沿着管线的流体流速的调节装置和电流体控制回路,其包括连接到流动管线的反馈管线, 与流线中的压力有关的反馈压力以及将反馈压力与参考压力进行比较的控制装置,以提供用于控制调节装置的电输出信号,以保持调节装置之间的预定关系 反馈压力和参考压力。 控制装置具有一对控制室,每个控制室通过柔性隔膜被分成子室,并且反馈压力被连接以作用在一个子室中,并且参考压力被连接以作用于另一个子室 -chamber。 隔膜位置传感器与每个控制室相关联,并且包括具有传感器线圈的电传感器,其电输出代表隔膜与其的距离,该布置使得反馈压力相对于 参考压力使得隔膜相对于它们相关联的传感器线圈在相反的方向上移动。 提供比较器装置用于比较来自传感器线圈的电输出,以提供用于控制所述调节装置的输出。