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    • 1. 发明申请
    • SYSTEM AND METHOD FOR ADAPTIVE BRAKE APPLICATION AND INITIAL SKID DETECTION
    • 自适应制动系统和方法及初步检测
    • US20080221768A1
    • 2008-09-11
    • US12119673
    • 2008-05-13
    • Bijan SalamatRobert D. Cook
    • Bijan SalamatRobert D. Cook
    • G06F17/00B60T8/66
    • B60T8/1703B60T8/17616B60T8/325B60T13/662B60T2210/13
    • The adaptive brake application and initial skid detection system allows rapid brake application and prevents deep initial skids. Brake pressure is compared with a predetermined threshold brake pressure. Wheel velocity error signals are also generated to indicated the difference between the wheel velocity and a reference velocity signal. A pressure bias modulator integrator responsive to brake pressure signals adjusts the wheel velocity error signals to provide an anti-skid control signal. The pressure bias modulator integrator can also be initialized to the value of the measured brake pressure when the wheel velocity error signals indicate the beginning of a skid. Brake pressure difference signals are generated to indicate the difference between brake pressure and a commanded brake pressure, and an adjusted brake pressure error signal is generated in response to the brake pressure difference signals.
    • 自适应制动应用和初始滑移检测系统允许快速制动应用,并防止深度初始滑行。 将制动压力与预定的阈值制动压力进行比较。 还产生车轮速度误差信号,以指示车轮速度与基准速度信号之间的差值。 响应于制动压力信号的压力偏置调制器积分器调节车轮速度误差信号以提供防滑控制信号。 当车轮速度误差信号表示滑轨的开始时,压力调节器积分器也可以初始化为测量的制动压力的值。 产生制动压力差信号以指示制动压力和指令的制动压力之间的差异,并且响应于制动压力差信号而产生调节的制动压力误差信号。
    • 2. 发明授权
    • System and method for adaptive brake application and initial skid detection
    • 用于自适应制动应用和初步滑移检测的系统和方法
    • US07128377B2
    • 2006-10-31
    • US11151851
    • 2005-06-13
    • Bijan SalamatRobert D. Cook
    • Bijan SalamatRobert D. Cook
    • B60T8/24B60T8/86
    • B60T8/1703B60T8/17616B60T8/325B60T13/662B60T2210/13
    • The adaptive brake application and initial skid detection system allows rapid brake application and prevents deep initial skids. Brake pressure is compared with a predetermined threshold brake pressure. Wheel velocity error signals are also generated to mediated/indicate the difference between the wheel velocity and a reference velocity signal. A pressure bias modulator integrator responsive to brake pressure signals adjusts the wheel velocity error signals to provide an anti-skid control signal. The pressure bias modulator integrator can also be initialized to the value of the measured brake pressure when the wheel velocity error signals indicate the beginning of a skid. Brake pressure difference signals are generated to indicate the difference between brake pressure and a commanded brake pressure, and an adjusted brake pressure error signal is generated in response to the brake pressure difference signals.
    • 自适应制动应用和初始滑移检测系统允许快速制动应用,并防止深度初始滑行。 将制动压力与预定的阈值制动压力进行比较。 还产生车轮速度误差信号以介导/指示车轮速度和参考速度信号之间的差异。 响应于制动压力信号的压力偏置调制器积分器调节车轮速度误差信号以提供防滑控制信号。 当车轮速度误差信号表示滑轨的开始时,压力调节器积分器也可以初始化为测量的制动压力的值。 产生制动压力差信号以指示制动压力和指令的制动压力之间的差异,并且响应于制动压力差信号而产生调节的制动压力误差信号。
    • 4. 发明授权
    • System and method for adaptive brake application and initial skid detection
    • 用于自适应制动应用和初步滑移检测的系统和方法
    • US06345872B2
    • 2002-02-12
    • US09887581
    • 2001-06-21
    • Bijan SalamatRobert D. Cook
    • Bijan SalamatRobert D. Cook
    • B60T1366
    • B60T8/1703B60T8/17616B60T8/325B60T13/662B60T2210/13
    • The adaptive brake application and initial skid detection system allows rapid brake application and prevents deep initial skids. Brake pressure is compared with a predetermined threshold brake pressure. Wheel velocity error signals are also generated to indicated the difference between the wheel velocity and a reference velocity signal. A pressure bias modulator integrator responsive to brake pressure signals adjusts the wheel velocity error signals to provide an anti-skid control signal. The pressure bias modulator integrator can also be initialized to the value of the measured brake pressure when the wheel velocity error signals indicate the beginning of a skid. Brake pressure difference signals are generated to indicate the difference between brake pressure and a commanded brake pressure, and an adjusted brake pressure error signal is generated in response to the brake pressure difference signals.
    • 自适应制动应用和初始滑移检测系统允许快速制动应用,并防止深度初始滑行。 将制动压力与预定的阈值制动压力进行比较。 还产生车轮速度误差信号,以指示车轮速度与基准速度信号之间的差值。 响应于制动压力信号的压力偏置调制器积分器调节车轮速度误差信号以提供防滑控制信号。 当车轮速度误差信号表示滑轨的开始时,压力调节器积分器也可以初始化为测量的制动压力的值。 产生制动压力差信号以指示制动压力和指令的制动压力之间的差异,并且响应于制动压力差信号而产生调节的制动压力误差信号。
    • 5. 发明授权
    • Monitor for uncommanded braking
    • 监视未命令制动
    • US6134956A
    • 2000-10-24
    • US310636
    • 1999-05-12
    • Bijan SalamatRobert D. CookRaymond Kwong
    • Bijan SalamatRobert D. CookRaymond Kwong
    • B60T8/88B60T7/12B60T8/17B60T17/22B64C25/44B60Q1/00G01L5/28
    • B60T17/221B60T7/12B60T8/1703
    • The monitor for uncommanded braking controls uncommanded brake application on one or more wheels during takeoff of an aircraft. Brake pedal application is determined, brake pressure is measured, and brake pressure is compared with a selected threshold brake pressure. A brake pressure applied signal is generated when the brake pressure exceeds the threshold brake pressure. The pedal application signal and brake pressure applied signal are received by a fault latch logic circuit that generates a fault latch output signal when uncommanded braking has occurred. A test inhibit signal is also generated when weight is not applied on the wheel. The test inhibit signal is also input to the fault latch logic circuit so that uncommanded braking can occur when the aircraft is in the air and weight is off the wheel. The monitor disables or latches off the shutoff valve when pressure is detected without pedal application. A fail-safe feature re-enables the shutoff valve to allow it to turn on, and monitoring is stopped, when pedal application is detected.
    • 用于非命令制动的监视器控制在飞机起飞期间在一个或多个车轮上的非命令制动器应用。 确定制动踏板应用,测量制动压力,并将制动压力与选定的制动压力进行比较。 当制动压力超过阈值制动压力时,产生制动压力施加信号。 踏板应用信号和制动压力施加信号由故障锁存逻辑电路接收,当发生非命令制动时产生故障锁存输出信号。 当车轮上未施加重量时也会产生测试禁止信号。 测试禁止信号也被输入到故障锁存逻辑电路,使得当飞机处于空气中并且重量离开车轮时可能发生非命令制动。 在没有踏板应用的情况下检测到压力时,显示屏将禁用或锁定关闭阀。 当检测到踏板应用时,故障保护功能可重新启用截止阀使其打开,监视停止。
    • 10. 发明授权
    • Slurry electrowinning apparatus
    • 泥浆电解提取装置
    • US4282082A
    • 1981-08-04
    • US116507
    • 1980-01-29
    • Robert D. CookRobert C. Emmett, Jr.Bruce C. WojcikFrank A. Baczek
    • Robert D. CookRobert C. Emmett, Jr.Bruce C. WojcikFrank A. Baczek
    • C25C1/12C25C7/00C25C7/02C25D21/10
    • C25C7/00C25C1/12C25C7/02
    • A slurry electrowinning apparatus includes a tank (10) in which are mounted alternating, spaced-apart anode (18) and cathode (20) electrodes. An inlet opening (60) is formed in a side of the tank (10) for introducing a copper-bearing electrolyte to the tank (10). An overflow opening (76) is also formed in a side of the tank (10) such that a solution level (62) is maintained in the tank (10) which is above the inlet opening (60). Baffles (64) are mounted within the tank (10) for evenly distributing the slurry within the tank (10) between the anodes (18) and cathodes (20). Both the anodes (18) and the cathodes (20) are supported within the tank (10) by electrode guides (22) such that a high pressure contact between the electrodes (18, 20) and the main electrical bussing (78) is provided.
    • 浆液电解提取装置包括其中安装有交替的间隔开的阳极(18)和阴极(20)电极的罐(10)。 入口开口(60)形成在罐(10)的一侧,用于将含铜电解质引入罐(10)。 在罐(10)的一侧还形成溢流开口(76),使得溶液液位(62)保持在位于入口开口(60)上方的罐(10)中。 挡板(64)安装在罐(10)内,用于将淤浆均匀地分布在阳极(18)和阴极(20)之间的罐(10)内。 阳极(18)和阴极(20)都通过电极引导件(22)支撑在罐(10)内,使得提供电极(18,20)和主电气总线(78)之间的高压接触 。