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    • 3. 发明授权
    • Helical choke for brake valves
    • 制动阀螺旋式扼流圈
    • US06565063B1
    • 2003-05-20
    • US10051120
    • 2002-01-22
    • Ronald O. NewtonWilliam B. McCurdy, Jr.
    • Ronald O. NewtonWilliam B. McCurdy, Jr.
    • F16K4712
    • F16K47/12B60T17/04
    • A choke for a brake control valve coming within the physical space limitation by forming a helical choke path. The choke includes a body having a passage and a plug in a passage. The helical path is created between and defined by the passage and the plug to form the choke. The length the passage is less an inch and the length of the plug is less than 0.25 inches. The body includes the first portion having an external thread and a stem portion. A filter is mounted on the stem portion. The first portion is mounted in a threaded opening in a first wall of the valve. The filter extends into an opening in a second wall of the valve and a cap mounted in the second opening contacts the filter and holds it secure on the stem.
    • 制动控制阀的扼流圈通过形成螺旋扼流路径进入物理空间限制内。 扼流器包括具有通道的主体和通道中的插头。 螺旋路径在通道和插塞之间产生并限定,以形成扼流圈。 通道的长度不到一英寸,插头的长度小于0.25英寸。 主体包括具有外螺纹和杆部的第一部分。 过滤器安装在杆部分上。 第一部分安装在阀的第一壁中的螺纹开口中。 过滤器延伸到阀的第二壁中的开口中,并且安装在第二开口中的帽接触过滤器并将其固定在阀杆上。
    • 4. 发明授权
    • Electropneumatic brake valve with release and running modes
    • 具有释放和运行模式的电动气动制动阀
    • US06238010B1
    • 2001-05-29
    • US09571853
    • 2000-05-16
    • Wayne H. BarberJohn W. LaducSteven R. NewtonRonald O. Newton
    • Wayne H. BarberJohn W. LaducSteven R. NewtonRonald O. Newton
    • B60T1706
    • B60T13/665
    • An electropneumatic brake controller of the present invention including a main reservoir, pneumatic brake pipe relay and first and second restrictions connected in series with the main reservoir, the brake pipe relay and brake pipe and first electropneumatic valve connected in parallel to the second restriction. The second restriction is smaller than the first restriction. The first electropneumatic valve is responsive to an electric release signal to cut out the second restriction. When the two restrictions are in series, this is the running mode whereas when the second restriction is cut out, this is the release mode. A control unit controls the electropneumatic valves to produce an overcharge cycle in response to a release brake signal. This cycle includes overcharging the brake pipe, holding the overcharged condition for a fixed period of time and bleeding to a normal release brake pipe pressure.
    • 本发明的电动气动制动控制装置,其特征在于,包括主油箱,气动制动管路继电器以及与主油箱串联连接的第一和第二限制,制动管路继电器和制动管以及与第二限制并联连接的第一电动气动阀。 第二限制小于第一限制。 第一电动气动阀对电释放信号作出响应以切断第二限制。 当两个限制串联时,这是运行模式,而当第二个限制被删除时,这是释放模式。 控制单元响应于释放制动信号控制电动气动阀产生过充电循环。 该循环包括对制动管进行过充电,将过充电状态保持一段固定的时间,并使其流出正常的释放制动管压力。
    • 5. 发明授权
    • Vent valve for electropneumatic brake control valve
    • 电动气动制动控制阀排气阀
    • US06318812B1
    • 2001-11-20
    • US09661638
    • 2000-09-13
    • Ronald O. NewtonSteven R. Newton
    • Ronald O. NewtonSteven R. Newton
    • B60T1134
    • B60T15/42B60T13/665
    • A vent valve made from a standard emergency brake valve portion. It includes an emergency portion body with an interface to be mated with the emergency portion interface of the pipe bracket. The body includes a casting with at least one cover and the casting including all the cast cavities and passages for an emergency portion. A vent valve selectively connects a first brake pipe port to a vent port on the body, A vent piston controls the vent valve and a discharge valve pneumatically controls the vent piston. An emergency piston is responsive to brake pipe pressure for controlling the discharge valve. The body does not include at least one of an in shot valve and an accelerated application valve.
    • 由标准紧急制动阀部分制成的排气阀。 它包括具有与管支架的紧急部分接口配合的接口的紧急部分主体。 主体包括具有至少一个盖的铸件,并且铸件包括用于紧急部分的所有铸造腔和通道。 排气阀选择性地将第一制动管道端口连接到主体上的通风口,通风活塞控制排放阀,排气阀气动地控制排气活塞。 紧急活塞响应制动管压力来控制排出阀。 主体不包括打入阀和加速施加阀中的至少一个。
    • 6. 发明授权
    • Electropneumatic brake valve with release and running modes
    • 具有释放和运行模式的电动气动制动阀
    • US6126245A
    • 2000-10-03
    • US980819
    • 1997-12-01
    • Wayne H. BarberJohn W. LaducSteven R. NewtonRonald O. Newton
    • Wayne H. BarberJohn W. LaducSteven R. NewtonRonald O. Newton
    • B60T13/66B60T8/02
    • B60T13/665
    • An electropneumatic brake controller of the present invention including a main reservoir, pneumatic brake pipe relay and first and second restrictions connected in series with the main reservoir, the brake pipe relay and brake pipe and first electropneumatic valve connected in parallel to the second restriction. The second restriction is smaller than the first restriction. The first electropneumatic valve is responsive to an electric release signal to cut out the second restriction. When the two restrictions are in series, this is the running mode whereas when the second restriction is cut out, this is the release mode. A control unit controls the electropneumatic valves to produce an overcharge cycle in response to a release brake signal. This cycle includes overcharging the brake pipe, holding the overcharged condition for a fixed period of time and bleeding to a normal release brake pipe pressure.
    • 本发明的电动气动制动控制装置,其特征在于,包括主油箱,气动制动管路继电器以及与主油箱串联连接的第一和第二限制,制动管路继电器和制动管以及与第二限制并联连接的第一电动气动阀。 第二限制小于第一限制。 第一电动气动阀对电释放信号作出响应以切断第二限制。 当两个限制串联时,这是运行模式,而当第二个限制被删除时,这是释放模式。 控制单元响应于释放制动信号控制电动气动阀产生过充电循环。 该循环包括对制动管进行过充电,将过充电状态保持一段固定的时间,并使其流出正常的释放制动管压力。
    • 7. 发明授权
    • Computer controlled railway brake equipment
    • 电脑控制铁路刹车设备
    • US5172316A
    • 1992-12-15
    • US447816
    • 1989-12-08
    • Kevin B. RootJohn J. Allen, Jr.Ronald O. Newton
    • Kevin B. RootJohn J. Allen, Jr.Ronald O. Newton
    • B60T13/66B60T17/22
    • B60T17/228B60T13/665
    • A computerized locomotive control system receiving as inputs electrical signals representing automatic and independent braking control signals and a computer for determining, from said input signals, electrical signals representing desired equalization reservoir pressure, desired independent application and release pressure and desired actuating pressure. Electro-pneumatic valves controls the pressure in the equalization reservoir, on the independent application and release pipe and as the actuating pipe in response to the desired pressure signals. An electro-pneumatic valve for the control reservoir of the locomotive brake is controlled by the computer in response to pipe pressures. The computer provides penalties and interlocks electrically.
    • 一种计算机化的机车控制系统,其接收表示自动和独立的制动控制信号的电信号,以及计算机,用于根据所述输入信号确定表示期望的均衡储层压力,期望的独立应用和释放压力以及期望的致动压力的电信号。 电动气动阀根据所需的压力信号控制均压罐中的压力,独立应用和释放管以及作为致动管的压力。 用于机车制动器的控制容器的电动气动阀由计算机响应于管道压力来控制。 计算机电气提供惩罚和互锁。
    • 8. 发明授权
    • Computer controlled railway brake equipment
    • 电脑控制铁路刹车设备
    • US5412572A
    • 1995-05-02
    • US204450
    • 1994-02-07
    • Kevin B. RootJohn J. Allen, Jr.Ronald O. Newton
    • Kevin B. RootJohn J. Allen, Jr.Ronald O. Newton
    • B60T13/66B60T17/22B60T13/68
    • B60T17/228B60T13/665
    • A computerized locomotive control system receiving as inputs electrical signals representing automatic and independent braking control signals and a computer for determining, from said input signals, electrical signals representing desired equalization reservoir pressure, desired independent application and release pressure and desired actuating pressure. Electro-pneumatic valves controls the pressure in the equalization reservoir, on the independent application and release pipe and as the actuating pipe in response to the desired pressure signals. A electro-pneumatic valve for the control reservoir of the locomotive brake is controlled by the computer in response to pipe pressures. The computer provides penalties and interlocks electrically.
    • 一种计算机化的机车控制系统,其接收表示自动和独立的制动控制信号的电信号,以及计算机,用于根据所述输入信号确定表示期望的均衡储层压力,期望的独立应用和释放压力以及期望的致动压力的电信号。 电动气动阀根据所需的压力信号控制均压罐中的压力,独立应用和释放管以及作为致动管的压力。 用于机车制动器的控制容器的电动气动阀由计算机响应于管道压力来控制。 计算机电气提供惩罚和互锁。
    • 9. 发明授权
    • Single handle locomotive controller
    • 单把机车控制器
    • US5303157A
    • 1994-04-12
    • US101266
    • 1993-06-23
    • Kevin B. RootJohn J. AllenRonald O. Newton
    • Kevin B. RootJohn J. AllenRonald O. Newton
    • B60T13/66B60T13/74
    • B60T13/665
    • A locomotive control system having a single handle movable between a maximum propulsion position, through diminishing propulsion positions, through a release/idle position, through increasing braking positions, through a full service brake position to an emergency brake position. The control system receives position signals from the handle and generates propulsion, dynamic braking and fluid braking control signals as a function of the position signals. For any braking position of the handle, the control system first applies or removes dynamic braking and then provides fluid braking depending upon the position of the handle, the type of train brakes and whether the dynamic braking has maximized or is zero.
    • 一种机车控制系统,其具有可在最大推进位置之间移动的单个手柄,通过减小的推进位置,通过增加制动位置,通过释放/空转位置,通过全行驶制动位置到紧急制动位置。 控制系统从手柄接收位置信号,并产生作为位置信号的函数的推进,动态制动和流体制动控制信号。 对于手柄的任何制动位置,控制系统首先施加或去除动态制动,然后根据手柄的位置,列车制动器的类型以及动态制动是否已经达到最大或为零来提供流体制动。
    • 10. 发明授权
    • Computer controlled railway brake equipment
    • 电脑控制铁路刹车设备
    • US5249125A
    • 1993-09-28
    • US984091
    • 1992-12-01
    • Kevin B. RootJohn J. Allen, Jr.Ronald O. Newton
    • Kevin B. RootJohn J. Allen, Jr.Ronald O. Newton
    • B60T13/66B60T17/22
    • B60T13/665B60T17/228
    • A computerized locomotive control system receiving as inputs electrical signals representing automatic and independent braking control signals and a computer for determining, from said input signals, electrical signals representing desired equalization reservoir pressure, desired independent application and release pressure and desired actuating pressure. Electro-pneumatic valves controls the pressure in the equalization reservoir, on the independent application and release pipe and as the actuating pipe in response to the desired pressure signals. A electro-pneumatic valve for the control reservoir of the locomotive brake is controlled by the computer in response to pipe pressures. The computer provides penalties and interlocks electrically.
    • 一种计算机化的机车控制系统,其接收表示自动和独立的制动控制信号的电信号,以及计算机,用于根据所述输入信号确定表示期望的均衡储层压力,期望的独立应用和释放压力以及期望的致动压力的电信号。 电动气动阀根据所需的压力信号控制均压罐中的压力,独立应用和释放管以及作为致动管的压力。 用于机车制动器的控制容器的电动气动阀由计算机响应于管道压力来控制。 计算机电气提供惩罚和互锁。