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    • 1. 发明申请
    • Last Car Breakaway Protection System
    • 最后的汽车分离保护系统
    • US20090218879A1
    • 2009-09-03
    • US11913747
    • 2006-02-03
    • James R. TruglioBryan McLaughlinLawrence E. VaughnVincent S. Guarrera, JR.Eric Wright
    • James R. TruglioBryan McLaughlinLawrence E. VaughnVincent S. Guarrera, JR.Eric Wright
    • B60T13/00
    • B60T13/665B60T17/18B60T17/228
    • A train including a brake pipe (14) and an electrical train line (50) extending from at least one locomotive through at least first and second cars which are adjacent to each other, the first and second cars each include a brake cylinder, reservoir and a brake valve The first car includes an electro-pneumatic brake valve which is responsive to electric signals on the train line to produce a first car pneumatic apply brake signal from the first reservoir and release brake signal for the first brake cylinder and the brake signal pipe (33) The first car also includes a first valve (31) to transmit the first brake signals to the brake signal pipe and to isolate the connection to the brake signal pipe for a breakaway at one of the cars The second car includes a pneumatic brake control valve which is responsive to the first car pneumatic brake signals on the brake signal pipe and brake pipe pressure m the brake pipe to produce a second car pneumatic apply and release brake signals for the second brake cylinder corresponding to the first apply and release brake signals The pneumatic brake control valve also produces a second car pneumatic apply brake signal from the second reservoir for an emergency pressure in the brake pipe and no brake signal on the brake signal pipe.
    • 包括制动管(14)和从至少一个机车通过彼此相邻的至少第一和第二轿厢延伸的电气系列(50)的列车,所述第一和第二轿厢各自包括制动缸,储存器和 制动阀第一辆汽车包括电动气动制动阀,其响应于列车线路上的电信号,以从第一储存器产生第一汽车气动施加制动信号,并释放用于第一制动缸和制动信号管的释放制动信号 (33)第一辆车还包括第一阀(31),用于将第一制动信号传递到制动信号管,并且隔离与制动信号管的连接以在一辆汽车上脱离。第二车包括气动制动器 响应于制动信号管上的第一汽车气动制动信号的控制阀和制动管中的制动管压力,以产生第二汽车气动施加和释放制动信号 对应于第一施加释放制动信号的制动缸气动制动控制阀还产生来自第二储存器的第二汽车气动施加制动信号,用于制动管中的紧急压力,并且在制动信号管上不产生制动信号。
    • 2. 发明授权
    • Last car breakaway protection system
    • 最后一辆车分离保护系统
    • US07631949B2
    • 2009-12-15
    • US11913747
    • 2006-02-03
    • James R. TruglioBryan McLaughlinLawrence E. VaughnVincent S. Guarrera, Jr.Eric Wright
    • James R. TruglioBryan McLaughlinLawrence E. VaughnVincent S. Guarrera, Jr.Eric Wright
    • B60T13/74
    • B60T13/665B60T17/18B60T17/228
    • A train including a brake pipe (14) and an electrical train line (50) extending from at least one locomotive through at least first and second cars which are adjacent to each other, the first and second cars each include a brake cylinder, reservoir and a brake valve The first car includes an electro-pneumatic brake valve which is responsive to electric signals on the train line to produce a first car pneumatic apply brake signal from the first reservoir and release brake signal for the first brake cylinder and the brake signal pipe (33) The first car also includes a first valve (31) to transmit the first brake signals to the brake signal pipe and to isolate the connection to the brake signal pipe for a breakaway at one of the cars The second car includes a pneumatic brake control valve which is responsive to the first car pneumatic brake signals on the brake signal pipe and brake pipe pressure m the brake pipe to produce a second car pneumatic apply and release brake signals for the second brake cylinder corresponding to the first apply and release brake signals The pneumatic brake control valve also produces a second car pneumatic apply brake signal from the second reservoir for an emergency pressure in the brake pipe and no brake signal on the brake signal pipe.
    • 包括制动管(14)和从至少一个机车通过彼此相邻的至少第一和第二轿厢延伸的电气系列(50)的列车,所述第一和第二轿厢各自包括制动缸,储存器和 制动阀第一辆汽车包括电动气动制动阀,其响应于列车线路上的电信号,以从第一储存器产生第一汽车气动施加制动信号,并释放用于第一制动缸和制动信号管的释放制动信号 (33)第一辆车还包括第一阀(31),用于将第一制动信号传递到制动信号管,并且隔离与制动信号管的连接以在一辆汽车上脱离。第二车包括气动制动器 响应于制动信号管上的第一汽车气动制动信号的控制阀和制动管中的制动管压力,以产生第二汽车气动施加和释放制动信号 对应于第一施加释放制动信号的制动缸气动制动控制阀还产生来自第二储存器的第二汽车气动施加制动信号,用于制动管中的紧急压力,并且在制动信号管上不产生制动信号。
    • 3. 发明授权
    • Relay configuration for an electro-pneumatic train
    • 电动气动列车的继电器配置
    • US07350878B2
    • 2008-04-01
    • US11020120
    • 2004-12-27
    • Bryan McLaughlinJames R. TruglioEric Wright
    • Bryan McLaughlinJames R. TruglioEric Wright
    • B60T13/74
    • B60T13/683B60T15/021
    • A relay valve configuration which can be used with various cars in an electropneumatic train and under the control of one of the electropneumatic brake control valves. The improved brake control valve includes a relay valve mounted at an interface of the manifold. The valve has a source inlet connected to the reservoir interface port, an inlet connected to atmosphere, an outlet connected to the brake cylinder interface port and a control inlet connected to the exhaust interface port. The valve is responsive to the control inlet connected to the exhaust interface port to selectively connect the brake cylinder interface port either to the reservoir interface port or atmosphere. The exhaust interface port may be the retainer port. A check valve/choke is also mounted on the manifold of the interface and is in the same housing as the relay valve.
    • 一种中继阀结构,可与电动气动列车中的各种车辆一起使用,并在一个电动气动制动控制阀的控制下。 改进的制动控制阀包括安装在歧管的接口处的中继阀。 阀具有连接到储存器接口端口的源入口,连接到大气的入口,连接到制动缸接口端口的出口和连接到排气接口端口的控制入口。 阀响应于连接到排气接口端口的控制入口,以选择性地将制动缸接口端口连接到储存器接口端口或大气。 排气接口端口可以是保持器端口。 止回阀/扼流圈也安装在接口的歧管上,与继电阀在同一个外壳中。
    • 4. 发明授权
    • Relay configuration for an electro-pneumatic train
    • 电动气动列车的继电器配置
    • US07367634B2
    • 2008-05-06
    • US11676797
    • 2007-02-20
    • Bryan McLaughlinJames R. TruglioEric Wright
    • Bryan McLaughlinJames R. TruglioEric Wright
    • B60T17/06
    • B60T13/683B60T15/021
    • A relay valve configuration which can be used with various cars in an electropneumatic train and under the control of one of the electropneumatic brake control valves. The improved brake control valve includes a relay valve mounted at an interface of the manifold. The valve has a source inlet connected to the reservoir interface port, an inlet connected to atmosphere, an outlet connected to the brake cylinder interface port and a control inlet connected to the exhaust interface port. The valve is responsive to the control inlet connected to the exhaust interface port to selectively connect the brake cylinder interface port either to the reservoir interface port or atmosphere. The exhaust interface port in AAR is known as the retainer port. A check valve/choke is also mounted on the manifold of the interface and is in the same housing as the relay valve.
    • 一种中继阀结构,可与电动气动列车中的各种车辆一起使用,并在一个电动气动制动控制阀的控制下。 改进的制动控制阀包括安装在歧管的接口处的中继阀。 阀具有连接到储存器接口端口的源入口,连接到大气的入口,连接到制动缸接口端口的出口和连接到排气接口端口的控制入口。 阀响应于连接到排气接口端口的控制入口,以选择性地将制动缸接口端口连接到储存器接口端口或大气。 AAR中的排气接口端口称为保持器端口。 止回阀/扼流圈也安装在接口的歧管上,与继电阀在同一个外壳中。
    • 5. 发明申请
    • Relay Configuration for an Electro-Pneumatic Train
    • 电动列车的继电器配置
    • US20070159000A1
    • 2007-07-12
    • US11676797
    • 2007-02-20
    • Bryan McLaughlinJames TruglioEric Wright
    • Bryan McLaughlinJames TruglioEric Wright
    • B60T11/26
    • B60T13/683B60T15/021
    • A relay valve configuration which can be used with various cars in an electropneumatic train and under the control of one of the electropneumatic brake control valves. The improved brake control valve includes a relay valve mounted at an interface of the manifold. The valve has a source inlet connected to the reservoir interface port, an inlet connected to atmosphere, an outlet connected to the brake cylinder interface port and a control inlet connected to the exhaust interface port. The valve is responsive to the control inlet connected to the exhaust interface port to selectively connect the brake cylinder interface port either to the reservoir interface port or atmosphere. The exhaust interface port in AAR is known as the retainer port. A check valve/choke is also mounted on the manifold of the interface and is in the same housing as the relay valve.
    • 一种中继阀结构,可与电动气动列车中的各种车辆一起使用,并在一个电动气动制动控制阀的控制下。 改进的制动控制阀包括安装在歧管的接口处的中继阀。 阀具有连接到储存器接口端口的源入口,连接到大气的入口,连接到制动缸接口端口的出口和连接到排气接口端口的控制入口。 阀响应于连接到排气接口端口的控制入口,以选择性地将制动缸接口端口连接到储存器接口端口或大气。 AAR中的排气接口端口称为保持器端口。 止回阀/扼流圈也安装在接口的歧管上,与继电阀在同一个外壳中。
    • 6. 发明申请
    • Relay configuration for an electro-pneumatic train
    • 电动气动列车的继电器配置
    • US20060138856A1
    • 2006-06-29
    • US11020120
    • 2004-12-27
    • Bryan McLaughlinJames TruglioEric Wright
    • Bryan McLaughlinJames TruglioEric Wright
    • B60T13/74
    • B60T13/683B60T15/021
    • A relay valve configuration which can be used with various cars in an electropneumatic train and under the control of one of the electropneumatic brake control valves. The improved brake control valve includes a relay valve mounted at an interface of the manifold. The valve has a source inlet connected to the reservoir interface port, an inlet connected to atmosphere, an outlet connected to the brake cylinder interface port and a control inlet connected to the exhaust interface port. The valve is responsive to the control inlet connected to the exhaust interface port to selectively connect the brake cylinder interface port either to the reservoir interface port or atmosphere. The exhaust interface port in AAR is known as the retainer port. A check valve/choke is also mounted on the manifold of the interface and is in the same housing as the relay valve.
    • 一种中继阀结构,可与电动气动列车中的各种车辆一起使用,并在一个电动气动制动控制阀的控制下。 改进的制动控制阀包括安装在歧管的接口处的中继阀。 阀具有连接到储存器接口端口的源入口,连接到大气的入口,连接到制动缸接口端口的出口和连接到排气接口端口的控制入口。 阀响应于连接到排气接口端口的控制入口,以选择性地将制动缸接口端口连接到储存器接口端口或大气。 AAR中的排气接口端口称为保持器端口。 止回阀/扼流圈也安装在接口的歧管上,与继电阀在同一个外壳中。