会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Anti-lock brake system with traction slip control
    • 防抱死制动系统牵引滑动控制
    • US4840436A
    • 1989-06-20
    • US112310
    • 1987-10-22
    • Jochen BurgdorfHans-Dieter ReinartzLutz WeiseNorbert OcvirkHorst P. BeckerOtto Determann
    • Jochen BurgdorfHans-Dieter ReinartzLutz WeiseNorbert OcvirkHorst P. BeckerOtto Determann
    • B60T8/44B60T8/48
    • B60T8/4827B60T8/445Y10S303/901
    • An anti-lock brake system with traction slip control includes a pedal-actuated, auxiliary-force-assisted braking pressure generator having a master cylinder to which the wheel brakes are connected by main brake lines, auxiliary-pressure hydraulic pumps, wheel sensors and electronic circuits for determining the wheel rotational behavior and for generating electric braking-pressure control signals which, for the purpose of brake slip control, serve to control electromagnetically actuatable pressure-fluid inlet valves and outlet valves provided in the pressure-fluid lines. Pistons of the master cylinder include central control valves which, in the brake's release position, open pressure-fluid connections between the pressure-fluid supply reservior and the pressure chambers and which, in the braking position, close the pressure-fluid connections. The brake lines communicate through supply lines with the pumps. Valves are provided in the pressure-fluid lines connecting the master cylinder to the pressure-fluid supply reservoir and prevent return flow of the pressure fluid out of the pressure chambers of the master cylinder when traction slip control is performed.
    • 具有牵引滑动控制的防抱死制动系统包括踏板致动的辅助力辅助制动压力发生器,其具有主缸,主制动器通过主制动管线连接到主缸,辅助压力液压泵,车轮传感器和电子 用于确定车轮旋转行为和用于产生用于制动器滑移控制的目的的电动制动 - 压力控制信号的电路用于控制设置在压力 - 流体管线中的电磁致动压力流体入口阀和出口阀。 主缸的活塞包括中央控制阀,其在制动器的释放位置中,在压力流体供应储存器和压力室之间打开压力 - 流体连接,并且在制动位置关闭压力 - 流体连接。 制动管路通过供油管路与泵连通。 在将主缸连接到压力 - 流体供应容器的压力 - 流体管路中设置有阀,并且当执行牵引滑动控制时,防止压力流体从主缸的压力室返回流动。
    • 3. 发明授权
    • Hydraulic brake system for automotive vehicles
    • 汽车液压制动系统
    • US4803840A
    • 1989-02-14
    • US6685
    • 1987-01-23
    • Wolfram SeibertNorbert OcvirkGuenter TrachOtto DetermannHorst P. Becker
    • Wolfram SeibertNorbert OcvirkGuenter TrachOtto DetermannHorst P. Becker
    • B60T8/48B60T8/1761B60T8/40B60T8/44F15B7/00
    • B60T8/4036B60T8/4054B60T8/445Y10S303/04
    • A hydraulic brake system is described including a tandem master cylinder whose working chambers are connected by separate brake lines to pressure control valves of a brake slip control apparatus, having the wheel brakes connected downstream of the control valves. A pump unit including a pump communicates with the brake lines through pressure lines and non-return valves. Upon activation of the brake slip control apparatus, the drive of the pump is activated whereupon the pump feeds pressure fluid by way of the non-return valves into the brake line and the working chamber of the master cylinder. The fluid is under a pressure which is in excess of the maximum braking pressure attainable by actuation of the tandem master cylinder. For the purpose of pressure control, the tandem master cylinder includes central valves designed as control valves, by virtue of which the pressure in the working chambers is kept at the pressure level predetermined by an actuating force at the brake pedal.
    • 描述了一种液压制动系统,其包括串联主缸,其工作室通过分开的制动管线连接到制动器滑移控制装置的压力控制阀,其具有连接在控制阀下游的车轮制动器。 包括泵的泵单元通过压力线和止回阀与制动管路连通。 在启动制动器滑移控制装置时,泵的驱动被激活,于是泵将压力流体通过止回阀进入制动管线和主缸的工作室。 流体的压力超过串联主缸致动所达到的最大制动压力。 为了进行压力控制,串联主缸包括设计为控制阀的中心阀,由此,工作室中的压力保持在通过制动踏板处的致动力预定的压力水平。
    • 4. 发明授权
    • Hydraulic brake system for automotive vehicles
    • 汽车液压制动系统
    • US4798422A
    • 1989-01-17
    • US63619
    • 1987-06-17
    • Horst P. Becker
    • Horst P. Becker
    • B60T8/48B60T8/1761B60T8/44B60T8/94B60T8/32
    • B60T8/445B60T8/94Y10S303/02
    • In a brake system, two groups of wheel brakes (17, 18) and a brake valve (12) for controlling the initial pressure of a pump (24) are connected to the two brake lines (10, 15; 11, 16) of a tandem master cylinder (1). Through the brake valve (12), the flow of delivery of the pump (24), is restricted in response to the pressure in the brake conduits (10, 11), thereby generating, in a pressure conduit (26) in communication with the pump outlet, a pressure proportional to the master cylinder pressure and, through check valves (31, 32), being fed into the brake conduits (15, 16) leading to the wheel brakes (17, 18). The pump outlet (26), moreover, through a pressure conduit (33), is in communication with a reserve pressure chamber (34) separated through a piston (35) from the working chamber (6) of the tandem master cylinder (1). Upon failure of the pressure fluid supply through pump (24), the pressure fluid required for applying the brake can be displaced from the reserve pressure chamber (34) by applying the brake pedal (2).
    • 在制动系统中,用于控制泵(24)的初始压力的两组车轮制动器(17,18)和制动阀(12)连接到两个制动管路(10,15; 11,16) 串联主缸(1)。 通过制动阀(12),响应于制动管道(10,11)中的压力来限制泵(24)的输送流,从而在与该制动阀(12)连通的压力导管(26)中产生 泵出口,与主缸压力成比例的压力,以及通过止回阀(31,32)被馈送到通向车轮制动器(17,18)的制动管道(15,16)中。 此外,泵出口(26)通过压力导管(33)与与串联主缸(1)的工作室(6)分离的活塞(35)分离的备用压力室(34)连通, 。 当通过泵(24)供应压力流体失败时,施加制动器所需的压力流体可以通过施加制动踏板(2)从预备压力室(34)移位。
    • 6. 发明授权
    • Hydraulic brake system for automotive vehicles
    • 汽车液压制动系统
    • US4793660A
    • 1988-12-27
    • US64137
    • 1987-06-19
    • Horst P. BeckerOlaf Mogwitz
    • Horst P. BeckerOlaf Mogwitz
    • B60T8/1761B60T8/44B60T15/12B60T13/12B60T13/58
    • B60T8/446
    • A hydraulic brake system for automotive vehicles has a master brake cylinder connected to an unpressurized reservoir and a brake line connected to a working chamber of the master brake cylinder and leading to pressure control valves of a brake slip control device. The pressure control valves are followed by wheel brake cylinders. The working chamber of the master brake cylinder is connectible to a pressure medium source upon the starting of the brake slip control device. The outlet pressure of the pressure medium source lies above the maximum braking pressure achievable by applying the master brake cylinder. The working chamber's front side (away from the first master cylinder piston) is sealed by a second master cylinder piston sealedly arranged within the master cylinder. The second master cylinder piston is sealed relative to the master cylinder by a non-return valve gasket. On the non-return valve gasket's side away from the working chamber an annular chamber is provided between the master cylinder and the second master cylinder piston, the pressure medium source being connected to said annular chamber.
    • 用于机动车辆的液压制动系统具有连接到未加压储存器的主制动缸和连接到主制动缸的工作室并通向制动器滑移控制装置的压力控制阀的制动管路。 压力控制阀后面是车轮制动缸。 在制动器滑动控制装置启动时,主制动缸的工作室可连接到压力介质源。 压力介质源的出口压力高于施加主制动缸可实现的最大制动压力。 工作室的前侧(远离第一主缸活塞)由密封地设置在主缸内的第二主缸活塞密封。 第二主缸活塞通过止回阀垫片相对于主缸密封。 在离开工作室的止回阀垫片的一侧,在主缸和第二主缸活塞之间提供环形室,压力介质源连接到所述环形室。
    • 7. 发明授权
    • Hydraulic brake system for automotive vehicles
    • 汽车液压制动系统
    • US5002345A
    • 1991-03-26
    • US022779
    • 1987-03-05
    • Horst P. Becker
    • Horst P. Becker
    • B60T8/40B60T8/172B60T8/1763B60T8/44B60T8/48B60T8/94
    • B60T8/445B60T8/94Y10S303/90Y10S303/901
    • A hydraulic brake system for automotive vehicles comprising a brake master cylinder (1) connected to an unpressurized reservoir (12) and a brake line communicating with a working chamber (4, 5) of the brake master cylinder (1) and leading to pressure control valves (17, 18) of a brake slip control apparatus (19), connected downstream of which valves is at least one wheel brake. The working chamber (4, 5) of the brake master cylinder (1) on activation of the brake slip control apparatus (19), is connectable to a pressure-fluid source (30) by way of a throttling non-return valve (15, 16) closable in the direction of the wheel brake. The pressure of the fluid source is controlled to correspond to at least the pressure in the working chamber (4, 5) of the brake master cylinder (1). Thus, the brake system requires little structural and monitoring efforts and affords an energy supply for the brake slip control apparatus which is independent of the actuating system of the brake master cylinder.
    • 一种用于机动车辆的液压制动系统,包括连接到非加压储存器(12)的制动主缸(1)和与制动主缸(1)的工作室(4,5)连通并通向压力控制 制动滑差控制装置(19)的阀门(17,18),其连接在下游的阀门是至少一个车轮制动器。 在制动滑差控制装置(19)启动时,制动主缸(1)的工作室(4,5)可通过节流止回阀(15)连接到压力流体源(30) ,16)可沿车轮制动器的方向闭合。 流体源的压力被控制为至少对应于制动主缸(1)的工作室(4,5)中的压力。 因此,制动系统需要很少的结构和监测努力,并且为与制动主缸的致动系统无关的制动器滑移控制装置提供能量供应。
    • 8. 发明授权
    • Vehicular hydraulic brake system with anti-locking arrangement
    • 车载液压制动系统具有防抱死装置
    • US4729611A
    • 1988-03-08
    • US847641
    • 1986-04-03
    • Dieter KircherHorst P. Becker
    • Dieter KircherHorst P. Becker
    • B60T8/44B60T13/16B60T8/32
    • B60T8/445B60T13/16
    • A vehicular hydraulic brake system with an anti-locking arrangement, wherein first valve devices (10, 16, 17, 20, 27, 28, 29, 30) are interposed between a master cylinder (3) and brake-actuating member (11, 12, 13, 14) which valve allow interruption of the supply of pressure fluid to the brake-actuating members (11, 12, 13, 14) and to removal of pressure fluid from brake-actuating members (11, 12, 13, 14). The first valve devices (10, 16, 17, 20, 27, 28, 29, 30) are controllable by a slip-monitoring electronics (18) as a function of the wheel rotational behavior, and provision is made of a device for ensuring availability of a minimum stroke of the master cylinder (3) as a reserve. A shut-off valve (9, 15) is interposed between the master cylinder (3) and the first valve devices (10, 16, 17, 20, 27, 28, 29, 30), and the connection between shut-off valve (9, 15) and the first valve devices is connectible by way of second valve (24, 25) to an auxiliary pressure source (22) which supplies pressure proportional to the pedal force (F).
    • 一种具有防抱死装置的车辆液压制动系统,其中第一阀装置(10,16,17,20,27,28,29,30)插入在主缸(3)和制动致动构件(11, 12,13,14),该阀允许中断向制动致动构件(11,12,13,14)供应压力流体,并且从制动致动构件(11,12,13,14)中去除压力流体 )。 第一阀装置(10,16,17,20,27,28,29,30)由作为车轮旋转行为的函数的滑动监视电子装置(18)控制,并且提供用于确保 主缸(3)的最小行程的可用性作为储备。 在主缸(3)和第一阀装置(10,16,17,20,27,28,29,30)之间插入截止阀(9,15),并且截止阀 (9,15),并且第一阀装置可通过第二阀(24,25)连接到辅助压力源(22),辅助压力源(22)提供与踏板力(F)成比例的压力。