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
    • 5. 发明授权
    • Arrangement and methods for avoiding rollovers when braking or accelerating motor vehicles
    • 制动或加速机动车辆时避免翻车的布置和方法
    • US06428118B1
    • 2002-08-06
    • US09408025
    • 1999-09-29
    • Georg Blosch
    • Georg Blosch
    • B60T1300
    • B60T8/17554B60G2400/252B60G2400/61B60G2800/21B60G2800/22B60G2800/92B60G2800/93B60T8/3225B60T8/58
    • An arrangement for avoiding rollovers when accelerating motor vehicles, single-track or double-track vehicles such as motorcycles or passenger cars in particular, with an arrangement for comparing a difference in rotational speed between the speed of at least one front wheel or the front axle and the speed of at least one rear wheel or the rear axle of the motor vehicle with an adjustable rotational speed difference threshold value. Also included is an arrangement for detecting a wheel acceleration for at least one front wheel and for at least one rear wheel and an arrangement for activating the vehicle's propulsion system when the rotational speed difference threshold value is reached or exceeded if the wheel acceleration is simultaneously negative for at least one front wheel and positive for at least one rear wheel.
    • 一种用于避免在加速机动车辆,特别是摩托车或乘用车的单轨道或双轨道车辆,特别是用于比较至少一个前轮或前轴的速度之间的转速差异的装置的装置 以及机动车辆的至少一个后轮或后桥的速度具有可调节的转速差值阈值。 还包括一种用于检测至少一个前轮以及至少一个后轮的车轮加速度的装置,以及当车轮加速度同时为负值时达到或超过转速差阈值时启动车辆推进系统的装置 对于至少一个前轮并且对于至少一个后轮是正的。
    • 7. 发明授权
    • Anchor arrangement for retaining a sensor in a drum brake
    • US5979613A
    • 1999-11-09
    • US13336
    • 1998-01-26
    • Kenneth Scott TowersDjamel CharmatGeorg Blosch
    • Kenneth Scott TowersDjamel CharmatGeorg Blosch
    • F16D51/20F16D51/48F16D65/09F16D65/14F16D66/00B60T8/72
    • F16D66/00F16D51/20F16D51/48F16D65/09F16D2066/005F16D2121/24
    • A drum brake for use in a brake system (10) having first (14) and second (16) shoes retained on a backing plate (20). The first brake shoe (14) has a first end (22) connected to an actuator (12) and a second end (26) connected to an anchor arrangement (24) and the second brake shoe (16) has a first end (36) connected to the actuator (12) and a second end (38) connected to the anchor arrangement (24) The actuator (12) responds to an input signal during a brake application by moving the first (14) and second (16) brake shoes into engagement with a drum (18). The anchor arrangement (24) includes a load sensor (64) for measuring a torque generated between the first (14) and second (16) brake shoes and the drum (18). The anchor arrangement (24) has a bracket (44) with a base (46) having first (48) and second (50) side walls which are secured to the backing plate (20). The first side wall (48) has a first central opening (56) therein while the second side wall (50) has a second central opening (58) therein. A core member (64) of the load sensor is retained by the bracket (44) between the first (48) and second (50) side walls is connected to a controller (28). First linkage (66) extends through the first opening (56) for connecting the first brake shoe (14) to the core member (64) while a second linkage (74) extends through the second opening (58) for connecting the second brake shoe (16) to the core member (64). A first linear dimension defined by the core member (64) and first (66) and second (74) linkages is less that a second linear dimension between the first (48) and second (50) side wall such that a gap "x" is created. The first (14) and second (16) brake shoes on engagement with the drum (18) defining a leading brake shoe and a trailing brake shoe. The leading brake shoe produces a first force which moves the core member (64) within the gap "x" to bring one of the first (64) and second (74) linkages into engagement with said bracket (44) and thereafter compress the core member (64) and independently modify an output signal generated therein to define an operational torque developed during a brake application.