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
    • 21. 发明授权
    • Method for enhancing stability of prime mover having an auxiliary vehicle
    • 具有辅助车辆的原动机的稳定性的方法
    • US07734405B2
    • 2010-06-08
    • US11416597
    • 2006-05-03
    • Donald Frank Tandy, Jr.Donald Frank Tandy, Sr.
    • Donald Frank Tandy, Jr.Donald Frank Tandy, Sr.
    • B60T8/24B60S9/00
    • B60W10/18B60T7/20B60T8/1708B60T8/1755B60T8/241B60T8/245B60T8/246B60T8/248B60T2230/06B60W30/02B60W2300/14B62D6/003B62D13/00
    • A method for providing enhanced stability, control and management for a prime mover connected to an auxiliary vehicle is disclosed. An auxiliary vehicle is connected to a prime mover with an auxiliary stability enhancing system and an electronic stability enhancing system, including at least one processor with a memory having computer instructions stored thereon. The processor communicates with a plurality of sensors to detect force values and motions values, and communicates with database storage containing specifications and characteristics representing the prime mover and auxiliary vehicle to compare the force and motion values with the specifications to determine if any values exceed known preset threshold values for the prime mover and auxiliary vehicle. A calculated response, and a location for applying the response, is determined by using a computer model of the prime mover and auxiliary vehicle to reduce the detected force or motion value that exceeds the preset threshold value.
    • 公开了一种用于为连接到辅助车辆的原动机提供增强的稳定性,控制和管理的方法。 辅助车辆连接到具有辅助稳定性增强系统和电子稳定性增强系统的原动机,其包括具有存储在其上的计算机指令的存储器的至少一个处理器。 处理器与多个传感器通信以检测力值和运动值,并与包含表示原动机和辅助车辆的规格和特性的数据库存储器通信,以将力和运动值与规格进行比较,以确定是否有任何值超过已知预设 原动机和辅助车辆的阈值。 通过使用原动机和辅助车辆的计算机模型来确定计算的响应和用于应用响应的位置,以减少超过预设阈值的检测到的力或运动值。
    • 27. 发明授权
    • Method and device for detecting the overturning hazard of a motor vehicle
    • 用于检测机动车辆翻车危险的方法和装置
    • US06438464B1
    • 2002-08-20
    • US09743942
    • 2001-04-13
    • Jürgen WoywodRalph GronauDieter BurkhardHans Georg IhrigLothar Kienle
    • Jürgen WoywodRalph GronauDieter BurkhardHans Georg IhrigLothar Kienle
    • G06F700
    • B60T8/241B60G17/0162B60G2400/0512B60G2400/104B60T8/243B60T8/246B60T2230/03
    • The present invention relates to a method of detecting the roll angle of a cornering vehicle which comprises at least one axle and at least two wheels, the vehicle being equipped with a transverse acceleration sensor means which senses the transverse acceleration that acts on the center of gravity of the automotive vehicle generally in the horizontal plane of the vehicle. To provide a method which does not require an additional sensor means and is virtually independent of given vehicle characteristics or dimensions, the component of the transverse acceleration which essentially acts in the horizontal plane of the vehicle is detected by the transverse acceleration sensor means during cornering. In addition, a condition variable which is correlated to the centrifugal acceleration acting on the center of gravity is detected, and the roll angle of the vehicle is calculated from the difference between the detected component of the transverse acceleration and the determined centrifugal acceleration, the said difference being weighted with a factor.
    • 本发明涉及一种检测包括至少一个轴和至少两个车轮的转弯车辆的侧倾角的方法,该车辆配备有横向加速度传感器装置,其感测作用在重心上的横向加速度 通常在车辆的水平面上。 为了提供不需要额外的传感器装置并且几乎不依赖于给定的车辆特性或尺寸的方法,在转弯期间,横向加速度传感器装置检测基本上作用在车辆水平面上的横向加速度的分量。 此外,检测与作用在重心上的离心加速度相关的条件变量,并且根据所检测的横向加速度的分量与所确定的离心加速度之间的差计算车辆的侧倾角,所述 差异被加权一个因素。
    • 28. 发明授权
    • Integrated control system of vehicle
    • 车辆综合控制系统
    • US06272418B1
    • 2001-08-07
    • US09199335
    • 1998-11-25
    • Tomoyuki ShinmuraKenji KodakaYoichi SugimotoShohei Matsuda
    • Tomoyuki ShinmuraKenji KodakaYoichi SugimotoShohei Matsuda
    • G06F1700
    • B60T8/17558B60T7/22B60T8/17551B60T8/17552B60T8/241B60T8/246B60T2201/02B60T2201/022B60T2230/02
    • An integrated vehicle control system including: contact possibility determining means for determining whether a possibility of contact with an obstacle is great, first brake control means for controlling operation of the vehicle brake in response to the possibility of contact, vehicle behavior detecting means for detecting parameters such as the vehicle yaw rate, vehicle behavior control means for calculating a value such as the error between the detected yaw rate and a reference yaw rate and calculating a manipulated variable (braking force difference) to make vehicle behavior stable, and second brake control means for controlling operation of the vehicle brake in response to the calculated manipulated variable. In the system, the vehicle behavior control means advances the timing of the calculation of the manipulated variable or increases the manipulated variable, when the possibility of contact is great, whereby effecting the vehicle behavior sufficient for avoiding an obstacle, while ensuring stable vehicle behavior.
    • 一种综合车辆控制系统,包括:接触可能性确定装置,用于确定与障碍物接触的可能性是否大;响应于接触可能性控制车辆制动器的操作的第一制动控制装置,用于检测参数的车辆行为检测装置 例如车辆横摆率,车辆行为控制装置,用于计算检测到的横摆角速度和参考横摆角速度之间的误差的值,并计算操纵变量(制动力差)以使车辆行为稳定;以及第二制动控制装置 用于响应于所计算的操作变量控制车辆制动器的操作。 在系统中,当接触的可能性大时,车辆行为控制装置提高操纵变量的计算的定时或增加操纵变量,从而在确保稳定的车辆行为的同时实现足以避免障碍物的车辆行为。