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    • 1. 发明授权
    • Guidance system for assisting lane change of a motor vehicle
    • 协助车辆换车的指导系统
    • US06388565B1
    • 2002-05-14
    • US09567058
    • 2000-05-08
    • Werner BernhardUwe RegensburgerCarsten KnoeppelGerhard Noecker
    • Werner BernhardUwe RegensburgerCarsten KnoeppelGerhard Noecker
    • B60Q100
    • B62D15/029B60Q9/008B60T2201/08B60T2201/082G01S19/14
    • A vehicle guidance system for assisting a driving lane change includes an object detection unit for detecting objects in a laterally adjacent rearward side space area of the vehicle. An analysis unit receives signals from the object detection unit and determines whether an object is situated in a dead angle section (blind spot) of the monitored rearward side space, or whether any such object in a section of the monitored rearward side space which is rearward beyond a dead angle section is moving forward at a higher speed than the system vehicle. If so, and if, in addition, it detects at the same time a lane change request pertaining to the corresponding side area, it activates a warning indicating unit for emitting a warning signal. According to the invention, a position detection device is provided which determines path data of the obstacle vehicle and the road geometry data, as well as the position of the system vehicle on the road. When the object detection unit detects an obstacle vehicle which is following in the rearward side space, corresponding to the covered distance recorded by the position detection device and the road geometry, a position assignment of the vehicle which is following is determined relative to the road.
    • 用于辅助驾驶车道改变的车辆引导系统包括用于检测车辆的横向相邻后方空间区域中的物体的物体检测单元。 分析单元接收来自物体检测单元的信号,并且确定物体是否位于被监测的后侧空间的死角区域(盲点)中,或者是否在被监测的向后空间的一部分中的任何这样的物体 超过死角部分以比系统车辆更高的速度向前移动。 如果是这样,并且如果同时检测到与相应的侧面区域相关的车道改变请求,则它激活用于发出警告信号的警告指示单元。 根据本发明,提供一种位置检测装置,其确定障碍物车辆的路径数据和道路几何数据以及系统车辆在道路上的位置。 当物体检测单元检测到与由位置检测装置记录的覆盖距离和道路几何形状相对应的后方空间中跟随的障碍物车辆时,相对于道路确定跟随的车辆的位置分配。
    • 2. 发明申请
    • Method and Device for Acquiring a Position of a Motor Vehicle on a Road
    • 在道路上获取机动车辆位置的方法和装置
    • US20070268067A1
    • 2007-11-22
    • US10571670
    • 2004-08-18
    • Werner BernhardCarsten KnoeppelUli KolbeAlexander Schanz
    • Werner BernhardCarsten KnoeppelUli KolbeAlexander Schanz
    • G05F1/00
    • G01S5/0252G08G1/16G08G1/167
    • A method for acquiring a position (1) of a motor vehicle (2) on a road (3), road geometric data (4) and travel data (5) being recorded. First position data (1) of the motor vehicle (2) relative to the road (3) is calculated from the recorded road geometric data (4) and travel data (5). Road course data (6) is calculated from the road geometric data (4) and the travel data (5), the second position data (7) of a following vehicle (21) which is following the vehicle (2), relative to the vehicle (2), is recorded, and third position data (8) of the following vehicle (21) relative to the road (3) is calculated from the road course data (6), the first position data (1) of the vehicle (2) and the second position data (7) of the following vehicle (2′).
    • 一种用于获取道路(3)上的机动车辆(2)的位置(1),被记录的道路几何数据(4)和行驶数据(5)的方法。 根据记录的道路几何数据(4)和行驶数据(5)计算机动车辆(2)相对于道路(3)的第一位置数据(1)。 道路数据(6)根据道路几何数据(4)和行驶数据(5),跟随车辆(2)的后续车辆(21)的第二位置数据(7)相对于 记录车辆(2),根据道路路线数据(6)计算出下一个车辆(21)相对于道路(3)的第三位置数据(8),车辆的第一位置数据(1) (2)和后续车辆(2')的第二位置数据(7)。
    • 5. 发明申请
    • Lane device, selector device and method for detecting the lane of a vehicle
    • 车道装置,选择装置及车辆车道检测方法
    • US20070055412A1
    • 2007-03-08
    • US10579834
    • 2004-11-09
    • Werner Bernhard
    • Werner Bernhard
    • G06F17/00
    • B62D1/28B60T2201/08B60T2201/087B60T2201/089G05D1/0238
    • The invention relates to a lane device (30) and a method for detecting the lane of a vehicle (10), as well as to a selector device which interacts with the lane device (30). The lane device (30) contains evaluation means (32, 35, 37) for evaluating distance data (60, 61, 66) of at least one distance sensor (58, 59, 65), it being possible to determine a lateral distance (d1-d4) from a reference body (62, 64) which runs essentially continuously to the side of the lane, at least in sections, from the distance data (60, 61, 66). The evaluation means (32, 35, 37) are configured to acquire lane data (36) as a function of the distance data (60, 61, 66). According to the invention, the evaluation means (32, 35, 37) are configured to filter out interference information, caused in particular by vehicles (17) present in the region of the lane or discontinuities (63) of the reference body (62, 64), from the distance data (60, 61, 66).
    • 本发明涉及一种车道装置(30)和用于检测车辆(10)车道的方法,以及与车道装置(30)相互作用的选择装置。 车道装置(30)包含用于评估至少一个距离传感器(58,59,65)的距离数据(60,61,66)的评估装置(32,35,37),可以确定横向距离( (60,61,66)的基准体(62,64),其基本上连续地延伸到所述通道的侧面,至少部分地从距离数据(60,61,66)延伸。 评估装置(32,35,37)被配置为根据距离数据(60,61,66)获取车道数据(36)。 根据本发明,评估装置(32,35,37)被配置为滤除特别由车辆(17)引起的干扰信息,该车辆(17)存在于参考体(62)的车道区域或不连续点(63) 64),距距离数据(60,61,66)。
    • 7. 发明授权
    • Transformerless fluorescent lamp operating circuit, particularly for a
compact fluorescent lamp, with phase-shifted inverter control
    • 无变压器荧光灯操作电路,特别适用于紧凑型荧光灯,具有相移变频器控制
    • US5349270A
    • 1994-09-20
    • US935004
    • 1992-08-25
    • Ulrich RollWerner BernhardLudwig Reiser
    • Ulrich RollWerner BernhardLudwig Reiser
    • H05B41/233H02M3/338H02M7/538H02M7/5383H03K17/0412H05B41/24H05B41/282H05B37/02
    • H02M7/538H02M3/338H02M7/53832H03K17/04123H05B41/2825Y02B20/185Y02B20/19Y02B70/1433Y02B70/1441Y10S315/07
    • To eliminate the necessity for a saturated or air gap inductance to provide feedback circuit for a self-exciting oscillator including two active electronic switches (T1, T2) , for example MOSFETs, an auxiliary winding (HW1, HW2, . . . HW11) is inductively coupled to the resonance inductance (L2) present in the circuit for the discharge lamp (LP) anyway; and a pulse shaping - phase shifting network (R3, C3; R4, C4 . . . ) , devoid of inherent resonance, coupling the auxiliary winding to the active switching elements. The pulse shaping - phase shifting network is formed of a one or multiple-stage RC low-pass circuit, connected serially between the auxiliary winding and the control input, for example the gate, of the active switching element. The RC network can be constructed with variable elements, for example including PTC resistors, a varistor or the like, and may include a current source, protective circuits to protect against voltage peaks including Zener diodes. The low-pass characteristics of the pulse shaping - phase shifting network permits switching of the active semiconductor switches after the maximum current flow.
    • 为了消除饱和或气隙电感的必要性,为包括两个有源电子开关(T1,T2)(例如MOSFET),辅助绕组(HW1,HW2 ... HW11)的自激振荡器提供反馈电路, 无论如何,电感耦合到存在于放电灯(LP)的电路中的谐振电感(L2); 以及没有固有谐振的脉冲整形 - 相移网络(R3,C3; R4,C4 ...),将辅助绕组耦合到有源开关元件。 脉冲整形 - 移相网络由一个或多级RC低通电路形成,该电路串联连接在辅助绕组和有源开关元件的控制输入端(例如栅极)之间。 RC网络可以用可变元件构成,例如包括PTC电阻器,压敏电阻器等,并且可以包括电流源,用于保护电压峰值的保护电路,包括齐纳二极管。 脉冲整形 - 相移网络的低通特性允许有源半导体开关在最大电流流动之后切换。