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    • 1. 发明授权
    • Control circuit for automobile headlamps emitting light in variable color
    • 汽车前大灯控制电路,可变色发光
    • US5528475A
    • 1996-06-18
    • US360091
    • 1994-12-20
    • Kazuki TakahashiMakoto IzawaToshihisa HayamiHideki UchidaTakayuki Unno
    • Kazuki TakahashiMakoto IzawaToshihisa HayamiHideki UchidaTakayuki Unno
    • B60Q1/076B60Q1/00
    • B60Q1/076Y10S362/802
    • A control circuit for automobile headlamps which emit light in variable color. The control circuit prevents left and right headlamps from emitting beams of light in different colors. Each headlamp includes a white light bulb, and a yellow globe is moved from a first position to a second position to cover the bulb when yellow light is selected, and the yellow globe is moved back to the first position when white light is selected. If the movement of the globe stops between the first and second positions, the control circuit generates a fault signal for turning off the headlamp associated with the fault, thus preventing the headlamps from emitting light of different colors. Alternatively, the control circuit can adjust the position of the globe for the headlamp without the fault to be in agreement with the position with the headlamp having the fault, such that both headlamps emit light of the same color.
    • 用于以可变颜色发光的汽车前大灯的控制电路。 控制电路防止左右前照灯发出不同颜色的光束。 每个前照灯包括一个白色灯泡,当选择黄色光时,黄色球体从第一位置移动到第二位置以覆盖灯泡,并且当选择白光时,黄色球体移回到第一位置。 如果地球的移动停止在第一和第二位置之间,则控制电路产生用于关闭与故障相关的前照灯的故障信号,从而防止前照灯发出不同颜色的光。 或者,控制电路可以调整头灯的球形灯的位置,而不会发生故障,使其与具有故障的前照灯的位置一致,使得两个前照灯都发出相同颜色的光。
    • 2. 发明授权
    • Vehicle cornering lamp system
    • 车辆转弯灯系统
    • US5526242A
    • 1996-06-11
    • US363891
    • 1994-12-27
    • Kazuki TakahashiTakayuki Unno
    • Kazuki TakahashiTakayuki Unno
    • G01P3/44B60Q1/12G01P15/08
    • B60Q1/122B60Q2300/112B60Q2300/134B60Q2300/142
    • A vehicle cornering headlamp system which can be applied to any type of vehicle without changing the correspondence to a radiation angle, and which enables the radiation angle to follow the return of driver's eyes when the vehicle exits a curved road. The angular velocity .omega..sub.new is calculated at the time of travelling on a curved road on the basis of the output from an angular velocity sensor and the vehicle speed v is measured on the basis of distance pulses from a distance sensor. The current angular velocity, .omega..sub.new, is divided by the vehicle speed v to calculate the reciprocal number of a revolution radius r, which is multiplied by a constant K, so as to obtain a target value .theta.s of the radiation angle. Then, on the basis of the difference between .omega..sub.old, the angular velocity detected at a previous time, and .omega..sub.new, it is determined that the vehicle is approaching an end of the curved road when the gradient of the angular velocity .omega. changes toward the direction of zero. If an end of the curved road is detected, a target value .theta.s is set to half the target value .theta.s set when the vehicle is travelling on a curved road.
    • 一种可以应用于任何类型的车辆而不改变与辐射角的对应关系的车辆转弯头灯系统,并且当车辆离开弯道时能使辐射角度跟随驾驶员的眼睛返回。 基于来自角速度传感器的输出,在曲线路面行驶时计算角速度ωnew,并且基于距离传感器的距离脉冲测量车速v。 将当前角速度ωganew除以车速v以计算乘以常数K的旋转半径r的倒数,以获得辐射角的目标值θs。 然后,基于omega old,前一时间检测到的角速度与ωnew之间的差值,当角速度ω的梯度向着...时,确定车辆正在接近曲线道路的一端 方向为零。 如果检测到弯曲道路的一端,则目标值θs被设置为当车辆在弯道上行驶时设定的目标值θs的一半。
    • 3. 发明授权
    • Vehicular cornering lamp system
    • 车辆转向灯系统
    • US5479323A
    • 1995-12-26
    • US151799
    • 1993-11-15
    • Hiroki ShibataTakayuki UnnoTomoaki Serizawa
    • Hiroki ShibataTakayuki UnnoTomoaki Serizawa
    • B60Q1/12B60Q1/18B60Q1/08
    • B60Q1/122B60Q1/18B60Q2300/112B60Q2300/134
    • A vehicular cornering lamp system which can be adapted to all types and models of vehicles without having to change the correspondence of the illuminating angle with specific characteristics of the vehicle. The angular velocity of the vehicle is detected when the vehicle is traveling on a curve by an angular velocity sensor. Pulses from a distance sensor are counted to detect the vehicle's velocity. Angular velocity data and vehicle velocity data are latched by respective latch circuits. The reciprocal of the turning radius is calculated directly by dividing the angular velocity data by the vehicle velocity data in a divider. There is carried out an arithmetic operation of calculating the reciprocal of the turning radius after calculating the turning radius by dividing the vehicle velocity data by the angular velocity data. The illuminating angle can be approximated as a simple inverse function with respect to the turning radius. The target position of the illuminating angle is calculated as an inverse function with respect to the turning radius so that the illuminating angle of headlamp is controlled so as to be coincident with the target position.
    • 一种车辆转向灯系统,其可以适用于所有类型和型号的车辆,而不必改变照明角度与车辆的特定特性的对应关系。 当车辆通过角速度传感器在曲线上行驶时,检测车辆的角速度。 计算距离传感器的脉冲以检测车辆的速度。 角速度数据和车速数据由相应的锁存电路锁存。 通过将角速度数据除以车辆速度数据直接计算转弯半径的倒数。 通过将车速数据除以角速度数据,进行计算转弯半径后的转弯半径的倒数的算术运算。 照明角度可以近似为相对于转弯半径的简单反函数。 照射角度的目标位置被计算为相对于转弯半径的反函数,使得前照灯的照明角度被控制为与目标位置一致。