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    • 44. 发明申请
    • ON-VEHICLE MULTIDIRECTIONAL VISUAL-RECOGNITION DEVICE
    • 车载多功能视觉识别装置
    • US20110013301A1
    • 2011-01-20
    • US12822143
    • 2010-06-23
    • Hiroshi UematsuYuya KishimotoNorio MugikuraTomoaki Hosobe
    • Hiroshi UematsuYuya KishimotoNorio MugikuraTomoaki Hosobe
    • G02B5/08
    • B60R1/082B60R1/06B60R1/10
    • An on-vehicle multidirectional visual-recognition device includes a first visual-recognition mechanism including a front door window and a door mirror of a door mirror mechanism. A second visual-recognition mechanism includes a first mirror provided in a door-mirror housing of the door mirror mechanism so as to show a range from a side of a vehicle including an area below the door mirror mechanism to a front side of the vehicle. A sub window transmits light reflected by the first mirror and extends continuously from the front door window toward the front side of the vehicle via a frame. A second mirror reflects the light transmitted through the sub window toward a vehicle occupant. Brightness of the light to be received by the vehicle occupant is set substantially equal to brightness of the light at the first visual-recognition mechanism.
    • 车载多向视觉识别装置包括第一视觉识别机构,其包括前门窗和门镜机构的门镜。 第二视觉识别机构包括设置在车门镜机构的门镜壳体中的第一反射镜,以便显示从包括门镜机构下方的区域的车辆侧到车辆前侧的范围。 子窗口透射由第一反射镜反射的光,并经由框架从前门窗朝向车辆的前侧连续延伸。 第二镜将通过子窗口透射的光反射向车辆乘员。 由车辆乘员接收的光的亮度设定为与第一视觉识别机构的光的亮度大致相等。
    • 46. 发明申请
    • KEYLESS ENTRY SYSTEM
    • 无钥匙进入系统
    • US20080247184A1
    • 2008-10-09
    • US12055625
    • 2008-03-26
    • Yoshiyuki MatsumotoHiroshi UematsuTakuya KushimotoYutaka Ishiyama
    • Yoshiyuki MatsumotoHiroshi UematsuTakuya KushimotoYutaka Ishiyama
    • B60Q1/00G08B29/00
    • B60R25/24B60R25/2009
    • A conventional keyless entry system uses a radio wave as an unlocking or locking signal and is therefore substantially non-directional. For example, when an unlocking operation is performed, keys of all doors are unlocked, so that for example in a vehicle having a certain slide door or a kick-up door, an occupant of the vehicle may forget to lock the door. According to the presently disclosed subject matter a keyless entry system for locking and unlocking lock(s) of a vehicle can include an infrared light projector having a narrow radiation angle, and a light receiving/emitting unit corresponding to operating conditions of keys/locks. The light receiving/emitting unit can include a combination of a light receiving element for receiving the infrared light and a light emitting element for indicating the position of a key/lock which is operated correspondingly to the infrared light received by the light receiving element. Thus, among other features, locking and unlocking of only a requested door by means of the narrow radiation angle can be accomplished.
    • 常规的无钥匙进入系统使用无线电波作为解锁或锁定信号,因此基本上是非定向的。 例如,当执行解锁操作时,所有门的钥匙被解锁,例如在具有特定滑动门或踢车门的车辆中,车辆的乘客可能忘记锁定门。 根据目前公开的主题,用于锁定和解锁车辆的锁的无钥匙进入系统可以包括具有窄辐射角的红外光投射器和对应于键/锁的操作条件的光接收/发射单元。 光接收/发射单元可以包括用于接收红外光的光接收元件和用于指示对应于由光接收元件接收的红外光操作的键/锁的位置的发光元件的组合。 因此,除了其它特征之外,可以实现仅通过窄辐射角度对所请求的门的锁定和解锁。
    • 47. 发明申请
    • VISION ENHANCEMENT DEVICE FOR USE IN VEHICLE
    • 视力增强装置用于车辆
    • US20080186156A1
    • 2008-08-07
    • US12026144
    • 2008-02-05
    • Hiroshi UematsuYuya Kishimoto
    • Hiroshi UematsuYuya Kishimoto
    • B60Q1/00
    • G02B27/01B60K35/00G02B2027/0141
    • A vision enhancement device for use in a vehicle that improves the frontward vision of an operator during operation. The device has two dividing lines set apart from each other on an instrument panel. These dividing lines show as false image lines on an inside surface of a front window, and divide the inside surface of the front window into a plurality of areas in a vertical direction. A second area formed between these two false image lines forms an appropriate visual field range when the operator looks forward while operating the vehicle. First light emitting means comprising light emitting diodes are disposed at both ends of each of the two dividing lines. The light emitted by these light emitting diodes is directed onto the front window as a false image in accordance with changes in the vehicle state and the environment around the vehicle.
    • 一种在车辆中使用的视觉增强装置,其改善操作者在操作期间的向前视力。 该设备在仪表板上具有彼此分开的两条划分线。 这些分割线在前窗的内表面上示出假图像线,并且将前窗的内表面分成多个垂直方向的区域。 形成在这两条虚假图像线之间的第二区域在操作车辆时操作者向前看时形成适当的视场范围。 包括发光二极管的第一发光装置设置在两条分割线中的每一条的两端。 由这些发光二极管发出的光根据车辆状态的变化和车辆周围的环境而被引导到作为假图像的前窗上。