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    • 2. 发明授权
    • Vehicle-mounted navigator
    • 车载导航仪
    • US4513377A
    • 1985-04-23
    • US386267
    • 1982-06-08
    • Koshi HasebeKunio MiuraTakashi OnoKazushi AkutsuKazuaki Minami
    • Koshi HasebeKunio MiuraTakashi OnoKazushi AkutsuKazuaki Minami
    • G01C21/36G06F15/50G09B29/10
    • G01C21/367
    • In a vehicle-mounted navigator, a control unit reads map data from a memory unit and displays a corresponding road map on a CRT display unit. In response to signals from a distance sensor and a direction sensor, the present position in relation to the running of the automotive vehicle is computed to display by superimposition the present position on the road map display of the display unit. When the computed present position has reached to a predetermined portion of an adjacent area, the map data of the road map adjacent to the road map on display is read from the memory unit and a corresponding road map is displayed on the display unit manually or automatically. In accordance with this updated display, the present position display is moved to a corresponding position on the updated road map display.
    • 在车载导航器中,控制单元从存储器单元读取地图数据,并在CRT显示单元上显示相应的路线图。 响应于来自距离传感器和方向传感器的信号,计算相对于机动车辆行驶的当前位置,以通过将显示单元的路线图显示叠加当前位置来显示。 当计算出的当前位置已达到相邻区域的预定部分时,从显示单元读取与显示的路线图相邻的路线图的地图数据,并且手动或自动地在显示单元上显示对应的路线图 。 根据该更新的显示,将当前位置显示移动到更新的路线图显示上的对应位置。
    • 3. 发明授权
    • Navigation system for use with an automobile and reading unit for the
system
    • 用于汽车的导航系统和系统的读取单元
    • US4502123A
    • 1985-02-26
    • US395338
    • 1982-07-06
    • Kazuaki MinamiShinzo TotaniKunio MiuraKazushi AkutsuShinji Ohyama
    • Kazuaki MinamiShinzo TotaniKunio MiuraKazushi AkutsuShinji Ohyama
    • G09B29/10G01C21/00G01C21/22G01C21/26G06F19/00G06F15/50
    • G01C21/3667
    • In a navigation system arranged to display a road map in accordance with road map information from a cassette tape, and the present location of a motor vehicle equipped with the navigation system, a cassette tape distinguishing circuit is provided to a cassette tape player which picks up the road map information from a predetermined cassette having a window at given portion of the cassette housing. A switching circuit is responsive to the cassette tape distinguishing circuit so that the output data of the cassette tape is processed to display a given map only when a cassette carrying road map information is loaded in the cassette tape player. In the case a normal cassette carrying audio signals, such as music, is loaded the picked up audio signal is transmitted to an amplifier so that sound reproduction is effected. Thus, a single cassette player can be used in common as both a part of the navigation system and a part of a sound reproduction system.
    • 在被配置为根据来自盒式磁带的道路地图信息显示路线图的导航系统以及配备有导航系统的机动车辆的当前位置,盒式磁带识别电路被提供给拾取的盒式磁带播放器 来自具有在盒壳体的给定部分处具有窗口的预定盒的路线图信息。 开关电路响应于盒式磁带识别电路,使得只有当携带路线图信息的盒装载在盒式磁带播放器中时,盒式磁带的输出数据才被处理以显示给定的映射。 在携带诸如音乐的音频信号的正常盒中,拾取的音频信号被传送到放大器,从而实现声音再现。 因此,单个盒式播放器可以作为导航系统的一部分和声音再现系统的一部分而被共同使用。
    • 6. 发明授权
    • Correction apparatus for an azimuth calculating system
    • 方位计算系统的校正装置
    • US4771547A
    • 1988-09-20
    • US922464
    • 1986-10-23
    • Kazushi AkutsuHitoshi Ichikawa
    • Kazushi AkutsuHitoshi Ichikawa
    • G01C17/28G01C17/30G01C17/38
    • G01C17/38
    • A correction apparatus for an azimuth calculation system which includes an azimuth sensor mounted on a moving body for producing two mutually perpendicular magnetic field components relative to the earth's magnetism acting thereon, and wherein the azimuth sensor is moved in a full circle so that an azimuth circle is formed by the two magnetic field components. The correction apparatus is arranged to store a plurality of interspaced X-axis lines in parallel with the abscissa of a right-angled coordinate and a plurality of interspaced Y-axis lines in parallel with the ordinate of the coordinate, to determine maximum and minimum values respectively defined by intersections of the azimuth circle with the X-axis lines and maximum and minimum values respectively defined by intersections of the azimuth circle with the Y-axis lines, to determine first and second center values of the azimuth circle based on each mean value of the first-named maximum and minimum values and the second-named maximum and minimum values, to correct the magnetic field components respectively in accordance with the first and second center values, and to calculate a direction of the moving body on a basis of the corrected magnetic field components.
    • 一种用于方位计算系统的校正装置,其包括安装在移动体上的方位传感器,用于相对于作用在其上的地球磁力产生两个相互垂直的磁场分量,并且其中方位传感器以全圆移动,使得方位圆 由两个磁场分量形成。 校正装置被设置为与坐标的纵坐标平行的直角坐标和多个间隔Y轴线的横坐标平行地存储多个间隔X轴线,以确定最大值和最小值 分别由方位圆与X轴线的交点以及分别由方位圆与Y轴线的交点限定的最大值和最小值确定,以基于每个平均值确定方位圆的第一和第二中心值 的第一命名的最大值和最小值以及第二命名的最大值和最小值,以分别根据第一和第二中心值来校正磁场分量,并且基于第一和第二值计算移动体的方向 校正磁场分量。
    • 7. 发明授权
    • Azimuth sensor which corrects azimuth circle diameter and center for
temperature variation
    • 方位传感器校正方位圆直径和中心温度变化
    • US4739560A
    • 1988-04-26
    • US917594
    • 1986-10-09
    • Kazushi AkutsuHitoshi Ichikawa
    • Kazushi AkutsuHitoshi Ichikawa
    • G01C17/30G01C17/38
    • G01C17/38G01C17/30
    • An azimuth calculation apparatus includes an azimuth sensor mounted on a moving body for detecting a direction of the moving body, the azimuth sensor having an excitation winding wound on an annular magnetic core and a pair of output windings wound on the core perpendicularly relative to one another to produce first and second output signals therefrom in response to energization of the excitation winding. The calculation apparatus is arranged to detect a temperature of the azimuth sensor and to determine a pair of correction values based on the detected temperature of the azimuth sensor so as to correct each value of the first and second output signals from the output windings to an optimal value for calculating the direction of the moving body in dependence upon the corrected output signals from the output windings.
    • 方位计算装置包括:安装在移动体上的方位传感器,用于检测移动体的方向,所述方位传感器具有缠绕在环形磁芯上的激励绕组,以及相对于彼此垂直缠绕在芯上的一对输出绕组 以响应激励绕组的通电从其产生第一和第二输出信号。 计算装置被设置为检测方位传感器的温度,并且基于检测到的方位传感器的温度来确定一对校正值,以便将来自输出绕组的第一和第二输出信号的每个值校正为最佳 用于根据来自输出绕组的校正输出信号计算移动体的方向的值。
    • 8. 发明授权
    • Azimuth determination apparatus
    • 方位测定装置
    • US4751783A
    • 1988-06-21
    • US57177
    • 1987-06-03
    • Katsuhiro InaYuji HirabayashiSusumu AkiyamaKazushi AkutsuKiyohumi Kage
    • Katsuhiro InaYuji HirabayashiSusumu AkiyamaKazushi AkutsuKiyohumi Kage
    • G01C17/28G01C17/38
    • G01C17/38
    • Disclosed is an azimuth determination apparatus attached to a motor vehicle for determinating the forward direction of the vehicle. The azimuth determination apparatus includes an azimuth sensor for generating orthogonal first and second signals indicative of the forward direction of the vehicle. Two azimuth vectors are obtained on the basis of the orthogonal first and second component signals, first components of the two azimuth vectors being maximum and minimum. The determination is made in terms of the fact that the difference between second components of the two azimuth vectors is below a predetermined value. In accordance with the determination, the orthogonal first and second component signals are corrected on the basis of said two azimuth vectors so that the accurate moving direction of the motor vehicle can be obtained irrespective of the remanence of the vehicle.
    • 公开了一种安装在机动车辆上的方位判定装置,用于确定车辆的前方。 方位确定装置包括用于产生指示车辆前进方向的正交的第一和第二信号的方位传感器。 基于正交的第一和第二分量信号获得两个方位向量,两个方位矢量的第一分量是最大和最小的。 根据两个方位向量的第二分量之间的差值低于预定值的事实进行确定。 根据确定,基于所述两个方位向量来校正正交的第一和第二分量信号,使得可以获得机动车辆的精确移动方向,而不管车辆的剩磁。