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    • 3. 发明授权
    • Electronic traffic tariff reception system and vehicle identification
apparatus
    • 电子交通收费系统和车辆识别装置
    • US5554984A
    • 1996-09-10
    • US196754
    • 1994-02-15
    • Hisao ShigenagaIchiro FujitaMasayuki YamamotoMichio HamanaKeiichi MorishitaFumitoshi TachikawaHideo UeharaYasuhisa Iida
    • Hisao ShigenagaIchiro FujitaMasayuki YamamotoMichio HamanaKeiichi MorishitaFumitoshi TachikawaHideo UeharaYasuhisa Iida
    • G07B15/06G08G1/017G08G1/00
    • G07B15/063G08G1/017G08G1/0175
    • An electronic traffic tariff reception system can identify a vehicle traveling freely on a road having a plurality of lanes clearly and impose a predetermined debit value on the vehicle in the non-stop manner and in the cashless manner. Further, the system can photograph an image of an illegally passing vehicle. A vehicle identification apparatus can identify the vehicles traveling freely on the road having the plurality of lanes separately in a control point of the reception system. An in-vehicle unit equipped with a smart card is mounted in a vehicle. An antenna for debiting process capable of performing radio communication with the in-vehicle unit is provided. Also provided are an antenna controller for causing the antenna for the debiting process to receive personal information and vehicle information, a local controller for judging whether the information is normal or not or whether the vehicle is to be debited or not, and an apparatus for photographing an illegally passing vehicle. The in-vehicle unit is mounted in each of vehicles and at least one or more antennas are disposed above the road in association with each lane. When radio communication with the in-vehicle unit is made by way of the antennas, the antennas are started into a time sharing multiple accessing method.
    • 电子交通电费接收系统可以识别在具有多个车道的道路上自由行驶的车辆,并以不间断的方式对车辆施加预定的借方值。 此外,该系统可以拍摄非法通行车辆的图像。 车辆识别装置能够识别在接收系统的控制点分别具有多个车道的道路上自由行驶的车辆。 配有智能卡的车载单元安装在车辆中。 提供一种能够执行与车载单元的无线电通信的用于借记处理的天线。 还提供了一种天线控制器,用于使得用于借记处理的天线接收个人信息和车辆信息,本地控制器用于判断该信息是否正常或者该车辆是否被借记,以及一个摄影装置 非法经过的车辆。 车载单元安装在每个车辆中,并且与每个车道相关联地在道路上方布置至少一个或多个天线。 当通过天线进行与车载单元的无线电通信时,天线被启动到时间共享多路访问方法。
    • 5. 发明授权
    • Clock with constellation display
    • 时钟与星座显示
    • US5519673A
    • 1996-05-21
    • US357093
    • 1994-12-15
    • Hideo UeharaMamoru Shibata
    • Hideo UeharaMamoru Shibata
    • G04B19/26G04G9/00
    • G04B19/26G04G9/0076
    • A clock is formed by a front frame (11) for forming a clock body, a back frame (35) fixed with the former, a transparent dial plate (17) fixed with the front frame and having scale marks on the periphery for representing month and day, a constellation disc (15) rotatably held by the dial plate and having an annular toothed member (63) on the circumference thereof, a support member (71, 79) provided on the back surface of the dial plate for rotatably guiding and supporting the constellation disc, and a drive mechanism (75) provided on the back surface of the dial plate for driving the annular toothed member of the constellation disc while engaging with the toothed member. Also, in a clock with a constellation display having a representation part (27) for a solar time and a sidereal time, a driving device for the clock with a constellation display is disclosed in which a solar time display and a sidereal time display are driven by a single oscillation circuit (203) comprising a single oscillator (201), and frequency dividers (205, 207, 209, 211) are provided for dividing a frequency of the oscillation circuit into predetermined frequencies suitable for displaying the solar time and the sidereal time, respectively.
    • PCT No.PCT / JP92 / 01296 Sec。 371日期:1993年6月7日 102(e)日期1993年6月7日PCT提交1992年10月6日PCT公布。 公开号WO93 / 07544 日期为1993年4月15日。时钟由用于形成时钟体的前框架(11),与前者固定的后框架(35),与前框架固定并具有比例尺的透明表盘(17)形成 用于表示月和日的周边标记,由表盘可旋转地保持并在其圆周上具有环形齿构件(63)的星座盘(15),设置在其表面的背面上的支撑构件(71,79) 用于可旋转地引导和支撑星座盘的拨盘;以及设置在表盘的后表面上的驱动机构,用于在与齿形构件啮合的同时驱动星座盘的环形齿形构件。 此外,在具有太阳时间和恒星时间的表示部分(27)的星座显示的时钟中,公开了具有星座显示的时钟的驱动装置,其中驱动太阳时间显示和恒星时间显示 通过包括单个振荡器(201)的单个振荡电路(203),并且提供分频器(205,207,209,211),用于将振荡电路的频率分成适合于显示太阳时间和恒星的预定频率 时间。