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    • 2. 发明专利
    • Detector for detecting moving object in crosscut, crosscut information communication device and program
    • 用于检测CROSSCUT,CROSSCUT信息通信设备和程序中的移动对象的检测器
    • JP2006111177A
    • 2006-04-27
    • JP2004302055
    • 2004-10-15
    • Central Japan Railway CoUniv Of Tokyo国立大学法人 東京大学東海旅客鉄道株式会社
    • MIKI HIROSHITAKEUCHI HIROTOAMANO TAKEHIKOTOKOROZAWA TETSUMASASHIBAZAKI RYOSUKECHO KISEINAKAMURA KATSUYUKI
    • B61L29/00
    • PROBLEM TO BE SOLVED: To correctly predict whether an object crossing a crosscut installed in a traveling road may impair the traveling of an approaching vehicle by predicting the positional change of the object. SOLUTION: If it is determined that a moving object present in a monitoring area may impair the traveling of a train approaching a crossing, and the moving object is small (S160: Y, S165: Y), a stay/escape prediction unit predicts the positional change of the small moving object as follows. If the moving speed of the small moving object is smaller than a predetermined value, it is predicted that the small moving object stays in the monitoring area. If the small moving object is moved from an arbitrary point in the monitoring area toward a center of a crossing road, it is predicted that the small moving object stays in the monitoring area. On the other hand, if the small moving object is moved outward of the monitoring area from the center of the crossing road, it is predicted that the small moving object is escaping from the monitoring area (S170-S190). COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:为了正确地预测穿过行驶道路中的横切的物体是否可能通过预测物体的位置变化来损害接近的车辆的行驶。 解决方案:如果确定存在于监视区域中的移动物体可能损害接近交叉点的列车的行进,并且移动物体小(S160:Y,S165:Y),则停留/逃逸预测 单元预测小移动物体的位置变化如下。 如果小移动物体的移动速度小于预定值,则预测小移动物体停留在监视区域中。 如果小的移动物体从监视区域中的任意点朝向交叉路口的中心移动,则预测小移动物体停留在监视区域中。 另一方面,如果小的移动物体从交叉路的中心向监视区域的外侧移动,则预测小的移动物体从监视区域逃逸(S170-S190)。 版权所有(C)2006,JPO&NCIPI
    • 3. 发明专利
    • Lightning strike prediction apparatus, notification system for lightning strike prediction result, and program
    • 防雷击预测装置,雷击预报结果通知系统及程序
    • JP2005274321A
    • 2005-10-06
    • JP2004087532
    • 2004-03-24
    • Central Japan Railway Co東海旅客鉄道株式会社
    • MIKI HIROSHITAKEUCHI HIROTOOKAI MASAHIKOAMANO TAKEHIKOTOKOROZAWA TETSUMASA
    • G01W1/10G01W1/16
    • PROBLEM TO BE SOLVED: To increase the accuracy for predicting a place where a lightning strike occurs in the future and a duration of the lightning strike in a lightning strike prediction apparatus.
      SOLUTION: Lightning strike number calculation section 13, on the basis of lightning strike information received from JLDN 50 through a receiving section 11, calculates the number of lightning strikes occurred within a set time. A danger zone specification section 15 maps the lightning strike location data of the number of lightning strikes within the set time in a predetermined cycle using a two-dimensional mapping method to calculate a center Pg(t) of a danger zone. On the basis of the center Pg(t) of the danger zone, a radius R(t) of the danger zone is calculated. A danger zone prediction section 17 predicts the path of the center Pg(t) of the danger zone and the duration (lifetime) τ of the danger zone. By thus statistically analyzing the occurrence time and occurrence place of the lightning strikes actually occurred, the path and life of the danger zone are predicted from spatial changes and temporal changes of the danger zone.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提高用于预测在将来发生雷击的地方的准确性以及雷击预测装置中的雷击持续时间。

      解决方案:雷电次数计算部13基于从接收部11接收到的从JLDN 50接收的雷击信息,计算出在规定时间内发生的雷击次数。 危险区域规定部15使用二维映射方法将预定次数的雷击次数的雷击位置数据以规定的周期进行映射,计算危险区域的中心Pg(t)。 根据危险区域的中心Pg(t),计算危险区域的半径R(t)。 危险区域预测部17预测危险区域的中心Pg(t)的路径和危险区域的持续时间(寿命)τ。 通过统计分析实际发生​​的雷击发生时间和发生地点,从危险区域的空间变化和时间变化预测危险区域的路径和寿命。 版权所有(C)2006,JPO&NCIPI

    • 4. 发明专利
    • Miss out stops prevention system
    • MISS OUT STOPS预防系统
    • JP2005271722A
    • 2005-10-06
    • JP2004087533
    • 2004-03-24
    • Central Japan Railway Co東海旅客鉄道株式会社
    • MIKI HIROSHITAKEUCHI HIROTOAMANO TAKEHIKOTOKOROZAWA TETSUMASAYASUE YUUJITANAHASHI KAZUHIROTOMOSHIGE SHUNSUKE
    • B60L15/40B61L23/14B61L27/00
    • PROBLEM TO BE SOLVED: To prevent a train from erroneously passing through a station even when stopping the train, for example, at the station where no turnout, nor side rail track, nor interlocking device is installed, or when stopping the train at the station which is not equipped with an automatic train operation control device.
      SOLUTION: A wayside unit for ATS speed checking is installed in a monitoring section of the rail track. When it is determined that the train is scheduled to stop at the station by the checking device of an above ground device, a signal of specific frequency is transmitted to the wayside unit for the ATS speed checking by an output device. On the other hand, the ATS transmission reception device receives the signal of the specific frequency from the wayside unit for the ATS speed checking through a pickup unit in an on-board device. A brake output device measures the receiving interval time t. When the receiving interval time t is not more than the checking time T, the brake output device actuates an emergency brake and raises the alarm in order to prevent the train from erroneously passing through the station to be scheduled to stop.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:即使在停止列车时,例如在没有岔道,侧轨轨道,也不设置联锁装置的车站,或者停车时,为了防止列车错误地通过车站 在没有配备自动列车运行控制装置的车站。

      解决方案:ATS速度检查的路边单元安装在轨道的监控部分。 当通过上述地面装置的检查装置确定列车计划停在车站时,特定频率的信号被发送到路线单元以进行输出装置的ATS速度检查。 另一方面,ATS发送接收装置通过车载装置中的拾取单元从用于ATS速度检查的路线单元接收特定频率的信号。 制动输出装置测量接收间隔时间t。 当接收间隔时间t不大于检查时间T时,制动器输出装置致动紧急制动并引起警报,以防止列车错误地通过车站被停止。 版权所有(C)2006,JPO&NCIPI

    • 6. 发明专利
    • Alarming device and program of crossing
    • 报警装置和交叉程序
    • JP2005319873A
    • 2005-11-17
    • JP2004138827
    • 2004-05-07
    • Central Japan Railway Co東海旅客鉄道株式会社
    • MIKI HIROSHITAKEUCHI HIROTOAMANO TAKEHIKOTOKOROZAWA TETSUMASAFUEBUKI AKIYOSHI
    • B61L29/00B61L29/28
    • PROBLEM TO BE SOLVED: To prevent erroneous alarm due to wrong detection of a heat source of a train, for example, such as a motor and a wheel when the train passes through a crossing, in an alarming device of the crossing issuing voice alarms at the crossing.
      SOLUTION: Monitoring of a crossing road is started when a train approaches to a crossing (S130). When the train approaches to a vicinity of the crossing (S140: Y), or when a time T2 has elapsed after the train approaches to the crossing (S160: Y), the monitoring processing of the crossing road started when the train approaches to the crossing is completed (S150). This can prevent erroneous alarms due to wrong detection of the heat source, for example, such as a motor and a wheel when the train passes through the crossing. Also, prevention of unnecessary alarms can heighten reliability of the alarms issued as necessary and maintain its effectiveness.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:为了防止在火车通过交叉口时列车的热源(例如电动机和车轮)错误地检测到错误的报警,在交叉发行的报警装置中 在交叉口的语音报警。

      解决方案:当列车接近越野线时,开始越野道路的监控(S130)。 当列车接近交叉点附近(S140:Y)时,或者列车接近交叉点后经过时间T2(S160:Y)时,交叉路口的监视处理开始于列车接近 交叉完成(S150)。 这可以防止当火车通过交叉口时诸如电动机和车轮之类的热源错误检测的错误报警。 另外,防止不必要的报警可以提高必要时发出的报警的可靠性,并保持其有效性。 版权所有(C)2006,JPO&NCIPI