PROBLEM TO BE SOLVED: To realize an integral interlocking device 10 capable of flexibly coping with abnormality in a partial station, even if centralized treatment is executed on interlocking logic over a plurality of stations in a line section of a management object.SOLUTION: An integral interlocking device comprises a blocking-up logical processing means 12 between next stations (A-B,B-C,...) for processing blocking-up logic on a plurality of single track sections with respective sections, besides respective station individual interlocking logical processing means 11 for processing interlocking logic of the respective stations A,B,C,..., and also comprises blocking-up logical processing means 13 between near stations (A-C,...) with an intermediate station and both-side single track section as one section, a virtual track circuit logical processing means 14 between the next stations (A-B,B-C,...), a virtual track circuit logical processing means 15 between the near stations (A-C,...) and next station-near station switching means 16 for properly using next station means (12,14) and near station means,(13,15) in response to the existence of abnormality, and train on-rail state grasping and blocking-up logic on single track sections (A6RT,B6RT,C6RT,...) in an object line section, are processed with respective sections (A6RT, an extension A6RT,B6RT and an extension B6RT,C6RT,...).SELECTED DRAWING: Figure 1
【課題】管理対象の線区内における複数の駅に亘る連動論理を集中処理しても一部の駅での異常に柔軟に対処できる統合連動装置10を実現する。【解決手段】各駅A,B,C,…の連動論理を処理する各駅個別連動論理処理手段11に加え、複数の単線区間に係る閉そく論理を各区間毎に処理する隣駅(A〜B,B〜C,…)間閉そく論理処理手段12を備える。また、中間駅と両側の単線区間を一区間とする近駅(A〜C,…)間閉そく論理処理手段13と、隣駅(A〜B,B〜C,…)間仮想軌道回路論理処理手段14と、近駅(A〜C,…)間仮想軌道回路論理処理手段15と、異常の有無に応じて隣駅用手段(12,14)と近駅用手段(13,15)とを使い分ける隣駅近駅切替手段16とを具備して、対象線区内の単線区間(A6RT,B6RT,C6RT,…)に係る列車在線状態把握及び閉そく論理を各区間(A6RT,延長A6RT,B6RT,延長B6RT,C6RT,…)毎に処理する。【選択図】 図1
INTEGRAL INTERLOCKING DEVICE AND INTEGRAL INTERLOCKING SYSTEM
統合連動装置および統合連動システム
2016-05-30
Patent
Electronic Resource
Japanese
IPC: | B61L Leiten des Eisenbahnverkehrs , GUIDING RAILWAY TRAFFIC |