A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
PROBLEM TO BE SOLVED: To prevent overdischarge of a battery by detecting the voltage of the battery periodically, when a key switch is turned off, while also coping with theft.SOLUTION: A remote monitoring system makes a controller 10 of an agricultural work vehicle 1 and a management server 3 of a management center 2 and the terminals of a user 6 and a store 8 communicable via a communication device. The agricultural work vehicle 1 includes a positioning device 33, a voltage sensor 21 becoming voltage detection means of a battery 7, and timing means, and is connected with the controller 10. At the time of power saving standby mode where a key switch 36 is turned off, the controller 10 is started automatically at a setting time by a start instruction from the management center, and transmits the current position of the agricultural work vehicle 1 and the voltage and date of the battery 7 to the management server 3 via the communication device, and when the voltage of the battery 7 is less than a set value, remote monitoring means of the management server 3 reports the fact to the user 6 and the store 8.SELECTED DRAWING: Figure 1
【課題】キースイッチをオフとした電源オフ時に、バッテリの電圧を定期的に検知してバッテリの過放電を防止し、盗難にも対処できるようにしようとする。【解決手段】農用作業車１の制御装置１０と管理センター２の管理サーバ３とユーザー６と販売店８の端末装置とを通信装置を介して通信可能とし、農用作業車１には測位装置３３とバッテリ７の電圧検知手段となる電圧センサ２１と計時手段とを備えて前記制御装置１０と接続し、制御装置１０はキースイッチ３６をオフとした省電力待機モード時に、管理センターからの起動指示により設定時間に自動に起動し、農用作業車１の現在位置とバッテリ７の電圧と日時を、通信装置を介して管理サーバ３に送信し、管理サーバ３に備える遠隔監視手段は前記バッテリ７の電圧が設定値未満となるとユーザー６及び販売店８に通報する。【選択図】図１
PROBLEM TO BE SOLVED: To prevent overdischarge of a battery by detecting the voltage of the battery periodically, when a key switch is turned off, while also coping with theft.SOLUTION: A remote monitoring system makes a controller 10 of an agricultural work vehicle 1 and a management server 3 of a management center 2 and the terminals of a user 6 and a store 8 communicable via a communication device. The agricultural work vehicle 1 includes a positioning device 33, a voltage sensor 21 becoming voltage detection means of a battery 7, and timing means, and is connected with the controller 10. At the time of power saving standby mode where a key switch 36 is turned off, the controller 10 is started automatically at a setting time by a start instruction from the management center, and transmits the current position of the agricultural work vehicle 1 and the voltage and date of the battery 7 to the management server 3 via the communication device, and when the voltage of the battery 7 is less than a set value, remote monitoring means of the management server 3 reports the fact to the user 6 and the store 8.SELECTED DRAWING: Figure 1
【課題】キースイッチをオフとした電源オフ時に、バッテリの電圧を定期的に検知してバッテリの過放電を防止し、盗難にも対処できるようにしようとする。【解決手段】農用作業車１の制御装置１０と管理センター２の管理サーバ３とユーザー６と販売店８の端末装置とを通信装置を介して通信可能とし、農用作業車１には測位装置３３とバッテリ７の電圧検知手段となる電圧センサ２１と計時手段とを備えて前記制御装置１０と接続し、制御装置１０はキースイッチ３６をオフとした省電力待機モード時に、管理センターからの起動指示により設定時間に自動に起動し、農用作業車１の現在位置とバッテリ７の電圧と日時を、通信装置を介して管理サーバ３に送信し、管理サーバ３に備える遠隔監視手段は前記バッテリ７の電圧が設定値未満となるとユーザー６及び販売店８に通報する。【選択図】図１
REMOTE MONITORING SYSTEM
遠隔監視システム
NIIKUMA AKIHIRO (author)
2016-05-12
Patent
Electronic Resource
Japanese
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