A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
FARM FIELD WATER MANAGEMENT SYSTEM, AND HYDRANT CONTROLLER
To provide a farm field water management system in which past data of the farm field is continuously taken over even if a hydrant controller installed in a farm field is replaced with one in the previous year.SOLUTION: A farm field water management system comprises: a hydrant installed in a farm field; a hydrant controller which is freely detachably configured to the hydrant, and to which unique ID information is set; and a farm field water management server which remotely controls the hydrant controller, where the hydrant controller is equipped with a positional information acquisition mechanism that electronically captures positional information from an information holder holding positional information of the vicinity of the hydrant, the communication part is configured to transmit positional information and ID information captured by the positional information acquisition mechanism to the farm field water management server, the information holder is configured of a portable terminal, and configured such that code information which is created by encoding the positional information of the vicinity of the hydrant acquired by a positional information acquisition application equipped in the portable terminal is displayed on a display screen. The positional information acquisition mechanism is configured of a scanner which is connected to the hydrant controller and reads out the code information.SELECTED DRAWING: Figure 2
【課題】圃場に設置された給水栓制御装置が前年と入れ替わっても継続的にその圃場の過去のデータが引き継がれる圃場水管理システムを提供する。【解決手段】圃場に設置された給水栓と、前記給水栓に着脱自在に構成され、固有のＩＤ情報が設定された給水栓制御装置と、給水栓制御装置を遠隔制御する圃場水管理サーバと、を備えている圃場水管理システムであって、給水栓制御装置は、給水栓の近傍の位置情報を保持する情報保持体から位置情報を電子的に捕捉する位置情報取得機構を備え、通信部は位置情報取得機構で捕捉した位置情報とＩＤ情報を圃場水管理サーバに送信するように構成され、情報保持体は携帯端末で構成され、携帯端末に備えた位置情報取得アプリで取得した給水栓の近傍の位置情報をコード化したコード情報が表示画面に表示されるように構成され、位置情報取得機構は給水栓制御装置に接続されコード情報を読み取るスキャナで構成されている。【選択図】図２
FARM FIELD WATER MANAGEMENT SYSTEM, AND HYDRANT CONTROLLER
To provide a farm field water management system in which past data of the farm field is continuously taken over even if a hydrant controller installed in a farm field is replaced with one in the previous year.SOLUTION: A farm field water management system comprises: a hydrant installed in a farm field; a hydrant controller which is freely detachably configured to the hydrant, and to which unique ID information is set; and a farm field water management server which remotely controls the hydrant controller, where the hydrant controller is equipped with a positional information acquisition mechanism that electronically captures positional information from an information holder holding positional information of the vicinity of the hydrant, the communication part is configured to transmit positional information and ID information captured by the positional information acquisition mechanism to the farm field water management server, the information holder is configured of a portable terminal, and configured such that code information which is created by encoding the positional information of the vicinity of the hydrant acquired by a positional information acquisition application equipped in the portable terminal is displayed on a display screen. The positional information acquisition mechanism is configured of a scanner which is connected to the hydrant controller and reads out the code information.SELECTED DRAWING: Figure 2
【課題】圃場に設置された給水栓制御装置が前年と入れ替わっても継続的にその圃場の過去のデータが引き継がれる圃場水管理システムを提供する。【解決手段】圃場に設置された給水栓と、前記給水栓に着脱自在に構成され、固有のＩＤ情報が設定された給水栓制御装置と、給水栓制御装置を遠隔制御する圃場水管理サーバと、を備えている圃場水管理システムであって、給水栓制御装置は、給水栓の近傍の位置情報を保持する情報保持体から位置情報を電子的に捕捉する位置情報取得機構を備え、通信部は位置情報取得機構で捕捉した位置情報とＩＤ情報を圃場水管理サーバに送信するように構成され、情報保持体は携帯端末で構成され、携帯端末に備えた位置情報取得アプリで取得した給水栓の近傍の位置情報をコード化したコード情報が表示画面に表示されるように構成され、位置情報取得機構は給水栓制御装置に接続されコード情報を読み取るスキャナで構成されている。【選択図】図２
FARM FIELD WATER MANAGEMENT SYSTEM, AND HYDRANT CONTROLLER
圃場水管理システム及び給水栓制御装置
MORITA HITOSHI (author) / SUEYOSHI YASUNORI (author) / CHEN JUYI (author) / FUJIMOTO YOSHIHIRO (author) / TAKEUCHI TOSHIKI (author) / TAKAHASHI MASASHI (author)
2024-03-25
Patent
Electronic Resource
Japanese
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