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A platform for research: civil engineering, architecture and urbanism
LOCK SYSTEM AND LOCK MANAGEMENT METHOD
To provide a lock capable of easily determining whether a key is locked and a management method thereof.SOLUTION: Used is a lock system which includes: a moving part positioned at a lock part; a vibration power generation module generating power by vibration caused resulted from a movement of the moving part; and a terminal receiving information from the vibration power generation module. Used is a locking system which includes: a moving part positioned at the lock part; a vibration power generation module generating power by vibration caused resulted from a movement of the moving part; a router receiving information from the vibration power generation module; a net receiving the information from the router; and a terminal receiving the information from the net. Used is a lock management method which includes: a vibrating step in which a vibration is caused resulted from a movement of a moving part of a lock device; a power generation step in which power is generated by the vibration; a transmitting step in which the power generation transmits lock related information to a router; and a second transmitting step in which the information is transmitted from the router to the net.SELECTED DRAWING: Figure 1
【課題】簡易的に、鍵の施錠が判断できる施錠とその管理方法を提供すること。【解決手段】施錠部に位置する移動部と、上記移動部の移動により振動が生じ、発電する振動発電モジュールと、上記振動発電モジュールから情報を受ける端末と、を含む施錠システムを用いる。施錠部に位置する移動部と、上記移動部の移動により振動が生じ、発電する振動発電モジュールと、上記振動発電モジュールから情報を受けるルータと、上記ルータから上記情報を受けるネットと、上記ネットから上記情報を受ける端末と、を含む施錠システムを用いる。施錠装置の移動部の移動により、振動を起こす振動工程と、上記振動により発電を起こす発電工程と、上記発電により、施錠に関する情報を、ルータへ送る発信工程と、上記ルータからネットへ上記情報を送る第２発信工程と、を含む施錠管理方法を用いる。【選択図】 図１
LOCK SYSTEM AND LOCK MANAGEMENT METHOD
To provide a lock capable of easily determining whether a key is locked and a management method thereof.SOLUTION: Used is a lock system which includes: a moving part positioned at a lock part; a vibration power generation module generating power by vibration caused resulted from a movement of the moving part; and a terminal receiving information from the vibration power generation module. Used is a locking system which includes: a moving part positioned at the lock part; a vibration power generation module generating power by vibration caused resulted from a movement of the moving part; a router receiving information from the vibration power generation module; a net receiving the information from the router; and a terminal receiving the information from the net. Used is a lock management method which includes: a vibrating step in which a vibration is caused resulted from a movement of a moving part of a lock device; a power generation step in which power is generated by the vibration; a transmitting step in which the power generation transmits lock related information to a router; and a second transmitting step in which the information is transmitted from the router to the net.SELECTED DRAWING: Figure 1
【課題】簡易的に、鍵の施錠が判断できる施錠とその管理方法を提供すること。【解決手段】施錠部に位置する移動部と、上記移動部の移動により振動が生じ、発電する振動発電モジュールと、上記振動発電モジュールから情報を受ける端末と、を含む施錠システムを用いる。施錠部に位置する移動部と、上記移動部の移動により振動が生じ、発電する振動発電モジュールと、上記振動発電モジュールから情報を受けるルータと、上記ルータから上記情報を受けるネットと、上記ネットから上記情報を受ける端末と、を含む施錠システムを用いる。施錠装置の移動部の移動により、振動を起こす振動工程と、上記振動により発電を起こす発電工程と、上記発電により、施錠に関する情報を、ルータへ送る発信工程と、上記ルータからネットへ上記情報を送る第２発信工程と、を含む施錠管理方法を用いる。【選択図】 図１
LOCK SYSTEM AND LOCK MANAGEMENT METHOD
施錠システムと施錠管理方法
GOKAN MANABU (author) / TAKAHASHI YOSHIKO (author) / TANAKA JUNYA (author) / SASAOKA TATSUO (author) / KOMYOJI DAIDO (author)
2019-12-26
Patent
Electronic Resource
Japanese
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