A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
ELECTRIC LOCK CONTROL SYSTEM, KEY DEVICE, ELECTRIC LOCK CONTROL DEVICE, AND ELECTRIC LOCK SYSTEM
To provide an electric lock control system, a key device, an electric lock control device, and an electric lock system which can reduce electric power consumption of the key device.SOLUTION: An electric lock control system 1 comprises a key device 20 and an electric lock control device 10. The key device 20 has a key side communication section 22 which performs radio communication. The electric lock control device 10 has a lock side communication section 12 which performs radio communication between the electric lock control device and the key side communication section 22, and controls an electric lock 3. The key side communication section 22 has a first key side communication module 221 and a second key side communication module 222. The first key side communication module 221 performs a continuous receiving action which waits and receives beacon signals from the lock side communication section 12 continuously. The second key side communication module 222 performs an intermittent receiving action which waits and receives start signals from the lock side communication section 12 intermittently. The first key side communication module 221 starts the continuous receiving action upon reception of the start signal by the second key side communication module 222.SELECTED DRAWING: Figure 1
【課題】鍵装置の消費電力を低減することができる電気錠制御システム、鍵装置、電気錠制御装置、及び電気錠システムを提供する。【解決手段】電気錠制御システム１は、鍵装置２０と、電気錠制御装置１０と、を備える。鍵装置２０は、無線通信を行う鍵側通信部２２を有する。電気錠制御装置１０は、鍵側通信部２２との間で無線通信を行う錠側通信部１２を有し、電気錠３を制御する。鍵側通信部２２は、第１鍵側通信モジュール２２１と、第２鍵側通信モジュール２２２と、を有する。第１鍵側通信モジュール２２１は、錠側通信部１２からのビーコン信号を連続的に待ち受ける連続受信動作を行う。第２鍵側通信モジュール２２２は、錠側通信部１２からの起動信号を間欠的に待ち受ける間欠受信動作を行う。第１鍵側通信モジュール２２１は、第２鍵側通信モジュール２２２が起動信号を受信すると、連続受信動作を開始する。【選択図】図１
ELECTRIC LOCK CONTROL SYSTEM, KEY DEVICE, ELECTRIC LOCK CONTROL DEVICE, AND ELECTRIC LOCK SYSTEM
To provide an electric lock control system, a key device, an electric lock control device, and an electric lock system which can reduce electric power consumption of the key device.SOLUTION: An electric lock control system 1 comprises a key device 20 and an electric lock control device 10. The key device 20 has a key side communication section 22 which performs radio communication. The electric lock control device 10 has a lock side communication section 12 which performs radio communication between the electric lock control device and the key side communication section 22, and controls an electric lock 3. The key side communication section 22 has a first key side communication module 221 and a second key side communication module 222. The first key side communication module 221 performs a continuous receiving action which waits and receives beacon signals from the lock side communication section 12 continuously. The second key side communication module 222 performs an intermittent receiving action which waits and receives start signals from the lock side communication section 12 intermittently. The first key side communication module 221 starts the continuous receiving action upon reception of the start signal by the second key side communication module 222.SELECTED DRAWING: Figure 1
【課題】鍵装置の消費電力を低減することができる電気錠制御システム、鍵装置、電気錠制御装置、及び電気錠システムを提供する。【解決手段】電気錠制御システム１は、鍵装置２０と、電気錠制御装置１０と、を備える。鍵装置２０は、無線通信を行う鍵側通信部２２を有する。電気錠制御装置１０は、鍵側通信部２２との間で無線通信を行う錠側通信部１２を有し、電気錠３を制御する。鍵側通信部２２は、第１鍵側通信モジュール２２１と、第２鍵側通信モジュール２２２と、を有する。第１鍵側通信モジュール２２１は、錠側通信部１２からのビーコン信号を連続的に待ち受ける連続受信動作を行う。第２鍵側通信モジュール２２２は、錠側通信部１２からの起動信号を間欠的に待ち受ける間欠受信動作を行う。第１鍵側通信モジュール２２１は、第２鍵側通信モジュール２２２が起動信号を受信すると、連続受信動作を開始する。【選択図】図１
ELECTRIC LOCK CONTROL SYSTEM, KEY DEVICE, ELECTRIC LOCK CONTROL DEVICE, AND ELECTRIC LOCK SYSTEM
電気錠制御システム、鍵装置、電気錠制御装置、及び電気錠システム
HOSHIBA KEITARO (author) / UEDA SHINSUKE (author) / KURITA MASANORI (author) / NISHIO AKIHIKO (author) / KAWAKAMI YU (author)
2019-03-14
Patent
Electronic Resource
Japanese
| European Patent Office | 2019
| European Patent Office | 2019
ELECTRIC LOCK SYSTEM, ELECTRIC LOCK CONTROL DEVICE, AND CONTROL METHOD OF ELECTRIC LOCK SYSTEM
| European Patent Office | 2018
| European Patent Office | 2019