A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
ELECTRONIC LOCK CONTROL SYSTEM, KEY DEVICE, ELECTRONIC LOCK CONTROL DEVICE, AND ELECTRONIC LOCK SYSTEM
Provided are an electric lock control system, a key device, an electric lock controller, and an electric lock system, all of which are configured to reduce the power consumption of the key device. An electric lock control system (1) includes a key device (20) and an electric lock controller (10). The key device (20) includes a key-end communications unit (22) to establish wireless communication. The electric lock controller (10) includes a lock-end communications unit (12) that communicates wirelessly with the key-end communications unit (22) and controls an electric lock (3). The key-end communications unit (22) includes a first key-end communications module (221) and a second key-end communications module (222). The first key-end communications module (221) performs continuous reception operation of continuously waiting for arrival of a beacon signal from the lock-end communications unit (12). The second key-end communications module (222) performs intermittent reception operation of intermittently waiting for arrival of a startup signal from the lock-end communications unit (12). The first key-end communications module (221) starts the continuous reception operation when the second key-end communications module (222) receives the startup signal.
ELECTRONIC LOCK CONTROL SYSTEM, KEY DEVICE, ELECTRONIC LOCK CONTROL DEVICE, AND ELECTRONIC LOCK SYSTEM
Provided are an electric lock control system, a key device, an electric lock controller, and an electric lock system, all of which are configured to reduce the power consumption of the key device. An electric lock control system (1) includes a key device (20) and an electric lock controller (10). The key device (20) includes a key-end communications unit (22) to establish wireless communication. The electric lock controller (10) includes a lock-end communications unit (12) that communicates wirelessly with the key-end communications unit (22) and controls an electric lock (3). The key-end communications unit (22) includes a first key-end communications module (221) and a second key-end communications module (222). The first key-end communications module (221) performs continuous reception operation of continuously waiting for arrival of a beacon signal from the lock-end communications unit (12). The second key-end communications module (222) performs intermittent reception operation of intermittently waiting for arrival of a startup signal from the lock-end communications unit (12). The first key-end communications module (221) starts the continuous reception operation when the second key-end communications module (222) receives the startup signal.
ELECTRONIC LOCK CONTROL SYSTEM, KEY DEVICE, ELECTRONIC LOCK CONTROL DEVICE, AND ELECTRONIC LOCK SYSTEM
STEUERSYSTEM EINES ELEKTRONISCHEN SCHLOSSES, SCHLÜSSELVORRICHTUNG, STEUERVORRICHTUNG EINES ELEKTRONISCHEN SCHLOSSES UND ELEKTRONISCHES SCHLOSSSYSTEM
SYSTÈME DE COMMANDE DE VERROU ÉLECTRONIQUE, DISPOSITIF DE CLÉ, DISPOSITIF DE COMMANDE DE VERROU ÉLECTRONIQUE, ET SYSTÈME DE VERROU ÉLECTRONIQUE
HOSHIBA KEITARO (author) / UEDA SHINSUKE (author) / KURITA MASANORI (author) / NISHIO AKIHIKO (author) / KAWAKAMI YU (author)
2020-08-19
Patent
Electronic Resource
English
| European Patent Office | 2020
| European Patent Office | 2019
| European Patent Office | 2021
| European Patent Office | 2021
| European Patent Office | 2020