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Energy-saving electronic control lock capable of achieving multi-path communication
The invention relates to an energy-saving electronic control lock capable of achieving multi-path communication, and belongs to the technical field of electronic control lock structures. The energy-saving electronic control lock is characterized in that a data bus multi-path communication manner is adopted in an external master control system to control a plurality of electronic control lock bodies at the same time; the electronic control lock bodies are internally provided with electronic system assemblies which are controlled by the external master control system and drive the lock bodies to be unlocked; the electronic system assemblies output signals to drive speed reduction motors in the electronic control lock bodies; and the speed reduction motors output torque to drive mechanical control parts in the electronic control lock bodies to achieve unlocking and locking of the lock bodies. According to the lock, each lock body is provided with an independent communication address. The external master control system controls the multiple lock bodies through one data bus, and the lock bodies do not interfere with one another. A lock electronic system is ultralow in energy consumption. The lock can be powered through a battery, can be kept to stably work for a long time, and can bear the supply voltage of the external large range.
Energy-saving electronic control lock capable of achieving multi-path communication
The invention relates to an energy-saving electronic control lock capable of achieving multi-path communication, and belongs to the technical field of electronic control lock structures. The energy-saving electronic control lock is characterized in that a data bus multi-path communication manner is adopted in an external master control system to control a plurality of electronic control lock bodies at the same time; the electronic control lock bodies are internally provided with electronic system assemblies which are controlled by the external master control system and drive the lock bodies to be unlocked; the electronic system assemblies output signals to drive speed reduction motors in the electronic control lock bodies; and the speed reduction motors output torque to drive mechanical control parts in the electronic control lock bodies to achieve unlocking and locking of the lock bodies. According to the lock, each lock body is provided with an independent communication address. The external master control system controls the multiple lock bodies through one data bus, and the lock bodies do not interfere with one another. A lock electronic system is ultralow in energy consumption. The lock can be powered through a battery, can be kept to stably work for a long time, and can bear the supply voltage of the external large range.
Energy-saving electronic control lock capable of achieving multi-path communication
ZHANG YONGZHI (author) / ZHANG ZHONGBO (author) / WANG LEI (author) / TIAN YE (author) / HU XIAOMING (author)
2015-11-11
Patent
Electronic Resource
English
IPC:
E05B
LOCKS
,
Schlösser
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