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Passive electronic lock, control method of passive electronic lock and storage medium
The embodiment of the invention provides a passive electronic lock, a control method of the passive electronic lock and a storage medium. The passive electronic lock comprises a locking and unlocking mechanism used for executing locking or unlocking, a state prompting unit used for prompting the state of the locking and unlocking mechanism, an energy storage unit, an energy acquisition unit used for charging the energy storage unit based on an energy signal when the energy signal provided by a radio frequency key is received and a control unit, and the control unit is used for verifying the identity of the radio frequency key when the locking and unlocking mechanism is in the locking state and the electric quantity of the energy storage unit is higher than a first threshold value, controlling the locking and unlocking mechanism to execute unlocking when the radio frequency key passes identity verification, and controlling the state prompting unit to output an unlocking state prompt so as to reserve the electric quantity required by locking after the locking and unlocking mechanism is controlled to execute unlocking and when the electric quantity of the energy storage unit is higher than a second threshold value. By means of the embodiment, the user experience can be improved.
本说明书实施方案提供了一种无源电子锁、无源电子锁的控制方法及存储介质，该无源电子锁包括：加解锁机构，用于执行加锁或解锁；状态提示单元，用于提示所述加解锁机构的状态；储能单元；能量采集单元，用于当接收到射频钥匙提供的能量信号时，基于所述能量信号对所述储能单元充电；控制单元，用于在所述加解锁机构处于加锁状态下，当所述储能单元的电量高于第一阈值时验证所述射频钥匙的身份，在所述射频钥匙通过身份验证时控制所述加解锁机构执行解锁，以及在控制所述加解锁机构执行解锁后，当所述储能单元的电量高于第二阈值时控制所述状态提示单元输出解锁状态提示，以预留加锁所需电量。本说明书实施方案可以提高用户体验。
Passive electronic lock, control method of passive electronic lock and storage medium
The embodiment of the invention provides a passive electronic lock, a control method of the passive electronic lock and a storage medium. The passive electronic lock comprises a locking and unlocking mechanism used for executing locking or unlocking, a state prompting unit used for prompting the state of the locking and unlocking mechanism, an energy storage unit, an energy acquisition unit used for charging the energy storage unit based on an energy signal when the energy signal provided by a radio frequency key is received and a control unit, and the control unit is used for verifying the identity of the radio frequency key when the locking and unlocking mechanism is in the locking state and the electric quantity of the energy storage unit is higher than a first threshold value, controlling the locking and unlocking mechanism to execute unlocking when the radio frequency key passes identity verification, and controlling the state prompting unit to output an unlocking state prompt so as to reserve the electric quantity required by locking after the locking and unlocking mechanism is controlled to execute unlocking and when the electric quantity of the energy storage unit is higher than a second threshold value. By means of the embodiment, the user experience can be improved.
本说明书实施方案提供了一种无源电子锁、无源电子锁的控制方法及存储介质，该无源电子锁包括：加解锁机构，用于执行加锁或解锁；状态提示单元，用于提示所述加解锁机构的状态；储能单元；能量采集单元，用于当接收到射频钥匙提供的能量信号时，基于所述能量信号对所述储能单元充电；控制单元，用于在所述加解锁机构处于加锁状态下，当所述储能单元的电量高于第一阈值时验证所述射频钥匙的身份，在所述射频钥匙通过身份验证时控制所述加解锁机构执行解锁，以及在控制所述加解锁机构执行解锁后，当所述储能单元的电量高于第二阈值时控制所述状态提示单元输出解锁状态提示，以预留加锁所需电量。本说明书实施方案可以提高用户体验。
Passive electronic lock, control method of passive electronic lock and storage medium
无源电子锁、无源电子锁的控制方法及存储介质
ZHOU RUOGU (author)
2021-12-21
Patent
Electronic Resource
Chinese
Charging method of passive lock, storage medium and passive lock
| European Patent Office | 2024