A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a window fingerprint lock. The window fingerprint lock comprises a power supply, a zero-power-consumption fingerprint recognition module, a mechanical lock and a lock hook. Themechanical lock is located on a window frame; the lock hook is located on the window edge; the mechanical lock is matched with the lock hook to open or close the window; the power source is connectedwith the zero-power-consumption fingerprint recognition module; the zero-power-consumption fingerprint recognition module is located on the mechanical lock; and when fingerprint information collectedby the zero-power-consumption fingerprint recognition module is matched with preset fingerprint information, the mechanical lock is controlled to be separated from the lock hook, so that the window can be opened. According to the window fingerprint lock, the zero-power-consumption fingerprint recognition module is adopted on the window, the standby energy consumption is low, a user does not needto frequently charge or replace a battery, the defects that an electronic fingerprint lock on the window is high in power consumption and the user needs to charge regularly in the related technology are avoided, the charging time and cost of the user are reduced, the use efficiency is improved, and the user experience is improved. The invention further provides a window which has the above beneficial effects.
本申请公开了一种窗户指纹锁，包括：电源，零功耗指纹识别模组，机械锁和锁钩；机械锁位于窗户框上，锁钩位于窗户沿上，机械锁与锁钩相互配合，使窗户开启或关闭；电源与零功耗指纹识别模组相连，零功耗指纹识别模组位于机械锁上，当零功耗指纹识别模组采集的指纹信息与预设指纹信息匹配时，以控制机械锁离开锁钩，以使窗户开启。本申请通过窗户上采用零功耗指纹识别模组，待机能耗低，不需用户经常充电或更换电池，避免了相关技术窗户上电子指纹锁功耗大，用户需要定期充电的弊端，使用户减少充电时间和成本，提高使用效率，改善用户体验。本申请同时还提供了一种窗户，具有上述有益效果。
The invention discloses a window fingerprint lock. The window fingerprint lock comprises a power supply, a zero-power-consumption fingerprint recognition module, a mechanical lock and a lock hook. Themechanical lock is located on a window frame; the lock hook is located on the window edge; the mechanical lock is matched with the lock hook to open or close the window; the power source is connectedwith the zero-power-consumption fingerprint recognition module; the zero-power-consumption fingerprint recognition module is located on the mechanical lock; and when fingerprint information collectedby the zero-power-consumption fingerprint recognition module is matched with preset fingerprint information, the mechanical lock is controlled to be separated from the lock hook, so that the window can be opened. According to the window fingerprint lock, the zero-power-consumption fingerprint recognition module is adopted on the window, the standby energy consumption is low, a user does not needto frequently charge or replace a battery, the defects that an electronic fingerprint lock on the window is high in power consumption and the user needs to charge regularly in the related technology are avoided, the charging time and cost of the user are reduced, the use efficiency is improved, and the user experience is improved. The invention further provides a window which has the above beneficial effects.
本申请公开了一种窗户指纹锁，包括：电源，零功耗指纹识别模组，机械锁和锁钩；机械锁位于窗户框上，锁钩位于窗户沿上，机械锁与锁钩相互配合，使窗户开启或关闭；电源与零功耗指纹识别模组相连，零功耗指纹识别模组位于机械锁上，当零功耗指纹识别模组采集的指纹信息与预设指纹信息匹配时，以控制机械锁离开锁钩，以使窗户开启。本申请通过窗户上采用零功耗指纹识别模组，待机能耗低，不需用户经常充电或更换电池，避免了相关技术窗户上电子指纹锁功耗大，用户需要定期充电的弊端，使用户减少充电时间和成本，提高使用效率，改善用户体验。本申请同时还提供了一种窗户，具有上述有益效果。
Window fingerprint lock and window
一种窗户指纹锁及窗户
LI HUAWEI (author)
2020-12-18
Patent
Electronic Resource
Chinese