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A platform for research: civil engineering, architecture and urbanism
Handcart intelligent lock
The invention relates to a handcart intelligent lock. The handcart intelligent lock comprises a protective shell, a titanium wire lock module, a main control module and an NB-IOT module, wherein the titanium wire lock module, the main control module and the NB-IOT module are arranged in the protective shell. The protective shell is fixed on a handcart. The titanium wire lock module and the NB-IOTmodule are electrically connected with the main control module. The titanium wire lock module is used for locking a lock head. The NB-IOT module is used for receiving an unlocking signal of a management platform. The main control module is used for unlocking the titanium wire lock module based on the unlocking signal so that a user can take out the lock head to use the handcart. The handcart intelligent lock has the beneficial effects that the aim of unlocking through the Internet of Things is achieved by adopting the NBIoT technology and the key technology of a titanium wire lock and utilizing the characteristic that titanium metal wires are telescopic after power-on heating, operation stability and user experience are improved, and meanwhile the handcart intelligent lock has the characteristics of being low in cost and lower in power consumption and has a wider application range.
本发明涉及一种手推车智能锁，包括：保护壳体以及设置于保护壳体内部的钛丝锁模块、主控模块和NB‑IOT模块；保护壳体固定于手推车上；钛丝锁模块和所述NB‑IOT模块分别和主控模块电连接；钛丝锁模块用于锁头的锁定；NB‑IOT模块用于接收管理平台的开锁信号；主控模块用于基于开锁信号使钛丝锁模块打开，以便用户取出锁头使用手推车。本发明的有益效果是：通过采用NBIoT技术和钛丝锁的关键技术，利用通电加热后钛金属丝的可伸缩的特性，完成依靠物联网开锁的目的，在提升运行稳定性和提升用户体验的同时，具有成本低、功耗更低的特性，具有更广泛的适用范围。
Handcart intelligent lock
The invention relates to a handcart intelligent lock. The handcart intelligent lock comprises a protective shell, a titanium wire lock module, a main control module and an NB-IOT module, wherein the titanium wire lock module, the main control module and the NB-IOT module are arranged in the protective shell. The protective shell is fixed on a handcart. The titanium wire lock module and the NB-IOTmodule are electrically connected with the main control module. The titanium wire lock module is used for locking a lock head. The NB-IOT module is used for receiving an unlocking signal of a management platform. The main control module is used for unlocking the titanium wire lock module based on the unlocking signal so that a user can take out the lock head to use the handcart. The handcart intelligent lock has the beneficial effects that the aim of unlocking through the Internet of Things is achieved by adopting the NBIoT technology and the key technology of a titanium wire lock and utilizing the characteristic that titanium metal wires are telescopic after power-on heating, operation stability and user experience are improved, and meanwhile the handcart intelligent lock has the characteristics of being low in cost and lower in power consumption and has a wider application range.
本发明涉及一种手推车智能锁，包括：保护壳体以及设置于保护壳体内部的钛丝锁模块、主控模块和NB‑IOT模块；保护壳体固定于手推车上；钛丝锁模块和所述NB‑IOT模块分别和主控模块电连接；钛丝锁模块用于锁头的锁定；NB‑IOT模块用于接收管理平台的开锁信号；主控模块用于基于开锁信号使钛丝锁模块打开，以便用户取出锁头使用手推车。本发明的有益效果是：通过采用NBIoT技术和钛丝锁的关键技术，利用通电加热后钛金属丝的可伸缩的特性，完成依靠物联网开锁的目的，在提升运行稳定性和提升用户体验的同时，具有成本低、功耗更低的特性，具有更广泛的适用范围。
Handcart intelligent lock
手推车智能锁
WANG LIANGUO (author) / WANG JIAYI (author)
2021-03-26
Patent
Electronic Resource
Chinese
Passive intelligent lock, intelligent lock system and intelligent lock control method
| European Patent Office | 2021