A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Encryption communication method of internet of things padlock
The invention discloses an encryption communication method of an Internet of Things padlock, which comprises the following steps: installing an APP in an intelligent terminal device, after system authorization, entering the APP, connecting with the Internet of Things padlock through a USB data line, nfc or Bluetooth, controlling a switch, and encrypting data communication between the device and the terminal so as to prevent the device from being cracked and embezzled by people. The system is composed of an intelligent lock, an encryption algorithm, a server and an intelligent terminal APP, the intelligent lock and the intelligent terminal APP are the core of a product, and the encryption algorithm and the server are mainly responsible for encryption and decryption and identity verification of the intelligent lock. According to the method for unlocking and locking the padlock through the intelligent terminal without an entity key, an enterprise does not need to manage the entity key any more, authorization operation can be conducted on an unlocking person in real time, and real-time unlocking and locking information can be obtained. Meanwhile, in order to solve the problem that the lock is stolen and unlocked by others, unlocking communication needs to be carried out in an encryption mode.
本发明公开了一种物联网挂锁的加密通讯方法，是在智能终端设备中安装APP，通过系统授权以后，进入APP并通过USB数据线、nfc或蓝牙等方式与物联网挂锁进行连接，控制开关，同时设备和终端之间的数据通信进行加密，以防止被人破解盗用。系统由智能锁、加密、服务器和智能终端APP四部分构成，其中智能锁和智能终端APP为产品的核心，而加密算法和服务器主要负责对智能锁的加解密和身份验证。本发明无需实体钥匙通过智能终端即可对挂锁进行开关的方法，企业无需再对实体钥匙进行管理，可以实时对开锁人进行授权操作，并可以获取实时的开关锁信息。同时为了解决本锁被他人盗开，开锁通讯需要进行加密方式进行。
Encryption communication method of internet of things padlock
The invention discloses an encryption communication method of an Internet of Things padlock, which comprises the following steps: installing an APP in an intelligent terminal device, after system authorization, entering the APP, connecting with the Internet of Things padlock through a USB data line, nfc or Bluetooth, controlling a switch, and encrypting data communication between the device and the terminal so as to prevent the device from being cracked and embezzled by people. The system is composed of an intelligent lock, an encryption algorithm, a server and an intelligent terminal APP, the intelligent lock and the intelligent terminal APP are the core of a product, and the encryption algorithm and the server are mainly responsible for encryption and decryption and identity verification of the intelligent lock. According to the method for unlocking and locking the padlock through the intelligent terminal without an entity key, an enterprise does not need to manage the entity key any more, authorization operation can be conducted on an unlocking person in real time, and real-time unlocking and locking information can be obtained. Meanwhile, in order to solve the problem that the lock is stolen and unlocked by others, unlocking communication needs to be carried out in an encryption mode.
本发明公开了一种物联网挂锁的加密通讯方法，是在智能终端设备中安装APP，通过系统授权以后，进入APP并通过USB数据线、nfc或蓝牙等方式与物联网挂锁进行连接，控制开关，同时设备和终端之间的数据通信进行加密，以防止被人破解盗用。系统由智能锁、加密、服务器和智能终端APP四部分构成，其中智能锁和智能终端APP为产品的核心，而加密算法和服务器主要负责对智能锁的加解密和身份验证。本发明无需实体钥匙通过智能终端即可对挂锁进行开关的方法，企业无需再对实体钥匙进行管理，可以实时对开锁人进行授权操作，并可以获取实时的开关锁信息。同时为了解决本锁被他人盗开，开锁通讯需要进行加密方式进行。
Encryption communication method of internet of things padlock
一种物联网挂锁的加密通讯方法
ZHAO SHILONG (author) / CHEN WEI (author)
2022-04-08
Patent
Electronic Resource
Chinese
Bluetooth intelligent padlock based on Internet of Things
| European Patent Office | 2021