[0020] Hereinafter, the present invention will be further described by using the drawings and specific embodiments.
[0021] In the cell phone 3G network-based smart access control method of the present invention, the registration process is specifically composed of two parts, mainly composed of cell access control management unit level and cell phone control unit activation registration. First, the user registers his identity information in the cell access control management unit where he is located, and stores the user's information in the cell management unit database, and transmits the user information to the network control unit. The network control unit stores the user information in the network control unit. In the database. After registration, the community access control management unit sends a set of registration codes to the community users. The registration codes are mainly encoded according to the user's ID number and mobile phone number, and are mainly used to activate the user's personal account. The registration code is the only verification standard when completing the mobile phone activation registration. Then, the user uses the mobile phone to log in to the mobile phone registration module. After entering the page, the mobile phone will automatically open 3G data communication, connect with the server of the network control unit, click register, and enter the registration code sent by the community access control management unit. At this time, the network control unit receives the registration information, calls the corresponding user information in the database for verification, and activates the user account after the verification is successful, and finally completes the user registration. At this time, the mobile phone binding module in the mobile phone management unit binds the user's mobile phone number with the mobile phone MCU number used during registration to realize the uniqueness of the user, and generate a set of mobile phone information identification codes as the only check when the user mobile phone logs in standard.
[0022] Introductory application process: This process is mainly composed of the application made by the mobile phone and the verification by the network control unit. First, the user uses the mobile phone to log in to the entry application module in the mobile phone control unit. At this time, the mobile phone binding module will check the mobile phone information identification code generated during registration. After the verification is successful, the mobile phone will automatically connect to the 3G network and control it through the 3G network. After the unit is connected, the user clicks to open the door to apply, and the mobile phone control unit and the network control unit will simultaneously generate a set of random passwords. The random password will be displayed on the screen of the mobile phone, and the network control unit will pass the random password to the access control management unit of the community where the user is located, and save it in the database of the community access control management unit. At this time, the user enters the password on the community access controller. After the verification is successful, the community gate will automatically open. In the password generation process in the above process, in order to maintain the security of the password, it will be randomly generated during the generation process, and the password validity time can be set by yourself, which avoids the problem of password loss caused by the long-term existence of the password. When the user does not input on the access control within the set time, the user clicks to apply again, and the system resends the random password. As the information is registered through the real-name system, every user operation will be recorded and saved, making the community more secure in management.
[0023] The access control device used in the cell phone 3G network-based smart access control method of the present invention includes: a cell access control management unit, a cell phone control unit and a network control unit. The cell access control management unit is mainly composed of a database and an access controller, and can be realized The personal information of the community user is registered, and the community user registration code is sent to complete the registration and activation, and enable the user to automatically control the door when entering; the mobile phone control unit is mainly composed of 3G mobile phone, user registration module, entry application module and mobile phone The binding module is composed of the registration code sent by the community access control management unit to realize user registration, and bind the user's mobile phone number with the mobile phone MCU number to realize the uniqueness of the user. An application is made when entering and a group is displayed Random password; the network control unit is mainly composed of a server, a network card, and a network control module, which enables the network control module to store or call user information in the database, and connect to the Internet through the network card to transfer the corresponding data to the community access control management unit to store the community The user information provided by the management unit completes the registration of the community user; when the user applies for entry, the user information in the database is called for identity verification, and the entry password is generated after the verification is successful, and the entry password is sent to the community access control management unit.
[0024] The relevant content is explained as follows:
[0025] The registration code is generated according to the mobile phone number and ID number filled in by the user, and the function of the registration code is to provide credentials when the user registers with the mobile phone.
[0026] The said 3G network is currently operated by communication operators, mainly including 3G networks held by China Unicom, China Telecom, and China Mobile.
[0027] The mobile phone mentioned is currently a common 3G mobile phone.
[0028] The function of the network control unit is to accept user personal information provided by each cell. And keep it in the database, waiting for the user to activate with the registration code. And when the user submits the entry application, the information is checked, a random password is sent, and information such as the user's entry time each time is stored.
[0029] The network card is a computer network card, which is connected to the server, and is mainly used to realize the connection between the server and the Internet.
[0030] The access controller is connected with the electronic lock, and its function is to manage the opening and closing of the door.
[0031] The registration module is a module used when a user uses a mobile phone to register personal information.
[0032] The application module is a module used when a user makes an application by using a mobile phone when entering a cell.
[0033] The main function of the mobile phone binding module is a module that binds the mobile phone number and the mobile phone microcontroller number.
[0034] According to the attached figure 1 As shown, the overall process of the access control management system is that after the user has successfully registered, the entry application module in the mobile phone control unit sends an entry application to the network control unit. The network control unit will verify the user. After the verification is successful, the network control unit and the mobile phone The control unit generates a set of random passwords at the same time, the passwords are time-sensitive, and the user needs to reapply after the valid time. The network control unit transmits the generated password to the community access control management unit. The community access control management unit temporarily stores the password in the database. The user needs to enter the password within the valid time. The community access control management unit checks the password entered by the user. After the verification is successful Send a door opening instruction to the access controller, and the gate of the community will open automatically.
[0035] According to the attached figure 2 As shown, the registration process is specifically composed of two parts, mainly composed of the cell access control management unit level and the mobile phone control unit activation registration. First, the user registers his identity information in the cell access control management unit where he is located, and stores the user's information in the cell management unit database, and transmits the user information to the network control unit. The network control unit stores the user information in the network control unit. In the database. After registration, the community access control management unit sends a set of registration codes to the community users. The registration codes are mainly encoded according to the user's ID number and mobile phone number, and are mainly used to activate the user's personal account. The registration code is the only verification standard when completing the mobile phone activation registration. Then, the user uses the mobile phone to log in to the mobile phone registration module. After entering the page, the mobile phone will automatically open 3G data communication, connect with the server of the network control unit, click register, and enter the registration code sent by the community access control management unit. At this time, the network control unit receives the registration information, calls the corresponding user information in the database for verification, and activates the user account after the verification is successful, and finally completes the user registration. At this time, the mobile phone binding module in the mobile phone management unit binds the user's mobile phone number with the mobile phone MCU number used during registration to realize the uniqueness of the user, and generate a set of mobile phone information identification codes as the only check when the user mobile phone logs in standard.
[0036] According to the attached image 3 As shown, the mobile phone control unit is mainly composed of a registration module, an application module, and a mobile phone binding module. Registration module: The working principle is that after the user opens, the initial installation user will automatically prompt to register. After the user enters the registration code in the corresponding location, it will prompt the registration success and log in to the registration interface. At this time, it will automatically contact the mobile phone number and mobile phone. The MCU number is combined to form a set of identification codes, the main function of which is to automatically check when the mobile phone logs in; Application module: After the user clicks on the entry application, the signal will be transmitted to the network control unit through the 3G network, and it will be on the mobile phone at this time Display a set of random passwords; mobile phone binding module: The main function of this module is to bind the user's registered mobile phone number and the mobile phone MCU number to generate a mobile phone information identification code to achieve the unique certainty of the user. The process is mainly that the user uses the mobile phone to log in to the mobile phone registration module. After entering the page, the mobile phone will automatically open 3G data communication, connect with the server of the network control unit, click register, and enter the registration code sent by the community access control management unit. At this time, the network control unit receives the registration information, calls the corresponding user information in the database for verification, and activates the user account after the verification is successful, and finally completes the user registration. At this time, the mobile phone binding module in the mobile phone management unit binds the user's mobile phone number with the mobile phone MCU number used during registration to realize the uniqueness of the user, and generate a set of mobile phone information identification codes as the only check when the user mobile phone logs in Standard, the user clicks on the entry application. At this time, the mobile phone binding module will check the mobile phone information identification code generated during registration. After the verification is successful, the mobile phone will automatically connect to the 3G network and communicate with the network control unit through the 3G network. The mobile control unit and the network The control unit will generate a set of random passwords at the same time. The random password will be displayed on the screen of the mobile phone, and the network control unit will pass the random password to the access control management unit of the community where the user is located, and save it in the database of the community access control management unit.
[0037] According to the attached Figure 4 As shown, the main working process of the network control unit is to accept the entry application sent by the mobile phone user. After the user’s identity verification is successful, it will automatically generate a set of random passwords with the mobile phone control unit at the same time. The random password is passed to the community access control management unit. The network control module of this unit is mainly composed of a registration part, a user information management part, and an entry management part. Registration management: It is mainly to enter community users, enter the user information provided by each community into the network control unit database, and receive the registration application from the mobile phone. When the verification is successful, the user information is activated and the user is given entry authority. User information management: It mainly manages users, with functions such as adding users, deleting users, modifying user information, and querying user usage. When user information changes, administrators can modify or delete user information through this section, and store each user's usage in the form of a list. When an abnormal user's usage is found, an early warning will be automatically generated. Entry management: After receiving the entry application from the mobile phone, it will call the user information in the database for verification. After success, generate a set of random passwords and pass this set of passwords to the community access control management unit.
[0038] According to the attached Figure 5 As shown, the specific implementation process of the community access control management unit is: after the network control unit sends the random password, the community access control management unit saves the password in the database, and the user enters the random password on the access control The password is checked. When the check is successful, the door will be opened automatically after sending the door opening instruction to the access controller. When the password entered by the user is incorrect, the user will be prompted to re-enter it. After the valid time has passed, the center will prompt the user to apply again.
[0039] The specific embodiments of the present invention are not exhaustive, and duplication and improvements made by those skilled in the art without creative work shall fall within the protection scope of the claims of the present invention.
