TWM483988U - Integrated bluetooth and NFC with image transmission that access control system - Google Patents

Description

Integrated Bluetooth and NFC access control management system for image transmission

The present invention relates to a non-contact automatic identification technology for reading devices such as smart phones through Bluetooth and NFC transmission and mobile communication capabilities. The identification code attached to the mobile communication device, such as IMEI, IMSI, and time stamp, is read in a non-contact manner. Use the APP of the mobile phone to transmit the mobile communication device identification code and the Bluetooth address number of the access controller to the access control front-end application. The access control front-end application passes the identification code, time stamp and request to the background control center for authentication. And the operation of controlling the opening of the door; through the built-in camera function of the mobile phone, the face photo can be transmitted to the back-end management center through the Bluetooth of the access controller to facilitate the file or comparison.

The existing wireless access control management system, combined with the Bluetooth transmission reading device of the mobile device, lacks the time point and image information for controlling the unlocking, so that the bar code of the existing wireless access control management system can be used to open the control door at any time. In hotels and office buildings, the existing wireless access control system has been compromised in terms of security.

The Republic of China special announcement number I338740 (application number 097106962, application date 2008/02/29) is because the existing wireless access control management system is transmitted to the mobile device through the wireless network after inputting the user's proprietary information. The interface is read by the identification module, and then transmitted to the near end or the far end. The background control center does the identification. However, this process and technology do not set the control time and limit the user's operation time, so it is impossible to prevent the user from opening the control door at the wrong time, resulting in an incorrect door opening request.

Knowing that the Republic of China special publication number I338740 (application number 097106962, application date 2008/02/29), the user-specific information input by the mobile device is easily stolen and copied, and the existing wireless access control management system lacks the use of mobile devices. The uniqueness of the identification code is used for system identification, and there is also a lack of image file for future tracking. If there are unscrupulous people to obtain user-specific information, the control door can be easily opened.

The main purpose of the present invention is to provide an integrated access control management system for integrating Bluetooth and NFC images, and to make good use of the popularity of today's human hands and the uniqueness of the mobile communication device identification code combined with the time stamp, at a specific time. Open a specific control door inside, you can also use the built-in camera function of the mobile phone to transfer to the back-end management system, leaving a record of use for attendance inquiry or security control.

It is a Bluetooth communication and NFC device that uses mobile communication devices. It does not need to be used in wireless network coverage, which can reduce the cost of hardware maintenance and improve convenience. And display the control door that the user has permission to open, and include the control door code to be opened when transmitting the information, so as to prevent the user from accidentally pressing and transmitting the wrong door opening request.

The invention makes a judgment basis through the identification code in the mobile communication device, and in the current society, the mobile communication device has become one of the personal privacy items, even if the unscrupulous person obtains the user's exclusive information, if the user does not operate the user's mobile communication device The control door cannot be opened. There is a more protective measure on the safety control.

10‧‧‧Access Controller

11‧‧‧Backstage Management Center

12‧‧‧Mobile communication device Bluetooth and NFC communication

13‧‧‧API (Application Programming Interface) application interface

21‧‧‧NFC Receiver Module

22‧‧‧Micro Control Module

23‧‧‧Door lock control module

24‧‧‧Bluetooth Module

25‧‧‧Network Module

Figure 1 is a schematic diagram of the overall system architecture of this creation.

Figure 2 is a schematic diagram of the access control controller module of the present invention.

Figure 3 is a flow chart of this creation.

Please refer to FIG. 1 , the present invention provides an access control management system integrating Bluetooth and NFC image transmission, the device including the mobile communication device, a mobile communication device, Bluetooth and NFC communication 12 and the hardware access control 10. An electromagnetic lock or an electronic switch is disposed on the inner side of the access controller 10. After the Bluetooth NFC communication 12 of the mobile communication device inputs the user-specific information and additionally uses the built-in camera function of the mobile phone, the access controller 10 reads the signal and transmits the message to the background management center 11, and the background management center 11 puts the pen The message is recorded. If the message is consistent with the information in the database, the comparison result is transmitted back to the access controller 10, and the record 13 is recorded in other systems using the API 13 provided by the creation. The access controller 10 will display the results of the comparison and the personal information of the user. The design of the Bluetooth communication device that allows the user to successfully form a mobile communication device not only prevents the user from being stolen by the user's proprietary information, but also achieves high security and privacy, and can also be managed by the background management center. Recording and API13 record the information in other systems for data calculation, control the time that can enter the control door, and check for information security.

Please refer to FIG. 2, the 10th end of the creation of the access controller is a plan view, the internal structure includes an NFC receiving module 21, a micro control module 22, a door lock control module 23, a Bluetooth module 24, and a network module. Group 25. The access controller 10 passes through the NFC The receiving module 21 or the Bluetooth module 24 receives the signals from the Bluetooth and NFC communication 12 of the user mobile communication device, and forwards the signal to the network module 25 via the micro control module 22 for transmission to the background management. Center 11. After the operation is performed by the background management center 11, the open message command is sent to the micro control module 22 via the network module 25 for determination. When the micro control module 22 receives the open command, the command will be sent to the door lock. The control module 23 is configured to open the electromagnetic lock or the electronic switch as a gateway for the access control system.

In summary, this creation is not only innovative in terms of space and safety, but also improves the existing wireless access control management system. It should fully comply with the statutory invention patent requirements of novelty and progress, and apply in accordance with the law. I urge you to approve the application for this invention patent to encourage the invention.

10‧‧‧Access Controller

11‧‧‧Backstage Management Center

12‧‧‧Mobile communication device Bluetooth and NFC communication

13‧‧‧API (Application Programming Interface) application interface

Claims (2)

An integrated access control management system for integrating Bluetooth and NFC images includes: an access controller having a micro control module internally connected to the Bluetooth module and an NFC receiving module a non-contact transmission that provides Bluetooth and NFC communication to a mobile communication device that overlays the identification code and time stamp on the mobile communication device for transmitting user information and video functions and through the access controller The internal network module is connected to the background management center, and transmits the user-related information read by the Bluetooth module and the NFC module to the background management center, and waits for the background management center to perform data identification comparison and a background management. The center receives the information of the front-end application, and connects the internal network module of the access control controller through the network according to the information content, and transmits the command to the micro-control module for confirming the instruction. After confirming, the micro-control module is activated. a door lock control module to open a control door or other device, and record the information content in the host of the background management center, having a time control function and The API (Application Programming Interface) application interface provides the system's access records (entry time information, personnel information, access controller information, etc.) to third-party system developers for data transfer and retrieval. Or a combination of other existing systems in the company. The integrated Bluetooth and NFC image transmission access control system as described in claim 1, wherein the mobile communication device Bluetooth and NFC communication provide a mobile application APP for the user to have a graphical human interface You can choose Bluetooth communication or NFC communication and input connection password, or you can choose to automatically wake up Bluetooth through the NFC of your mobile phone as the main communication, and use the built-in camera function of the mobile phone to transmit images and user information.