An internet identity authentication terminal and a trusted system

Abstract

This invention relates to an internet identity authentication terminal and a trusted system, belonging to the field of internet identity authentication technology. The identity authentication terminal is used to collect identity information from an identity authentication card and obtain identity registration information via the internet. The terminal adjusts its operating state based on the acquired information. The terminal includes a card reader for collecting identity information, a card reading area above the card reader, and a panel cleaning mechanism on one side of the card reading area. When the identity information matches the identity registration information, the panel cleaning mechanism cleans the card reading area after identity authentication, allowing the terminal to proceed. When the terminal is in the permitted state, the panel cleaning mechanism isolates the card reading area. When the terminal resets, the panel cleaning mechanism also resets, facilitating passengers' timely identity authentication.

Description

Technical Field

[0001] This invention belongs to the field of Internet identity authentication technology, specifically relating to an Internet identity authentication terminal and trusted system applied to transportation hubs. Background Technology

[0002] The trusted internet identity authentication system mainly includes an identity verification module that verifies identity authentication cards and a biometric recognition module. The identity authentication card stores and manages information such as the user's name, ID number, and biometric features; the identity verification module collects the information from the identity authentication card and performs comparative analysis to verify the user's true identity; the biometric recognition module authenticates the user using biometric features such as fingerprints, irises, and faces.

[0003] To facilitate the technological upgrade of next-generation ID cards, my country has introduced second-generation resident ID cards with built-in radio frequency identification (RFID) cards. These cards are typical identity authentication cards, storing information such as name, date of birth, ID number, and biometric data. Correspondingly, identity authentication terminals are installed at transportation hubs such as train stations, bus stations, and airports. These terminals are identity verification modules that compare and analyze the identity information on the ID card with relevant information in a database to verify resident identity.

[0004] The aforementioned identity authentication technologies improve the convenience of identity verification and reduce the use of paper tickets, thus making residents' travel methods more environmentally friendly. However, for people accustomed to traditional travel methods, the current identity authentication system poses certain inconveniences. For example, at the entrances and exits of existing train stations and airports, there are often turnstiles equipped with identity authentication terminals. Placing an ID card on the reader of the terminal verifies the resident's identity, and the turnstile allows passage after successful verification. If the next resident places their ID card on the reader before the previous resident has fully passed through the turnstile, the identity verification is invalid. In this case, the resident often needs to remove the ID card from the reader and then place it on the reader again for re-authentication. If the ID card is not removed first, subsequent identity verification cannot be performed, prolonging the queuing process. In addition, to prevent users from forgetting their ID cards, some turnstiles require residents to remove their ID cards before allowing passage. As a result, if residents do not remove their ID cards in time, the turnstiles will remain in a prohibited state for an extended period, further prolonging queuing time and negatively impacting residents' travel. Summary of the Invention

[0005] The purpose of this invention is to provide a simple and reasonably designed Internet identity authentication terminal and trusted system in order to solve the above problems.

[0006] The present invention achieves the above objectives through the following technical solutions:

[0007] A trusted internet identity authentication terminal is disclosed. This terminal collects identity information from an identity authentication card and obtains identity registration information via the internet. Based on the acquired information, the terminal adjusts its operating state to allow or disable access. The terminal includes a card reader for collecting identity information, with a reading area above it and a panel cleaning mechanism on one side. Upon completion of identity authentication, the panel cleaning mechanism removes the identity authentication card from the reading area and isolates the reading area when the terminal is in the allowable state. When the identity information matches the identity registration information, the panel cleaning mechanism cleans the reading area after authentication, allowing the terminal to proceed immediately. While the terminal is in the allowable state, the panel cleaning mechanism isolates the reading area to prevent other passengers from authenticating prematurely. When the terminal resets to the disabled state, the panel cleaning mechanism resets simultaneously, allowing passengers to easily identify when authentication is possible.

[0008] As a further optimization of the present invention, the panel cleaning mechanism includes a cleaning plate and a driving member fixed to one side of the cleaning plate, the driving member being used to drive the cleaning plate to move linearly in the card reading area.

[0009] As a further optimization of the present invention, a limiting member corresponding to the cleaning plate is provided on the other side of the card reading area, and the limiting member is used to stop the identity authentication card.

[0010] As a further optimization of the present invention, the card reader includes a radio frequency antenna for sending radio frequency signals to the identity authentication card, a radio frequency sensing module for receiving feedback signals from the identity authentication card, and a SAM module for providing decryption services. The SAM module works with the radio frequency sensing module to obtain the identity information in the identity authentication card. In addition, SAM is an abbreviation for Secure Access Module. The card reader also includes an information storage module for storing the identity information and a control module for information matching.

[0011] A trusted internet identity authentication system includes:

[0012] An execution terminal is used to restrict or lift traffic restrictions at transportation hubs;

[0013] An identity registration database is used to store identity registration information;

[0014] The transportation hub server is used to receive the registration information retrieval request and retrieve the corresponding identity registration information from the identity registration database to the identity authentication terminal;

[0015] The identity authentication terminal is used to receive identity registration information, collect identity information from the identity authentication card, match the identity registration information with the identity information, adjust the working state of the execution terminal according to the matching result, and isolate the card reading area when the execution terminal is in the open state.

[0016] As a further optimization of the present invention, the identity authentication terminal compares and analyzes the identity information with the identity registration information. If the identity information matches the identity registration information, a control command is sent to the execution terminal to remove the access restriction and cause the panel cleaning mechanism to remove the identity authentication card from the card reading area. At the same time, the panel cleaning mechanism isolates the card reading area. When the execution terminal is reset to the restricted state, the panel cleaning mechanism releases the isolation of the card reading area.

[0017] As a further optimization of the present invention, the execution terminal is equipped with a position sensor for detecting the passage of the person to be authenticated. When the position sensor detects that a passenger has passed through the execution terminal, the execution terminal is reset.

[0018] As a further optimization of the present invention, if the identity authentication terminal determines that the identity information does not match the identity registration information, it controls the panel cleaning mechanism to move the identity authentication card out of the card reading area. When the identity authentication card is moved out of the card reading area, the panel cleaning mechanism releases the isolation of the card reading area.

[0019] As a further optimization of the present invention, it also includes an identity retention database, which is used to store identity retention information. When the identity authentication terminal sends the registration information retrieval request to the transportation hub server, it also sends a retention information retrieval request to the transportation hub server. The transportation hub server retrieves the corresponding identity retention information from the identity retention database to the identity authentication terminal. The identity authentication terminal adjusts the execution terminal according to the matching result of the identity information, the identity registration information, and the identity retention information.

[0020] As a further optimization of the present invention, it also includes a biometric recognition module for collecting facial feature information of the identity authentication card and a voice broadcast module. The information matched by the identity authentication terminal during the information matching process includes citizen identity number information and facial feature information. The voice broadcast module issues corresponding voice prompts based on the matching results.

[0021] The beneficial effects of this invention are as follows:

[0022] 1) When the card reader of the present invention matches the identity information with the identity registration information, the panel cleaning mechanism cleans the card reading area after the identity authentication is completed, and the execution terminal immediately allows passage. When the execution terminal is in the passage state, the panel cleaning mechanism isolates the card reading area to prevent other passengers from authenticating their identity before the previous passenger has passed through the gate. When the execution terminal is reset to the prohibited state, the panel cleaning mechanism is reset simultaneously, which makes it easier for passengers to grasp the opportunity for identity authentication, improves the passage efficiency of the gate, and reduces the waiting time for passengers.

[0023] 2) When the identity information does not match the identity registration information, the control panel cleaning mechanism of the present invention removes the identity authentication card from the card reading area. When the identity authentication card is removed from the card reading area, the panel cleaning mechanism starts to reset. Throughout the authentication process, the gate remains in a prohibited state, and the voice broadcasting device issues a voice prompt to avoid passengers who cannot complete identity authentication from staying at the gate for a long time and repeatedly performing invalid identity authentication.

[0024] 3) In this invention, the identity authentication terminal sends a request to retrieve registration information and a request to retrieve stored information at the same time. The transportation hub server sends the ID number of the ID card and the request to retrieve stored information to the identity storage database of the public security department to obtain the identity storage information. The identity storage information is then sent to the identity authentication terminal. The identity authentication terminal adjusts the gate according to the matching result of the identity information, the identity registration information and the identity storage information. If one of the information does not match successfully, the gate remains in a prohibited state, thereby improving the credibility of identity authentication. Attached Figure Description

[0025] Figure 1 This is a schematic diagram of the overall structure of the identity authentication terminal and the execution terminal of the present invention;

[0026] Figure 2 yes Figure 1 Enlarged view of point A in the middle;

[0027] Figure 3 This is a system block diagram of the present invention;

[0028] Figure 4 This is a schematic diagram of the card reader device of the present invention.

[0029] In the diagram: 1. Identity authentication terminal; 2. Execution terminal; 3. Identity authentication card; 4. Identity registration database; 5. Transportation hub server; 6. Identity retention database; 7. Biometric identification module; 8. Voice broadcast module; 9. Mobile terminal; 11. Card reader; 12. Cleaning board; 13. Driver; 14. Limiting component; 111. Radio frequency antenna; 112. Radio frequency sensing module; 113. SAM module; 114. Information storage module; 115. Control module; 116. Display module; R, Card reading area. Detailed Implementation

[0030] The present application will now be described in further detail with reference to the accompanying drawings. It should be noted that the following specific embodiments are only used to further illustrate the present application and should not be construed as limiting the scope of protection of the present application. Those skilled in the art can make some non-essential improvements and adjustments to the present application based on the above application content.

[0031] First Embodiment

[0032] like Figure 1 and Figure 2 As shown, this embodiment relates to an internet identity authentication terminal. The identity authentication terminal 1 is used to adjust the working state of the execution terminal 2 and collect identity information from the identity authentication card 3. The identity authentication terminal 1 obtains identity registration information via the internet. The identity authentication terminal 1 includes a card reader 11 for collecting identity information. A card reading area R is formed above the card reader 11, and a panel cleaning mechanism is provided on one side of the card reading area R. The execution terminal 2 is a gate at the entrance / exit of transportation hubs such as stations and airports, with two working states: prohibition and passage. The prohibition state is the initial working state of the gate. The identity authentication card 3 is preferably a second-generation Chinese resident identity card, which contains an RFID card with the identity information of the person to be authenticated. The personnel mainly refer to passengers. The identity information and identity registration information are matched by the card reader 11 of the identity authentication terminal 1 to complete the identity authentication. When the identity information and identity registration information are successfully matched, the panel cleaning mechanism cleans the card reading area R after the identity authentication is completed, and the execution terminal 2 immediately allows passage to ensure that the previous passenger passes through quickly. When the execution terminal 2 is in the release state, the panel cleaning mechanism isolates the card reading area R to prevent the subsequent passenger from authenticating before the previous passenger has passed through the gate. When the execution terminal 2 is reset to the prohibition state, the panel cleaning mechanism is reset simultaneously to release the isolation of the card reading area R, so that passengers can grasp the time node for identity authentication, improve the gate release efficiency, and reduce the passenger queuing time.

[0033] Specifically, the panel cleaning mechanism includes a cleaning plate 12 and a drive member 13 fixed to one side of the cleaning plate 12. The drive member 13 is used to drive the cleaning plate 12 to move linearly in the card reading area R. The drive member 13 is preferably a folding telescopic frame, which extends and retracts horizontally under the action of an electric push rod. While the cleaning plate 12 moves the identity card 3 out of the card reading area R, the folding telescopic frame blocks the card reading area R, restricting the behavior of subsequent passengers placing their ID cards on the card reading area R. Alternatively, the drive member 13 can be replaced with other telescopic devices. On the other side of the card reading area R, there is a limiting member 14 corresponding to the cleaning plate 12. The limiting member 14 is used to stop the identity card 3. The limiting member 14 is an L-shaped receiving plate. The horizontal part of the receiving plate is lower than the card reading area R, and the upper surface of the horizontal part of the receiving plate is provided with an anti-slip layer.

[0034] like Figure 4 As shown, the card reader 11 includes a radio frequency antenna 111 for sending radio frequency signals to the identity authentication card 3, a radio frequency sensing module 112 for receiving feedback signals from the identity authentication card 3, and a SAM module 113 for providing decryption services. The SAM module 113 works with the radio frequency sensing module 112 to obtain the identity information in the identity authentication card 3. The card reader 11 also includes an information storage module 114 for storing identity information and a control module 115. The card reader 11 matches the identity information and identity registration information through the control module 115.

[0035] Second Embodiment

[0036] like Figure 1-4 As shown, this embodiment relates to a trusted Internet identity authentication system, including an identity authentication terminal 1 as described in the first embodiment. The identity authentication terminal 1 is used to collect identity information from an identity authentication card 3, and a turnstile as described in the first embodiment. The turnstile is used to restrict or lift restrictions on passage at the entrance and exit of a transportation hub. The identity authentication card 3 is a second-generation resident ID card, and the RFID card inside the ID card stores the passenger's identity information. After collecting the identity information from the identity authentication card 3, the identity authentication terminal 1 sends a registration information retrieval request. The trusted system also includes an identity registration database 4 and a transportation hub server 5. The identity registration database 4 and the transportation hub server 5 are respectively a database and a server at the transportation hub. The identity registration database 4 is used to store identity registration information, and the transportation hub server 5 is used to receive registration information retrieval requests and retrieve the corresponding identity registration information from the identity registration database 4 to the identity authentication terminal 1. The identity authentication terminal 1 is also used for information matching and to adjust the working state of the turnstile according to the matching result.

[0037] When purchasing tickets, passengers send an identity registration request to the transportation hub server 5 via mobile terminal 9 or other communication devices, registering their citizen identification number, name, and other information in the identity registration database 4. When entering or exiting the transportation hub, passengers undergo identity authentication at the turnstiles by placing their ID cards in the card reader area R of the card reader 11. The card reader 11 compares and analyzes the identity information with the registered identity information. If the identity information matches, a control command is sent to the turnstile to release the passage restriction, and the panel cleaning mechanism removes the identity authentication card 3 from the card reader area R. Simultaneously, the panel cleaning mechanism isolates the card reader area R. The turnstiles are equipped with position sensors to detect passenger passage. When the position sensor detects a passenger passing through the turnstile, the turnstile resets. When the turnstile resets, passage is restricted, and the panel cleaning mechanism resets simultaneously.

[0038] Furthermore, the trusted identity authentication system also includes a biometric recognition module 7 and a voice broadcast module 8 for collecting facial feature information from the identity authentication card 3. During the information matching process, the identity authentication terminal 1 matches citizen identification number information, name information, and facial feature information. In this process, not only is the identity information matched with the registered identity information, but the facial feature information in the identity information is also matched with the facial feature information collected on-site by the biometric recognition module 7. When all the above information matches successfully, the gate allows passage. If the facial feature information read by the card reader 11 from the identity authentication card 3 does not match the facial feature information collected by the biometric recognition module 7, the gate remains closed. The voice broadcast module 8 issues a corresponding voice prompt based on the matching result. The biometric recognition module 7 is a camera, and the card reader 11 also has a display module 116 on its surface for displaying the image captured by the camera. Additionally, the biometric recognition module 7 can also be a device for collecting fingerprints, iris scans, and other biometric features.

[0039] In addition, after identity authentication is completed, if the identity authentication terminal 1 determines that the identity information does not match the identity registration information, the control panel cleaning mechanism will remove the identity authentication card 3 from the card reading area R. When the identity authentication card 3 is removed from the card reading area R, the panel cleaning mechanism will start to reset. Throughout the authentication process, the gate remains in a prohibited state, and the voice broadcasting device 8 will issue a voice prompt to remind the passenger that the ID card is unreadable or that the identity information does not match the identity registration information, so as to avoid passengers who cannot complete identity authentication staying at the gate for a long time and repeatedly performing invalid identity authentication.

[0040] Third Embodiment

[0041] like Figure 3 As shown, this embodiment also includes an identity retention database 6 set up in the public security department. The identity retention database 6 is used to store identity retention information. The difference between this embodiment and the second embodiment is that the identity retention information also needs to be matched during the information matching process. While the identity authentication terminal 1 sends a registration information retrieval request to the transportation hub server 5, the identity authentication terminal 1 also sends a retention information retrieval request to the transportation hub server 5. The transportation hub server 5 sends the ID number of the ID card and the retention information retrieval request to the identity retention database 6 to obtain the identity retention information. The transportation hub server 5 retrieves the corresponding identity retention information from the identity retention database 6 to the identity authentication terminal 1. The identity authentication terminal 1 adjusts the gate according to the matching result of the identity information, the identity registration information, and the identity retention information. When the three are successfully matched, the gate opens the way. If one of the information matches unsuccessfully, the gate remains in a prohibited state.

[0042] The embodiments described above are merely examples of several implementations of the present invention, and while the descriptions are relatively specific and detailed, they should not be construed as limiting the scope of the present invention. It should be noted that those skilled in the art can make various modifications and improvements without departing from the concept of the present invention, and these modifications and improvements all fall within the scope of protection of the present invention.

Claims

1. An Internet identity authentication terminal (1) is used to collect identity information from an identity authentication card (3) and obtain identity registration information via the Internet. The identity authentication terminal (1) adjusts the working state of an execution terminal (2) according to the information it obtains, so that the execution terminal (2) is in a state of allowing or prohibiting access. The terminal is characterized in that: The identity authentication terminal (1) includes a card reader (11) for collecting identity information. A card reading area is formed above the card reader (11), and a panel cleaning mechanism is provided on one side of the card reading area. When the identity authentication ends, the panel cleaning mechanism removes the identity authentication card (3) from the card reading area and isolates the card reading area when the execution terminal (2) is in the open state. The panel cleaning mechanism includes a cleaning plate (12) and a drive unit (13) fixed to one side of the cleaning plate (12). The drive unit (13) is used to drive the cleaning plate (12) to move linearly in the card reading area. The drive unit (13) is a folding telescopic frame. The folding telescopic frame extends horizontally under the action of an electric push rod. While the cleaning plate (12) moves the identity authentication card (3) out of the card reading area, the folding telescopic frame blocks the card reading area, restricting the behavior of the next passenger to place their ID card on the card reading area.

2. The identity authentication terminal according to claim 1, characterized in that: On the other side of the card reading area, there is a limiting member (14) corresponding to the cleaning plate (12), which is used to stop the identity authentication card (3).

3. The identity authentication terminal according to claim 1, characterized in that: The card reader (11) includes a radio frequency antenna (111) for sending radio frequency signals to the identity authentication card (3), a radio frequency sensing module (112) for receiving feedback signals from the identity authentication card (3), and a SAM module (113) for providing decryption services. The SAM module (113) cooperates with the radio frequency sensing module (112) to obtain the identity information in the identity authentication card (3). The card reader (11) also includes an information storage module (114) for storing the identity information and a control module (115) for information matching.

4. A trusted internet identity authentication system, characterized in that, include: The execution terminal (2) is used to restrict or lift traffic restrictions at transportation hubs; The identity registration database (4) is used to store identity registration information; The transportation hub server (5) is used to receive the registration information call request and call the corresponding identity registration information in the identity registration database (4) to the identity authentication terminal (1) according to any one of claims 1-3; The identity authentication terminal (1) is used to receive identity registration information, collect identity information from the identity authentication card (3), match the identity registration information with the identity information, and adjust the working state of the execution terminal (2) according to the matching result. When the execution terminal (2) is in the release state, the identity authentication terminal (1) isolates the card reading area.

5. The trusted Internet identity authentication system according to claim 4, characterized in that: The identity authentication terminal (1) compares and analyzes the identity information with the identity registration information. If the identity information matches the identity registration information, it sends a control command to the execution terminal (2) to remove the restriction on passage and to make the panel cleaning mechanism move the identity authentication card (3) out of the card reading area. At the same time, the panel cleaning mechanism isolates the card reading area. When the execution terminal (2) is reset to the prohibited state, the panel cleaning mechanism releases the isolation of the card reading area.

6. The trusted Internet identity authentication system according to claim 5, characterized in that: The execution terminal (2) is equipped with a position sensor for detecting the passage of the person to be certified. When the position sensor detects that a passenger has passed through the execution terminal (2), the execution terminal (2) is reset.

7. The trusted Internet identity authentication system according to claim 5, characterized in that: If the identity authentication terminal (1) determines that the identity information does not match the identity registration information, it controls the panel cleaning mechanism to move the identity authentication card (3) out of the card reading area. When the identity authentication card (3) is moved out of the card reading area, the panel cleaning mechanism releases the isolation of the card reading area.

8. The trusted Internet identity authentication system according to claim 4, characterized in that: It also includes an identity retention database (6), which is used to store identity retention information. When the identity authentication terminal (1) sends the registration information call request to the transportation hub server (5), it also sends a retention information call request to the transportation hub server (5). The transportation hub server (5) calls the corresponding identity retention information in the identity retention database (6) to the identity authentication terminal (1). The identity authentication terminal (1) adjusts the execution terminal (2) according to the matching result of the identity information, the identity registration information and the identity retention information.

9. The trusted Internet identity authentication system according to claim 4, characterized in that: It also includes a biometric identification module (7) for collecting facial feature information of the identity authentication card (3) and a voice broadcast module (8). The information matched by the identity authentication terminal (1) during the information matching process includes citizen identity number information and facial feature information. The voice broadcast module (8) issues corresponding voice prompts based on the matching results.

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