TWI585717B - Ramp Access Control System and Its Control - Google Patents

Description

Ramp access control system and its control method

The invention relates to a ramp access control system and a control method thereof, in particular to a ramp entry and exit control system and a control method thereof for any place requiring a ramp.

At present, in any place where control is required, most of the roads will be equipped with entrances and exits to control the entrance and exit. The most common is the parking lot. At present, the general parking lot or the places that need to control the entrance and exit, most of them need special personnel to control at the entrance and exit. In and out, the way of using it will result in waste of manpower and cost. In terms of parking lot, there is currently a system for automatic control of access, which must be replaced before entering the market to open the door to the entrance. Vehicles can enter the market, and when they want to leave the market, they must first go to the payment machine for self-service payment, and then return the tokens when they leave the market; thus the system that automatically controls the access can save manpower and costs, but for users. In other words, it is less convenient. For example, the user needs to bear the risk of losing the token. In addition, in the event of rain, if you want to take the replacement coin or return the token, it will let the rain drift into the car. At the same time, the user is wetted, and such an automatic control system is still in need of solution.

Therefore, in order to overcome the above disadvantages, it is possible to design a ramp access control system and a control method thereof that can be used in any place where a ramp is required, and if applied to a parking lot, the user can enter the field without having to get off or open the window. Paid, so the invention should be an optimal solution.

The invention relates to a ramp access control system and a control method thereof, and is a ramp access control system and a control method thereof, which can be used in any place requiring a tunnel, and if used in a parking lot, the user does not need to get off or open the window. Then you can enter and pay.

A ramp-in control system includes: a server platform, comprising a ciphertext decryption module, capable of decoding a second encrypted ciphertext received by the server platform after being secondarily encrypted The end data and an entry data or an exit data; a back end processing module is connected to the ciphertext decryption module for processing the user end data according to the entry data or the exit data Confirm whether the conditions for opening the ramp are met, and if it is confirmed that there is no problem, an authentication message can be transmitted; at least one admission processing device is connected to the server platform, and the admission processing device includes a controllable trick device The system includes a controllable door and a control module for controlling the rise and fall of the controllable door; a message receiving device for receiving an encrypted first encrypted ciphertext; The data establishing module is connected to the message receiving device, and after receiving the first encrypted ciphertext, an entry data is established; and an encryption module is connected to the message. The device and the access data establishing module are connected, and the entry data and the first encrypted ciphertext are encrypted into a second encrypted ciphertext by using a gateway key, and the second encrypted ciphertext is sent to the servo And the server platform returns an authentication message, and controls the control of the control card according to the authentication message; at least one of the exit processing devices is connected to the server platform, and the exit processing is performed. The device comprises a controllable door device comprising a controllable door and a control module for controlling the rise and fall of the controllable door; a message receiving device for receiving an encrypted device The first encrypted ciphertext; an outgoing data establishing module is connected to the message receiving device, and after receiving the first encrypted ciphertext, establishing an exit data; an encryption module, the message and the message The receiving device and the exit data establishing module are connected Passing the track key to encrypt the output data and the first encrypted ciphertext into a second encrypted ciphertext, and sending the second encrypted ciphertext to the server platform, and the server platform returns a message The authentication message is controlled according to the authentication message to control the rise and fall of the controllable trick; a smart device includes an access control software installed in the smart device; a wireless receiving module is associated with the The access control software is connected to receive the universal unique identification code provided by the access processing device and the exit processing device, and automatically activates the access control software, and the access control software can receive according to the received The content of the universal unique identification code indicates that the user terminal data is encrypted into a first encrypted ciphertext by using a user-side key; and a message transmission module is connected to the access control The software is connected to transmit the first encrypted ciphertext.

More specifically, the user data is a credit card number, a member account number, a member card number, or a ticket number.

More specifically, the server platform is further connected to a gold flow mechanism platform, so that the backend processing module can pre-authorize the credit card number when the user end data is a credit card number. Processing.

More specifically, the admission data includes at least one instruction for how the server platform needs to process.

More specifically, the appearance data includes at least one instruction of how the server platform needs to be processed.

The channel access control system of claim 1, wherein the wireless receiving module of the smart device is capable of receiving the universal unique identifier in a Bluetooth or WiFi manner.

More specifically, the smart device's message transmission module can transmit the first encrypted ciphertext in a Bluetooth, WiFi, NFC, voice or barcode manner.

More specifically, the message receiving device of the admission processing device can receive the first encrypted ciphertext in a Bluetooth, WiFi, NFC, voice or barcode manner.

More specifically, the wireless transmitting device is capable of providing a universally unique identification code in Bluetooth or WiFi.

More specifically, the sensing device may be provided with one or more inductive coils electrically connected to the wireless transmitting device at a distance from the access processing device, and when the sensing coil is touched, the wireless device will be connected to the wireless device. The universal unique identification code provided by the sending device is double signal acknowledged.

More specifically, the sensing device may be provided with one or more inductive coils electrically connected to the wireless transmitting device at a distance from the exit processing device, and when the inductive coil is touched, the wireless The universal unique identification code provided by the sending device is double signal acknowledged.

More specifically, the access control software further includes a password input module, and the password input module must input a corresponding password when the smart device automatically starts the entry and exit control software. Enter and use the exit control software.

In another implementation of the present invention, the ramp access control system includes: a server platform, comprising a ciphertext decryption module, capable of secondarily encrypting one of the received by the server platform. Encrypting the ciphertext to decode a user end data and an entry data or an exit data; a back end processing module is connected to the ciphertext decryption module for using the admission data to the user end The data is processed and confirmed to meet the conditions for opening the ramp. If it is confirmed that there is no problem, the authentication message can be transmitted to at least one of the access processing devices, and the server platform is connected, and the access processing device includes a controllable device. The door device includes a controllable door and a control module for controlling the rise and fall of the controllable door; a wireless transmitting device provides a universal unique identification code by wireless transmission; a message Receiving device for receiving an encrypted first encrypted ciphertext; an admission The data establishing module is connected to the message receiving device, and after receiving the first encrypted ciphertext, establishing an entry data; an encryption module, and the message receiving device and the entry data establishing module Connected, the entry data and the first encrypted ciphertext are encrypted into a second encrypted ciphertext by using a gateway key, and the second encrypted ciphertext is sent to the server platform, and the server platform is An authentication message is returned, and the controllable message is controlled according to the authentication message; at least one wireless transmitting device provides a universal unique identification code by wireless transmission; and a smart device includes an access control The software module is installed in the smart device; a wireless receiving module is connected to the access control software to receive the universal unique identification code provided by the access processing device and the exit processing device. And automatically launching the entry and exit control software, and the access control software can act according to the content indication of the received universal unique identifier, and use a user end The desired end user of the key information is encrypted into a first encrypted text; and a message transmission module, the system software is connected to an admission Controls for transmitting the first encrypted ciphertext out.

More specifically, the user-side data is a member account number, a membership card number, or a ticket number.

More specifically, the admission data includes at least one instruction for how the server platform needs to process.

More specifically, the wireless receiving module of the smart device can receive the universal unique identification code in a Bluetooth or WiFi manner.

More specifically, the smart device's message transmission module can transmit the first encrypted ciphertext in a Bluetooth, WiFi, NFC, voice or barcode manner.

More specifically, the message receiving device of the admission processing device can receive the first encrypted ciphertext in a Bluetooth, WiFi, NFC, voice or barcode manner.

More specifically, the wireless transmitting device is capable of providing a universally unique identification code in Bluetooth or WiFi.

More specifically, the access control software further includes a password input module, and the password input module must input a corresponding password when the smart device automatically starts the entry and exit control software. The first encrypted ciphertext is produced by using the access control software.

The method for controlling the access control of the present invention is as follows: (1) When a smart device receives a universal unique identification code when entering the field, the smart device automatically starts a common unique identification code. Corresponding to the access control software; (2) the access control software can encrypt the required user data into a first encrypted cipher according to the content indication of the universal unique identifier, and After receiving the access processing device, encrypting an entry data and the first encrypted ciphertext into a second encrypted ciphertext, the second encrypted ciphertext is sent to a server platform; (3) after the servo The platform can decode the user data and process it, and then process an authentication message to the access processing device to control the opening of the controllable trick of the access processing device; (4) to play The smart device can receive the universal unique identification code to activate the access control software; (5) the access control software can further encrypt the required user data into the first encryption. Cipher text, The exit processing device encrypts an exit data and the first encrypted ciphertext into a second encrypted ciphertext, and then sends the second encrypted ciphertext to the server platform; and (6) after the server The platform can decode the user-side data and process it, and after processing, can send an authentication message to the exit processing device to control the controllable trick of the exit processing device. Opened.

More specifically, the user data is a credit card number, a member account number, a member card number, or a ticket number.

More specifically, when the user terminal data is a credit card number, the server platform can perform pre-authorization deduction processing on the credit card number.

More specifically, when the admission is entered, the server platform processes the user-side data according to the instructions included in the entry data.

More specifically, when the game is played, the server platform processes the user-side data according to the instructions included in the appearance data.

More specifically, when the entry and exit control software is started, a corresponding password must be input to enable the first encrypted ciphertext to be produced using the access control software.

The method for controlling the access control of the present invention is as follows: (1) when a smart device scans a universal unique identification code, the smart device automatically starts an access control corresponding to the universal unique identification code. (2) The access control software can encrypt the required user-side data into a first encrypted ciphertext according to the content indication of the universal unique identifier, and is received by the admission processing device. After encrypting an entry data and the first encrypted ciphertext into a second encrypted ciphertext, sending the second encrypted ciphertext to a server platform; (3) the server platform can decode the packet The user terminal data is processed and processed, and then an authentication message can be transmitted to the admission processing device to control the opening of the controllable trick of the admission processing device.

More specifically, the user data is a member account number, a membership card number, or Ticket number.

More specifically, when the admission is entered, the server platform processes the user-side data according to the instructions included in the entry data.

More specifically, when the entry and exit control software is started, a corresponding password must be input to enable the first encrypted ciphertext to be produced using the access control software.

1‧‧‧Server platform

11‧‧‧ ciphertext decryption module

12‧‧‧ Back-end processing module

2‧‧‧Admission processing equipment

21‧‧‧Controllable cardiac device

211‧‧‧Controllable tips

212‧‧‧Control Module

22‧‧‧Message receiving device

23‧‧‧Admission data creation module

24‧‧‧Encryption Module

3‧‧‧Exit processing equipment

31‧‧‧Controllable cardiac device

311‧‧‧Controllable tips

312‧‧‧Control Module

32‧‧‧Message receiving device

33‧‧‧Admission data creation module

34‧‧‧Encryption Module

4‧‧‧Wireless transmitting equipment

5‧‧‧Smart device

51‧‧‧Access control software

511‧‧‧ password input module

52‧‧‧Wireless receiving module

53‧‧‧Message Transmission Module

6‧‧‧Induction coil

71‧‧‧Parking lanes

72‧‧‧Parking lanes

73‧‧‧Parking lanes

81‧‧‧ Venue entrance

82‧‧‧Exhibition of the venue

[FIG. 1A] FIG. 1 is a schematic view showing the first implementation architecture of the ramp access control system and the control method thereof according to the present invention.

[Fig. 1B] is a schematic structural view of a server platform of the ramp control system and its control method according to the present invention.

[FIG. 1C] FIG. 1 is a schematic structural view of an entrance processing device of the ramp access control system and the control method thereof according to the present invention.

[Fig. 1D] is a schematic structural view of an exit processing device of the ramp access control system and the control method thereof according to the present invention.

[Fig. 1E] is a schematic structural view of a smart device of the present invention for controlling the access control system and the control method thereof.

[Fig. 2] Fig. 2 is a schematic view showing the second embodiment of the tunnel entry and exit control system and the control method thereof.

[Fig. 3] is a schematic view showing the first application implementation of the ramp access control system and the control method thereof according to the present invention.

[Fig. 4] is a second application implementation diagram of the ramp access control system and the control method thereof according to the present invention.

[Fig. 5] is a schematic view showing the second application implementation of the ramp access control system and the control method thereof according to the present invention.

[Fig. 6] Fig. 6 is a schematic view showing the third application implementation of the ramp access control system and the control method thereof according to the present invention.

[Fig. 7] is a schematic diagram showing the first implementation flow of the ramp access control system and the control method thereof according to the present invention.

[Fig. 8] is a schematic view showing the second implementation flow of the ramp entry control system and the control method thereof according to the present invention.

Other details, features, and advantages of the present invention will be apparent from the following description of the preferred embodiments.

Please refer to FIG. 1A to FIG. 1E , which are schematic diagrams showing the first implementation architecture of the ramp control system and its control method, the architecture diagram of the server platform, the architecture diagram of the admission processing equipment, the architecture diagram of the exit processing equipment, and the smart device. Schematic diagram of the architecture, as shown in the figure, the ramp access control system comprises a server platform 1, at least one access processing device 2, at least one wireless transmitting device 4, at least one exit processing device 3 and a smart device 5, The server platform 1 includes a ciphertext decryption module 11 and a backend processing module 12, wherein the ciphertext decryption module 11 can use the server platform 1 from the admission processing device 2 or the exit processing device. 4 receiving the second encrypted second encrypted ciphertext to decode a user-side data and an entry data or an exit data (using the stored ramp-end key and the client-side key for decoding), and then The backend processing module 12 can further process the user end data according to the entry data or the exit data and confirm whether the open channel is met. Conditions, the processing mentioned here is the processing action of storing stored value, credit card debit, ticket confirmation, bonus use or other, etc., and after processing and confirmation, there is no problem, then an authentication message can be transmitted. Going out so that the entrance processing device 2 or the exit processing device 4 can open the entrance or exit.

The access processing device 2 is connected to the server platform 1, so that the access processing device 2 can transmit and receive data between the server platform 1 and the access processing device 2 includes a controllable trick. The device 21, a message receiving device 22, an admission data establishing module 23 and an encryption module The control module 212 includes a controllable door 211 and a control module 212 for controlling the movement of the controllable door. The message receiving device is used for Receiving an encrypted first encrypted ciphertext (receiving the first encrypted ciphertext in the manner of Bluetooth, WiFi, NFC, voice or barcode), and after receiving the first encrypted ciphertext, establishing the entry data The module 23 establishes an entry data, and then the encryption module 24 encrypts the entry data and the first encrypted ciphertext into a second encrypted ciphertext through a ramp key, and the second encryption secret The message is sent to the server platform 1, and the server platform 1 returns an authentication message, and the control module 212 can control the landing of the control module 211 according to the authentication message.

In addition, the exit processing device 3 is connected to the server platform 1, so that the exit processing device 3 can transmit and receive data with the server platform 1, and the exit processing device 3 includes a controllable device. The door device 31, a message receiving device 32, an exit data establishing module 33 and an encryption module 34, wherein the controllable door device 31 comprises a controllable door 311 and a control module 312, the control module The group 312 is configured to control the rise and fall of the controllable trick, and the message receiving device 32 is configured to receive an encrypted first encrypted ciphertext (received by Bluetooth, WiFi, NFC, voice or barcode) After encrypting the ciphertext, and after receiving the first encrypted ciphertext, the exit data establishing module 33 establishes an exit data, and then the cryptographic module 34 transmits the exit data through a ramp key. And encrypting the first encrypted ciphertext into a second encrypted ciphertext, and sending the second encrypted ciphertext to the server platform 1, and the server platform 1 returns an authentication message, and the control module 312 can control according to the authentication message Control gate 311 turns of ups and downs.

And near the entrance processing device 2 and the vicinity of the exit processing device 3, at least one wireless transmitting device 4 is provided, and the wireless transmitting device 4 provides a universal unique identification code (UUID) by using Bluetooth or WiFi, and the universal unique identification code is used. So that the smart device 5 can open the corresponding software, and The universal unique identifier further includes the required user terminal data, so when the wireless receiving module 52 of the smart device 5 scans the universal unique identifier sent by the wireless transmitting device 4, the The entrance and exit control software 51 is installed in the smart device 5, and the access control software 51 includes a password input module 511. Therefore, the user must input a password before using the access control software 51. Then, the exit admission control software 51 will act according to the content indication of the received universal unique identifier, and encrypt the required user end data into a first encryption key by using a user terminal key. After the encryption is completed, the first encrypted ciphertext is transmitted by the message transmission module 53 to the entrance processing device 2 and the exit processing device 3.

In addition, in addition to the implementation architecture mentioned in Figures 1A-1E, the present invention can also be applied to an environment or a place (such as a concert, a movie theater, etc.) that only needs to control the admission without having to control the appearance, such as As shown in Fig. 2, therefore, the exit processing device 3 is not required to be used.

In addition, the message transmission module 53 of the smart device 5 can transmit the first encrypted ciphertext in the manner of Bluetooth, WiFi, NFC, voice or barcode, and the message receiving by the admission processing device 2 or the admission processing device 3 The device 22, 32 must then receive the first encrypted ciphertext in Bluetooth, WiFi, NFC, voice or bar code.

As shown in FIG. 3, it is a schematic diagram of a first application implementation of the present invention. In this embodiment, it is applied to a parking lot. As can be seen from the figure, the access processing device 2, the exit processing device 3, and the wireless device are provided. The transmitting device 4 is disposed, and the proximity processing device 2 and the exit processing device 3 are respectively provided with an inductive coil 6 electrically connected to the wireless transmitting device 4, and when the vehicle enters the signal range of the wireless transmitting device 4 And, if the induction coil 6 is touched by the vehicle, it can be clearly known that the vehicle enters the lane, after which the user's smart device 5 in the vehicle receives the universal unique identification code, and then opens the phase. Corresponding entry and exit control software 51, after that, due to the universal only in this embodiment An identification code requires the user to provide a credit card number for pre-authorization processing. Therefore, when the user inputs the password, the user can operate on the access control software 51 and press the confirmation to provide a user-side data (this implementation) In the example, the credit card number is used. After that, the access control software 51 encrypts the required user data into a first encrypted ciphertext by using a user-side key. After the encryption is completed, the encryption will be performed. The first encrypted ciphertext is transmitted out to the admission processing device 2; After the admission processing device 2 receives the first encrypted ciphertext, it will establish an entry data and encrypt the entry data and the first encrypted ciphertext into a second encryption key through the gateway end key. In this embodiment, the entry data includes at least a vehicle entry time and a pre-authorization deduction instruction, and the server platform 1 is further connected to a gold flow mechanism platform (not shown). Therefore, after the server platform 1 receives the second encrypted ciphertext, the server platform 1 decodes the entry data and the user end data by using the stored ramp key and the user terminal key ( Credit card number), after that, because the entry information has a vehicle entry time and a pre-authorization charge instruction, the server platform 1 stores the vehicle entry time, and according to the pre-authorization charge instruction and the gold flow mechanism platform Connect to the credit card number for pre-authorization deduction (the system will pre-authorize the deduction for a fixed amount, such as 120 yuan), and after the pre-authorization deduction is completed, an authentication message can be sent out. Entry processing apparatus so that the vehicle 2 can be opened admission.

When the parking lot is to be taken out, the universal unique identification code sent by the wireless transmitting device 4 is received first, and the induction coil path 6 which is close to the exit processing device 3 is used to confirm that the vehicle is in the correct state. After the exit lane, after the smart device 5 of the user in the vehicle receives the universal unique identification code, the corresponding access control software 51 is turned on. Thereafter, since the universal unique identifier in the embodiment is The user is required to provide the credit card number for the credit confirmation process. Therefore, after the user inputs the password, the user can operate on the access control software 51 and press the confirmation to provide a user. The end data (in this embodiment, the credit card number), after which the access control software 51 encrypts the required user data into a first encrypted ciphertext using a user terminal key. After the encryption, the first encrypted ciphertext is transmitted to the exit processing device 3; After receiving the first encrypted ciphertext, the appearance processing device 3 re-establishes an exit data, and encrypts the entry data and the first encrypted ciphertext into a second encryption key through the gateway end key. In this embodiment, the appearance data includes at least a vehicle exit time and a payment amount confirmation instruction, so when the server platform 1 receives the second encrypted ciphertext, the server platform 1 uses the already used The stored ramp key and the client key decode the exit data and the user data (credit card number), and then the server platform has a vehicle appearance time and a payment amount confirmation instruction in the exit data. 1 will calculate the vehicle's playing time and the stored vehicle entry time, and calculate how much time the vehicle has parked in the parking lot, and connect with the financial institution platform according to the payment amount confirmation instruction to complete the parking payment operation. After the confirmation of the parking payment amount is completed, an authentication message can be transmitted to enable the exit processing device 3 to open the vehicle for appearance.

The pre-authorization deduction instruction in the above embodiment is only one of the implementation manners. If the user has applied for membership in the January rental platform (can also apply for membership directly on the server platform 1), an amount has been paid in advance. The admission processing device 2 will issue a deduction instruction, and ask the user to provide the credit card number and the member account, and the server platform 1 can query the member account whether there is a prepayment of the amount to deduct the payment, if any, The vehicle can be directly opened for admission. If not, the credit card number is used for pre-authorization deduction. After that, when the game is to be played, the exit processing device 2 will issue a deduction confirmation order and pay in advance with the total parking time of the vehicle. The amount is deducted or the credit card debit amount is confirmed. After the deduction is confirmed, the vehicle can be directly played.

In addition, as shown in FIG. 4, if it is at the entrance processing device 2 and the exit processing device 3 Each of the wireless transmitting devices 4 is provided, and the wireless transmitting device 4 can continuously transmit the universal unique identification code, so that when the vehicle approaches the wireless transmitting device 4 of the entrance processing device 2, it means to enter the field, and when the vehicle approaches the appearance The wireless transmitting device 4 of the processing device 3 indicates that it is going to appear. Therefore, in such an embodiment, it is not necessary to use two inductive coils 6 to separate the entry and exit.

When there are many parking lots entering and leaving the lanes 71, 72, 73, as shown in Fig. 5, the entrance processing device 2, the exit processing device 3 and the wireless are installed in each of the parking lot entrances and exits 71, 72, and 73. The device 4 is sent to control the entry and exit of the vehicle.

In addition to the parking lot, the above-mentioned places where the entrance processing device 2 and the exit processing device 3 are required can be applied to a place where no charge is required (for example, access control or access control, etc.), and when the user or the vehicle wants to enter a certain place, When the authentication device is required, the admission processing device 2 issues an identity authentication command and asks the user to provide the identity authentication data, and the smart device 5 can internally build the identity authentication data or when requested. Manual input, after two encryptions and transmission to the server platform 1, the server platform 1 can confirm the correctness of the identity authentication data to confirm whether the identity authentication data meets the conditions for entering the site, If the identity authentication is correct, an authentication message is sent to the admission processing device 2 to enable the user or the vehicle to enter the location where the identity authentication is required. When the identity is to be played, if the identity authentication is required, the appearance is set. Processing device 3, when the user or the vehicle is to leave the place requiring identity authentication, the appearance processing device 3 will issue an identity authentication The user is requested to provide the identity authentication data, and the smart device 5 can be built into the identity authentication data first or manually input at the request, and then after being encrypted twice and transmitted to the server platform 1, The server platform 1 can confirm the correctness of the identity authentication data to confirm whether the identity authentication data meets the conditions for leaving the location, and if the identity authentication is correct, an authentication message is sent to the exit processing device 3 to Allow the user or vehicle to be able to leave the location where authentication is required.

However, if some venues only need admission authentication, and if they do not need to play, take the concert as an example. As shown in Figure 6, when the user wants to enter the concert venue by the venue entrance 81, the admission processing device 2 An identity authentication command is issued, and the user is requested to provide the ticket information, and the smart device 5 can internally create the ticket information or manually input the request, and then encrypt and transmit to the servo twice. After the platform 1, the server platform 1 can confirm the correctness of the ticket information to confirm whether the ticket information satisfies the conditions of entering the venue of the concert, and if the identity authentication is correct, an authentication message is sent out. Up to the admission processing device 2, so that the user can enter the venue of the concert; and when the user wants to leave the venue of the concert, the user can directly leave the venue exit 82 because no exit authentication is required. However, if such a place needs further exit certification, the exit processing device 3 can also be set up to achieve the purpose of exit control.

The first implementation flow diagram of the present invention, as shown in FIG. 7, is as follows: (1) When a smart device receives a universal unique identification code when entering the field, the smart device automatically starts. An access control software 701 corresponding to the universal unique identifier; (2) the access control software can encrypt the required user data into one according to the content indication of the universal unique identifier After the first encrypted ciphertext is received by the access processing device, and then an entry data and the first encrypted ciphertext are encrypted into a second encrypted ciphertext, the second encrypted ciphertext is sent to a server. After the platform 702; (3), the server platform can decode the client data and process it, and then process an authentication message to the admission processing device to control the controllable processing device. The opening of the door 703; (4) when the game is to be played, the smart device can receive the universal unique identification code to activate the access control software 704; (5) The exit control software can also encrypt the required user end data into the first encrypted ciphertext, and the exit processing device encrypts an exit data and the first encrypted ciphertext into a first Encrypting the ciphertext, and then sending the second encrypted ciphertext to the server platform 705; and (6), the server platform can decode the user-side data and process it, and after processing, An authentication message is transmitted to the exit processing device to control the opening 706 of the controllable trick of the exit processing device.

The second implementation flow diagram of the present invention, as shown in FIG. 8, is as follows: (1) When a smart device receives a universal unique identification code, the smart device automatically starts a universal unique The access control software 801 corresponding to the identification code; (2) the access control software software can encrypt the required user end data into a first encrypted ciphertext according to the content indication of the universal unique identification code And after receiving the admission data and encrypting the first encrypted ciphertext into the second encrypted ciphertext, sending the second encrypted ciphertext to a server platform 802; (3) After that, the server platform can decode the client data and process it, and then process an authentication message to the admission processing device to control the opening 803 of the access control device.

The advantage of the ramp access control system and the control method thereof provided by the present invention when compared with other conventional technologies are as follows:

(1) The present invention can be applied to any place where a tunnel is required, and when a user or a vehicle enters and exits a place, it is only required to operate on a smart device, and the purpose of entering and leaving the place can be completed, so when applied to a parking lot, use You can enter, play and pay without getting off the bus.

(2) The present invention can also be applied to a place where only admission control is required.

The present invention has been disclosed in the above embodiments, and is not intended to limit the present invention. Any of those skilled in the art can understand the foregoing technical features and embodiments of the present invention without departing from the invention. In the spirit and scope, the scope of patent protection of the present invention is subject to the definition of the claims attached to the present specification.

1‧‧‧Server platform

2‧‧‧Admission processing equipment

3‧‧‧Exit processing equipment

4‧‧‧Wireless transmitting equipment

5‧‧‧Smart device

Claims (30)

A ramp-in control system includes: a server platform, comprising: a ciphertext decryption module, capable of decoding one of the second encrypted ciphertexts received by the server platform after being secondarily encrypted. The terminal data and an entry data or an exit data; a back-end processing module is connected to the ciphertext decryption module, and is configured to process the user-side data according to the entry data or the exit data. And confirming whether the condition of opening the ramp is met, and if it is confirmed that there is no problem, an authentication message can be transmitted; at least one admission processing device is connected to the server platform, and the admission processing device includes: a controllable device The door device includes a controllable door and a control module for controlling the rise and fall of the controllable door; a message receiving device for receiving an encrypted first encrypted ciphertext; An admission data establishing module is connected to the message receiving device, and after receiving the first encrypted ciphertext, establishing an entry data; an encryption module, and the message The receiving device is connected to the access data establishing module, and encrypts the entry data and the first encrypted ciphertext into a second encrypted ciphertext by using a gateway key, and sends the second encrypted ciphertext to the a server platform, and the server platform returns an authentication message, and controls the control of the control card according to the authentication message; at least one of the exit processing devices is connected to the server platform, and the appearance is performed. The processing device comprises: a controllable door device comprising a controllable door and a control module, wherein the control module is used for controlling The control device is configured to receive an encrypted first encrypted ciphertext; an outgoing data establishing module is coupled to the message receiving device to receive the first encryption After the ciphertext, an exit data is created; an encryption module is connected to the message receiving device and the exit data establishing module, and the exit data and the first encrypted ciphertext are transmitted through a gateway key Encrypting to the second encrypted ciphertext, and sending the second encrypted ciphertext to the server platform, and the server platform returns an authentication message, and controlling the landing of the controllable trick according to the authentication message At least one wireless transmitting device provides a universal unique identification code by wireless transmission, and the wireless transmitting device is paired with the access processing device and the exit processing device; a smart device includes: an access control system The software is installed in the smart device; a wireless receiving module is connected to the access control software for receiving the access processing device and the exit processing device The universal unique identification code is provided, and the access control software is automatically activated, and the access control software can act according to the content indication of the received universal unique identifier, and use a user-side key to The user terminal data is encrypted into a first encrypted ciphertext; and a message transmission module is connected to the access control software for transmitting the first encrypted ciphertext; After the server platform receives the second encrypted ciphertext that is secondarily encrypted by the access processing device or the exit processing device, the ciphertext decryption module can use the stored ramp key and the user terminal key. Decode a user-side data and an entry data or an exit data. The access control system according to claim 1, wherein the user data is a credit card number, a member account number, a member card number, or a ticket number. The channel entry and exit control system of claim 2, wherein the server platform is further connected to a gold flow mechanism platform, wherein when the user end data is a credit card number, the backend processing module can The credit card number is pre-authorized for debit processing. The access control system of claim 1, wherein the admission data includes at least one instruction of how the server platform needs to process. The access control system of claim 1, wherein the exit data includes at least one instruction of how the server platform needs to process. The channel access control system of claim 1, wherein the wireless receiving module of the smart device is capable of receiving the universal unique identifier in a Bluetooth or WiFi manner. The channel entry and exit control system according to claim 1, wherein the information transmission module of the smart device can transmit the first encrypted ciphertext in a manner of Bluetooth, WiFi, NFC, voice or barcode. The channel access control system of claim 1, wherein the message receiving device of the access processing device is capable of receiving the first encrypted ciphertext in a Bluetooth, WiFi, NFC, voice or barcode manner. The ramp entry and exit control system of claim 1, wherein the wireless transmitting device is capable of providing a universal unique identifier in Bluetooth or WiFi. The ramp entry and exit control system according to claim 1, wherein one or more induction coils may be disposed at a distance from the entrance processing device, and when the induction coil is touched, the vehicle may be used to confirm whether the vehicle is in In the right lane. The ramp access control system of claim 1, wherein one or more induction coils are disposed at a distance from the exit processing device, and the induction coil is touched When used, it can be used to enhance the confirmation that the vehicle is in the correct lane. The access control system of claim 1, wherein the access control software further comprises a password input module, and the password input module must input a password when the smart device automatically starts the entry and exit control software. The corresponding password can be used to produce the first encrypted ciphertext using the access control software. A ramp-in control system includes: a server platform, comprising: a ciphertext decryption module, capable of decoding one of the second encrypted ciphertexts received by the server platform after being secondarily encrypted. The terminal data and an entry data or an exit data; a back-end processing module is connected to the ciphertext decryption module, and is configured to process the user-side data according to the entry data and confirm whether the compliance is enabled. The condition of the ramp, if it is confirmed that there is no problem, is able to transmit an authentication message to the at least one admission processing device, which is connected to the server platform, and the admission processing device includes: a controllable trick device, including a control module for controlling the rise and fall of the controllable trick; a message receiving device for receiving an encrypted first encrypted ciphertext; and an entry data establishing module Connecting to the message receiving device, after receiving the first encrypted ciphertext, establishing an entry data; an encryption module, the message receiving device and the input The data establishing module is connected, and the entry data and the first encrypted ciphertext are encrypted into a second encrypted ciphertext by using a gateway key, and the second encrypted ciphertext is sent to the server platform, and The server platform will return an authentication message. And controlling the rise and fall of the controllable trick according to the authentication message; at least one wireless transmitting device provides a universal unique identification code by wireless transmission; and a smart device includes: an access control software, installed in In the smart device, a wireless receiving module is connected to the access control software for receiving the universal unique identification code provided by the access processing device, and automatically starting the access control software, and The access control software can act according to the content indication of the received universal unique identifier, and encrypt the required user data into a first encrypted ciphertext by using a user-side key; and a message The transmission module is connected to the access control software for transmitting the first encrypted ciphertext; and the second encryption received by the admission processing device by the secondary encryption After the ciphertext, the ciphertext decryption module can use the stored ramp key and the client key to decode a user data and an entry data or a Field data. The access control system of claim 13 is the member account number, the member card number or the ticket number. The access control system of claim 13 wherein the entry data includes at least one instruction of how the server platform needs to process. The channel access control system of claim 13, wherein the wireless receiving module of the smart device is capable of receiving the universal unique identifier in a Bluetooth or WiFi manner. The channel entry and exit control system according to claim 13, wherein the information transmission module of the smart device can transmit the first encrypted ciphertext in a manner of Bluetooth, WiFi, NFC, voice or barcode. The channel entry and exit control system as described in claim 13, wherein the message of the admission processing device The receiving device can receive the first encrypted ciphertext in a Bluetooth, WiFi, NFC, voice or barcode manner. The ramp entry and exit control system of claim 13, wherein the wireless transmitting device is capable of providing a universal unique identifier in Bluetooth or WiFi. The access control system of claim 13, wherein the access control software further comprises a password input module, and the password input module must input a password when the smart device automatically starts the entry and exit control software. The corresponding password can be used to produce the first encrypted ciphertext using the access control software. A method for controlling the entry and exit of a ramp is as follows: when a smart device receives a universal unique identification code when entering the field, the smart device automatically starts an access control field corresponding to the universal unique identification code. The software for entering and exiting the field control system can encrypt the required user-side data into a first encrypted ciphertext according to the content indication of the universal unique identifier, and receive it by an admission processing device, and then After the entry data and the first encrypted ciphertext are encrypted into the second encrypted ciphertext, the second encrypted ciphertext is sent to a server platform; afterwards, the server platform can decode the user end data and perform After processing, an authentication message can be transmitted to the admission processing device to control the opening of the controllable trick of the access processing device; and when the game is to be played, the smart device can receive the universal unique identifier again. To activate the entry and exit control software; and the access control software can also encrypt the required user end data into the first encrypted ciphertext, and an exit processing device Encrypting an exit data and the first encrypted ciphertext into a second encrypted ciphertext, and transmitting the second encrypted ciphertext to the server platform; and thereafter, the server platform can decode the user end Data and processing, and after processing An authentication message is transmitted to the exit processing device to control the opening of the controllable trick of the exit processing device. The method for controlling entry and exit according to claim 21, wherein the user data is a credit card number, a member account number, a member card number, or a ticket number. The method of claim 22, wherein the server platform is capable of pre-authorizing the credit card number when the user-side data is a credit card number. The method of claim 21, wherein the server platform processes the user-side data according to an instruction included in the entry data. The method of claim 21, wherein the server platform processes the user-side data according to an instruction included in the appearance data. The method of claim 21, wherein when the entry and exit control software is started, a corresponding password must be input to generate the first encrypted ciphertext. A method for controlling the entry and exit of a ramp, wherein when the smart device receives a universal unique identification code, the smart device automatically starts an access control software corresponding to the universal unique identification code; The admission control software can encrypt the required user end data into a first encrypted ciphertext according to the content indication of the universal unique identification code, and after receiving by an admission processing device, an admission data and the first After the encrypted ciphertext is encrypted into the second encrypted ciphertext, the second encrypted ciphertext is sent to a server platform; afterwards, the server platform can decode the user-side data and process it, and then process Thereafter, an authentication message can be transmitted to the admission processing device to control the opening of the controllable trick of the admission processing device. The method for controlling entry and exit according to claim 27, wherein the user data is a member account number, a member card number or a ticket number. The method of claim 23, wherein the server platform processes the user-side data according to an instruction included in the entry data. The method for controlling the access control according to claim 27, wherein when the entry and exit control software is started, a corresponding password must be input to enable the first encrypted ciphertext to be produced by using the access control software.