TWI439965B - Authentication system for electrical ticket and authentication method for the same - Google Patents

Description

Electronic ticket volume verification system and verification method thereof

The present invention relates to an electronic ticket, and more particularly to a verification system and a verification method for verifying a disposable electronic ticket.

With the progress of the times, the people's living standards have improved, and the importance attached to various arts and cultural activities has also increased.

Please refer to the first figure for a schematic diagram of ticket verification for the prior art. Generally speaking, users participating in various art activities, such as concerts, exhibitions, movies or competitions, usually need to accept the inspection of the ticket by the ticket inspector at the time of admission. As shown in the first figure, the user 11 usually needs to purchase and obtain a paper ticket 2 in advance, and submit it to the ticket inspector 12 for inspection before entering the venue; the ticket inspector 12 confirms that it is correct (date, After the time, place, number of times, etc.), the user is allowed to enter. Moreover, the ticket inspector 12 can also control the control device at the entrance, such as a gate 3, by means of a computer or other device, whereby after checking that the paper ticket 2 is correct, the gate 3 is controlled to open. User 11 enters the venue.

However, the above-mentioned way of checking by the paper ticket 2, the biggest problem is that the ticket is too slow; and the organizer of the art event needs to configure a large number of the ticket inspectors 12 at the event site, so it is necessary to pay a considerable amount of money. High labor costs, it is not worthwhile . Therefore, in the market today, an electronic ticket that can be used for ticket inspection without the need for a ticket inspection 12 can be promoted.

Please refer to the second figure for a schematic diagram of the electronic ticket verification of the prior art. As shown, the user 11 can connect to the Internet using a smart electronic device 4 and purchase an electronic ticket on the Internet. After the purchase is completed, the electronic device 4 receives the ticket data of the electronic ticket, and when the user wants to enter the venue, the user can directly use the electronic device 4 as a physical ticket to be used by a verification reader 5. Conduct the ticket inspection action.

For example, the ticket data may be a two-dimensional barcode. When the user wants to enter the field, the two-dimensional barcode is opened on the electronic device 4, and the verification reader 5 is scanned; The electronic device 4 can be an electronic device having a Near Field Communication (NFC) interface or a Radio Frequency (RF) interface. When the user wants to enter the field, the verification reader 5 is wirelessly connected through NFC or RF. The transmission interface receives the ticket data from the electronic device 4 to perform a verification operation.

However, as described above, when the user 11 purchases the electronic ticket using the electronic device 4, the ticket data is automatically downloaded to the electronic device 4 and bound to the electronic device 4. That is, when the user 11 wants to use the electronic ticket to enter the venue, the user must carry the electronic device 4, and the user 11 cannot roll the electronic ticket into the electronic device 4. Furthermore, for the above reasons, it is also difficult for the user 11 to resell the electronic ticket, which is a significant problem for the actual user.

The main object of the present invention is to provide an electronic ticket verification system and a verification method thereof, which enable a user to load a purchased electronic ticket into a verification device having a wireless transmission interface such as NFC or RF for use. Carry and use the verification device directly Set up to verify the electronic ticket volume.

To achieve the above objective, the verification system of the present invention mainly comprises a system terminal server, an electronic device, a verification device, and a verification reader, wherein the verification device is connected to the electronic device through a wired transmission interface, and is wirelessly transmitted. The interface communicates with the verification reader. After the user purchases the electronic ticket volume from the system terminal server through the electronic device and obtains the ticket volume data, the user loads the verification device for use. When the user wants to use the electronic ticket, the verification reader can wirelessly obtain the ticket data in the verification device through a wireless transmission interface such as Near Field Communication (NFC) or Radio Frequency (RF). After the verification is correct, the user is allowed to use the electronic ticket volume.

The effect of the present invention over the prior art is that the user can connect to the system terminal server through the smart electronic device to purchase the electronic ticket on the network, and when using the electronic ticket, from the electronic device The ticket data of the electronic ticket is loaded into the verification device with the wireless transmission interface, and the verification device is directly used to accept the verification of the electronic ticket by the verification reader. This has the advantage that the electronic device used by the user to purchase the electronic ticket is not required to have a wireless transmission interface such as RF or NFC, and the user can implement the verification device in the verification system of the present invention.

Moreover, the biggest problem with online ticket purchases at present is that when a user purchases an electronic ticket through the Internet using a smart mobile device, the electronic ticket can only be used on the smart mobile device. In addition to the fact that the electronic ticket must be bound to the smart mobile device and cannot be used separately, it is difficult for the user to resell the electronic ticket, which is very troublesome. However, as described above, the use flexibility of the electronic ticket can be increased by the verification system and the verification method of the present invention.

11‧‧‧Users

12‧‧‧Verification personnel

2‧‧‧ paper ticket

3‧‧ ‧ gate

4, 4'‧‧‧ electronic devices

41‧‧‧Application

5, 8‧‧‧Verification reader

6‧‧‧Verification device

61‧‧‧Dual Interface Transmission Module

611‧‧‧Wired transmission interface

612‧‧‧Wireless transmission interface

62‧‧‧Microprocessor

63‧‧‧ storage unit

64‧‧‧Power unit

65‧‧‧Display unit

7‧‧‧System Terminal Server

9‧‧‧ Front desk

D1‧‧‧ first ticket data

D2‧‧‧Second ticket data

D3‧‧‧ Third ticket data

S10~S28‧‧‧Steps

S30~S42, S44A, S44B‧‧‧ steps

The first figure is a schematic diagram of the ticket verification of the prior art.

The second figure is a schematic diagram of the electronic ticket verification of the prior art.

The third figure is a system architecture diagram of a preferred embodiment of the present invention.

The fourth figure is a flow chart of the verification of the electronic ticket volume according to a preferred embodiment of the present invention.

Figure 5 is a block diagram of a verification apparatus in accordance with a preferred embodiment of the present invention.

Figure 6 is a flow chart of an electronic ticket verification according to another preferred embodiment of the present invention.

Fig. 7A is a schematic diagram showing the connection of the verification device of the first embodiment of the present invention.

FIG. 7B is a schematic diagram showing the connection of the verification device according to the second embodiment of the present invention.

Figure 8 is a schematic view showing the connection of the verification device of the third embodiment of the present invention.

DETAILED DESCRIPTION OF THE INVENTION A preferred embodiment of the present invention will be described in detail with reference to the drawings.

Referring first to the third figure, a system architecture diagram of a preferred embodiment of the present invention is shown. As shown in the figure, the verification system of the electronic ticket of the present invention mainly comprises an electronic device 4, a verification device 6, a system terminal server 7, and a verification reader 8. The system terminal server 7 is placed in the cloud network and is held by the issuer of the electronic ticket. The electronic device 4 and the verification device 6 are held by the purchaser/user of the electronic ticket. The verification reader 8 is placed at the inspection office of the electronic ticket, and is held by the ticket inspector.

The verification system in the present invention can be mainly applied to various types of one-time electronic ticket volumes, such as the use and verification of concerts, exhibitions, movies or games. The system terminal server 7 is mainly used to issue the electronic ticket for the user to purchase, and record the ticket data (such as date, place, seat and fare, etc.) of each electronic ticket. More specifically, the ticket data can be encrypted by a password of the system terminal server 7, and only the device (e.g., the verification reader 8) that knows the password of the system terminal server 7 can be unlocked.

The electronic device 4 can be mainly various types of intelligent electronic devices, such as smart phones, tablet computers, and Internet TVs, and is not limited. The electronic device 4 can be connected to the system terminal server 7 through a network system, and the user can purchase the electronic ticket to the system terminal server 7 on the network through the use of the electronic device 4, and After the purchase is completed, the ticket data of the electronic ticket is downloaded and stored in the electronic device 4.

More specifically, the electronic device 4 can be installed with an application program 41 provided by the issuing end of the electronic ticket, and the user can easily connect to the system terminal servo through the use of the application 41. The ticket purchase page provided by the device 7 is used to purchase the electronic ticket. Moreover, the electronic device 4 can directly download the purchased ticket data of the electronic ticket by the application 41.

In the present invention, the verification device 6 is a device having a dual transmission interface, and the verification device 6 is mainly connected to the electronic device 4 through a wired transmission interface, and wirelessly transmitted to the verification reader 8 through a wireless transmission interface. Thereby, the user can purchase the electronic ticket using the electronic device 4 without the wireless transmission interface, and in use, load the ticket data of the electronic ticket into the verification device 6, and then pass the verification device. The wireless transmission interface of 6 communicates with the verification reader 8 to cause the verification reader 8 to verify the electronic ticket volume wirelessly.

The verification device 6 is mainly electrically connected to the electronic device 4 through a wired transmission interface, and the user can load the ticket data stored in the electronic device 4 into the verification device 6 when the electronic ticket is to be used. When the verification device 6 loads the ticket data, the connection with the electronic device 4 can be disconnected, and the user can directly use the verification device 6 as a physical ticket. In short, the user does not need to carry the electronic device 4 during the verification of the ticket before entering the game.

More specifically, the ticket data downloaded by the system terminal server 7 of the electronic device 4 is mainly the first ticket data D1, and the first ticket data D1 is encrypted by the password of the system terminal server 7. . When the first ticket data D1 is loaded into the verification device 6, the verification device 6 encrypts the first ticket data D1 to generate a second ticket data D2. The verification device 6 is mainly encrypted by its own device identification code, but is not limited.

The verification reader 8 can be disposed at the use site of the electronic ticket, such as an entrance of a concert, an exhibition, a movie, a game, etc.; or the verification reader 8 can also be a personal digital assistant with a wireless transmission interface. (Personal Digital Assistant, PDA), and carried by the ticket inspector to verify the second ticket data D2 in the verification device 6 carried by the user. The verification reader 8 mainly receives the second ticket data D2 in a wireless manner, and decrypts the second ticket data D2 to generate a third ticket data D3, and further, the third ticket can be Volume D3 is used to confirm whether the date, time, location, seat and fare of the electronic ticket are in compliance with the conditions of use.

More specifically, the verification reader 8 is mainly provided by the issuer of the electronic ticket, or contracts with the issuer to obtain the password of the system terminal server 7, and the use conditions of the electronic ticket. And other information; and, the verification reader 8 is When the verification device 6 acquires the second ticket data D2, the verification device 6 can simultaneously request the device identification code of the verification device 6. In this way, the verification reader 8 can decrypt the second ticket data D2 by using the password and the device identification code to generate the third ticket data D3. And, whether the second ticket data D2 is legally purchased from the system terminal server 7 can be confirmed by the correctness of the password; and whether the second ticket data D2 is confirmed by the correctness of the device identification code It is loaded into the verification device 6 with proper management.

At the use site of the electronic ticket, the verification reader 8 is further connected to a front terminal 9 and transmits the third ticket data D3 generated after decryption to the front terminal 9. The front terminal 9 can record information of a concert, an exhibition, a movie or a game, and the issuer of the electronic ticket can record the usage status of the electronic ticket through the front terminal 9 and determine whether the electronic ticket is in compliance. The correct conditions of use (such as date, time, number of times, location is correct, etc.).

Moreover, the verification reader 8 can also directly connect to the control device at the entrance, such as the switch of the gate (not shown), and after the verification of the electronic ticket is successful, the gate is opened to facilitate the user to enter. However, the above description is only a preferred embodiment of the present invention and should not be limited thereto.

Continuing to refer to the fourth figure, a flow chart of verification of an electronic ticket volume according to a preferred embodiment of the present invention. To use the verification method of the present invention on the above verification system, first, the user has to operate the electronic device 4, and the application program 41 on the electronic device 4 is connected to the system terminal server 7 to the system terminal. The server 7 purchases the electronic ticket (step S10). Then, after the purchase is completed, the electronic device 4 downloads the first ticket data D1 of the electronic ticket through the network interface (step S12).

Before the user wants to use the electronic ticket, the electronic device 4 is operated to load the first ticket data D1 in the electronic device 4 into the verification device 6 electrically connected to the electronic device 4. (Step S14). More specifically, the user can directly load the first ticket data D1 into the verification device 6 through the application 41 in the electronic device 4, but is not limited thereto.

After receiving the first ticket data D1, the verification device 6 first encrypts the first ticket data D1 (step S16) to generate the second ticket data D2. Finally, when the user checks the ticket, the verification reader 8 directly reads the second ticket data D2 recorded in the verification device 6 (step S18). After receiving the second ticket data D2, the verification reader 8 decrypts the second ticket data D2 (step S20) to generate the third ticket data D3, and the verification read The extractor 8 (or the foreground terminal 9) can judge whether the second ticket data D2 is correct by the decryption process (step S22).

As described above, if the second ticket data D2 is incorrect, the process returns to the step S18, the verification reader 8 re-communicates with the verification device 6, and re-reads the second ticket data D2; If the second ticket data D2 is correct, the ticket inspector or the front terminal 9 further determines whether the electronic ticket of the user meets the use condition by the content of the third ticket data D3 (step S24).

As described above, if the conditions of use are not met, the ticket inspector does not allow the user to enter the venue, and returns to step S18, and the second ticket data D2 is re-read by the verification reader 8; The ticket inspector may allow the user to enter (step S26). Alternatively, the verification device 8 or the front terminal 9 can directly control the control device at the entrance to facilitate the user's admission, so that the ticket inspection personnel need not be configured on the site, and thus the labor cost can be effectively reduced.

It is worth mentioning that the verification system of the present invention is mainly used for the use and verification of a one-time electronic ticket volume, so that when the ticket volume data is successfully verified and the user can successfully enter the venue, the verification reader 8 is more A control command can be issued to cause the verification device 6 to delete the second ticket data D2 therein (step S28). In this way, after the use of the electronic ticket is completed, the storage unit inside the verification device 6 (such as the storage unit 63 shown in FIG. 5) is emptied, so the verification device 6 does not need to configure the storage unit 63 with a large capacity, and thus the The manufacturing cost of the verification device 6 can be reduced.

It is worth mentioning that the first ticket data D1 and the second ticket data D2 may further include other information than the ticket, such as a webpage, a picture, an advertisement, a coupon, etc., the user may After the electronic ticket is used, the computer is used to drive the above information through a home verification reader (not shown). Therefore, even if the electronic ticket volume has been used and cannot be used again, other internal information may still be accessed by the user. In this case, the step S28 is not necessarily performed.

Continuing to refer to the fifth figure, a block diagram of a verification apparatus according to a preferred embodiment of the present invention. As shown in the figure, the verification device 6 of the present invention mainly includes a dual interface transmission module 61, a microprocessor 62 and a storage unit 63. The microprocessor 62 is electrically connected to the dual interface transmission module 61 and The storage unit 63. More specifically, the dual interface transmission module 61 is integrated with a wired transmission interface 611 and a wireless transmission interface 612. The verification device 6 is electrically connected to the electronic device 4 through the wired transmission interface 611. 4 receiving the first ticket data D1; and communicating with the verification reader 8 via the wireless transmission interface 612 to wirelessly transmit the second ticket data D2 to the verification reader 8 for verification.

In this embodiment, the wired transmission interface 611 can be mainly a Serial Peripheral Interface (SPI), an Inter-Integrated Circuit (I ² C), and a General Purpose I/O (GPIO). The interface, and the dock connector of Apple products, etc., but not limited. The wireless transmission interface 612 can be a near field communication (NFC) interface or a radio frequency (RF) interface. Moreover, the wireless transmission interface 612 can be a low frequency (LF) frequency band and a high frequency (HF) frequency band RF interface, or an HF frequency band NFC interface, but is not limited.

The microprocessor 62 is electrically connected to the dual interface transmission module 61 (ie, electrically connected to the wired transmission interface 611 and the wireless transmission interface 612). The microprocessor 62 is mainly used to receive by the wired transmission interface 611. The first ticket data D1 is stored in the storage unit 63. And, when the verification reader 8 is to perform the verification operation, the first ticket data D1 is converted into a format that the wireless transmission interface 612 can transmit, and the first ticket data D1 is encrypted to generate the The second ticket data D2. More specifically, the microprocessor 62 records the device identification code of the verification device 6, and encrypts the first ticket data D1 with the device identification code.

The verification device 6 further has a power unit 64 electrically connected to the microprocessor 62. The power unit 64 can be mainly a battery for providing power required for the verification device 6 to operate. In this embodiment, the wireless transmission interface 612 is an NFC interface or an RF interface. The verification device 6 can actively provide the power of the power unit 64 through the wireless transmission interface 612.

The verification device 6 further has a display unit 65 electrically connected to the microprocessor 62. The display unit 65 can be a Light Emitting Diode (LED) or a Liquid Crystal Display Module (LCM). The verification device 6 can be commanded when communicating with the verification reader 8. The display unit 65 emits light Light or display corresponding information, so that the user can easily know whether the verification is successful. It is worth mentioning that the display unit 65 can receive the power required for the operation by the power unit 64, or receive the power generated by the verification reader 8 through the wireless transmission interface 612, which cannot be limited.

Continuing to refer to the sixth figure, a flow chart of verification of an electronic ticket volume according to another preferred embodiment of the present invention. When using the verification system of the present invention, first, the user must operate the electronic device 4 to connect with the system terminal server 7, and purchase an electronic ticket to the system terminal server 7 (step S30); After the payment and other procedures are completed, the system terminal server 7 transmits the first ticket data D1 of the electronic ticket purchased by the user to the electronic device 4 (step S32).

When the user wants to use the electronic ticket to enter the field, the verification device 6 is first connected to the electronic device 4 (step S34), and then the application 41 on the electronic device 4 is operated to use the first ticket. The volume data D1 is loaded into the verification device 6 (step S36). Next, the verification device 6 stores the first ticket data D1, converts the transmission interface, and encrypts the program to generate the second ticket data D2 (step S38); finally, the user can directly use the verification. The device 6 performs a verification operation of the electronic ticket.

When the ticket inspector checks the ticket, the verification reader 8 is used to wirelessly communicate with the verification device 6, and the verification reader 8 acquires the second ticket data D2 from the verification device 6 (step S40). . Finally, the verification reader 8 decrypts the second ticket data D2 to generate the third ticket data D3 (step S42), and further, it is determined by the decryption process whether the second ticket data is correct, and The content of the third ticket data D3 is used to determine whether the user meets the usage conditions (such as date, time, number of times, location, seat, etc.). And, after the verification is correct, the user is allowed to enter.

Finally, the verification reader 8 can issue a control command to the verification device 6, so that the verification device 6 deletes the internal second ticket data D2 (step S44A); alternatively, the verification reader 8 can also The control command is directly issued to the electronic device 4 to pass the electronic device 4, and the verification device 6 deletes the internal second ticket data D2 (step S44B), but is not limited thereto.

Please refer to FIG. 7A and FIG. 7B at the same time, which are respectively a schematic diagram of the connection between the first embodiment and the verification device of the second embodiment. As shown in FIG. 7A, the verification device 6 is mainly electrically connected to the electronic device 4 through a connection port of a general wired transmission interface 611 (as shown in FIG. 7A, which is 30 pins of Apple Inc.). The dock connector is taken as an example, but is not limited; however, as shown in FIG. 7B, the wired transmission interface 611 on the verification device 6 can also be an audio output/input interface and pass through the electronic device 4. The earphone input port is electrically connected to the electronic device 4.

In the embodiment, the electronic device 4 can mainly convert the first ticket data D1 from a digital signal to an analog audio signal through the application 41, wherein the analog audio signal can be set to be inaudible to the human ear. The frequency band. Then, the electronic device 4 transmits the analog audio signal to the verification device 6 through the audio output/input interface, and the verification device 6 performs interpretation by the microprocessor 62 to restore the analog audio signal to a digital format. The first ticket volume data D1.

The purpose of this embodiment is that the electronic devices 4 of different brands may each carry a plurality of incompatible communication interfaces, but the audio output/input interface on them must be the same, because the specifications of the headphones are basically uniform. Therefore, the ticket data is simulated into an analog audio signal and transmitted through the headphone input port, and the electronic device of the brand of the user can be applied to the verification system of the present invention.

As described in the prior art, if the electronic device 4 is used to purchase an electronic ticket online, the electronic ticket can only be used together with the electronic device 4, and it is difficult for the user to store the electronic device in the electronic device 4. The ticket is resold to others for use. Please refer to the eighth figure, which is a schematic diagram of the connection of the verification device according to the third embodiment of the present invention. In this embodiment, the first ticket data D1 of an electronic ticket can be purchased, downloaded and stored by the electronic device 4, and then the first ticket data D1 is loaded into the verification device 6, and encrypted. The second ticket data D2 is generated. Finally, the user can pass the verification device 6 to another user to electrically connect with another electronic device 4'. In this embodiment, another user can instruct the verification device 6 to decrypt the second ticket data D2 through the application 41 in the electronic device 4', and the first ticket generated after decryption. The data D1 is unloaded and stored in the electronic device 4'.

In this way, the user (or another user) can carry the electronic device 4', and when the electronic ticket is to be used, the first ticket data D1 is loaded from the electronic device 4' into the verification device. 6 (or another verification device) to facilitate the verification of the reader 8 for read verification. As described above, with the verification system of the present invention, the user can load the ticket data into the verification device 6 at any time, and then perform the operations of moving, reselling, or giving the electronic ticket through the verification device 6. After the user purchases the electronic ticket, it does not have to be bound to the electronic device used for purchase, which can effectively increase the flexibility and convenience in use.

The above is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Therefore, equivalent changes to the scope of the present invention are included in the scope of the present invention. Bright.

S10~S24‧‧‧Steps

Claims (13)

The invention relates to an electronic ticket volume verification system, which is mainly used for purchase and verification of a one-time electronic ticket volume. The electronic ticket volume verification system comprises: a system terminal server for issuing and recording at least one electronic ticket volume ticket data. An electronic device is connected to the terminal server of the system through a network system to purchase at least one electronic ticket to the terminal server of the system, and download the ticket data of the electronic ticket to be stored; a verification device, Electrically connecting to the electronic device through a wired transmission interface, obtaining the ticket data of the electronic ticket from the electronic device, and disconnecting the electronic device after loading the ticket data to serve as a physical ticket a verification reader, communicating with the verification device via a wireless transmission interface to receive and verify the ticket data in the verification device; and a front terminal terminal connected to the verification reader for recording The use status of the electronic ticket, and determining whether the electronic ticket is in compliance with the correct use condition. The verification system of the electronic ticket according to claim 1, wherein the verification device comprises: a wired transmission interface, the verification device receives the ticket data from the electronic device through the wired transmission interface; a wireless transmission interface, the verification The device transmits the ticket data to the verification reader through the wireless transmission interface; a microprocessor electrically connects the wired transmission interface and the wireless transmission interface, and converts the ticket data according to different transmission interfaces, and Add the ticket data a storage unit electrically connected to the microprocessor for storing the ticket data received from the electronic device. The verification system of the electronic ticket volume according to claim 2, wherein the wired transmission interface and the wireless transmission interface are implemented by a dual transmission interface module. The verification system of the electronic ticket volume according to claim 2, wherein the wired transmission interface is a Serial Peripheral Interface (SPI), an Inter-Integrated Circuit (I ² C), and a general-purpose output input ( General Purpose I/O, GPIO) interface, and one of the dock connectors. The verification system of the electronic ticket volume according to claim 2, wherein the wireless transmission interface is a Near Field Communication (NFC) interface or a Radio Frequency (RF) interface. The verification system of the electronic ticket according to claim 5, wherein the verification device further comprises a power unit electrically connected to the microprocessor for providing power required for the verification device to operate, and the verification device passes the The wireless transmission provides power to the power unit. The verification system of the electronic ticket volume according to claim 2, wherein the wired transmission interface is an audio output/input interface, and the electronic device converts the ticket volume data into an analog audio signal, and then transmits the audio output/input interface through the audio output/input interface. To the verification device, the verification device further restores the analog audio signal to the ticket data of the digital signal through the microprocessor. The verification system of the electronic ticket according to claim 2, wherein the verification device further comprises a display unit electrically connected to the microprocessor, and emits light when the verification device communicates with the verification reader. The electronic ticket verification system according to claim 2, wherein the electronic device is installed with an application program provided by a distribution end of the electronic ticket, and the electronic device is connected to the system terminal by the application The device connects, downloads and downloads the ticket data of the electronic ticket, and loads the ticket data into the verification device. A method for verifying an electronic ticket volume, which is mainly used in the verification system according to claim 1, wherein the electronic ticket verification method comprises: a) the electronic device is connected to the system terminal server through a network system In order to purchase the electronic ticket volume online; b) after the purchase is completed, the electronic device downloads the ticket volume data of the electronic ticket volume by the system terminal server; c) the electronic device carries the ticket volume information through a wired transmission interface Entering the verification device; d) the verification reader communicates with the verification device through the wireless transmission interface to receive the ticket data in the verification device; e) the verification reader verifies whether the ticket data is correct; And f) if the ticket data is incorrect, the verification reader re-reads the ticket data in the verification device. The method for verifying an electronic ticket volume according to claim 10, further comprising a step g) if the ticket volume data is correct, the verification reader issues a control command for the verification device to delete the internal ticket volume data. The method for verifying an electronic ticket volume according to claim 10, wherein the step e further comprises a step e0: the verification reader decrypts the ticket volume data. The method for verifying an electronic ticket volume according to claim 12, wherein in the step b, the ticket volume data is encrypted by a password of the system terminal server to generate a first ticket. Volume data; in the step c, the verification device encrypts the first ticket data by its own device identification code to generate a second ticket volume data; in the step d, the verification reader simultaneously receives the verification The device identification code of the device; in the step e0, the verification reader decrypts the second ticket data by using the device identification code and the password of the system terminal server to generate a third ticket data. .