CN101944225A - Method for subscribing and checking electronic ticket and relevant system - Google Patents

Abstract

The invention discloses an electronic ticket ordering and checking method and a related system, which are used to solve the problem in the prior art that the number of electronic tickets that a ticket orderer can order is strictly limited due to the limited storage capacity of the electronic ticket carrier. The electronic ticket ordering method provided by the present invention includes: the ticketing center server receives an electronic ticket order message, which carries the identification information of the electronic ticket carrier; generates a corresponding electronic ticket according to the order message, and confirms that the electronic ticket carrier is currently not When the electronic ticket storage condition is satisfied, the generated electronic ticket and the identification information of the corresponding electronic ticket carrier are sent to the electronic ticket storage device on the network side.

Description

Method for ordering and checking electronic tickets and related system

technical field

The invention relates to the field of mobile communications, in particular to a method and system for ordering electronic tickets, and a method and system for checking electronic tickets.

Background technique

Electronic ticket is the electronic existence form of ordinary paper ticket. The ticket orderer sends the order message of electronic ticket to the ticket center server on the network side of the ticket seller. The ticket center server generates the corresponding electronic ticket according to the order message, and sends the electronic ticket through wired or The electronic ticket carrier that is sent wirelessly to the booker. The electronic ticket carrier can be a mobile terminal inserted into a SIM (Subscriber Identity Module, Subscriber Identity Module) card, or a logic card or a CPU (central processing unit) card. The electronic ticket carrier acts as an electronic ticket box. Store all electronic tickets issued by the server of the ticket center. When a ticket booker uses a pre-ordered electronic ticket in various usage occasions provided by the ticket seller, the ticket seller uses the ticket checking device installed on the usage occasion and equipped with an RFID (Radio Frequency Identification, radio frequency identification) module to store in the electronic ticket. The electronic ticket in the ticket carrier is read and checked, and the checking function of the electronic ticket is completed, so as to provide corresponding services for the booker. Compared with ordinary paper tickets, electronic tickets improve the convenience and security of use.

The content of each electronic ticket stored in the electronic ticket carrier is essentially the information obtained by electronically processing the content printed on the ordinary paper ticket, including: the name of the ticket seller, the type of the electronic ticket, the identification of the electronic ticket ( The electronic ticket identification is unique to each electronic ticket), the date of use, the time of use, the price of the electronic ticket, the seat number, the instructions for use, etc. Part of the information can occupy a fixed byte length. For example, the electronic ticket type occupies 1 Byte (byte), the electronic ticket identification occupies 10 Byte, the use date (XXXX, XX, XX) occupies 4 Byte, and the use time (XX hour and XX minutes) occupies 4 Byte. 2Byte, e-ticket price occupies 4Byte; and other information needs to occupy variable byte length, such as ticket seller name, seat number, instruction, etc. The above information is generally of text type, and if the text includes Chinese characters, a Chinese character occupies at least 2Byte.

Since each electronic ticket needs to occupy a certain storage space in the electronic ticket carrier, and the storage capacity of the electronic ticket carrier is very limited, and the hardware cost required to improve the storage capacity of the electronic ticket carrier is relatively high, so that the electronic ticket carrier can store The number of e-tickets is limited, resulting in a strict limit on the number of e-tickets that bookers can order, thus seriously restricting the use of e-tickets. The e-ticket carrier is illustrated by taking a mobile terminal inserted with a SIM card as an example. Generally, 1-2KB of storage space is reserved for electronic tickets on the SIM card of the mobile terminal. If about 255Byte of storage space is allocated for each electronic ticket, making A mobile terminal with a SIM card inserted can store up to 5 to 10 electronic tickets.

Contents of the invention

The invention provides an electronic ticket ordering and checking method and a related system, which are used to solve the problem in the prior art that the number of electronic tickets that a ticket orderer can order is strictly limited due to the limited storage capacity of the electronic ticket carrier.

The invention provides a method for ordering an electronic ticket, comprising:

The ticketing center server receives the electronic ticket order message, which carries the identification information of the electronic ticket carrier;

Generate a corresponding electronic ticket according to the order message, and send the generated electronic ticket and the identification information of the corresponding electronic ticket carrier to the electronic ticket storage device on the network side when confirming that the electronic ticket carrier does not meet the storage conditions for the electronic ticket .

The present invention provides an electronic ticket ordering system, including a ticketing center server and an electronic ticket storage device, wherein:

The ticketing center server is configured to receive an electronic ticket order message, which carries the identification information of the electronic ticket carrier; generate a corresponding electronic ticket according to the order message, and confirm that the electronic ticket carrier does not currently meet the electronic ticket storage conditions, Send the generated electronic ticket and the identification information of the corresponding electronic ticket carrier to the electronic ticket storage device on the network side;

The electronic ticket storage device is configured to store the electronic tickets generated and delivered by the ticketing center server and the identification information of the corresponding electronic ticket carriers.

The invention provides a method for checking an electronic ticket, comprising:

The ticket inspection device reads the electronic ticket to be inspected from the electronic ticket carrier for inspection, and changes the storage status of the electronic ticket that passes the ticket inspection;

When the storage state of the local electronic ticket changes, the electronic ticket carrier sends a notification message to the electronic ticket storage device, which carries the available storage quantity or available storage space of the local electronic ticket determined according to the electronic ticket that passed the ticket inspection;

According to the received notification message, the electronic ticket storage device migrates the unverified electronic tickets stored locally that do not exceed the available storage amount or occupy a storage space that does not exceed the available storage space to the electronic ticket carrier.

The present invention provides a ticket checking system for electronic tickets, including ticket checking equipment, electronic ticket carriers and electronic ticket storage devices, wherein:

The ticket checking device is used to read the electronic ticket to be checked from the electronic ticket carrier for checking, and change the storage state of the electronic ticket that passes the ticket checking;

The electronic ticket carrier is used to send a notification message to the electronic ticket storage device when the storage state of the local electronic ticket changes, which carries the available storage quantity or available storage space of the local electronic ticket determined according to the electronic ticket that passes the ticket check ;

The electronic ticket storage device is configured to migrate locally stored unchecked electronic tickets that do not exceed the available storage amount or occupy a storage space that does not exceed the available storage space to the electronic ticket according to the received notification message. ticket carrier.

The method and system for ordering electronic tickets provided by the present invention adds an electronic ticket storage device on the network side for storing electronic tickets and identification information of corresponding electronic ticket carriers, and the ticket center server generates corresponding electronic tickets according to the electronic ticket order message After the ticket is issued, if the electronic ticket carrier does not currently meet the electronic ticket storage conditions, the generated electronic ticket will be sent to the electronic ticket storage device on the network side. The present invention can solve the problem of limited storage capacity of the electronic ticket carrier without increasing the storage capacity of the electronic ticket carrier, breaks through the limit on the number of electronic tickets that can be ordered by ticket bookers, and improves the freedom and flexibility of ordering, management and use of electronic tickets sex.

In the electronic ticket checking method and system provided by the present invention, the ticket checking device can change the storage state of the electronic ticket passed through the electronic ticket carrier, and the electronic ticket carrier notifies the electronic ticket storage device when the storage state of the local electronic ticket changes, so that The unchecked electronic ticket stored in the electronic ticket storage device is transferred to the electronic ticket carrier in time, which facilitates the checking and use of the electronic ticket.

Description of drawings

Fig. 1 is the order system block diagram of electronic ticket in the embodiment of the present invention;

Fig. 2 is the flowchart of the method for ordering electronic tickets in the embodiment of the present invention;

Fig. 3 is the first order flow chart in the embodiment of the present invention;

Fig. 4 is the second order flow chart in the embodiment of the present invention;

Fig. 5 is the third order flow chart in the embodiment of the present invention;

Fig. 6 is the flow chart of the import method of electronic ticket in the embodiment of the present invention;

7 is a flowchart of the first electronic ticket exchange method in the embodiment of the present invention;

Fig. 8 is a flow chart of the second electronic ticket exchange method in the embodiment of the present invention;

Fig. 9 is a flow chart of the ticket checking method of the electronic ticket in the embodiment of the present invention;

Fig. 10 is a block diagram of the electronic ticket checking system in the embodiment of the present invention.

Detailed ways

The embodiment of the present invention provides a corresponding solution to the problem that the number of electronic tickets that a ticket booker can order is strictly limited due to the limited storage capacity of the electronic ticket carrier in the prior art. The electronic ticket storage device of the electronic ticket carrier can store the electronic tickets ordered by multiple ticket orderers. In the embodiment of the present invention, the electronic ticket storage device can be vividly called a "public virtual ticket box", and the electronic ticket storage device can be a server or a memory, such as a hard disk or a magnetic disk. The storage space of the electronic ticket storage device can be large enough or not limited, and generally can reach hundreds or even thousands of GB, so as to realize the purpose of massively storing electronic tickets ordered by multiple ticket orderers.

The embodiment of the present invention firstly provides an electronic ticket ordering system, as shown in FIG. 1 , which includes a ticket center server 101 and an electronic ticket storage device 102 on the network side. In an actual system architecture, the ticketing center server 101 and the electronic ticket storage device 102 may be independent physical devices, or may be combined to form the same physical device. in:

The ticketing center server 101 is used to receive the order message of the electronic ticket, which carries the identification information of the electronic ticket carrier; generate the corresponding electronic ticket according to the order message of the electronic ticket, and when it is confirmed that the electronic ticket carrier does not meet the storage conditions of the electronic ticket, it will generate The electronic ticket and the identification information of the corresponding electronic ticket carrier are issued to the electronic ticket storage device 102 on the network side;

Among them, the identification information of the electronic ticket carrier can uniquely identify the electronic ticket carrier. For the case where the electronic ticket carrier is a mobile terminal inserted into a SIM card, the identification information of the electronic ticket carrier can be MSISDN (Mobile Station International ISDN Number, Mobile Station International ISDN Number ; ISDN: Integrated Services Digital Network, IMSI (International Mobile Subscriber Identifier, International Mobile Subscriber Identifier), or other unique identifiers associated with electronic ticket carriers; logic cards or CPUs for electronic ticket carriers In the case of a card, the identification information of the electronic ticket carrier may be the card serial number, user name or other unique identifiers associated with the electronic ticket carrier;

The electronic ticket storage device 102 is configured to store the electronic ticket generated and issued by the ticket center server 101 and the identification information of the corresponding electronic ticket carrier.

In specific implementation, the system also includes an electronic ticket carrier 103, wherein:

The ticketing center server 101 is also used to confirm that the electronic ticket carrier currently satisfies the electronic ticket storage conditions, and issue the generated electronic ticket to the electronic ticket carrier 103 according to the identification information of the electronic ticket carrier;

When the electronic ticket carrier currently satisfies the electronic ticket storage conditions, the ticket center server 101 can also send the generated electronic ticket and the identification information of the corresponding electronic ticket carrier to the electronic ticket storage device 102 on the network side; Part of the electronic ticket and the identification information of the corresponding electronic ticket carrier are sent to the electronic ticket storage device 102 on the network side, and the rest of the electronic tickets are sent to the electronic ticket carrier 103;

The electronic ticket carrier 103 is used to store the electronic tickets generated and issued by the ticketing center server 101 .

Briefly describe the electronic ticket and its storage method involved in the embodiment of the present invention. The content of each electronic ticket includes: the name of the ticket seller, the type of electronic ticket, the electronic ticket identification (the electronic ticket identification is unique to each electronic ticket), the date of use, the time of use, the price of the electronic ticket, the seat number, and the instructions for use etc. A better storage method for electronic tickets is: the electronic ticket carrier and electronic ticket storage device allocate a storage space of fixed byte length for each electronic ticket, for example, allocate 255Byte storage space for each electronic ticket, according to the electronic ticket The maximum storage space of the carrier's local electronic ticket can determine the maximum storage quantity of the electronic ticket carrier's local electronic ticket; since the actual byte length of each electronic ticket is not fixed, another storage method for electronic tickets is: electronic The ticket carrier and the electronic ticket storage device flexibly allocate storage space for the electronic ticket according to the byte length actually occupied by each electronic ticket.

If the electronic ticket carrier of the ticket booker is a mobile terminal inserted into a SIM card, which itself has direct communication capabilities with the ticketing center server, and can directly communicate with the ticketing center server through wireless communication capabilities (SMS, MMS, GPRS, etc.), then The electronic ticket order message can be directly sent to the ticketing center server by the electronic ticket carrier; if the electronic ticket carrier is a logic card or CPU card, it does not have the ability to communicate directly with the ticketing center server. When the ticketing center server communicates, it needs to be connected to the ticketing center server with the help of a contact or non-contact communication terminal, and the order message of the electronic ticket can be obtained by the ticket booker by logging in to the ticket booking website (www channel) provided by the ticket seller, or by voice The way, etc. are sent to the ticketing center service server.

Several preferred implementation modes for the ticketing center server to determine whether the electronic ticket carrier currently satisfies the electronic ticket storage conditions are given below.

In a specific implementation, the electronic ticket order message can be directly sent to the ticket center server by the electronic ticket carrier, and the electronic ticket carrier and the electronic ticket storage device adopt a storage method of allocating a storage space with a fixed byte length for each electronic ticket, then Better:

The electronic ticket carrier 103 is also used to send an order message for the electronic ticket, and the order message also carries the first instruction information for sending the generated electronic ticket and corresponding identification information to the electronic ticket storage device, or the generated electronic ticket The second instruction information issued to the electronic ticket carrier;

The ticketing center server 101 is further configured to confirm that the electronic ticket carrier does not currently meet the electronic ticket storage conditions if the electronic ticket order message carries the first indication information, and if the electronic ticket order message carries the second indication information, then confirm that the electronic ticket The ticket carrier currently meets the e-ticket storage conditions;

Specifically, if the order message of the electronic ticket carries the first indication information, the ticket center server 101 sends the generated electronic ticket and the identification information of the corresponding electronic ticket carrier to the electronic ticket storage device 102 on the network side, if the electronic ticket If the second instruction information is carried in the order message, the ticket center server 101 will issue the generated electronic ticket to the electronic ticket carrier 103 according to the identification information of the electronic ticket carrier.

Specifically, the electronic ticket carrier 103 is also used to determine whether the sum of the stored quantity of the local electronic ticket and the ordered quantity of the electronic ticket is greater than the maximum stored quantity of the local electronic ticket before sending the order message of the electronic ticket; if yes, then Carry in the order message of the electronic ticket the first indication information that the generated electronic ticket and the corresponding identification information will be sent to the electronic ticket storage device, if not, carry the generated electronic ticket in the order message of the electronic ticket The second instruction information to the electronic ticket carrier.

In specific implementation, the electronic ticket order message can be directly sent to the ticket center server by the electronic ticket carrier, and the electronic ticket carrier and the electronic ticket storage device can adopt any storage method, then preferably:

The electronic ticket carrier 103 is also used to send an order message for the electronic ticket, which also carries the remaining storage quantity of the local electronic ticket of the electronic ticket carrier; When the remaining storage quantity is less than the ordered quantity of electronic tickets, confirm that the electronic ticket carrier does not meet the electronic ticket storage conditions; otherwise, confirm that the electronic ticket carrier currently meets the electronic ticket storage conditions;

or,

The electronic ticket carrier 103 is also used to send an order message for the electronic ticket, which also carries the remaining storage space of the local electronic ticket of the electronic ticket carrier; When the remaining storage space is less than the storage space required by the generated electronic ticket, confirm that the electronic ticket carrier does not meet the electronic ticket storage conditions; otherwise, confirm that the electronic ticket carrier currently meets the electronic ticket storage conditions.

In the specific implementation, the sender of the electronic ticket order message can also be ignored, and the ticketing center server can make a judgment on whether the electronic ticket carrier currently satisfies the storage conditions of the electronic ticket before issuing the electronic ticket. It is better:

The ticketing center server 101 is further used to determine whether the electronic ticket carrier 103 currently possesses direct communication capability with the ticketing center server 101 before issuing the generated electronic ticket; When the direct communication capability of the electronic ticket is confirmed, the electronic ticket carrier does not meet the storage conditions of the electronic ticket, and then the generated electronic ticket and the corresponding identification information are sent to the electronic ticket storage device 102 .

If the electronic ticket carrier is a logic card or CPU card, it does not have direct communication capability with the ticketing center server. The ticketing center server can mark the identification information of the electronic ticket carrier in advance, indicating that the electronic ticket corresponding to the identification information The carrier does not have the direct communication capability with the ticketing center server, so it is used as the basis for judging whether the electronic ticket carrier currently has the direct communication capability with the ticketing center server. If the carrier of the electronic ticket is a mobile terminal inserted with a SIM card, it has the ability to directly communicate with the server of the ticketing center itself, and when the mobile terminal is not turned on or is not in the service area, it does not currently have the ability to communicate directly with the server of the ticketing center. Then the ticketing center server can detect the electronic ticket carrier, and determine whether the electronic ticket carrier currently has the direct communication capability with the ticketing center server according to the detection result; the specific detection method can send a request message to the electronic ticket carrier, if the electronic ticket is received The response message returned by the carrier can determine that the electronic ticket carrier currently has the direct communication capability with the ticketing central server, otherwise, it can be determined that the electronic ticket carrier currently does not have the direct communication capability with the ticketing central server.

In specific implementation, the ticketing center server 101 is also used to send a status query request to the electronic ticket carrier 103 when it is judged that the electronic ticket carrier 103 currently has the direct communication capability with the ticketing center server 101; Status query results confirm that the remaining storage quantity of the local electronic ticket of the electronic ticket carrier is greater than or equal to the ordered quantity of the electronic ticket, or the remaining storage space is greater than or equal to the storage space that the generated electronic ticket needs to occupy, according to the identification information of the electronic ticket carrier, the The generated electronic ticket is issued to the electronic ticket carrier 103;

The electronic ticket carrier 103 is also used to query the remaining storage quantity or remaining storage space of the local electronic ticket according to the received status query request, and return the status query result.

The ticketing center server 101 is also used to confirm that the remaining storage quantity of the local electronic ticket of the electronic ticket carrier is less than the ordered quantity of the electronic ticket, or when the remaining storage space is less than the storage space that the generated electronic ticket needs to occupy, the generated electronic ticket and the corresponding The identification information of the electronic ticket carrier is sent to the electronic ticket storage device 102; of course, in the above case, the ticketing center server 101 can also download the part of the electronic ticket generated that does not exceed the remaining storage capacity or occupies no more than the remaining storage space. sent to the electronic ticket carrier 103, and the rest of the electronic tickets and the corresponding identification information of the electronic ticket carrier are sent to the electronic ticket storage device 102.

The electronic ticket carrier can also request to transfer several electronic tickets from the electronic ticket storage device if it has enough remaining storage space locally or other triggering conditions, specifically:

The electronic ticket carrier 103 is also used to send the import request of the electronic ticket to the electronic ticket storage device 102, which carries the identification information of the electronic ticket carrier and the feature information of the electronic ticket to be imported;

The electronic ticket storage device 102 is also used to query all electronic tickets corresponding to the identification information stored locally according to the identification information of the electronic ticket carrier; from all the electronic tickets found out, migrate the electronic tickets that meet the characteristic information to the electronic ticket. ticket carrier 103 .

Electronic tickets can also be exchanged between the electronic ticket carrier and the electronic ticket storage device, and the exchange request can be initiated by the electronic ticket carrier, specifically:

The electronic ticket carrier 103 is also used to send the first exchange request of the electronic ticket to the electronic ticket storage device, which carries the identification information of the electronic ticket carrier and the locally stored first electronic ticket;

The electronic ticket storage device 102 is also used to query all electronic tickets corresponding to the identification information stored locally according to the identification information carried in the first exchange request; select the second electronic ticket from all the electronic tickets found out and migrate to the electronic ticket carrier 103, and locally store the first electronic ticket and the corresponding identification information.

The exchange request can also be initiated by the electronic ticket storage device, specifically:

The electronic ticket storage device 102 is further configured to send a second exchange request of the electronic ticket to the electronic ticket carrier 103 according to the identification information of the electronic ticket carrier; locally store the first electronic ticket sent by the electronic ticket carrier 103 and the corresponding identification information, And select the second electronic ticket from all the electronic tickets corresponding to the identification information stored locally to migrate to the electronic ticket carrier 103;

The electronic ticket carrier 103 is further configured to select the first electronic ticket from all locally stored electronic tickets and transfer it to the electronic ticket storage device 102 according to the received second exchange request.

It should be noted that in the embodiment of the present invention, the migration of the electronic tickets stored locally in the electronic ticket storage device to the electronic ticket carrier, or the migration of the electronic tickets stored locally in the electronic ticket carrier to the electronic ticket storage device includes transferring the source The electronic ticket stored locally is sent to the destination, the source deletes the successfully sent electronic ticket locally, and the destination stores the received electronic ticket locally.

On the basis of the above electronic ticket ordering system and based on the same technical concept, an embodiment of the present invention provides an electronic ticket ordering method, as shown in Figure 2, including:

S201. The ticketing center server receives an electronic ticket order message, which carries the identification information of the electronic ticket carrier;

S202. The ticketing center server generates a corresponding electronic ticket according to the order message of the electronic ticket, and sends the generated electronic ticket and the identification information of the corresponding electronic ticket carrier to the network side when confirming that the electronic ticket carrier does not meet the storage conditions of the electronic ticket. electronic ticket storage device.

The following is a detailed introduction to the ordering process of electronic tickets in various specific application scenarios.

Order process one

In this embodiment, the electronic ticket order message is sent by the electronic ticket carrier, and the electronic ticket carrier and the electronic ticket storage device adopt a storage method of allocating a storage space with a fixed byte length for each electronic ticket, as shown in Figure 3. The process includes the following steps:

S301. Before sending the electronic ticket order message, the electronic ticket carrier determines the sum of the stored quantity of the local electronic ticket and the ordered quantity of the electronic ticket;

S302. The electronic ticket carrier judges whether the sum of the stored quantity of local electronic tickets and the ordered quantity of electronic tickets is greater than the maximum stored quantity of local electronic tickets, if yes, execute S303, and if not, execute S304;

S303. The electronic ticket carrier sends an electronic ticket order message to the ticketing center server, which carries the identification information of the electronic ticket carrier and the first indication information, and the first indication information is used to indicate that the generated electronic ticket and the corresponding identification information are issued to Electronic ticket storage device, and turn to execute S305;

S304. The electronic ticket carrier sends an electronic ticket order message to the ticketing center server, which carries identification information of the electronic ticket carrier and second indication information, and the second indication information is used to instruct that the generated electronic ticket be issued to the electronic ticket carrier;

S305. The ticketing center server generates a corresponding electronic ticket according to the order message of the electronic ticket, and downloads the generated electronic ticket according to the instruction information carried in the order message, and the process ends;

Specifically, if the electronic ticket order message carries the identification information of the electronic ticket carrier and the first indication information, the ticketing center server confirms that the electronic ticket carrier does not meet the electronic ticket storage conditions at present, and will generate the electronic ticket and the corresponding electronic ticket The identification information of the carrier is sent to the electronic ticket storage device on the network side; if the electronic ticket order message carries the identification information of the electronic ticket carrier and the second indication information, the ticketing center server confirms that the electronic ticket carrier currently meets the electronic ticket storage conditions , and deliver the generated electronic ticket to the electronic ticket carrier according to the identification information of the electronic ticket carrier.

Order process two

In this embodiment, the electronic ticket order message is sent by the electronic ticket carrier, and the electronic ticket carrier and the electronic ticket storage device adopt any storage method, as shown in Figure 4, the process includes the following steps:

S401. The electronic ticket carrier sends an electronic ticket order message to the ticketing center server, which carries the identification information of the electronic ticket carrier and the remaining storage quantity or remaining storage space of the local electronic ticket of the electronic ticket carrier;

S402. The ticketing center server generates a corresponding electronic ticket according to the order message of the electronic ticket;

S403. The ticketing center server judges whether the remaining storage quantity of the local electronic ticket of the electronic ticket carrier is less than the ordered quantity of the electronic ticket, or whether the remaining storage space of the local electronic ticket of the electronic ticket carrier is smaller than the storage space required for the generated electronic ticket, if yes, Then execute S404, if not, execute S405;

S404. The ticketing center server sends the generated electronic ticket and the corresponding identification information to the electronic ticket storage device, and the process ends;

S405. The ticketing center server sends the generated electronic ticket to the electronic ticket carrier according to the identification information of the electronic ticket, and the process ends.

Order process three

In this embodiment, regardless of the sender of the electronic ticket order message, the ticketing center server makes a judgment before issuing the electronic ticket. The electronic ticket carrier and the electronic ticket storage device adopt any storage method, as shown in Figure 5. The process includes the following steps:

S501. The ticket orderer sends an electronic ticket order message to the ticket center server through the electronic ticket carrier or other means, which carries the identification information of the electronic ticket carrier;

S502. The ticketing center server generates a corresponding electronic ticket according to the received order message of the electronic ticket;

S503. Before issuing the generated electronic ticket, the ticketing center server determines whether the electronic ticket carrier currently has direct communication capability with the ticketing center server. If yes, execute S504, and if not, execute S505;

S504. The ticketing center server sends the generated electronic ticket and the corresponding identification information to the electronic ticket storage device, and the process ends;

S505. The ticketing center server sends a status query request to the electronic ticket carrier;

S506. The electronic ticket carrier queries the remaining storage quantity or remaining storage space of the local electronic ticket according to the received status query request, and returns the status query result. In FIG. 5, only the remaining storage quantity is taken as an example for illustration;

S507. The ticketing center server determines whether the remaining storage quantity of the local electronic ticket of the electronic ticket carrier is greater than or equal to the ordered quantity of the electronic ticket according to the received status query result, or whether the remaining storage space of the local electronic ticket of the electronic ticket carrier is greater than or equal to the generated The storage space that the electronic ticket needs to occupy, if yes, execute S508, if not, execute S509;

S508. The ticketing center server sends the generated electronic ticket to the electronic ticket carrier according to the identification information of the electronic ticket carrier, and the process ends;

S509. The ticketing center server sends the generated electronic ticket and the corresponding identification information to the electronic ticket storage device, and the process ends; The electronic tickets whose storage space does not exceed the remaining storage space are sent to the electronic ticket carrier, and the remaining electronic tickets and corresponding identification information are sent to the electronic ticket storage device.

In a specific implementation, the electronic ticket stored in the electronic ticket storage device can be migrated to the electronic ticket carrier. When the electronic ticket carrier has enough remaining storage space or remaining storage quantity locally, or under the trigger of the ticket orderer, it can request to import several electronic tickets from the electronic ticket storage device. The import process of electronic tickets, As shown in Figure 6, it includes the following steps:

S601. The electronic ticket carrier sends an electronic ticket import request to the electronic ticket storage device, which carries the identification information of the electronic ticket carrier and the feature information of the electronic ticket to be imported;

The feature information of the electronic tickets to be imported can be flexibly set according to user needs. For example, the electronic ticket with the name of the ticket seller as a specific name can be set as the electronic ticket to be imported, and the electronic ticket with a specific logo can be set as the electronic ticket to be transferred. Enter the electronic ticket, set the electronic ticket whose use date is a specific date as the electronic ticket to be imported, or set the number (N) of the imported electronic ticket, and the storage space (M Byte) occupied by the imported electronic ticket. The above information is also Multiple items can be set at the same time, for example, N electronic tickets whose name is a specific name can be set as electronic tickets to be imported, and so on.

S602. The electronic ticket storage device queries all electronic tickets corresponding to the locally stored identification information according to the identification information of the electronic ticket carrier;

S603. The electronic ticket storage device migrates the electronic tickets satisfying the feature information from all the inquired electronic tickets to the electronic ticket carrier.

In specific implementation, the electronic ticket can be exchanged between the electronic ticket carrier and the electronic ticket storage device. If the electronic ticket exchange request is initiated by the electronic ticket carrier, as shown in Figure 7, the following steps are included:

S701. The electronic ticket carrier sends the first exchange request of the electronic ticket to the electronic ticket storage device, which carries the identification information of the electronic ticket carrier and the first electronic ticket stored locally. In specific implementation, the first exchange request also carries the purpose to be exchanged The characteristic information of the electronic ticket;

S702. The electronic ticket storage device queries all electronic tickets corresponding to the identification information stored locally according to the identification information carried in the first exchange request;

S703-S704. The electronic ticket storage device selects the second electronic ticket from all the electronic tickets found in the query and migrates it to the electronic ticket carrier, and stores the first electronic ticket and the corresponding identification information locally. The characteristic information of the electronic ticket of the exchange destination, and the second electronic ticket selected by the electronic ticket storage device satisfies the characteristic information.

If the electronic ticket exchange request is initiated by the electronic ticket storage device, as shown in Figure 8, the following steps are included:

S801. The electronic ticket storage device sends a second exchange request of the electronic ticket to the electronic ticket carrier according to the identification information of the electronic ticket carrier. In specific implementation, the second exchange request may also carry the first feature information of the source electronic ticket to be exchanged, Or the second characteristic information of the electronic ticket to be exchanged, or carry both;

S802. According to the received second exchange request, the electronic ticket carrier selects the first electronic ticket from all electronic tickets stored locally and migrates it to the electronic ticket storage device;

S803. The electronic ticket storage device locally stores the first electronic ticket and the corresponding identification information, and selects the second electronic ticket from all the electronic tickets corresponding to the identification information stored locally to migrate to the electronic ticket carrier;

In specific implementation, if the second exchange request carries the first characteristic information of the source electronic ticket to be exchanged, the first electronic ticket selected by the electronic ticket carrier satisfies the first characteristic information; if the second exchange request carries the electronic ticket to be exchanged The second characteristic information of the electronic ticket of the exchange destination, then the second electronic ticket selected by the electronic ticket storage device satisfies the second characteristic information.

The electronic ticket ordering method and system provided by the embodiments of the present invention add an electronic ticket storage device on the network side to store the identification information of the electronic ticket and the corresponding electronic ticket carrier, and the ticketing center server generates a corresponding After the electronic ticket is issued, if the electronic ticket carrier does not currently meet the electronic ticket storage conditions, the generated electronic ticket will be sent to the electronic ticket storage device on the network side. The present invention can solve the problem of limited storage capacity of the electronic ticket carrier without increasing the storage capacity of the electronic ticket carrier, breaks through the restriction on the number of electronic tickets that can be ordered by ticket bookers, and improves the freedom and flexibility of ordering, management and use of electronic tickets sex.

On the basis of the electronic ticket ordering solution provided by the embodiment of the present invention, the embodiment of the present invention also provides an electronic ticket checking solution. Although the electronic ticket can be stored on the electronic ticket carrier of the ticket orderer, it can also be stored in In the electronic ticket storage device on the network side, but the ticket checking device can only check the electronic ticket on the electronic ticket carrier. As shown in Figure 9, the electronic ticket checking method provided by the embodiment of the present invention includes the following steps:

S901. The ticket checking device reads the electronic ticket to be checked from the electronic ticket carrier for checking, and changes the storage state of the electronic ticket that passes the checking;

The changing of the storage state of the electronic ticket that has passed the ticket inspection specifically includes deleting the electronic ticket that has passed the ticket inspection from the electronic ticket carrier, or setting the electronic ticket that has passed the ticket inspection to the checked state;

S902. When the storage state of the local electronic ticket changes, the electronic ticket carrier sends a notification message to the electronic ticket storage device, which carries the available storage quantity or available storage space of the local electronic ticket determined according to the electronic ticket that passes the ticket inspection;

S903. According to the received notification message, the electronic ticket storage device migrates the unverified electronic tickets stored locally that do not exceed the available storage amount or whose storage space does not exceed the available storage space to the electronic ticket carrier;

In a specific implementation, the electronic ticket carrier stores the electronic ticket migrated from the electronic ticket storage device locally in the storage space released after the electronic ticket that passed the check-in is deleted, or overwrites it with the electronic ticket migrated from the electronic ticket storage device to the local E-tickets that are set to checked status.

Based on the same technical idea, an embodiment of the present invention provides an electronic ticket checking system, as shown in Figure 10, including a ticket checking device 1001, an electronic ticket carrier 1002, and an electronic ticket storage device 1003, wherein:

The ticket checking device 1001 is used to read the electronic ticket to be checked from the electronic ticket carrier 1002 for checking, and change the storage state of the electronic ticket that passes the ticket checking;

The electronic ticket carrier 1002 is used to send a notification message to the electronic ticket storage device 1003 when the storage state of the local electronic ticket changes, which carries the available storage quantity or available storage space of the local electronic ticket determined according to the electronic ticket that passes the ticket inspection ;

The electronic ticket storage device 1003 is configured to migrate the unverified electronic tickets stored locally that do not exceed the available storage capacity or occupy a storage space that does not exceed the available storage space to the electronic ticket carrier 1002 according to the received notification message.

In the electronic ticket checking method and system provided by the embodiments of the present invention, the ticket checking device can change the storage state of the electronic ticket passed through the electronic ticket carrier; the electronic ticket carrier notifies the electronic ticket storage device when the storage state of the local electronic ticket changes, Therefore, the unverified electronic ticket stored in the electronic ticket storage device can be transferred to the electronic ticket carrier in time, which facilitates the checking and use of the electronic ticket.

Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalent technologies, the present invention also intends to include these modifications and variations.

Claims (27)

1. A method for ordering an electronic ticket, comprising: The ticketing center server receives the electronic ticket order message, which carries the identification information of the electronic ticket carrier; Generate a corresponding electronic ticket according to the order message, and send the generated electronic ticket and the identification information of the corresponding electronic ticket carrier to the electronic ticket storage device on the network side when confirming that the electronic ticket carrier does not meet the storage conditions for the electronic ticket . 2. The method of claim 1, further comprising: When the ticketing center server confirms that the electronic ticket carrier currently satisfies the electronic ticket storage conditions, it sends the generated electronic ticket to the electronic ticket carrier according to the identification information of the electronic ticket carrier. 3. The method according to claim 2, wherein the order message is sent by the electronic ticket carrier, which also carries the first information of sending the generated electronic ticket and corresponding identification information to the electronic ticket storage device. Instruction information, or second instruction information for sending the generated electronic ticket to the electronic ticket carrier; and, If the order message carries the first indication information, the ticket central server confirms that the electronic ticket carrier does not currently meet the electronic ticket storage conditions; if the order message carries the second indication information, the ticket central server Confirm that the electronic ticket carrier currently satisfies the electronic ticket storage conditions. 4. The method of claim 3, further comprising: Before sending the order message, the electronic ticket carrier determines whether the sum of the stored quantity of local electronic tickets and the ordered quantity of electronic tickets is greater than the maximum stored quantity of local electronic tickets; If yes, carry the first indication information in the order message, and if not, carry the second indication information in the order message. 5. The method of claim 2, wherein, The order message is sent by the electronic ticket carrier, which also carries the remaining storage quantity of the local electronic ticket of the electronic ticket carrier; When ordering the quantity, confirm that the electronic ticket carrier currently does not meet the electronic ticket storage conditions, otherwise, confirm that the electronic ticket carrier currently meets the electronic ticket storage conditions; or, The order message is sent by the electronic ticket carrier, which also carries the remaining storage space of the local electronic ticket of the electronic ticket carrier, and the remaining storage space of the local electronic ticket of the electronic ticket carrier of the ticket center server is smaller than the generated electronic ticket When the occupied storage space is needed, confirm that the electronic ticket carrier does not meet the electronic ticket storage conditions; otherwise, confirm that the electronic ticket carrier currently meets the electronic ticket storage conditions. 6. The method according to claim 1, wherein the method for confirming that the electronic ticket carrier does not currently meet the electronic ticket storage conditions specifically includes: Before issuing the generated electronic ticket, the ticketing center server judges whether the electronic ticket carrier currently has direct communication capability with the ticketing center server; and When it is judged that the electronic ticket carrier currently does not have the direct communication capability with the ticketing center server, it is confirmed that the electronic ticket carrier does not meet the electronic ticket storage condition currently. 7. The method of claim 6, further comprising: When it is determined that the electronic ticket carrier currently has a direct communication capability with the ticketing center server, send a status query request to the electronic ticket carrier; The electronic ticket carrier queries the remaining storage quantity or remaining storage space of the local electronic ticket according to the received status query request, and returns the status query result; The ticketing center server confirms that the remaining storage quantity of the local electronic ticket of the electronic ticket carrier is greater than or equal to the ordered quantity of the electronic ticket according to the received status query result, or that the remaining storage space is greater than or equal to the storage space required to be occupied by the generated electronic ticket. When there is space, the generated electronic ticket is issued to the electronic ticket carrier according to the identification information. 8. The method of claim 7, further comprising: When the ticket center server confirms that the remaining storage quantity of the local electronic ticket of the electronic ticket carrier is less than the ordered quantity of the electronic ticket, or the remaining storage space is less than the storage space required by the generated electronic ticket, the generated electronic ticket and the corresponding identification The information is sent to the electronic ticket storage device. 9. The method of claim 2, further comprising: The electronic ticket carrier sends an electronic ticket import request to the electronic ticket storage device, which carries the identification information of the electronic ticket carrier and the characteristic information of the electronic ticket to be imported; The electronic ticket storage device queries all electronic tickets corresponding to the identification information stored locally according to the identification information of the electronic ticket carrier; The electronic ticket storage device migrates the electronic tickets satisfying the feature information from all the electronic tickets found in the query to the electronic ticket carrier. 10. The method of claim 2, further comprising: The electronic ticket carrier sends a first electronic ticket exchange request to the electronic ticket storage device, which carries the identification information of the electronic ticket carrier and the locally stored first electronic ticket; The electronic ticket storage device queries all electronic tickets corresponding to the identification information stored locally according to the identification information carried in the exchange request; The electronic ticket storage device selects a second electronic ticket from all the electronic tickets found in the query to migrate to the electronic ticket carrier, and stores the first electronic ticket and corresponding identification information locally. 11. The method according to claim 10, wherein the first exchange request also carries characteristic information of the electronic ticket to be exchanged; and The second electronic ticket selected by the electronic ticket storage device satisfies the characteristic information. 12. The method of claim 2, further comprising: The electronic ticket storage device sends a second electronic ticket exchange request to the electronic ticket carrier according to the identification information of the electronic ticket carrier; The electronic ticket carrier selects the first electronic ticket from all electronic tickets stored locally and migrates it to the electronic ticket storage device according to the received second exchange request; The electronic ticket storage device locally stores the first electronic ticket and corresponding identification information, and selects a second electronic ticket from all electronic tickets corresponding to the identification information stored locally to migrate to the electronic ticket carrier. 13. The method according to claim 12, wherein the second exchange request also carries the first characteristic information of the source electronic ticket to be exchanged, and the first electronic ticket selected by the electronic ticket carrier meets the requirements. The first characteristic information, and/or the second exchange request also carries the second characteristic information of the electronic ticket to be exchanged, and the second electronic ticket selected by the electronic ticket storage device satisfies the second characteristic information . 14. An electronic ticket ordering system, characterized in that it includes a ticketing center server and an electronic ticket storage device, wherein: The ticketing center server is configured to receive an electronic ticket order message, which carries the identification information of the electronic ticket carrier; generate a corresponding electronic ticket according to the order message, and confirm that the electronic ticket carrier does not currently meet the electronic ticket storage conditions, Send the generated electronic ticket and the identification information of the corresponding electronic ticket carrier to the electronic ticket storage device on the network side; The electronic ticket storage device is configured to store the electronic tickets generated and delivered by the ticketing center server and the identification information of the corresponding electronic ticket carriers. 15. The system according to claim 14, further comprising an electronic ticket carrier, wherein: The ticketing center server is further configured to issue the generated electronic ticket to the electronic ticket carrier according to the identification information of the electronic ticket carrier when confirming that the electronic ticket carrier currently satisfies the electronic ticket storage condition; The electronic ticket carrier is used to store the electronic tickets generated and delivered by the ticketing central server. 16. The system of claim 15, wherein: The electronic ticket carrier is also used to send the order message, and the order message also carries the first instruction information for sending the generated electronic ticket and corresponding identification information to the electronic ticket storage device, or the generated electronic ticket The second instruction information issued by the ticket to the electronic ticket carrier; The ticketing center server is further configured to confirm that the electronic ticket carrier does not currently meet the electronic ticket storage conditions if the order message carries the first indication information, and confirm that the order message carries the second indication information The electronic ticket carrier currently satisfies the electronic ticket storage conditions. 17. The system of claim 16, wherein: The electronic ticket carrier is also used to determine whether the sum of the stored quantity of the local electronic ticket and the ordered quantity of the electronic ticket is greater than the maximum stored quantity of the local electronic ticket before sending the order message; The subscription message carries the first indication information, and if not, the subscription message carries the second indication information. 18. The system of claim 15, wherein: The electronic ticket carrier is also used to send the order message, and the order message also carries the remaining storage quantity of the local electronic ticket of the electronic ticket carrier; When the remaining storage quantity of local electronic tickets is less than the ordered quantity of electronic tickets, confirm that the electronic ticket carrier does not meet the electronic ticket storage conditions; otherwise, confirm that the electronic ticket carrier currently meets the electronic ticket storage conditions; or, The electronic ticket carrier is also used to send the order message, and the order message also carries the remaining storage space of the local electronic ticket of the electronic ticket carrier; When the remaining storage space of the local electronic ticket is less than the storage space required by the generated electronic ticket, confirm that the electronic ticket carrier does not meet the electronic ticket storage conditions; otherwise, confirm that the electronic ticket carrier currently meets the electronic ticket storage conditions. 19. The system of claim 14, wherein: The ticketing center server is further used to determine whether the electronic ticket carrier currently has the direct communication capability with the ticketing center server before issuing the generated electronic ticket; When the direct communication capability of the server is confirmed, it is confirmed that the electronic ticket carrier currently does not meet the electronic ticket storage conditions. 20. The system of claim 19, wherein: The ticketing center server is further configured to send a status inquiry request to the electronic ticket carrier when it is determined that the electronic ticket carrier currently has the direct communication capability with the ticketing center server; and according to the status returned by the electronic ticket carrier As a result of the query, when it is confirmed that the remaining storage quantity of the local electronic ticket of the electronic ticket carrier is greater than or equal to the ordered quantity of the electronic ticket, or the remaining storage space is greater than or equal to the storage space that the generated electronic ticket needs to occupy, according to the identification information, it will generate The electronic ticket issued to the electronic ticket carrier; The electronic ticket carrier is also used to query the remaining storage quantity or remaining storage space of the local electronic ticket according to the received status query request, and return the status query result. 21. The system of claim 20, wherein: The ticketing center server is also used to confirm that the remaining storage quantity of the local electronic ticket of the electronic ticket carrier is less than the ordered quantity of the electronic ticket, or when the remaining storage space is less than the storage space that the generated electronic ticket needs to occupy, the generated electronic ticket And send the corresponding identification information to the electronic ticket storage device. 22. The system of claim 15, wherein: The electronic ticket carrier is also used to send the import request of the electronic ticket to the electronic ticket storage device, which carries the identification information of the electronic ticket carrier and the feature information of the electronic ticket to be imported; The electronic ticket storage device is also used to query all electronic tickets corresponding to the identification information stored locally according to the identification information of the electronic ticket carrier; and migrate the electronic tickets that meet the characteristic information from all the electronic tickets found in the query to the electronic ticket carrier. 23. The system of claim 15, wherein: The electronic ticket carrier is also used to send a first electronic ticket exchange request to the electronic ticket storage device, which carries the identification information of the electronic ticket carrier and the locally stored first electronic ticket; The electronic ticket storage device is further configured to inquire about all electronic tickets corresponding to the identification information stored locally according to the identification information carried in the first exchange request; The electronic ticket carrier, and store the first electronic ticket and the corresponding identification information locally. 24. The system of claim 15, wherein: The electronic ticket storage device is further configured to send a second electronic ticket exchange request to the electronic ticket carrier according to the identification information of the electronic ticket carrier; locally store the first electronic ticket sent by the electronic ticket carrier and the corresponding identification information, and selecting a second electronic ticket from all electronic tickets corresponding to the identification information stored locally to migrate to the electronic ticket carrier; The electronic ticket carrier is further configured to select a first electronic ticket from all locally stored electronic tickets and transfer it to the electronic ticket storage device according to the received second exchange request. 25. A method for checking electronic tickets, comprising: The ticket inspection device reads the electronic ticket to be inspected from the electronic ticket carrier for inspection, and changes the storage status of the electronic ticket that passes the ticket inspection; When the storage state of the local electronic ticket changes, the electronic ticket carrier sends a notification message to the electronic ticket storage device, which carries the available storage quantity or available storage space of the local electronic ticket determined according to the electronic ticket that passed the ticket inspection; According to the received notification message, the electronic ticket storage device migrates the unverified electronic tickets stored locally that do not exceed the available storage amount or occupy a storage space that does not exceed the available storage space to the electronic ticket carrier. 26. The method according to claim 25, wherein said changing the storage state of the electronic ticket that passes the ticket check specifically includes deleting the electronic ticket that passes the ticket check from the electronic ticket carrier, or setting the electronic ticket that passes the ticket check is inspected; and The method also includes: The electronic ticket carrier stores the electronic ticket migrated from the electronic ticket storage device to the local storage space in the storage space released after the electronic ticket that passes the ticket is deleted, or uses the electronic ticket migrated from the electronic ticket storage device to the local Tickets override e-tickets that are set to checked status. 27. A ticket checking system for an electronic ticket, characterized in that it includes a ticket checking device, an electronic ticket carrier and an electronic ticket storage device, wherein: The ticket checking device is used to read the electronic ticket to be checked from the electronic ticket carrier for checking, and change the storage state of the electronic ticket that passes the ticket checking; The electronic ticket carrier is used to send a notification message to the electronic ticket storage device when the storage state of the local electronic ticket changes, which carries the available storage quantity or available storage space of the local electronic ticket determined according to the electronic ticket that passes the ticket check ; The electronic ticket storage device is configured to migrate locally stored unchecked electronic tickets that do not exceed the available storage amount or occupy a storage space that does not exceed the available storage space to the electronic ticket according to the received notification message. ticket carrier.

Images