TW201025174A - Computer system and airplane ticket trading method using the same - Google Patents

Abstract

A computer system and an airplane ticket trading method using the same are provided. The computer system is connected with a first server system. The airplane trading method includes the following steps. The computer system provides an airplane ticket list according to a flight schedule and a request of a ticket. The airplane ticket list is displayed for inputting a selecting result by a user. The computer system provides a request of a beforehand airplane ordering form according to the selecting result and transmits the request of the beforehand airplane ordering form to a global airplane ticket ordering system through the first server system. The global airplane ticket ordering system provides a beforehand airplane ordering form according to the request and transmits the beforehand airplane ordering form to the computer system through the first server system. The computer system automatically sends the beforehand airplane ordering form to a trading station and informs a plurality of sellers to deal with the beforehand airplane ordering form.

Description

201025174 λ. rr ^ ^ t. yj». t & invention description: [Technical field] The present invention relates to a computer system and a method for using the same for ticket transactions, and in particular, A computer system that directly conducts ticket reservations and a method of using it for ticket transactions. [Prior Art] With the booming of international business activities, many companies often need to send employees to travel abroad. Therefore, in international companies, ordering tickets is already a very frequent business. However, at this stage, the ticket is required to be booked through the travel agency. The mediation process is conducted by human resources and often takes a lot of time. Moreover, the price difference of the ticket provided by each travel agency is quite large, and the ticket booked by the employee is often not the most favorable price, and the travel cost of the enterprise has not been effectively reduced. 10 [Summary of the Invention] The present invention relates to a computer system and a method for using the same for ticket transactions, which is to link a user's input device, a computer system, a travel agency's servo system and a global air ticket reservation system for ticket reservation. Activities and ticket auction activities. The ticket booking process has no trouble for personnel communication, and the time for ticket reservation is greatly shortened. Moreover, the conduct of the ticket bidding activity also increases the space for the ticket to negotiate, and reduces the travel cost of the enterprise. According to an aspect of the present invention, a method is provided for using a computer system 3 201025174 ^

1 W^lOFA-C method of ticket trading. The computer system is coupled to a first servo system. This method includes the following steps. The computer system receives a flight information from the first servo system and receives a user inputting a user contact information and a ticket request message, and stores the user contact information. The computer system generates a list of tickets based on the flight information and the ticket request message for the user to enter a selection result. The computer system generates a reservation request message based on the selection result of the ticket list, and transmits the reservation request message to the global ticket reservation system through the first servo system. The global ticket reservation system generates an air ticket reservation form based on the reservation request message. The ticket reservation form includes a ticket reservation order number and a ticket information. The global ticket reservation system delivers the ticket reservation to the first servo system. The first servo system delivers the ticket reservation to the computer system. The computer system stores the ticket reservation form and establishes the association between the ticket reservation form and the user contact information. According to another aspect of the present invention, a method of conducting a ticket transaction by a computer system is presented. The computer system is coupled to a first servo system. This method includes the following steps. The computer system receives a user inputting a user contact information and a ticket request message, and stores the user contact information, and transmits the ticket request message to the first servo system. The first servo system generates a list of tickets based on a flight information and a ticket request message for the user to enter a selection result. The first servo system generates a pre-order request message based on the selection result of the ticket list, and delivers the reservation request message to a global ticket reservation system. The global ticket reservation system generates a ticket reservation form based on the reservation request message. The ticket reservation form includes a ticket reservation order number and a ticket ticket. The global ticket reservation system delivers the ticket reservation to the first servo system. The first servo system delivers the ticket reservation to the computer system. Computer System Stores the ticket reservation form and establishes the association between the ticket reservation form and the user contact information. According to still another aspect of the present invention, a method of conducting a ticket transaction using a computer system is presented. The method includes the following steps. The computer system receives a user inputting a user contact information and a reservation request message, and stores the user contact information. The computer system obtains an air ticket reservation form through a first servo system. The ticket reservation form corresponds to the reservation request message. The ticket reservation form includes a ticket reservation order number and a ticket information. Computer system Φ Pass the ticket information and quotation notice to the first servo system and a second servo system. The computer system receives the first servo system for providing one of the first ticket prices for the ticket information or a second selling price for the ticket information provided by the second servo system. If the received first sale price or second sale price is lower than a current lowest price, the received first sale price or second sale price is stored as the current lowest price. If the current lowest price is the first sale price, the computer system notifies the first servo system to maintain the ticket reservation order number. If the current lowest price is the second selling price, the computer system transmits the machine ticket order number to the second servo system. According to another aspect of the present invention, a computer system is provided coupled to a first servo system. The computer system includes a receiving unit, a storage unit, a processing unit, and a transfer unit. The receiving unit is configured to receive a flight information from the first servo system, and receive a user inputting a user contact information and a ticket request message. The storage unit is used to store user contact information. The processing unit generates a list of tickets based on the flight information and the ticket request message for the user to input a selection result. The processing unit generates a reservation request message based on the selection result of the ticket list. The transfer unit is used to penetrate 5 201025174 ·

1 W5210PA-C Pass the booking request message to the global ticket reservation system via the first servo system. The global air ticket reservation system generates an air ticket reservation form according to the reservation order request message, and the ticket reservation order includes an ticket reservation order number and a ticket information. The global ticket booking system passes the ticket reservation to the first servo system, the first servo system and delivers the ticket reservation to the computer system. The receiving unit is further configured to receive the ticket reservation form, and the storage unit is further configured to store the ticket pre-order, and the processing unit is further configured to establish the relationship between the ticket reservation form and the user contact information. According to still another aspect of the present invention, a computer system is provided coupled to a first servo system. The computer system includes a receiving unit, a storage unit, a transfer unit, a storage unit, a display unit and a processing unit. The receiving unit is configured to receive a user inputting a user contact information and a ticket request message. The storage unit is used to store user contact information. The delivery unit is configured to transmit the ticket request message to the first servo system. The first servo system generates a list of tickets based on a flight information and a ticket request message for the user to input a selection result. The first servo system further generates a reservation request message according to the selection result of the ticket list and transmits the reservation request message to the first servo system, and the first servo system further transmits the reservation request message to a global ticket reservation system. The global ticket reservation system generates an air ticket reservation form based on the reservation request message. The ticket reservation form includes a ticket reservation order number and a ticket information. The global ticket booking system passes the ticket reservation to the first servo system. The first servo system passes the ticket reservation form to the computer system. The receiving unit is further configured to receive an air ticket reservation form. The storage unit is further used to store the ticket reservation form. The processing unit is also used to establish the relationship between the ticket reservation form and the user contact information. 201025174 i rv l υι According to another aspect of the present invention, a computer system is provided. The computer system includes a receiving unit, a storage unit, a transfer unit, a determination unit, and a processing unit. The receiving unit is configured to receive a user inputting a user contact information and a reservation request message, and obtain an air ticket reservation form through a first servo system. The ticket reservation form corresponds to the reservation request message. The ticket reservation form includes a ticket reservation order number and a ticket information. The storage unit is used to store user contact information. The transfer unit is configured to transmit the ticket information and the quotation notice to the first servo system and a second servo system. The receiving unit is further configured to receive the first selling price of the first servo system for the ticket information or the second selling price of the second servo system for the ticket information. The judging unit is configured to judge whether the received first selling price or the second selling price is lower than a current lowest price. If the received first sale price or second sale price is lower than a current lowest price, the processing unit stores the received first sale price or second sale price as the current lowest price. If the current lowest price is the first selling price, the processing unit control delivery unit notifies the first servo system to maintain the ticket reservation order number. If the lowest price before the target % is the second selling price, the processing unit control delivery unit transmits the ticket reservation order number to the second servo system. In order to make the above description of the present invention more comprehensible, the following description of the preferred embodiments and the accompanying drawings will be described in detail as follows: [Embodiment] Referring to FIG. 1 for the first embodiment, The computer system 300 of the first embodiment of the present invention, the input device 400 of the user, the first servo system 100, and the second server 7 201025174,

1 Schematic diagram of W3210PA-C service system 200 and global air ticket reservation system 500. The computer system 300 is used to automatically handle complex ticket trading activities and is further used for ticketing activities. The user's input device 400 is a connectable network device </ RTI> for the user to input various commands or to display a list of tickets from the computer system 300 or the first servo system 1 给 for reading by the user. The user's input device 400 is, for example, a notebook computer, a Personal Digital Assistant (PDA) or a smart phone. In one embodiment, computer system 300 can be implemented in a plurality of software programs and integrated into user input device 400. However, in this embodiment, the computer system 300 is described in a manner independent of the user's input device 400, and the user's input device 400 can access the computer system through the Internet 900 using a web browser. 300, to carry out various operations. The first servo system 100 and the second servo system 200 of the present embodiment are respectively disposed in different travel agencies or ticket sales companies. Global Air Ticket Booking System 500 is a system designed by airlines to check the status of a flight and make reservations for tickets, such as Abacus. The number of servo systems is not intended to limit the present invention. For convenience of explanation, only two servo systems are used as an example. In the present embodiment, the user's input device 400, computer system 300, first servo system 100, second servo system 200, and global air ticket reservation system 500 all exchange information through the Internet 900. In other embodiments, the message can also be changed by the Global System for Mobile Communications (GSM) or the Short Message Service (SMS). The computer system 300 includes a receiving unit 310, a storage unit 320, a processing unit 330, a transmitting unit 350, a determining unit 360, and a timing unit 370. The receiving unit 310 is configured to receive various messages, such as a network communication module. The storage unit 320 is configured to store various information, such as a hard disk or a memory. The transmitting unit 350 is configured to transmit various items of information, such as a network communication module. Processing unit 330 is operative to perform various control and arithmetic routines. The judging unit 360 is configured to execute various judging procedures. The timing unit 370 is used to accumulate time. Processing unit 330, decision unit φ element 360, and timing unit 370 are, for example, integrated circuit chipsets, firmware circuits, or readable storage media having software code. The processing unit 330 and the determining unit 360 may also each correspond to a microprocessor to perform related functions. In order to clearly explain the operation mode of the computer system 300 of the present embodiment, the method of using the computer system 300 for ticket transaction in this embodiment will be described in detail below. Referring to FIGS. 1 to 6, FIG. 2 to FIG. 6 are flowcharts showing a method φ of using the computer system 300 for ticket transaction according to the first embodiment of the present invention. First, as shown in Fig. 2, in step S102, the user applies for a member account through the input device 400. Next, in step S104, the user logs in to the web page provided by the computer system 300 through the input device 400 as a member account. Then, in step S106, the user clicks on the option of " ticket transaction function" on the web page. Among them, during the operation of the user, what the user sees on the web browser of the input device 400 is the web page provided by the computer system 300. The computer system 300 can use this web page to all about the first servo system 9 201025174

I W^I&amp;PA-C System 100 and the global ticket squad are presented directly. The user's information is automated and processed into a ticket transaction, and the operation on the web page can be successfully completed. In the example, the network is viewed; ^ the complicated personnel communication activities. In the - intranet travel application draw two, ',. Incorporating the internal rib of the company to which the user belongs Next, in step =, the management convenience is further increased. The receiving unit 310 receives the illusion, and when the computer system 3 接 接 系统 执行 执行 执行 执行 执行 执行 执行 执行 执行 执行 执行 执行 执行 执行 执行 执行 执行 执行 执行 执行 执行 执行 执行 执行 执行 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 News. Then, the receiving unit 310 of the computer system 300 receives the user contact information and the ticket request message, and stores a user name and a deposit form 70 320. The ticket request message can include, in step, date, a place of departure, and a destination. Unit 330, 摅仏fc&amp; S122, the processing of the computer system 3 使用 using the Bayesian and ticket request message to generate a list of tickets, two = selection results. The list of tickets can include - the flight time of the sharp class and the arrival time of a flight. In step S124, the processing unit 330 of the computer system 300 generates a reservation request message based on the selection result of the machine/monthly order. The reservation order request message may include a user passport name, a departure date, and a destination. And a flight information. Then, as shown in Fig. 3, in steps S126 to S132, the delivery unit 350 of the computer system 300 transmits the reservation request message to the global air ticket reservation system 500 through the first servo system 1 . Next, in step S134, the global air ticket reservation system 500 generates an air ticket reservation form based on the reservation order request message. The ticket reservation form contains a ticket reservation order number and a ticket information. Then, in steps S136 to S138, the global air ticket reservation system 500 transmits the ticket reservation form to the first servo system 100. Next, in steps S140 to S142, the first servo system 100 transmits the ticket reservation form to the receiving unit 310 of the computer system 300. Then, in step S144, the storage unit 320 of the computer system 300 stores the ticket reservation form. Next, in step S146, the processing unit 330 of the computer system 300 establishes the association between the ticket reservation form and the user contact information. Then, as shown in FIG. 4, in step S148, the judging unit 360 of the computer system 300 determines whether the user's account number needs to be audited. If the user's account needs to be audited, the process goes to step S150; if the user's account does not need to be audited, the process goes directly to step S164. In step S150, the human resources department of the company to which the user belongs is reviewed. For example, is it possible to review the business class for business class booking? Or is the travel itinerary for this account approved? If the review fails, the Human Resources Department can directly click the “No Approval” option on the web page and issue a cancel order command. Next, in step S152, the determining unit 360 of the computer system 300 determines whether the receiving unit 310 has received the cancel order instruction. If the receiving unit 310 receives the cancel order command, it proceeds to step S154; if the receiving unit 310 does not receive the cancel order command, it proceeds directly to step S164. In steps S154 to S162, the delivery unit 310 of the processing unit 330 transmits a cancel order command to the global air ticket reservation system 500 through the first servo system 100 to cancel the ticket reservation form. And, computer system 300 is 11 201025174

1 WD^i〇KA-C unit 330 is more modified. In step S164, the status of the reservation is cancelled. - "Rebooking" option, the webpage provided by the mine system_ has a disconnected receiving unit 3 2 = system 3 〇 _ received a reorder (10) reordering command. If the receiving unit 310 7 returns to step 8112 of Fig. 2; if the reordering command is not received, then the step of Fig. 5 is entered. The value of the value is not good. In steps S166 to S172, the computer system 300 n Π350 transmits the ticket information and the quotation notice to the first word service system.

- Servo system 200. And the timing unit 70 of the computer system starts accumulating a cumulative time. η Then, in steps si74~S178, the receiving system 103 of the computer system 300 receives the first servo system 1 for one of the ticket information providing: the selling price or receiving the second. The system provides for the ticket information: second Vendor #price. If the step S178K needs to receive one of the first selling preference and the second selling price, the process proceeds to step S180.

Next, in step S180, the determining unit 360 of the computer system 300 determines whether the received first selling price or the second selling price is lower than a target minimum price. The starting value of the current lowest price can be a fairly large value. If the received first sale price or the second sale price is lower than the current lowest price, then proceed to step S182; if the received first sale price or the second sale price is not lower than the current lowest price, then step S182 is skipped. Go directly to step S184. In step S182, the processing unit 330 of the computer system 300 stores the received first selling price or the second selling price as the current lowest price 〇12. Next, in steps S184 to S186, the determining unit 360 of the computer system 300 determines to receive Unit 310 receives a cancel order or reorder instruction. If the receiving unit 310 has received the cancel order instruction, it returns to step S154 of FIG. 4; if the receiving unit 310 has received the re-booking instruction, it returns to step S112 of FIG. 2; if the receiving unit 310 does not receive If the order instruction is canceled and the re-booking instruction is not received, the process proceeds to step S188. In step S188, the judging unit 360 of the computer system 300 judges whether or not the φ accumulation time has reached the knot time. If the accumulated time has reached the settlement time, the process proceeds to step S190; if the accumulated time has not reached the settlement time, steps S168 to S186 are repeatedly executed. In step S190, the determining unit 360 of the computer system 300 determines that the current lowest price is the first selling price or the second selling price. If the current lowest price is the first selling price (ie, the first servo system is the winner), then the process proceeds to step S192 of FIG. 6; if the current lowest price is the second selling price (ie, the second servo system is the winning bid) Then, the process proceeds to step S196 of the sixth reference figure. As shown in Fig. 6, in steps S192 to S194, the first servo system 100 is the winner, and the computer system 300 notifies the first servo system 100 to maintain the ticket reservation order number. And the computer system 300 controls the transfer unit 350 to transmit the user contact information to the first servo system 100. After receiving the user contact information, the first servo system 100 can contact the user to obtain the first sale price and invoice the global air ticket reservation system 500 according to the ticket order number. In steps S196 to S198, the second servo system 200 is the winner, 13 201025174 1 W^lOKA-C computer system_control transfer unit (4) to book the ticket to the second servo system 200. And the computer system will pass the Μ^ to the second feeding system. After the second ship system 200 contacts the information contact information, the user can be contacted by: to use the price of the price, and according to the ticket order number, the global machine 500 is invoiced. Hey. Ding System 〇 Although the first servo system was first marked by the first servo system, both the first ship system and the second service system 2 were both in the user contact information. Only after the beam is beamed can the winners be available and the user contact information. At the same time, the winning bidder can also obtain the ticket reservation. In the case of the case, it may be ordered by the first servo system to be subscribed to by the first servo system 2GG, and the computer system engraves the right to unconditionally invoice. Give the winning second feeding system 2〇〇. At this point, through the steps of steps 2~6, sl1〇2~sl98, the ticket reservation activity and the ticket auction activity are successfully completed. The whole activity was operated on the website provided by the electricity 300, but there was no trouble in communication, and the time for shortening the ticket reservation was shortened. The conduct of ticket auctions also increases the space available for bargaining and reduces the travel costs of the business. First Embodiment Referring to Figures 7-8 and 4-6, FIGS. 7-8 illustrate a partial step view of a method for conducting a ticket transaction using the computer system 300 in the second embodiment of the present invention. The method for using the computer system 3 to perform the ticket transaction in the present embodiment is different from the method for using the computer system 300 to conduct the ticket transaction in the first embodiment. In this embodiment, the first servo system 10 generates the machine 14 201025174. The list and the reservation request message, while the first embodiment generates the ticket list and the reservation request message from the computer system 300, and the rest of the same is not repeated. Referring to Fig. 7', Fig. 7 replaces steps S114 to S128 of Figs. 2 and 3 with steps S209 to S224, and steps S108 to S110 are deleted. First, after steps S102 to S112, step S209 receives the user contact information and the ticket request message input by the user by the receiving unit 310 of the computer system 3〇〇. Then, in step S210, the storage unit 32 of the computer system 300 stores the user contact information. Then, in steps S211 to S212, the transfer unit 350 of the computer system 3 transfers the ticket request message to the first servo system 1〇〇. Next, in steps S213 to S222, the first servo system 1 generates a ticket list based on the flight information and the ticket request message for the user to enter the selection result. 3 Then, in step S224, the first servo system 1 generates a reservation order request message based on the selection result of the input by the ten. Next, the process proceeds to step S130 of Fig. 8, and steps S130 to S198 of the first embodiment are successively executed. That is to say, the computer system 300 of the embodiment does not need to receive the flight information in advance, and only needs to transfer the webpage to the first servo system 100 when receiving the ticket request message, and the first servo system depends on the flight. The information and the machine request message are generated to generate a ticket list, and the first word service system 100 generates a reservation order request message. In this way, the time and load of the computer system 300 receiving flight information can be reduced. , 15 201025174

TW5216PA-C Third Embodiment Referring to Figure 9 and Figures 3 to 6, FIG. 9 is a partial schematic diagram showing a method of using the computer system 300 for ticket transaction in accordance with a third embodiment of the present invention. The method for the ticket transaction by the computer system 300 of the third embodiment differs from the first embodiment in that the computer system 300 is scheduled to receive flight information in advance by the first servo system 100; and the first embodiment is received by the computer system 300. When the user performs the S106 ticket transaction function, the flight information is received from the first servo system 100, and the rest of the same is not repeated. ❹ Refer to Fig. 9, which replaces steps S108 to S110 of Fig. 2 with steps S808 to S810. The computer system 300 periodically receives a large amount of flight information from the first servo system 100 in advance during the lower morning hours. In this way, (a) the time when the computer system 300 of the first embodiment can serve a large number of users during the day, the network between the computer system 300 and the first servo system 100 may need to transmit the time and load of the repeated flight information multiple times. (b) When the network between the computer system 300 and the first servo system 100 is unexpectedly disconnected, the computer system 300 can also provide the ticket list according to the user's reservation request according to the received flight information. In the second embodiment. The computer system disclosed in the above embodiments of the present invention and the method for using the same for the ticket transaction are the user input device, the computer system, the travel agency servo system and the global air ticket reservation system for ticket reservation activities and ticket auctions. activity. There are several advantages to the computer system and the method of using it for ticket transaction. The following are just some of the advantages described as follows: 16 201025174 this. | Help A industry to reduce (four) the average of a large number of iii bad ticket purchase into configuration t. Reduce the cost of back and forth communication between the Human Resources Management Department η or related traveller services. Fourth, improve the transparency of travel procurement to avoid drawbacks. Fifth, it is convenient for enterprises to manage the hierarchical management of the travel acquisition process. Sixth, reduce the development cost of the establishment of travel system management.

Seventh, reduce the above-mentioned software and hardware and possible procurement and maintenance costs related to each company or travel agency. Eighth, provide relevant cost management reports to customers to accelerate the maintenance efficiency of the customer's human resources management department. Ninth, it can provide high-level analysis reports for business owners to make long-term cost control management decisions. Tenth, high transparency business processes can be easily audited by the customer audit department. Tenth - You can choose the South Credit Travel Agency service to reduce the risk of outsourcing. Twelfth, travel agencies can effectively reduce the cost of self-maintenance and development systems. Thirteenth, increase market opportunities for corporate user ticketing. The twelfth expansion of the travel agency's internal advertising efficiency and the promotion of the package business. Pushing the fifteenth, it can effectively reduce the travel expenses of the travel agency for business, information department, management, etc. Sixteenth, through the process control of the proportion of profits, it is beneficial to protect travel fixed profits. , 17 201025174

1 W5216FA-C XVII. This computer system is adhesive and can be locked into specific users such as purchasing, human resources or information departments. Eighteenth, this computer system has a elimination mechanism, which can establish a virtuous circle and avoid the interference of the small travel agency market. Nineteenth, it is possible to conduct a joint advertising mechanism to lock down full corporate customers. Twenty, focus on reducing travel agency advertising and business budget to provide more services to corporate customer communities. In the above, the present invention has been disclosed in a preferred embodiment, and is not intended to limit the present invention. It will be apparent to those skilled in the art that various changes and modifications can be made without departing from the spirit and scope of the invention. Therefore, the scope of the invention is defined by the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram showing a computer system, a user's q input device, a first servo system, a second servo system, and a global ticket reservation system according to a first embodiment of the present invention. 2 to 6 are flow charts showing a method of using the computer system for ticket transaction in the first embodiment of the present invention. 7 to 8 are partial schematic diagrams showing the steps of a method for conducting a ticket transaction using a computer system according to a second embodiment of the present invention. Figure 9 is a partial diagram showing the steps of a method for conducting a ticket transaction using a computer system according to a third embodiment of the present invention. 18 201025174 [Description of main component symbols] 100: First servo system 200: Second servo system 300: Computer system 310: Receiving unit 320: Storage unit 330 · Processing unit 350: Transfer unit 360: Judging unit 370: Timing unit 400 User input device 500: global air ticket reservation system 900: Internet S102~S198, S209~S224, S808~S810: process steps

19

Claims (1)

201025174 · 1 W^/lO^AC VII. Patent application scope: 1. A method for using a computer system for ticket transaction, the computer system is connected to a first servo system, and the method comprises: (1) the computer system The first servo system receives a flight information, and receives a user inputting a user contact information and a ticket request message, and stores the user contact information; (2) the computer system requests the message according to the flight information and the ticket Generating a ticket list for the user to input a selection result; (3) the computer system generates a © reservation request message according to the selection result of the ticket list, and transmits the reservation request message through the first servo system To a global ticket reservation system; (4) the global ticket reservation system generates an ticket reservation form according to the reservation request message, the ticket reservation form includes an ticket reservation order number and a ticket information, the global ticket reservation system And transmitting the ticket reservation form to the first servo system; (5) the first servo system transmits the ticket reservation form to the computer EC; and ❹ (6) of the computer system to store the ticket reservation form, and the establishment of the single ticket reservations contact information of relevance to the user. 2. A method of using a computer system for ticket transaction, the computer system being coupled to a first servo system, the method comprising: (1) the computer system receiving a user inputting a user contact information and a ticket request message And storing the user contact information, and transmitting the ticket request message to the first servo system; (2) the first servo system generates a ticket list for the flight request and the ticket request 20 201025174 δίΐ The user inputs a selection result; (3) the first feeding service system generates a reservation order request message according to the selection result of the ticket list, and transmits the reservation order request message to a global air ticket reservation system; (4) The global ticket reservation system generates an ticket reservation form according to the reservation request message, the ticket reservation form includes an ticket reservation order number and a ticket information, and the global ticket reservation system transmits the ticket reservation form to the first servo system ; (5) the first servo system transmits the ticket reservation form to the computer system; and (6) the computer system stores Single ticket booking, ticket booking and the establishment of the single contact information of relevance to the user. 3. The method for using the computer system 2 to conduct a ticket transaction as described in claim 1 or 2, wherein in the step (1) +, the ticket request message includes a departure date, a departure place, and a destination. Ground. 21 201025174 For the time being, the computer system passes the first-servo system to the global ticket order (4) to transfer the cancellation booking form. 2. The method of using the computer system for non-transaction described in claim 6 wherein the step (8) further includes the cancellation of the ticket reservation form stored in the computer system modification. 8. The method for using the computer system to conduct ticket transactions as described in the first or second aspect of the patent application includes: (9) the computer system transmits the ticket information and a quotation notice to the first servo system and a first Two servo system; β 〇〇) the computer system receives the first servo system for providing one of the first selling price for the ticket information or receiving the second servo system for providing one of the second selling price for the ticket information; (11) If the first sale price received has been lower than a current lowest price, and the first sale price is lower than the second sale price, the received first sale price is stored as the current lowest price; and (12) If the second sale price received has been lower than the current lowest price' and the second sale price is lower than the first sale price, the second sale price of the received 13 is stored as the current lowest price. 9. The method of using a computer system for ticket transactions as described in claim 8 wherein the steps (9), (10), (11) and (12) are repeated during a closing time. 10. The method for using the computer system to conduct a ticket transaction as described in claim 8 of the patent application scope, further comprising: (14) if the current lowest price is the first selling price, the computer system transmits the user contact information Giving the first servo system; and 22 201025174 i ττ ivx r\-\^/ 〇 5) if the current lowest price is the second selling price, the computer system will contact the user contact information with the ticket booking number Passed to the second servo system. 11. The method for using a computer system to conduct a ticket transaction as described in claim 1 or 2, wherein in the step (1), the user, the network information, and the ticket request message are returned by the agent. - Input on the network browser and passed to the computer system via an internet connection. 12. The method of using a computer system to enter a spring ticket transaction as described in item η of the patent application, wherein the web browser is incorporated in the intra-company travel application screen of the user. 13. A method for using a computer system for ticket transactions, comprising: (1) the computer system receiving a user inputting a user contact information and a reservation request message, and storing the user contact information; (2) The computer system obtains an air ticket reservation form through a first servo system, the ticket reservation form corresponds to the reservation order request message, and the ticket reservation form includes an ticket reservation order number and a ticket information; (2) the computer The system transmits the ticket information and a quotation notice to the first servo system and a second servo system; (3) the computer system receives the first servo system to provide one of the first selling price for the ticket information or receives the second The servo system provides a second selling price for the ticket information; (4) if the first selling price received has been lower than a current lowest price, and the first selling price is lower than the second selling price, The first sale price received is stored as the current lowest price; and 23 201025174 TW5216PA-C (5) if the second sale price received has been lower than the current Low-cost grid, and the second price lower than the first sale of the sale of price, it will have to receive the price of the second store for the sale of the current minimum price. 14. The method of using a computer system for ticket transactions as described in claim 13 wherein the steps (2), (3), (4) and (5) are repeated during a set time. 15. The method for using a computer system for ticket transactions as described in claim 13 of the patent scope further includes: (7) if the current lowest price is the first selling price, the electric brain system contacts the user The information is passed to the first servo system; and (8) if the current lowest price is the second sale price, the computer system transmits the user contact information and the ticket reservation order number to the second servo system. 16. A computer system coupled to a first servo system, the computer system comprising: a receiving unit for receiving a flight information from the first servo system, and receiving a user inputting a user contact information and a a ticket request message; a storage unit for storing the user contact information; a processing unit generating a ticket list for the user to input a selection result according to the flight information and the ticket request message, the processing unit And generating a reservation request message according to the selection result of the ticket list; and a delivery unit for transmitting the reservation request message to the global ticket reservation system through the first servo system; 24 wherein the global ticket reservation The system generates an ticket reservation form according to the reservation request message, the ticket reservation form includes an ticket reservation order number and a ticket information, and the global ticket reservation system transmits the ticket reservation form to the first servo system, the first a servo system and transmitting the ticket reservation form to the computer system, the receiving unit is further used Closing the ticket reservation form, the storage unit is further configured to store the ticket reservation form, the processing unit is further configured to establish a connection of the pre-order tickets contact the user's information. The computer system includes: a receiving unit for receiving a user input information and a ticket request message; a storage unit for storing The user contact information; a transfer unit for transmitting the ticket request message to the first servo system, the first servo system generates a ticket list according to a flight information and the ticket request message, for the user to input a Selecting a result, the first 10 servo system generates a reservation request message according to the selection result of the ticket list and transmits the reservation request message to a global ticket reservation system; the global ticket reservation system requests the reservation according to the reservation The message generates a ticket reservation form, the ticket reservation form includes an ticket reservation order number and a ticket information, the global ticket reservation system transmits the ticket reservation form to the first servo system; the first servo system transmits the ticket reservation Ordering to the computer system, the receiving unit is further configured to receive the ticket reservation form, the storage list More to the reservoir 25 201025174 TW5216PA-C to establish the single ticket reservation and ticket reservation form the memory, the processing unit further contact with the related information of the user. Or the computer system described in item 17 is the departure date, a departure point, and a 18. If the patent application scope is 16, the ticket request message includes a destination. ^ For example, the computer system mentioned in the 16th or 17th patent scope of the patent, the list of tickets included - airline block, flight departure time and flight arrival time block. The muscle is as in the computer system described in Patent Application No. 16 or Item 17 wherein the reservation request message includes the _ customer passport name and information. 21. The computer system of claim 16 or 17, wherein the receiving unit is further configured to receive one of the user input cancellation command instructions, the computer system further includes a judging unit, configured to determine whether the receiving unit receives the cancel order instruction, and if the pure unit is connected to (4) cancel the order instruction, the _ processing order=control the transmitting unit transmits the cancel order instruction to the global through the first servo system Booking system to cancel the ticket reservation form. 22. The computer system of claim 21, wherein the cancellation unit further modifies the state of the ticket reservation book stored as cancellation. 23. The computer system of claim 16 or 17, wherein the transfer unit is further configured to transmit the ticket information and a quotation notification to the first servo system and a second servo system. The computer system further comprises: a judging unit for receiving the first selling price of the first feeding service system for the ticket information or receiving the second servo system for the ticket information providing the 26th 201025174^2 selling price And determining whether the first selling price or the second selling price received is lower than a current lowest price; if the first selling price or the second selling price received is lower than a current lowest price, The processing unit stores the received first selling price or the second selling price as the current lowest price; if the current lowest price is the first selling price, the processing unit controls the transmitting unit to notify the first servo The system retains the ticket reservation list Φ serial number; if the current lowest price is the second sales price, the processing unit controls the delivery unit The single ticket reservation number is transmitted to the second servo system. 24. The computer system of claim 23, further comprising: a timing unit for accumulating a cumulative time when the ticket information and the notification notice are started to be transmitted, wherein the determining unit is further used for judging Whether the accumulated time has reached a settling time, if the accumulated time does not reach the closing time, the processing unit controls the transmitting unit to repeatedly transmit the ticket information and the quotation notice. 25. The computer system of claim 23, wherein if the current lowest price is the first selling price, the processing unit further controls the transmitting unit to transmit the user contact information to the first servo system. If the current lowest price is the second selling price, the processing unit further controls the transmitting unit to transmit the user contact information to the second server 27 201025174, 1 w^zior/\-^ service system. 26. The computer system of claim 16 or 17, wherein the user contact information and the ticket request message are input by the user on a web browser and transmitted through an internet network To the computer system. 27. The computer system of claim 26, wherein the web browser is incorporated in an intra-company travel application screen of the user. 28. A computer system comprising: _ a receiving unit for receiving a user inputting a user contact information and a reservation request message, and obtaining an air ticket reservation form through a first servo system, the ticket reservation form Corresponding to the reservation request message, the ticket reservation form includes an ticket reservation order number and a ticket information; a storage unit for storing the user contact information; and a delivery unit for transmitting the ticket information and a quote Notifying the first servo system and a second servo system, the receiving unit is further configured to receive the first selling price provided by the first servo system for the ticket information 13 or the receiving second servo system provides the ticket information for the ticket information a second selling price; a determining unit, configured to determine whether the first selling price or the second selling price received has been lower than a current lowest price; and a processing unit; wherein, if the first received If the selling price or the second selling price is lower than a current minimum price, the processing unit will receive the first selling The second selling price or the second selling price is stored as the current lowest price; 28 if the current lowest price is the first selling price', the processing unit controls the transmitting unit to notify the first servo system to retain the ticket booking order number; The current lowest price is the second selling price, and the processing unit controls the transmitting unit to transmit the ticket booking order number to the second servo system. 29. The computer system as claimed in claim 28, further comprising: ❹ a timing unit for accumulating a cumulative time when the ticket information and the quotation notification are started to be transmitted; wherein the determining unit is further used for judging Whether the accumulated time has reached a closing time 'If the accumulated time does not reach the closing time, the processing unit controls the transmitting unit to repeatedly transmit the ticket information and the quotation notice. 30. The computer system of claim 28, wherein if the current lowest price is the first selling price, the processing unit controls the transmitting unit to transmit the user contact information to the first servo system. And if the current lowest price is the second selling price, the processing unit controls the transmitting unit to transmit the user contact information to the second servo system. 29