TWM462414U - Mixed cabinet air ticket booking and sales system for free independent travel - Google Patents

Description

Mixed-flight booking system for travel free air tickets

This creative department is about a travel airline reservation system, especially an innovative hybrid booking sales system for travel free air tickets.

According to the travel abroad, tourism has always been one of the most popular leisure activities for people. The current travel methods can be roughly divided into group travel and free travel. Among them, the group travel system sets all the itineraries through the travel agency, so the route planning, stay time, restaurant As well as restaurants and so on, they have reserved in advance and lack of flexible space. Relatively speaking, the flexibility and freedom of free travel are very high and they can enjoy the pleasure of in-depth travel. Therefore, in recent years, it has gradually become a very popular tourist method.

In accordance with the travel and free travel methods, their air tickets, accommodation, routes, etc. must be arranged and purchased by themselves. In addition to being able to personally contact the relevant travel service industry for inquiries and planning trips, along with information and the Internet. Developed, users can enter the travel online sales system of related companies to conduct inquiries and tickets, hotel reservations and other services, and because of the online purchase method, not only can get clear and detailed information and the transaction is fast and convenient, so usually The first choice for the user to make a reservation; although the service of the online sales system has been widely used, it is found in the actual experience that the following problems still exist: the user goes through the process of ticket ordering, The return trip can only select the same cabin, etc. In detail, if the user chooses the economy class V cabin, the return route of the conventional travel online sales system will be preset to the economy class V cabin, etc., and other types cannot be selected (such as the head). Isometric, Business class or economy class other cabins, etc., so users can't freely plan according to their own preferences or habits (such as going to economy class on the way, the return trip may consider the physical fatigue factor and want to ride the more comfortable and advanced business class), in addition to this In addition, if there are a large number of people on the way to or from the return journey, it will inevitably face the inconvenience and problem that the travel schedule must be changed or restricted because the ticket is not available or can not be purchased at the desired time. It is necessary to further improve the breakthrough.

Therefore, in view of the problems existing in the above-mentioned conventional structure, how to develop an innovative structure that is more ideal and practical, is expected by users, and is also related to the industry's efforts to develop breakthrough goals and directions.

In view of this, the creator has been engaged in the manufacturing development and design experience of related products for many years. After the detailed design and careful evaluation of the above objectives, the creator will have a practical and practical creation.

The main purpose of this creation is to provide a hybrid booking and sales system for air tickets for free travel; the problem to be solved is to make improvements and breakthroughs in the problems of the existing knowledge; The network provides an online sales platform for operating travel reservations, and the user enjoys the ability to select different cabins or cabins in the process of purchasing the fare and return tickets. The technical features of this creation solve the problem. The main reason is that the hybrid booking sales system comprises: a database for storing at least transaction records, product data and supplier data; and a web server, which is in a data transmission connection relationship with the database, thereby providing a a travel planning webpage, wherein the travel planning webpage can be selected by the user to be accessed and displayed on the electronic device screen via an electronic device connected to the Internet, and the travel planning webpage includes at least one data input page of the mutual link, A trip selection page and a transaction confirmation page, wherein the data input page is used for use Enter at least departure city, departure date and destination, and the travel information page that is selected will be based on input from data entry page The database selects and arranges several corresponding travel projects for the user to browse and select, and when the user selects one of the travel projects, the user enters the transaction confirmation page to perform subsequent transaction data input and order confirmation procedures; The bit interface is linked to the transaction confirmation page and corresponds to the travel plan selected by the user. The air ticket booking interface can read related flight information and integrate it by connecting a remote CRS global aviation system. The menu type is for users to browse and purchase. The ticket booking interface includes: a forward selection unit, which provides information about the fare ticket, including at least the cabin column, cabin column, and departure time column. Arrival time column, flight number column, flight position bar and selection of flight board for users to choose to order; a returning ballot unit is used to provide relevant information about the return ticket, including at least the cabin column, cabin, etc. Time column, arrival time column, flight number column, flight position bar and selection of flight board for users to choose to order; this innovative and unique design makes this creation In the prior art, the user can select different cabins or cabins for the travel and return tickets of the user, and achieve the practical progress of increasing the sales success rate and the degree of freedom of sales and the relative increase in sales rate and profit. Better industrial economic benefits.

A‧‧‧Mixed booking sales system

01‧‧‧Electronic device

10‧‧‧Database

20‧‧‧Web server

21‧‧‧Travel Planning Website

22‧‧‧Data entry page

23‧‧‧Travel selection page

24‧‧‧Airport pre-check button

25‧‧‧Order button

26‧‧‧Transaction Confirmation Page

27‧‧‧ Room size determination interface

28‧‧‧ Passenger data input interface

29‧‧‧Complete the trading interface

291‧‧‧Price calculation module

30‧‧‧Travel Project

40‧‧‧Airline mixed booking interface

41‧‧‧Remote CRS Global Aviation System

50‧‧‧Go to the cabin

51‧‧‧ cabin type

52‧‧‧ cabin

53‧‧‧Take time column

54‧‧‧ Arrival time column

55‧‧‧Airliner number column

56‧‧‧Model Bar

57‧‧‧ mark-up column

58‧‧‧ position bar

59‧‧‧Select flight board

60‧‧‧Return cabin

61‧‧‧ cabin type

62‧‧‧ cabins

63‧‧‧Take time column

64‧‧‧ Arrival time column

65‧‧‧Airliner number column

66‧‧‧Model Bar

67‧‧‧ mark-up column

68‧‧‧ position bar

69‧‧‧Select flight board

Figure 1 is a simplified diagram of the system architecture of this creation.

Fig. 2 is a diagram showing an embodiment of a preferred specific display type of the creation stroke selection page.

Figure 3 is a block diagram of the process steps of the creation itinerary selection page.

Figure 4 is a diagram showing an embodiment of a preferred specific display type of the ticket booking interface.

Figure 5 is a block diagram of the steps of the system action flow of this creation.

Please refer to Figures 1, 2, 3 and 4 for a preferred embodiment of the hybrid booking sales system for the creation of a free travel air ticket, but these embodiments are for illustrative purposes only, on patent applications. Not limited by this structure. The application of the hybrid reservation sales system provides an online sales platform for operating travel reservations through the Internet, and the user can select different cabins or cabins in the process of purchasing the travel and return tickets. The hybrid booking service system A includes: a database 10 for storing at least a transaction record, product data, and supplier information; a web server 20 for transmitting data to the database 10 The relationship is provided to provide a travel planning webpage 21, wherein the travel planning webpage 21 can accept that the user selects and displays on the electronic device 01 via the electronic device 01 connected to the Internet, and the travel planning webpage 21 includes at least There is a mutual link data input page 22, an itinerary selection page 23 and a transaction confirmation page 26, wherein the data input page 22 is used for the user to input at least the departure city, the departure date and the destination, and the trip On the selection page 23, a plurality of corresponding travel projects 30 are arranged from the database 10 according to the data input by the data input page 22. The user browses the selection, and when the user selects one of the travel projects 30, the user enters the transaction confirmation page 26 for subsequent transaction data input and order confirmation procedures; wherein the electronic device 01 can be a personal computer, a tablet computer, or a notebook computer. Or a smart device such as a mobile phone that can connect to the Internet for data transmission processing, and the electronic device 01 can be connected to the travel planning webpage 21 by using the Internet, and can be used for travel planning input and ordering through a keyboard, a mouse or a stylus. The information input page 22 further provides the user with information such as the hotel, the airline, and the number of days of travel (Note: the user may also choose not to limit the number of travel days or the air limit when entering the above information. Company, etc.); a ticket mixed booking interface 40, as shown in Figures 3 and 4, linked to the transaction confirmation page 26 and corresponding to the user selected tour In the case of the project 30, the airline ticket booking interface 40 is capable of reading relevant flight information and integrating it into a menu type for browsing by the user by connecting a remote CRS global aviation system 41. The bit interface 40 includes: a forward selection unit 50 for providing information about the fare ticket, including at least the cabin column 51, the cabin column 52, the departure time column 53, the arrival time column 54, the flight number column 55, The position bar 58 and the flight board 59 are selected for the user to select the order; a backhaul unit 60 is used to provide relevant information of the return ticket, and at least includes the cabin column 61, the cabin column 62, the departure time column 63, The arrival time column 64, the flight number column 65, the flight position bar 68, and the selected flight bar 69 are provided for the user to select the order; wherein the outbound selection unit 50 and the backhaul selection unit 60 may further include a model column 56. , 66 and a markup column 57, 67.

As shown in FIG. 2, the itinerary selection page 23 can provide relevant travel information corresponding to each travel project 30, including at least a hotel, a departure city, a quotation room type, a selling price, a hotel accommodation application date, and a flight pre-check button. 24 and the order button 25; and each of the travel projects 30 is based on the lowest price to the highest order, so that users can quickly find the travel project 30 that meets the needs and the lowest price, which can greatly enhance online travel. The convenience of planning, in addition, the flight pre-check button 24 is linked to the remote CRS global aviation system 41, for the user to select the pre-query of the forward and return ticket information, and click the order button 25 You can jump to the transaction confirmation page 26 for subsequent transaction data entry and order confirmation procedures.

As shown in FIG. 3, the transaction confirmation page 26 can include at least a room type determining interface 27, a passenger data input interface 28, and a completion transaction interface 29, and the database 10 has a price calculation module. The group 291 and the transaction confirmation page 26 are in a data transmission connection relationship, so that the completed transaction interface 29 can display the travel itinerary, the transaction details and the statistics calculated by the selling price calculation module 291 when the user completes all the data input and confirmation procedures. The final correct price; the price calculation module 291 can be pre-set with a price calculation formula. When the user confirms all the trips, the selling price calculation module 291 reads the selling price data of each trip in the database 10, and instantly calculates the final correct price through the price calculation formula line. The user can immediately know the cost of the tour and further improve the convenience and practicability of the mixed booking sales system A.

With the above configuration, the operation flow of the present invention is described as follows: First, the user can select the travel planning webpage 21 provided by the web server 20 via the Internet through the electronic device 01 to enter the data. The input page 22 inputs related materials such as departure city, departure date, destination, accommodation, airline, and travel days, and the input medium can use a keyboard, a mouse, or a stylus to view the preset information on the data input page 22. Interface type (if the drop-down menu is selected by mouse or stylus, and the form type is entered by keyboard typing), this part is not limited; after the data input is completed, it will jump to the stroke. Page 23 is selected, and as shown in FIG. 2, the itinerary selection page 23 arranges a plurality of corresponding travel projects 30 according to the data plan input by the data input page 22 for the user to browse and select. At this time, the user is more The travel ticket pre-check button 24 can be further selected for the interested travel project 30 to query the travel and return ticket information, and when it is determined to order one of the travel projects 30 Click the order button 25 to enter the transaction confirmation page 26 for subsequent transaction data entry and order confirmation procedures. As shown in Figure 3, the number of passengers and the required accommodation type can be entered before the room number determination interface 27, and then the ticket is entered. The hybrid booking interface 40 performs the ordering ticket operation; wherein the main technical feature of the present invention is that the ticket mixed booking interface 40 can provide the user to select different cabins or cabins, such as the departure and return tickets respectively. As shown in FIG. 4, this example is a mixed booking interface 40 corresponding to one of the travel projects 30, and the mixed booking interface 40 includes a forward selection unit 50 and a backhaul unit 60, respectively. The outbound option unit 50 purchases the outbound ticket (as shown in Figure 4, the travel plan of the travel project 30 Tickets can be selected at least for economy class S, economic class K, business class C, or business class J, etc., and return flight options can be purchased in the return booking unit 60 (as shown in Figure 4). The return ticket for the Travel Project 30 can also be selected from at least the Economy Class S, the Economy Class K, the Business Class C, or the Business Class J. It can be seen that the creation through the mixed booking interface is 40. The user's travel and return tickets can be selected to order different cabins and cabins respectively. Compared with the conventional ones, they can better meet the user's needs, preferences and habits. For example, the user can purchase the economy class and return. Considering the physical fatigue factor, you can purchase a more comfortable and advanced business class. In addition, as shown in Figure 4, the price in the fare column 57 of the mixed booking interface 40 is more completely transparent and is from lowest to highest. The sorting type allows the user to easily select the most economical price. For example, if the user chooses the economy class S cabin (that is, there is no need to increase the fare), and the return trip, he hopes to purchase the business class at the best price. When you can quickly select the cabin with the least increase, etc. (in this case For business class C, etc.), or if the user chooses the economy class S cabin, etc. (ie no need to increase the fare), but if there is no space in the economy class S cabin, etc., you can choose other economic fare with the least price increase ( In this case, it is the economy class K cabin, etc., to provide users with the most economical and cost-effective ballot service. Integrating the above, this creation can achieve a significant increase in tourism selectivity, freedom, and users' intimate service. In addition to improving the satisfaction of the satisfaction and return rate and the benefits of better industrial use, in addition, due to the substantial increase in the choice of travel and return tickets, it is relatively easy to avoid the situation of the aircraft and more suitable for the user's hope. The departure time can be used to increase the success rate of the booking. Finally, when the ticket is ordered, the passenger data input interface 28 is entered to input the personal information of the passenger. When all the data input and confirmation procedures are completed, the transaction interface 29 is completed. The travel itinerary, the transaction details and the final correct price calculated by the selling price calculation module 291 will be displayed, and the user can complete the tour booking operation after confirmation.

The fact that the creative effect is enhanced is as follows: This creation allows the user's travel and return tickets to be enjoyed by the setting of the hybrid booking interface. Choosing to order different types of cabins and cabins, etc., so that this creation can significantly increase tourism selectivity, freedom, and users feel intimate service compared to the conventional structure proposed in [Previous Technology]. Improve the practical progress of the satisfaction and return rate and the benefits of better industrial use.

In addition, due to the substantial increase in the choice of outbound and return tickets, it is relatively easy to avoid the situation of the aircraft and more suitable for the departure time desired by the user, and the advantages and progress of increasing the success rate of the reservation are achieved, and the mixing is performed. The price increase in the fare column of the booking interface is more transparent and the lowest to highest sorting type, allowing users to quickly purchase the required ticket at the best price.

The new effects that this creation can produce are as follows:

1. The travel project by the itinerary selection page is based on the lowest price to the highest price, so that users can quickly find the travel project that meets the needs and the lowest price, and greatly enhance the convenience of online travel planning. Sex.

2. The technical characteristics of the data transmission link between the price calculation module and the transaction confirmation page of the database enable the user to immediately know the cost of the tour and further increase the sales system of the mixed booking. Convenience and practicality.

The disclosures of the above embodiments are used to specifically explain the present creation, and although the descriptions are made through specific terms, the scope of patents of the novel creation cannot be limited thereby; those skilled in the art can understand the spirit of the creation. Changes and modifications are made to the equivalent purpose, and such changes and modifications are to be included in the scope defined by the scope of the patent application as described later.

10‧‧‧Database

26‧‧‧Transaction Confirmation Page

27‧‧‧ Room size determination interface

28‧‧‧ Passenger data input interface

29‧‧‧Complete the trading interface

291‧‧‧Price calculation module

40‧‧‧Airline mixed booking interface

41‧‧‧Remote CRS Global Aviation System

Claims (5)

The utility model relates to a mixed booking and sales system for traveling free air tickets, and the application thereof provides an online sales platform for operating travel reservations through the Internet, and the user enjoys the process of purchasing the travel and return tickets. Selecting a mixed service of different cabin types or cabins, the mixed booking sales system includes: a database for storing at least transaction records, product data, and supplier data; a web server, and the database A data transmission link relationship is provided to provide a travel planning webpage, wherein the travel planning webpage can be selected by the user to be accessed and displayed on the electronic device screen via an electronic device connected to the Internet, and the travel planning webpage includes at least a data input page, a travel selection page, and a transaction confirmation page, wherein the data input page is used for the user to input at least the departure city, the departure date and the destination, and the travel selection page is based on The data entered on the data input page is selected from the database and arranged for several corresponding travel specials. For the user to browse the selection, and when the user selects one of the travel projects, the transaction confirmation page is entered for the subsequent transaction data input and order confirmation process; a ticket mixed booking interface is linked to the transaction confirmation page. And corresponding to the travel plan selected by the user, the ticket mixed booking interface can read related by connecting a remote CRS global aviation system. The flight information is integrated into a menu type for users to browse and purchase. The ticket booking interface includes: a forward selection unit, which provides information about the fare ticket, including at least the cabin type, cabin, etc. Column, take-off time column, arrival time column, flight number column, flight position bar and selected flight bar for users to choose to order; a return-selection unit is used to provide information about the return ticket, including at least the cabin type, The cabin, the departure time column, the arrival time column, the flight number column, the flight position bar and the selected flight bar for the user to choose to order; thereby, the user can select different cabins for the travel and return tickets respectively. Kinds or cabins, etc., to achieve the advantages of improved booking success rate and tourism flexibility and freedom. The hybrid booking sales system of the travel free air ticket according to claim 1, wherein the travel selection page provides relevant travel information corresponding to each travel project, including at least a hotel, a departure city, a quotation room type, and a selling price. The hotel accommodation date, the flight pre-check button and the order button; and each of the travel projects is ranked according to the selling price from the lowest to the highest, and the flight pre-check button is linked to the remote CRS global aviation system. In order to select the pre-check and return ticket information, click the order button to jump to the transaction confirmation page for subsequent transaction data entry and order confirmation procedures. The hybrid booking sales system of the travel free air ticket according to claim 1 or 2, wherein the transaction confirmation page comprises at least a room type determining interface, a passenger data input interface and a completed transaction interface, and the The database has a price calculation module and a data transmission link with the transaction confirmation page, so that the completed transaction interface can display the travel itinerary, the transaction details and the selling price when the user completes all data input and confirmation procedures. Calculate the final correct price calculated by the module. The hybrid booking sales system of the travel free air ticket according to claim 1, wherein the data input page further provides the user to input the hotel, the airline, and the number of days of travel. The hybrid booking sales system of the travel free air ticket according to claim 1, wherein the outbound selection unit and the backhaul selection unit further comprise a model column and a fare increase column.