TW202103092A - Travel itinerary planning system capable of automatically planning a travel itinerary that satisfies the requirement of user - Google Patents

Abstract

The present invention provides a travel itinerary planning system, which includes: a processing server for processing user travel data to obtain an itinerary planning result; and at least one user terminal connected with the processing server through a communication, and held by users with different user identification messages. The processing server has a scenic spot message storage part, a user data storage part, an arrival site acquisition part, a target scenic spot acquisition part, a scenic spot screening part, an itinerary planning generation part and a processing side communication part. The target scenic spot acquisition part acquires each scenic spot corresponding to the target location selected by the user as a target scenic spot. The scenic spot screening part can screen a scenic spot preferred by the user from each target scenic spot as a planned travel scenic spot. The itinerary planning generation part generates an itinerary planning result including multiple planned travel scenic spots arranged in a recommended travel sequence.

Description

Tourism Itinerary Planning System

The invention relates to a tourism system, especially a tourism itinerary planning system.

With the development of transportation, people’s travel has become more and more convenient. Therefore, during holidays, people will prefer to travel independently so as to facilitate a relaxing tour with friends, family or themselves, and enjoy and group tours. Compared to a more free travel atmosphere.

However, before traveling independently, people usually need to make a lot of pre-preparation to develop a travel plan for themselves, so as to better choose some attractions that they or their relatives and friends prefer to visit, and avoid time due to poor planning when traveling. Problems with chaotic arrangements or forgetting to visit certain scenic spots during the trip.

Some existing travel customization services usually make a series of travel plans in advance based on the scenic spots in each city, and then let users travel according to these fixed travel plans; some travel customization services manually customize the travel itinerary for the user, thereby Help users make a travel plan that is as reasonable as possible and meets the needs of users.

However, the former cannot meet the needs of diversified users. Some users want to emphasize scenery, and some users prefer romantic travel while also hoping to visit some cultural attractions. Fixed tourism customization services cannot meet the preferences of all users; the latter Although it is possible to customize travel plans for users, this service not only requires additional staff to spend energy to communicate with users and formulate plans, but also incur additional itinerary customization costs for users. At the same time, manual planning is not scientific enough. s arrangement.

In order to solve the above-mentioned problems, the main purpose of the present invention is to provide a travel itinerary planning system that can automatically formulate travel itineraries that meet the needs of users so as to save users' planning time.

In order to achieve the above-mentioned purpose, the main technical means adopted by the present invention is to make the aforementioned travel itinerary planning system be used to plan various scenic spots according to the travel demand data input by the user so as to provide the user with a travel itinerary. The travel itinerary planning system includes: A data processing server for processing travel demand data to obtain the itinerary planning result; and At least one user terminal, which is in communication with the processing server and held by users with different user identification information, Among them, the processing server has a scenic spot information storage unit, an out-of-office information storage unit, a user data storage unit, a site acquisition unit, a target scenic spot acquisition unit, a scenic spot screening unit, an itinerary planning generation unit, and a Processing side communications department, The attraction information storage unit stores attraction information corresponding to each attraction and including the location information of an attraction, the expected play time of an attraction, and the evaluation value of an attraction. The outgoing information storage unit stores pre-obtained outgoing sites and site location information corresponding to various outing methods and target locations. The user terminal has an input display part, a screen storage part and a user side communication part, The screen storage unit stores a demand data input screen and a trip result display screen, The input display unit displays the demand data input screen for the user to input travel demand data including at least a starting city, a target location, a user's outing method, a user preference, and a number of travel days. The user-side communication unit sends the travel demand data and the corresponding user identification message to the processing server, The user data storage unit correspondingly stores the received travel demand data and the user identification message, The arrival site acquisition unit acquires a corresponding outbound site from the outbound information storage unit as an arrival site according to the user's outing mode, the starting city, and the target location, The target scenic spot acquiring unit acquires each scenic spot corresponding to the target location as a target scenic spot according to the target location and the location information of the scenic spot, The scenic spot screening unit selects the scenic spot that the user may prefer as a planned tourist spot from each of the target scenic spots according to the number of travel days, the user's preference, and the information of the scenic spot. The itinerary planning generating unit generates an itinerary planning result including the planned tourist attractions sorted by recommended travel order according to the information of the scenic spot, the planned tourist attraction and the arrival site, The processing side communication unit sends the itinerary planning result to the corresponding user terminal according to the user identification message, The input display part displays the itinerary result display screen and displays the itinerary planning result for the user to confirm.

Efficacy of the present invention : According to the travel itinerary planning system of the present invention, since the target scenic spot acquisition unit can acquire all scenic spots corresponding to the target location as the target scenic spot according to the user's choice, and the scenic spot screening unit screens the target scenic spots according to the user's preference, thereby Maximize the selection of planned tourist attractions that meet the user’s preferences during the user’s travel time, and further plan the itinerary for the planned tourist attractions through the itinerary planning generation department to obtain the best travel route, and at the same time satisfy the evaluation of the user’s preferred attractions As well as the best itinerary planning and arrangement, so that the generated itinerary planning results can meet the needs of users to a greater extent. The travel itinerary planning system of the present invention can provide an automatic itinerary planning service based on the travel information input by the user, avoiding the need for the user to spend a lot of time to investigate tourist attractions and planning the itinerary before traveling, and can better provide the user with travel service.

In order to make it easy to understand the technical means, creative features, goals and effects achieved by the present invention, the travel itinerary planning system of the present invention will be described in detail below in conjunction with embodiments and diagrams. <Example>

Fig. 1 is a structural block diagram of a travel itinerary planning system in an embodiment of the present invention. As shown in FIG. 1, the travel itinerary planning system 100 has a processing server 1, a user terminal 2 and a communication network 3.

The processing server 1 is used to process travel demand data sent by the user through the user terminal 2. The user terminal 2 is a personal computer held by the user and has corresponding user identification information (for example, an IP address). In this embodiment, the communication network 3 is the Internet, and the user terminal 2 communicates with the processing server 1 based on the Internet protocol.

The processing server 1 includes a scenic spot information storage unit 11, an accommodation information storage unit 12, a user data storage unit 13, an out-of-office information storage unit 14, a time budget judgment unit 15, an arrival site acquisition unit 16, a target scenic spot acquisition unit 17, and a scenic spot selection The unit 18, the itinerary plan generation unit 19, the return site acquisition unit 20, the travel budget calculation unit 21, the processing-side communication unit 22, and the processing-side control unit 23 that controls the operation of the above-mentioned components.

The scenic spot information storage unit 11 stores scenic spot information obtained in advance and corresponding to each scenic spot. The attraction information includes the name of the attraction, the location information of the attraction, the estimated time of the attraction, and the evaluation value of the attraction.

In this embodiment, the scenic spot name is used as the scenic spot identification information, and each component in the processing server 1 obtains the scenic spot location information of the corresponding scenic spot, the expected play time of the scenic spot, or the scenic spot evaluation value through the scenic spot name.

In this embodiment, the scenic spot information storage unit 11 has a scenic spot information acquisition unit, which is used to obtain scenic spot location information from a map application (such as GPS, etc.) using technologies such as web crawlers. The scenic spot location information is the latitude and longitude value of the scenic spot.

In this embodiment, the expected play time of the scenic spot is divided into three levels, which are 7 hours of play, 4 hours of play, and 2 hours of play. In other embodiments, the expected play time of the scenic spot can also be set according to the scale of the scenic spot (for example, according to the area of the scenic spot, the larger the play time, the longer the play time), and the various levels of play time can also be set to play 5-8. Hours, 3~5 hours of play, and any value within 1~3 hours of play.

In this embodiment, the scenic spot evaluation value is pre-set and stored in the scenic spot information storage unit 11 through the evaluation tags disclosed by each scenic spot and the environment. The scenic spot evaluation value is divided into scenic value, cultural value, romantic value, family value, and adventure value. The evaluation value of each scenic spot ranges from 1 to 5.

The accommodation information storage unit 12 stores accommodation information obtained in advance and corresponding to each accommodation spot. Accommodation information includes accommodation name, accommodation location information, estimated consumption amount of accommodation, and accommodation evaluation value.

In this embodiment, the accommodation information obtaining unit 12 has an accommodation information obtaining unit, and the accommodation information obtaining unit is used to automatically obtain accommodation spot names and accommodations from third-party systems (such as hotel reservations, hotel reservations, etc.) through smart contracts and other methods. Accommodation information for each accommodation location, such as location information, estimated accommodation consumption amount, and accommodation evaluation value. In this embodiment, the lodging point is a hotel, a hotel or a homestay.

The user data storage unit 13 is used to store travel demand data and user identification information received from the user terminal 2. The travel demand data includes the starting city, the target location, the user's way of going out, the user preference, the number of travel days, and the travel budget. The user identification information is the identification information of the user terminal 2 (for example, the IP address of the user terminal 2).

In this embodiment, the user preferences are five types of tags including scenery, culture, romance, family, and adventure, respectively corresponding to five types of scenic spot evaluation values. The way users go out includes planes, high-speed rails, trains, ships, car rentals, buses and other inter-city outings.

The outgoing information storage unit 14 stores outgoing prices, outgoing sites, and site location information corresponding to various outing methods, corresponding starting cities, and target locations.

In this embodiment, the out-of-office information storage unit 14 has an out-of-office information acquisition unit, which is used to automatically obtain out-of-office prices and out-of-office sites from third-party systems (such as outbound applications such as Ctrip, China Railway, etc.) through smart contracts and other methods. , And obtain site location information from map applications (such as GPS) through technologies such as web crawlers.

In this embodiment, the outgoing price is the inter-city price corresponding to the outgoing mode, the outgoing site is the destination site where the user reaches the target location through each outing mode, and the site location information is the latitude and longitude value of the destination site.

The time budget judging unit 15 is used to judge whether the travel days selected by the user and the budget ratio of the travel budget are lower than the preset ratio.

In this embodiment, the time budget judgment unit 15 judges the number of travel days and the travel budget when the processing server 1 receives the travel demand data sent from the user terminal 2. Once it is judged to be lower than the preset ratio, the processing side control unit 23. The communication unit 22 on the control processing side sends a budget judgment message to the user terminal 2 and controls the relevant components to stop processing the travel demand data.

The arrival site acquiring unit 16 is configured to acquire the corresponding outbound site from the outgoing information storage unit 14 as the arrival site according to the user's outing mode, starting city, and target location selected by the user.

In this embodiment, when the user selects multiple outbound sites or multiple outbound sites in a single outbound manner, the arrival site acquiring unit 16 acquires a predetermined number (for example, 3) outbound sites as the corresponding number. The arrival site. In other embodiments, the way of going out also has a priority set by default (for example, the priority of the airplane is better than the high-speed rail, the high-speed rail is better than the train, etc.). Therefore, the arrival station acquiring unit 16 can be based on the priority of the way of going out. Select a predetermined number of arrival stations.

The target scenic spot acquiring unit 17 is configured to acquire each scenic spot corresponding to the target location from the scenic spot information storage unit 11 as the target scenic spot according to the target location selected by the user.

In this embodiment, the target scenic spot acquiring unit 17 retrieves all scenic spot location information stored in the scenic spot information storage unit 11 according to the destination range of the target location (obtained from public city data, the destination range can be a range of longitude and latitude) to obtain All scenic spots within the destination range are regarded as target scenic spots.

In this embodiment, the target location selected by the user is a city. In other embodiments, the user can also select multiple adjacent cities, a region, or a country as the target location. At the same time, when there are multiple target locations, the target scenic spot acquisition unit generates the target spot according to the destination range of each target location. An overall scope to further obtain the corresponding target scenic spots.

The scenic spot screening unit 18 is configured to screen out scenic spots that the user may prefer as planned tourist spots from the target scenic spots according to the user preferences selected by the user, the number of travel days, and the scenic spot information of each target scenic spot. The scenic spot screening unit 18 includes a preference ranking generating unit, a play time calculation unit, and a scenic spot acquisition calculation unit.

The preference ranking generating unit is used for sorting each target scenic spot according to the user preference and the scenic spot evaluation value from high to low as the preferred scenic spot sequence.

In this embodiment, the preference ranking generating unit sorts the corresponding scenic spot evaluation values of each target scenic spot according to user preferences. For example, assuming that the user's preference is scenery, the preference ranking generating unit sorts each target scenic spot from high to high according to its corresponding scenery value. Low ranking, thereby obtaining a sequence of preferred scenic spots composed of multiple target scenic spots in an orderly arrangement. In this embodiment, the sequence of preferred scenic spots is composed of scenic spot names.

The play time calculation unit calculates the available play time according to the number of travel days selected by the user and the preset daily play time.

In this embodiment, the daily play time is calculated using 8 hours, and the play time calculation unit 182 multiplies the number of travel days by the daily play time to obtain the available play time. In other embodiments, the daily play time can also be any value in the range of 7-10 hours.

The scenic spot obtaining calculation unit sequentially obtains the highest-ranked target scenic spot from the preferred scenic spot sequence sorted by the preference ranking generating unit, and calculates the target scenic spot that can be accommodated within the available play time as the planned tourist spot according to the expected play time of the scenic spot corresponding to the target scenic spot.

In this embodiment, when acquiring a target scenic spot, the scenic spot acquisition calculation unit accumulates the expected play time of the corresponding scenic spot to the total accumulated play time, and judges whether the total accumulated play time is greater than the available play time: if it is judged that it is not greater than The selected target scenic spot is regarded as the planned tourist spot, and when the judgment is greater than that, the selection of the target spot is stopped and the acquisition of the planned tourist spot is completed.

The itinerary planning generating unit 19 is used to generate the itinerary planning result and the candidate accommodation information according to the scenic spot information, the planned tourist attractions and the arrival site. The itinerary planning result includes the planned tourist attractions in the order of recommended travel. The itinerary planning generation unit 19 includes a travel schedule generation unit, a day schedule setting unit, an overall schedule control unit, a departure point acquisition setting unit, a scenic spot location calculation unit, a daily play time accumulation unit, a day scenic spot addition unit, an overall schedule temporary storage unit, and planning The result generation unit, the accommodation range generation unit, and the accommodation point retrieval and acquisition unit.

The travel schedule generating unit is used to generate a corresponding number of travel schedules according to the number of travel days.

In this embodiment, the travel schedule includes various planned tourist attractions that are recommended to be visited on the day, and the planned tourist attractions are sorted according to the suggested order of play.

The current day schedule setting unit is used to sequentially set the travel schedule as the current day travel schedule.

The overall schedule control unit is used to control the work of the components involved in the travel schedule setting in the itinerary planning generation unit 19, including the starting point acquisition setting unit, the scenic spot location calculation unit, the daily play time accumulation unit, the day scenic spot adding unit, and the overall schedule temporary The storage unit involves controlling the work of travel schedule setting.

Specifically, every time the day’s schedule setting unit sets a day’s travel schedule, the overall schedule control unit controls the departure point acquisition and setting unit to take the last planned tourist attraction in the travel schedule of the day before the day’s travel schedule as the starting point of departure, and control the location calculation of the attraction Based on the location information of all planned tourist attractions, the unit calculates the closest planned tourist attraction from the starting point of departure as the nearest tourist attraction, and controls the accumulation of daily play time. The unit accumulates the estimated play time of the nearest tourist attraction to the daily accumulated play time , And further control the attraction adding unit of the day to add the nearest tourist attraction to the travel schedule of the day when the accumulated daily play time is less than or equal to the daily play time. The overall schedule control unit repeats the above control until the daily accumulated play time is greater than the daily play time, and controls the overall schedule temporary storage unit to temporarily store the travel schedule of the day when the daily accumulated play time is greater than the daily play time.

In this embodiment, if the travel schedule of the day does not have the travel schedule of the previous day (that is, the day is the first day), the departure point acquisition setting unit acquires the station location information of the arrival station as the starting departure point.

The planning result generation unit is used to generate the itinerary planning results according to the groups of travel itineraries temporarily stored in the overall itinerary temporary storage unit.

In this embodiment, the planning result generation unit obtains each group of travel itineraries from the overall itinerary temporary storage unit, and sequentially combines them according to the number of days of each group of travel itineraries to form the itinerary planning result.

After the planning result generation unit generates the itinerary planning result, the overall schedule control unit controls the overall schedule temporary storage unit to delete all temporarily stored travel schedules.

The accommodation range generating unit is used to generate a range of accommodation to be selected based on it.

In this embodiment, the accommodation determination range adopts a circular range with a radius of ten kilometers. The accommodation range generation unit obtains the daily travel schedule from the itinerary planning results, and according to the last planned tourist attractions in each travel schedule and the second day’s most recent travel schedule. At the beginning of the planned tourist attraction, the corresponding attraction location information is obtained from the attraction information storage unit 11, and a candidate accommodation range is further generated based on the attraction location information and the determined range of accommodation.

In this embodiment, the accommodation ranges to be selected correspond to each travel itinerary respectively. For example, the two accommodation ranges to be selected based on the last planned tourist attraction on the first day and the first planned tourist attraction on the second day are both the same as the first. One day's travel schedule corresponds to, which means that the user will live in a certain accommodation in this range on the first night.

The accommodation point retrieval and acquisition unit is used to retrieve the accommodation information stored in the accommodation information storage unit 12 according to the accommodation range to be selected, so as to obtain accommodation information of each accommodation point within each accommodation range to be selected as the accommodation information to be selected.

The return site acquisition unit 20 is configured to acquire the exit site closest to the planned tourist attraction from the outgoing information storage unit 14 as the return site according to the user's outing mode selected by the user and the last planned tourist attraction in the itinerary planning result.

The travel budget calculation unit 21 obtains the corresponding estimated accommodation consumption and outgoing price from the accommodation information storage unit 12 and the outgoing information storage unit 14 according to the scheduled accommodation, arrival site, and return site, respectively, and uses them as an estimated travel budget.

In this embodiment, the travel budget calculation unit 21 is used to calculate the estimated travel budget after the processing server 2 receives the user's determined accommodation location. The estimated travel budget includes the price obtained according to the user's way of going out and the accommodation location. . In other embodiments, the estimated travel budget can also include the travel expenses between tourist attractions and the expected consumption of tourist attractions. For example, the travel expenses may be a price set according to the distance between the attractions, and the farther the distance, the greater the travel expenses. High, the expected consumption of the scenic spot can be based on the expected price set according to the playing time of the scenic spot and the ticket price. The longer the playing time, the higher the consumption.

The processing side communication unit 22 is used to exchange data between the various components of the processing server 1 and between the processing server 1 and other terminals.

In this embodiment, when the arrival site acquisition unit 16 acquires multiple arrival sites, the itinerary planning generation unit 19 generates corresponding itinerary planning results according to the multiple arrival sites. Further, the itinerary planning generation unit 19 generates corresponding itinerary planning results according to the travel After the demand data generates each itinerary planning result and the candidate accommodation information, and the return site acquisition unit 20 obtains the return site, the processing side communication unit 22 compares the itinerary planning result and the candidate accommodation information according to the user identification information corresponding to the travel demand data. , The arrival site and the return site are sent to the user terminal 2.

The processing-side control unit 23 includes a computer program for controlling the operation of each component of the processing server 1.

Fig. 2 is a structural block diagram of a user terminal in an embodiment of the present invention. As shown in FIG. 2, the user terminal 2 includes a screen storage unit 31, an input display unit 32, a user-side communication unit 33, and a user-side control unit 34.

The screen storage unit 31 stores a demand data input screen, a budget presentation screen, an itinerary result overview screen, an itinerary result display screen, an accommodation selection screen, an itinerary result edit screen, and a budget display screen.

The demand data input screen is used to display when the user enters the system and display the option boxes corresponding to the starting city, destination location, user's way of going out, user preference, travel days, and travel budget for the user to select or fill in the screen.

In this embodiment, the demand data input screen may be as shown in Figure 3: the starting place and the destination correspond to the starting city and the target location respectively. The user can click the corresponding box to open the drop-down box with the city option. And select the city; the travel theme and the way of going out correspond to the user's preference and the way of going out respectively. The user can determine the travel demand data by selecting the corresponding text. This option allows the user to choose more; the number of days out and the per capita budget correspond to the number of travel days and Travel budget, the user can select the corresponding text to determine the travel demand information, this option is only a single choice.

The budget reminder screen is used to display when receiving a budget judgment message sent by the processing server 1 and display a reminder of insufficient budget (for example, "you have insufficient budget") on the screen to prompt the user to reduce the number of travel days or increase the travel budget.

The itinerary result overview screen is used to display when the itinerary planning result sent by the processing server 1 is received and to display options corresponding to the itinerary planning result on the screen. For example, as shown in Figure 4, when there are 3 itinerary planning results generated by the processing server 1 (such as itinerary planning result a, such as itinerary planning result b, such as itinerary planning result c), the itinerary result overview screen displays the corresponding There are three option boxes for each result. When the user clicks on the option box, it will enter the itinerary result display screen and display the corresponding itinerary planning result. In other embodiments, the selection box of the itinerary planning result can also display a brief itinerary or scenic spot image corresponding to the planning result, so as to better display the itinerary planning result.

The itinerary result display screen is used to display when the user clicks on the option in the itinerary result overview screen and displays the corresponding arrival station, the itinerary planning result, the range of accommodation to be selected, and the return station in the screen according to the order of the itinerary planning result. , As shown in Figure 5, the first option box on the first day of the tour corresponds to the user’s arrival site, and the next option boxes are the planned tourist attractions in order according to the results of the itinerary planning. At the end and at the beginning of the next day, a selection box for recommended accommodations based on the range of accommodation to be selected is displayed. When the user clicks on the option box of "Recommend living near Hotel A", it will enter the accommodation selection screen.

In other embodiments, the distances between various scenic spots, sites, and accommodations can also be displayed between the various option boxes displayed on the itinerary result display screen for the user's reference.

The accommodation selection screen is used to display when the user clicks on the accommodation option box and display the corresponding accommodation options in the screen according to the corresponding accommodation range to be selected for the user to choose, and further determine the accommodation of the current accommodation option box after the user clicks message. In this embodiment, the accommodation spot selection screen also displays corresponding accommodation evaluation values beside the accommodation spot options for the user to refer to.

The itinerary result editing screen is used to display when the user clicks on the scenic spot option box and allow the user to edit each scenic spot in the itinerary planning result. In this embodiment, the itinerary result edit screen displays edit option boxes corresponding to each planned tourist attraction in turn, and the user can drag the edit option boxes to adjust the travel order of the scenic spots. In other embodiments, the user can also change the scenic spot by clicking the edit option box.

The budget display screen is used to display the estimated travel budget sent by the processing server 1 and display the estimated travel budget on the screen for the user to view. In this embodiment, the budget display screen is a table showing the consumption amount of each site and accommodation corresponding to the user's itinerary, and the total amount of each consumption amount is displayed at the bottom of the table. In other embodiments, the budget display screen can also display the estimated consumption amount of scenic spots and distances.

The input display unit 32 is used to display the above-mentioned screens, so that the user can perform corresponding man-machine exchanges through these screens.

In this embodiment, the above-mentioned screen is a webpage screen opened by a user through a browser.

The user-side communication unit 33 is used to exchange data between various components of the user terminal 2 and between the user terminal 2 and other terminals.

The user-side control unit 34 is used to control the operation of each component of the user terminal 2.

In this embodiment, there is one user terminal 2. In other embodiments, there may be multiple user terminals 2, and each user terminal 2 has its own different user identification information. It accesses the processing server 1 through its own browser and exchanges data with the processing server 1 through the Internet. When processing When the server 1 receives a plurality of travel demand data with corresponding user identification information, the processing side control unit 23 controls the relevant components to process each travel demand data sequentially or in parallel.

Fig. 6 is a flowchart of the itinerary planning process in the embodiment of the present invention. As shown in Figure 6, the user opens the demand data input screen through the user terminal 2 and enters the travel demand data in the screen. The user-side communication unit 33 sends the travel demand data and user identification information to the processing server 1, and then starts the following steps: In step S1, the time budget judging unit 15 divides the travel days in the travel demand data and the travel budget to obtain a budget ratio, and judges whether the budget ratio is lower than a preset ratio. If it is lower than, go to step S2, if not, go to step S3; step S2, the processing side communication unit 22 sends a budget judgment message to the corresponding user terminal according to the user identification message, and then enters the end state; step S3, arrival station The point acquiring unit 16 acquires the corresponding outbound site from the outbound information storage unit 14 as the arrival site according to the user's outing mode, starting city, and target location corresponding to the travel demand data, and then proceeds to step S4; step S4, target scenic spot acquisition The part 17 obtains each scenic spot corresponding to the target location as the target scenic spot according to the target location and the scenic spot location information of each scenic spot, and then proceeds to step S5; Step S5, the scenic spot screening unit 18 according to the travel days, user preferences and each target scenic spot in the travel demand data From all the target scenic spots obtained in step S2, select scenic spots that the user may prefer as planned tourist spots, and then proceed to step S6; Step S6, the itinerary planning generating unit 19 screens out the planned tourist spots and corresponding spots according to step S3 The information and the arrival station obtained in step S1 produce the itinerary planning result and the range of accommodation to be selected, and then go to step S7; step S7, the return station acquisition unit 20 according to the user’s outing mode in the travel demand data and the itinerary plan generated in step S6 The last planned tourist attraction in the result obtains the outbound site closest to the planned tourist attraction from the outbound information storage unit 14 as the return site, and then proceeds to step S8; step S8, the processing side communication unit 22 calculates the itinerary planning result according to the user identification information , The range of accommodation to be selected, the arrival site, and the return site are sent to the corresponding user terminal, and then enter the end state. Example function and effect

According to the travel itinerary planning system provided by this embodiment, since the target scenic spot acquisition unit can acquire all scenic spots corresponding to the target location as the target scenic spot according to the user's selection, the scenic spot screening unit screens the target scenic spots according to the user's preference, so that the user's To maximize the selection of planned tourist attractions that meet the user’s preferences during the travel time, the itinerary planning department will further plan the itinerary for the planned tourist attractions to obtain the best travel route. At the same time, it satisfies the evaluation of the user’s preferred attractions and the best Itinerary planning and arrangement, so that the resulting itinerary planning results can meet the needs of users to a greater extent. The travel itinerary planning system of the present invention can provide an automatic itinerary planning service based on the travel information input by the user, avoiding the need for the user to spend a lot of time to investigate tourist attractions and planning the itinerary before traveling, and can better provide the user with travel service.

In the embodiment, since the user preferences are classified into scenery, culture, family, romance, and adventure, the social psychology is used to predict and evaluate the user’s preferred attractions, so that the recommended attractions can be more in line with the user. Demand.

In the embodiment, since the itinerary planning generation unit has a travel itinerary generating unit to generate the corresponding travel itinerary according to the number of travel days, and the day-to-day itinerary calculation unit sequentially calculates the travel itinerary for each day and sets the planned tourist attractions for each day. The amount of play time is appropriately arranged for the number of scenic spots to be played every day, which makes the itinerary planning result more reasonable.

In the embodiment, the itinerary planning generating unit also has an accommodation range generating unit according to the last attraction of each travel itinerary or the first attraction of the next day to set the range of accommodation to be selected, and the accommodation information obtaining unit is based on the accommodation to be selected. Obtain the corresponding accommodation information in the range, so that the user’s personalized needs for accommodations can be met on the basis of the best distance, so that users do not need to go back and forth between accommodations and attractions, but can live in the nearby attractions more reasonably. nearby.

In the embodiment, since the travel budget calculation unit calculates the user’s budget for going out and staying in the accommodation, at the same time, according to psychological research, the user is less sensitive to the cost of the scenic spot, so the user can be made according to the budget of the outing and accommodation. Understand the general consumption of this tour.

In an embodiment, when the user selects multiple outing modes, the arrival site acquisition unit will obtain multiple arrival sites according to each outing mode, so that the itinerary planning generation unit can generate multiple itinerary planning results, so that the user can choose more Satisfy the expected itinerary planning results and enhance the user experience.

In the embodiment, since the input display unit can also display the itinerary result editing screen for the user to edit the itinerary, the user can autonomously change the unsatisfactory scenic spots in the itinerary planning result, or adjust the travel order of the scenic spots, thereby Improve user experience.

The above-mentioned embodiments are only used to illustrate specific implementations of the present invention, and the present invention is not limited to the description scope of the above-mentioned embodiments.

100: Travel Itinerary Planning System 1: Processing server 11: Attraction Information Storage Department 12: Accommodation Information Storage Department 13: User data storage department 14: Out-of-office message storage department 15: Time Budget Judgment Department 16: Arrive at the site acquisition department 17: Target Scenic Spot Acquisition Department 18: Attraction Screening Department 19: Itinerary Planning Department 20: Return to the site acquisition department 21: Tourism Budget Calculation Department 22: Processing side communication department 23: Processing side control unit 2: User terminal 31: Screen storage 32: Input display 33: User side communication department 34: User-side control unit 3: Communication network

Fig. 1 is a structural block diagram of a travel itinerary planning system in an embodiment of the present invention. Fig. 2 is a structural block diagram of a user terminal in an embodiment of the present invention. Fig. 3 is a schematic diagram of a demand data input screen in an embodiment of the present invention. Fig. 4 is a schematic diagram of an overview screen of itinerary results in an embodiment of the present invention. Fig. 5 is a schematic diagram of a display screen of the itinerary result in an embodiment of the present invention. Fig. 6 is a flowchart of the itinerary planning process in an embodiment of the present invention.

1: Processing server

11: Attraction Information Storage Department

12: Accommodation Information Storage Department

13: User data storage department

14: Out-of-office message storage department

15: Time Budget Judgment Department

16: Arrive at the site acquisition department

17: Target Scenic Spot Acquisition Department

18: Attraction Screening Department

19: Itinerary Planning Department

20: Return to the site acquisition department

21: Tourism Budget Calculation Department

22: Processing side communication department

23: Processing side control unit

2: User terminal

3: Communication network

Claims (10)

A travel itinerary planning system is used to plan various scenic spots according to more than one travel demand data input by a user so as to provide the user with a recommended travel itinerary. The travel itinerary planning system includes: A processing server for processing the travel demand data to obtain an itinerary planning result; and At least one user terminal, which is in communication with the processing server and held by users with different user identification information, Among them, the processing server has a scenic spot information storage unit, an out-of-office information storage unit, a user data storage unit, an arrival site acquisition unit, a target scenic spot acquisition unit, a scenic spot screening unit, an itinerary planning generation unit, and a Processing side communications department, The attraction information storage unit stores attraction information corresponding to each attraction and including the location information of an attraction, the expected play time of an attraction, and the evaluation value of an attraction. The out-of-office information storage unit stores pre-acquired out-going site and site location information corresponding to each out-of-office mode and the target location. The user terminal has an input display part, a screen storage part and a user side communication part, The screen storage unit stores a demand data input screen and a trip result display screen, The input display unit displays the demand data input screen for the user to input travel demand data including at least a starting city, a target location, a user’s way of going out, a user preference, and a number of travel days. The user-side communication unit sends the travel demand data and the corresponding user identification message to the processing server, The user data storage unit correspondingly stores the received travel demand data and the user identification message, The arrival site acquisition unit acquires a corresponding outbound site from the outbound information storage unit as an arrival site according to the user's outgoing mode, the starting city, and the target location, The target scenic spot acquiring unit acquires each scenic spot corresponding to the target location as a target scenic spot according to the target location and the location information of the scenic spot, The scenic spot screening unit selects the scenic spot that the user may prefer as a planned tourist spot from each of the target scenic spots according to the number of travel days, the user's preference, and the information of the scenic spot. The itinerary planning generating unit generates an itinerary planning result including the planned tourist attractions sorted by recommended travel order according to the information of the scenic spot, the planned tourist attraction, and the arrival site. The processing side communication unit sends the itinerary planning result to the corresponding user terminal according to the user identification message, The input display part displays the itinerary result display screen and displays the itinerary planning result for the user to confirm. The travel itinerary planning system according to claim 1, wherein the user preferences include scenery, culture, romance, family, and adventure, The scenic spot evaluation values are respectively a scenic value, a cultural value, a romantic value, a family value, and an adventure value corresponding to the user's preference. The travel itinerary planning system according to claim 2, wherein the scenic spot selection unit includes a preference ranking generating unit, a play time calculation unit, and a scenic spot acquisition calculation unit, The preference ranking generating unit sorts the target scenic spots according to the user preference and the scenic spot evaluation value from high to low as a preferred scenic spot sequence. The play time calculation unit calculates the available play time according to the number of travel days and the preset daily play time, The scenic spot acquisition calculation unit sequentially selects the target scenic spot from the preferred scenic spot sequence and calculates the target scenic spot that can be accommodated in the playable time as a planned tourist spot according to the expected play time of the scenic spot corresponding to the target scenic spot. The travel itinerary planning system according to claim 1, wherein the itinerary planning generation unit includes a travel schedule generation unit, a day schedule setting unit, an overall schedule control unit, a departure point acquisition setting unit, a scenic spot location calculation unit, A unit for accumulating daily play time, a unit for adding scenic spots on the day, a unit for temporary storage of the overall schedule, and a unit for generating the planning results, The travel schedule generating unit generates a corresponding number of travel schedules according to the number of travel days, The day’s schedule setting unit sequentially sets the travel schedule as a day’s travel schedule, Whenever the day’s travel schedule is set, the overall schedule control unit controls the departure point acquisition and setting unit to use the last scheduled tourist attraction in the travel schedule of the day before the day’s travel schedule as a starting point of departure, and controls the attraction location calculation unit According to the location information of the attraction, the planned tourist attraction that is closest to the starting point of departure is calculated as the nearest tourist attraction, and the daily play time accumulation unit is controlled to accumulate the estimated play time of the attraction from the nearest tourist attraction to a daily accumulation Play time, and further control the attraction adding unit of the day to add the most recent tourist attraction to the travel schedule of the day when the accumulated daily playing time is less than or equal to a daily playing time. The overall schedule control unit repeats the above control process until the daily accumulation The play time is greater than the daily play time, and when the daily accumulated play time is greater than the daily play time, the overall schedule temporary storage unit is controlled to temporarily store the travel schedule of the day, The planning result generation unit generates the itinerary planning result according to each group of the travel itinerary temporarily stored in the overall itinerary temporary storage unit. The travel itinerary planning system according to claim 4, wherein the processing server further has an accommodation information storage unit, The accommodation information storage unit stores accommodation information corresponding to each accommodation spot and including an accommodation location information and an accommodation evaluation value. The itinerary planning generation unit also includes an accommodation range generation unit and an accommodation point retrieval and acquisition unit, The accommodation range generating unit generates a range of accommodation to be selected according to the planned tourist attraction at the end or the beginning of each travel itinerary and a preset range of accommodation determination. The accommodation point search and acquisition unit searches the accommodation information storage unit according to the range of the accommodation to be selected and obtains accommodation information of each accommodation point within the range of the accommodation to be selected as a selection of accommodation information, When the processing side communication unit sends the itinerary planning result to the corresponding user terminal according to the user identification message, it also sends the candidate accommodation information to the user terminal, The screen storage unit also stores a lodging point selection screen, When the input display part displays the itinerary result screen, it also displays an accommodation point customization jump area for the user to click, and further displays the accommodation selection screen after the user clicks and displays the options corresponding to each candidate accommodation message and the corresponding The accommodation evaluation value allows the user to select a predetermined accommodation spot where the user will live. The travel itinerary planning system according to claim 5, wherein the processing server also has a return site acquisition unit, The return site acquisition unit acquires the outbound site closest to the planned tourist attraction from the outbound information storage unit according to the user's outing mode and the last planned tourist attraction in the itinerary planning result as a return site. The travel itinerary planning system according to claim 6, wherein the accommodation information also includes an estimated consumption of accommodation, The processing server also has a travel budget calculation unit, The out-of-office information storage unit also stores a pre-obtained out-of-office price corresponding to each out-of-office method and the target location. After the user selects and confirms a predetermined accommodation spot where he will live, the user-side communication unit sends the predetermined accommodation spot to the processing server, The estimated travel budget acquisition unit obtains the corresponding out-of-office price and the estimated consumption of accommodation from the outgoing information storage unit and the accommodation information storage unit according to the arrival site, the return site, and the scheduled accommodation point, and uses them as an estimated travel budget. , The processing side communication unit sends the itinerary planning result to the corresponding user terminal according to the user identification message, and also sends the estimated travel budget to the user terminal, The screen storage section also stores a budget display screen, The input display unit displays the budget display screen and displays the estimated travel budget for the user to confirm. The travel itinerary planning system according to claim 1, wherein the travel demand data also includes travel budget, The processing server also has a time budget judging unit for judging whether the travel days and a budget ratio of the travel budget are lower than a preset ratio, Once the budget ratio is lower than the preset value, the user-side communication unit sends a budget judgment message to the corresponding user terminal according to the user identification message, The processing side communication unit sends the budget judgment message to the corresponding user terminal according to the user identification message, The screen storage unit also stores a budget reminder screen, The input display unit displays the budget presentation screen and prompts the user that the budget is insufficient on the screen. The travel itinerary planning system according to claim 1, wherein there are multiple arrival sites acquired by the arrival site acquisition unit, When the itinerary planning generation unit generates the itinerary planning result, it sequentially generates a plurality of the itinerary planning results according to each arrival station, The processing side communication unit sends each of the trip planning results to the corresponding user terminal according to the user identification message, The screen storage section stores an overview screen of the itinerary results, The input display unit displays the itinerary result overview screen and displays each of the itinerary planning results for the user to select any one of them for detailed viewing, and further displays the itinerary result display screen after the user’s selection and displays the corresponding to the user’s selection. The result of the itinerary plan is for the user to confirm. The travel itinerary planning system according to claim 1, wherein the screen storage unit also stores an itinerary result editing screen, When the input display part displays the itinerary result display screen, it also displays an itinerary edit jump area for the user to click, and further displays the itinerary result edit screen after the user clicks to allow the user to travel for each planned trip in the itinerary planning result The scenic spots are changed or the order of the planned tourist spots is adjusted.

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