TWM469563U - Traveling itinerary planning and guiding system - Google Patents

Description

Travel itinerary planning and navigation system

This creation is about a travel itinerary planning and navigation system, especially for a travel itinerary planning and navigation system with a planned travel itinerary, with guided tours and sharing of travel experience.

Since many people have gradually improved the quality of tourism in recent years, it has often cost a lot of time in tourism planning. And because many operators have cut into tourism-related industries, the choice of tourist attractions is also increasing, and the relative quality is often uneven. Therefore, the pre-departure planning of the travel itinerary is also relatively important.

The planning of the travel itinerary is usually to rummaging through travel books or searching for online materials, so the relative planning of travel has become time-consuming. Moreover, the user may have a lot of inconveniences in the process of arranging the itinerary. The inconvenience mainly comes from various factors that need to be considered in arranging the trip, such as how the location is decided, the order of each location, the transportation of the vehicle, various time issues (such as the store Due to the complexity and triviality of the business hours, waiting time, traffic time, etc., it is usually necessary to spend a lot of time to filter various information one by one in order to plan a better travel itinerary or travel.

Furthermore, during the planning of the travel itinerary, the users plan the various attractions in the travel itinerary according to the contents disclosed in the travel books or the network materials, if the travel books or the network materials do not record an attraction, or use In the process of collecting scenic spots, a certain attraction is missed, and the user cannot play to the certain scenic spot during the planned travel itinerary.

In view of the above-mentioned problems of the prior art, the purpose of the present invention is to provide a travel itinerary planning and navigation system to solve the problems of the above-mentioned prior art.

According to one of the purposes of the present creation, a travel itinerary planning and navigation system is proposed, which comprises a server and a mobile electronic device. The servo terminal includes a servo transmission module and a servo processing module. The servo transmission module receives the travel planning request message. The servo processing module is coupled to the servo transmission module, and the servo processing module generates a preset trip planning message according to the travel planning requirement message. The mobile electronic device comprises a device transmission module, a device storage module, a touch display module and a device processing module. The device transmission module is connected to the servo terminal and receives a preset travel planning message. The device storage module stores a travel guide program, the travel guide program has a traffic navigation interface and a travel guide interface, and the touch display module displays a traffic navigation interface and a travel guide interface. The device processing module is coupled to the device transmission module, the device storage module and the touch display module. The device processing module selectively controls the touch display module to display the traffic navigation interface or display the travel guide according to the preset travel planning message. interface.

Preferably, the servo end further comprises a servo storage module, which stores a travel planning program, the travel planning program has a trip planning interface, and the trip planning interface has at least one trip planning option.

Among them, the travel itinerary planning and navigation system preferably includes a client. The client includes a user transmission module, a user storage module, a user display module, a user input module, and a user processing module. The user transmission module is connected to the servo terminal. The user storage module stores the trip planning program. The user display module displays the trip planning interface. The user input module receives the execution signal. The user processing module is coupled to the user storage module, the user display module and the user input module, and the user processing module executes the trip planning program according to the execution signal to drive the user display module to display the trip planning interface, and the user processing module is based on At least one trip planning option is triggered to generate a trip planning request message.

The servo processing module generates user account information according to the travel planning request message, and transmits the user account information to the user terminal, and the mobile electronic device executes the travel guide program, and receives the user account information received by the user terminal. Preset the trip planning message.

The preset travel planning information may include travel route information and map design information, and the travel route information and the map design information are displayed in the traffic navigation interface.

The traffic navigation interface has at least one attraction display option, and the touch display module generates an interface switching signal according to at least one attraction display option, and the device processing module controls the touch display module to display the travel guide according to the interface switching signal. interface.

The travel guide interface has at least one attraction introduction option, and the touch display module displays the travel guide interface, and when the at least one attraction introduction option is triggered, the touch display module generates an attraction introduction signal.

The preset travel planning information may include an attraction introduction information. When the touch display module generates an attraction introduction signal, the device processing module controls the touch display module to display the attraction introduction information in the travel guide interface.

Wherein, the travel guide interface has at least one scenic spot transportation option, and the touch display module displays the travel guide interface, and when triggered according to at least one scenic spot transportation option, the touch display module generates the scenic spot communication number accordingly.

The preset travel planning information may include the scenic traffic information. When the touch display module generates the scenic communication number, the device processing module controls the touch display module to display the scenic traffic information on the travel guide interface.

Wherein, the travel guide interface has a travel sharing option, the touch display module displays a travel sharing option, and when the travel sharing option is triggered, the device processing module drives the device transmission module to connect with the server, and The travel sharing interface of the server is displayed through the touch display module.

The touch display module displays the travel sharing interface, and operates according to the touch action in the travel sharing interface. When the travel sharing message is generated, the server receives the travel sharing message to complete the travel sharing operation.

Wherein, the travel guide interface has a plurality of scenic route options, and the touch display module displays the travel guide interface, and according to at least two scenic route options in the plurality of scenic route options, the touch display module is At least two scenic spot planning signals are generated, and the device processing module generates a planning path message according to at least two scenic spot planning signals, and controls the touch display module to display the planned path information in the travel guide interface.

Preferably, the mobile electronic device further includes a positioning module coupled to the device processing module, and the positioning module generates a positioning signal according to the current position of the mobile electronic device.

The device processing module generates an actual travel path message according to the positioning signal, and transmits the actual travel information to the server for storage.

As stated above, the travel itinerary planning and navigation system according to the present invention may have one or more of the following advantages:

(1) This travel itinerary planning and navigation system can enhance the convenience of travel by using the mobile electronic device to store the itinerary navigation program and using the traffic navigation interface to provide relevant traffic information during the user's travel process.

(2) This travel itinerary planning and navigation system can provide convenience for visitors to and from various attractions by using the mobile electronic device to store the itinerary navigation program and using the itinerary navigation interface to display relevant traffic information of various attractions.

(3) This travel itinerary planning and navigation system can provide users with an understanding of the humanities of each attraction by using the mobile electronic device to store the itinerary navigation program and using the itinerary guide interface to display relevant information about the attractions. Convenience.

(4) The travel itinerary planning and navigation system can be used by the mobile electronic device to store the itinerary navigation program to provide a travel sharing interface for the user to connect to the servo terminal using the travel guide interface, and to record the travel experience and process. Other users can be provided as a reference for travel itinerary.

1‧‧‧Travel Itinerary Planning and Navigation System
10‧‧‧Server
100‧‧‧Servo transmission module
1000‧‧‧Travel Planning Requirements Message
101‧‧‧Servo Processing Module
1010‧‧‧Preset trip planning message
1010a‧‧‧ Attractions Information
1010b‧‧‧ Attractions Traffic Information
1010c‧‧‧Sightway Information
1011‧‧‧Travel route information
1012‧‧‧Map design information
1013‧‧‧User account information
102‧‧‧Servo storage module
1020‧‧‧Travel Planning Program
1021‧‧‧Travel planning interface
1021a‧‧‧Travel planning options
1022‧‧‧Travel Sharing Interface
11‧‧‧Mobile electronic devices
110‧‧‧Device Transmission Module
111‧‧‧Device storage module
1110‧‧‧Travel guide program
1111‧‧‧ Traffic Navigation Interface
1111a‧‧‧ Attractions display options
1112‧‧‧Travel guide interface
1112a‧‧‧ attraction introduction options
1112b‧‧‧Sights Transportation Options
1112c‧‧‧Travel sharing options
1112d‧‧‧Sight Path Options
112‧‧‧Touch display module
1120‧‧‧Interface switching signal
1121‧‧‧Attraction introduction signal
1122‧‧‧Sights communication number
1123‧‧‧Travel sharing message
1124‧‧‧Sights Planning Signal
113‧‧‧Device Processing Module
1130‧‧‧ Actual Itinerary Information
114‧‧‧ Positioning Module
1140‧‧‧ Positioning signal
12‧‧‧ Client
120‧‧‧User Transfer Module
121‧‧‧User storage module
1210‧‧‧Travel planning program
122‧‧‧User display module
123‧‧‧User input module
1230‧‧‧Execution signal
124‧‧‧User Processing Module
2‧‧‧Touch action

Figure 1 is a block diagram of a first embodiment of the travel itinerary planning and navigation system of the present invention.
Figure 2 is a schematic diagram of a first embodiment of the travel itinerary planning and navigation system of the present invention.
Figure 3 is a block diagram of a second embodiment of the travel itinerary planning and navigation system of the present invention.
Figure 4 is a schematic diagram of a second embodiment of the travel itinerary planning and navigation system of the present invention.
Figure 5 is a block diagram of a third embodiment of the travel itinerary planning and navigation system of the present invention.
Figure 6 is a first schematic diagram of a third embodiment of the travel itinerary planning and navigation system of the present invention.
Figure 7 is a second schematic diagram of a third embodiment of the travel itinerary planning and navigation system of the present invention.
Figure 8 is a third schematic diagram of a third embodiment of the travel itinerary planning and navigation system of the present invention.
Figure 9 is a fourth schematic diagram of a third embodiment of the travel itinerary planning and navigation system of the present invention.
Figure 10 is a block diagram of a fifth embodiment of the travel itinerary planning and navigation system of the present invention.

In order to understand the technical characteristics, content and advantages of the creation and the effects that can be achieved by the examiner, the author will use the drawings in detail and explain the following in the form of the examples, and the drawings used therein The subject matter is only for the purpose of illustration and supplementary manual. It is not necessarily the true proportion and precise configuration after the implementation of the original creation. Therefore, the proportion and configuration relationship of the attached drawings should not be limited to the scope of patents created in actual implementation. Narration.

The embodiments of the travel itinerary planning and navigation system according to the present invention will be described with reference to the related drawings. For the sake of understanding, the same components in the following embodiments are denoted by the same reference numerals.

Please refer to FIG. 1 and FIG. 2, which are block diagrams and schematic diagrams of a first embodiment of the travel itinerary planning and navigation system of the present invention. As shown, the travel itinerary planning and navigation system 1 includes a server 10 and mobile electronic device 11. The servo terminal 10 includes a servo transmission module 100 and a servo processing module 101. The servo transmission module 100 receives the trip planning request message 1000. The servo processing module 101 is coupled to the servo transmission module 100, and the servo processing module 101 generates a preset trip planning message 1010 according to the trip planning request message 1000. The mobile electronic device 11 includes a device transmission module 110, a device storage module 111, a touch display module 112, and a device processing module 113. The device transmission module 110 is connected to the server 10 and receives a preset trip planning message 1010. The device storage module 111 stores a travel guide program 1110 having a traffic navigation interface 1111 and a travel guide interface 1112. The touch display module 112 displays a traffic navigation interface 1111 and a travel guide interface 1112. The device processing module 113 is coupled to the device transmission module 110, the device storage module 111, and the touch display module 112. The device processing module 113 selectively controls the touch display module 112 to display traffic according to the preset schedule information 1010. The navigation interface 1111 or the display guide navigation interface 1112.

Specifically, the server 10 of the travel itinerary planning and navigation system 1 of the present invention can receive the travel planning request message 1000 of the user, and generate a preset trip planning message 1010, which can be the servo center of the tour operator. The mobile electronic device 11 receives the preset travel planning message 1010 via the device transmission module 110. The mobile electronic device 11 can be an electronic device such as a tablet computer, a smart phone, or a personal digital assistant (PDA), in this embodiment. Take a smart phone as an example, but not limited to it. Then, the device processing module 113 executes the travel navigation program 1110 stored in the device storage module 111, and controls the touch display module 112 to selectively display the traffic navigation interface 1111 or display the travel guide according to the preset travel planning message 1010. Interface 1112.

In this way, while the user holds the mobile electronic device 11, the traffic navigation interface 1111 displayed by the touch display module 112 can be used to understand the traffic related information planned by the travel itinerary, and the touch display can also be utilized. The travel guide interface 1112 displayed by the module 112 is used to learn related information of various attractions in the travel itinerary.

Further, the preset travel planning message 1010 may include the travel route information 1011 and the map design information 1012, and the travel route information 1011 and the map design information 1012 are displayed in the traffic navigation interface 1111.

Therefore, the user can understand the region and the county and city that pass through the travel itinerary through the traffic navigation interface 1111 displayed by the mobile electronic device 11.

Please refer to FIG. 3 and FIG. 4, which are block diagrams and schematic diagrams of a second embodiment of the travel itinerary planning and navigation system of the present invention. Please also refer to Figure 1 and Figure 2. As shown in the figure, the travel itinerary planning and navigation system in the present embodiment is similar to the operation of the same components described in the travel itinerary planning and navigation system of the first embodiment, and therefore will not be described herein. However, it is worth mentioning that, in this embodiment, the server 10 preferably further includes a servo storage module 102, which stores a travel planning program 1020. The travel planning program 1020 has a trip planning interface 1021, and the trip planning interface 1021 has At least one trip planning option 1021a.

In the above, the travel itinerary planning and navigation system 1 preferably further includes a client terminal 12. The client 12 includes a user transmission module 120, a user storage module 121, a user display module 122, a user input module 123, and a user processing module 124. The user transmission module 120 is connected to the server 10. The user storage module 121 stores the trip planning program 1210. The user display module 122 displays the trip planning interface 1021. The user input module 123 receives the execution signal 1230. The user processing module 124 is coupled to the user storage module 120, the user storage module 121, the user display module 122, and the user input module 123. The user processing module 124 executes the trip planning program 1210 according to the execution signal 1230 to drive the user to display. The module 122 displays the trip planning interface 1021, and the user processing module 124 is triggered in accordance with at least one trip planning option 1021a to generate a trip planning request message 1000.

For example, the travel itinerary planning and navigation system 1 of the present invention may further include a user terminal 12 for providing a user to plan a travel itinerary, wherein the client terminal 12 may be a desktop computer, a notebook computer, a tablet computer, or a smart type. An electronic device such as a mobile phone or a personal digital assistant (PDA) is a desktop computer in the embodiment, but is not limited thereto. Therefore, the user can touch the user input module 123 to enable the user input module 123 to receive the execution signal 1230, and cause the user processing module 124 to execute the trip planning program 1210 according to the execution signal 1230. Then, the client 12 is connected to the server 10, and the trip planning interface 1021 stored by the servo storage module 102 is displayed by the user display module 122, and the trip planning interface 1021 has at least one trip planning option 1021a. Finally, the user can use the user input module 123 to trigger at least one trip planning option 1021a to plan a travel itinerary and generate a trip planning request message 1000.

In this way, the travel itinerary planning and navigation system 1 of the present invention can provide the user with the travel planning interface 1021 to plan the travel itinerary, so as to avoid the need for the user to query the travel information by using travel books and online materials. In order to plan a travel itinerary, it takes a lot of time.

It should be noted that, in the above embodiment, the travel itinerary planning and navigation system 1 of the present invention provides a user package travel itinerary. The travel itinerary planning and navigation system 1 of the present invention can also provide a user with a variety of free trips, that is, the travel planning program 1020 stored in the storage module 102 of the present creation can have a plurality of itinerary planning. Option 1021a, such as start date, number of people, mode of transportation, location of departure, etc. Therefore, the user can freely plan the travel of the traveler by planning the travel planning options in the travel planning interface 1021 to improve the freedom of travel planning.

Briefly, the servo storage module 102 of the server 10 of the present invention can pre-store a plurality of preset planning trips, and the server 10 can be based on the date (or number of days) selected by the user, the number of people, the mode of transportation, or the starting point. And at least two preset scheduled trips corresponding to the options selected by the user are searched for by the plurality of preset travel schedules, thereby providing user reference and selection.

Therefore, if the user selects the travel starting date from September 1 to September 5 (or the number of days is five days) by using a plurality of travel planning options, the server 10 searches for the plural stored in the servo storage module 102. The pen pre-plans the itinerary, and selects at least two preset planning trips corresponding to the user selected from September 1 to September 5 (or five days) For example, Taipei to Taichung, Taichung to Kaohsiung or Kaohsiung to Taipei and other preset planning trips, and displayed through the user display module 122 to provide user reference and selection. After the user selects one of the preset planning trips, the trip planning request message 1000 can be generated, and the preset trip planning message 1010 is generated via the servo processing module 101.

In addition, the travel itinerary planning and navigation system 1 of the present invention can also display the travel route information 1011 and the map design information 1012 of the preset travel planning information 1010 by the user display module 122, so that the user can know the travel route planning in advance. Moreover, the travel itinerary planning and navigation system 1 of the present invention can also display the map design information 1012 and the traffic route plan of all the scenic spots by the user display module 122 according to all the scenic spot information included in the preset travel planning information 1010. The path.

In addition, the server processing module 101 can generate the user account information 1013 according to the itinerary planning requirement message 1000, and transmit the user account information 1013 to the client terminal 12, and the mobile electronic device 11 executes the itinerary navigation program 1110, and according to the user terminal 12 The received user account information 1013 is to receive a preset trip planning message 1010.

Therefore, the servo processing module 101 generates user account information 1013, such as a user account and a password, according to the trip planning request message 1000 generated by the user triggering at least one trip planning option 1021a. Then, when the user wants to use the mobile electronic device 11 to make a travel itinerary, the user can input the user account information 1013 on the mobile electronic device 11 to open the travel guide program 1110, and receive the preset travel planning message 1010 to start. Travel itinerary.

Please refer to FIG. 5 to FIG. 9 , which are block diagrams and first to fourth schematic views of a third embodiment of the travel itinerary planning and navigation system of the present invention. Please also refer to Figures 1 to 4 together. As shown in the figure, the travel itinerary planning and navigation system in the present embodiment is similar to the operation of the same components described in the travel itinerary planning and navigation system of the above embodiments, and therefore will not be described herein. However, it is worth mentioning that, in this embodiment, the traffic navigation interface 1111 has at least one attraction display option 1111a, and the touch display module 112 is triggered according to the at least one attraction display option 1111a to generate the interface switching signal 1120, and the device The processing module 113 controls the touch display module 112 to display the travel guide interface 1112 according to the interface switching signal 1120.

That is to say, the traffic navigation interface 1111 displayed by the mobile electronic device 11 of the present invention has at least one attraction display option 1111a. Therefore, when the user wants to view the related introduction information of each attraction in advance or now, the user can use the touch. The control display module 112 triggers at least one of the attraction display options 1111a to cause the touch display module 112 to generate the interface switching signal 1120, and causes the device processing module 113 to control the display of the touch display module 112 according to the interface switching signal 1120. The traffic navigation interface 1111 is switched to the travel guide interface 1112.

Further, the travel guide interface 1112 has at least one attraction introduction option 1112a, and the touch display module 112 displays the travel guide interface 1112. When the at least one attraction introduction option 1112a is triggered, the touch display module 112 generates Attractions introduction signal 1121. The preset travel planning message 1010 can include the attraction introduction information 1010a. When the touch display module 112 generates the attraction introduction signal 1121, the device processing module 113 controls the touch display module 112 to display the information in the travel guide interface 1112. Attractions introduction information 1010a.

Therefore, after the user switches the traffic navigation interface 1111 to the travel guide interface 1112, at least one of the attraction introduction options 1112a in the trigger travel guide interface 1112 can be utilized to select an introduction to the attraction to be viewed, such as Shilin Night Market, Attractions such as Fengjia Night Market or Tainan Chihkan Tower. The touch display module 112 generates the attraction introduction signal 1121 after the user triggers the at least one attraction introduction option 1112a, because the preset travel planning information 1010 is included in the preset travel planning information 1010. And transmitted to the device processing module 113. The device processing module 113 controls the touch display module 112 to display the attraction introduction information 1010a on the travel guide interface 1112.

It should be noted that the mobile electronic device 11 of the present invention can also be connected to the server 10 by the device transmission module 110 to provide the user with the attraction information 1010a in the preset schedule information 1010, for example, Hualien County is not planned in the travel itinerary, and when the user wants to view the introduction of various attractions in Hualien County, the mobile electronic device 11 can be connected to the servo storage module 102 of the server 10 to view the servo storage module 102. The information about the attractions of Hualien County stored in the store.

Further, the travel guide interface 1112 has at least one attraction traffic option 1112b, and the touch display module 112 displays the travel guide interface 1112, and when triggered according to at least one attraction traffic option 1112b, the touch display module 112 is To generate attractions to exchange number 1122. The preset travel planning message 1010 can include the scenic spot traffic message 1010b. When the touch display module 112 generates the scenic spot communication number 1122, the device processing module 113 controls the touch display module 112 to display on the travel guide interface 1112. Attractions traffic message 1010b.

That is, when the user wants to move from the current location of the attraction to another attraction during the tour, the touch display mode can be triggered by triggering at least one of the scenic spot traffic options 1112b in the travel guide interface 1112. The group 112 generates the attraction communication number 1122, and causes the device processing module 113 to control the touch display module 112 to display the scenic spot traffic message 1010b on the itinerary navigation interface 1112. In this way, the user can use the displayed scenic spot traffic message 1010b to understand the convenience of taking a nearby transportation vehicle (such as a bus, train or MRT) to another attraction location.

Further, the travel guide interface 1112 has a travel sharing option 1112c, and the touch display module 112 displays the travel guide interface 1112, and when triggered according to the travel sharing option 1112c, the device processing module 113 drives the device transfer mode. The group 110 is connected to the server 10 and displays the travel sharing interface 1022 of the server 10 via the touch display module 112. The touch display module 112 displays the travel sharing interface 1022, and operates according to the touch action 2 in the travel sharing interface 1022. When the travel sharing message 1123 is generated, the server 10 receives the travel sharing message 1123 to complete the travel sharing. operation.

In short, when the user wants to share the travel experience with other users after traveling to a certain attraction or after the tour, the user can activate the travel electronic device by triggering the travel sharing option 1112c of the travel guide interface 1112. The device 11 is connected to the server 10 such that the touch display module 112 displays the travel sharing interface 1022. Then, the user can input the game experience by the touch display module 112, so that the mobile electronic device 11 generates the travel sharing message 1123, and transmits the message to the server 10 via the device transmission module 110, so that the server 10 receives the tour. Share message 1123.

Therefore, when other users browse the server 10, they can learn about the tour related information of each attraction according to the travel sharing message 1123 uploaded by each user, and can also use the travel sharing message 1123 as the travel itinerary plan. Reference message.

It is to be noted that the mobile electronic device 11 of the present invention can also store the user's time interval from the start of the execution of the travel guide program 1110 to the closing of the travel guide program 1110 by the device storage module 111. Information on the introduction of the attraction as a reference for the evaluation of popular attractions in the future.

Furthermore, the travel guide interface 1112 of the present creation has a plurality of attraction path options 1112d, and the touch display module 112 displays the travel guide interface 1112 and is triggered according to at least two attraction path options 1112d of the plurality of attraction path options 1112d. The touch display module 112 generates at least two scenic spot planning signals 1124, and the device processing module 113 generates a planned path message 1010c according to at least two scenic spot planning signals 1124, and controls the touch display module 112 to be in the travel guide interface. 1112 displays the planning path message 1010c.

That is to say, the travel itinerary planning and navigation system 1 of the present creation can be displayed by displaying a plurality of scenic spot options 1112d (such as Shilin Night Market, Raohe Street Night Market or Lehua Night Market) in the travel guide interface 1112. Provide users with the choice and plan the transportation route between the attractions. Therefore, when the user triggers at least two attraction route options 1112d of Shishilin Night Market and Raohe Street Night Market, the touch display module 112 generates at least two scenic spot planning signals 1124 and transmits them to the device. Processing module 113.

Then, the device processing module 113 generates a planning path message 1010c according to the at least two scenic spot planning signals 1124 (which is slightly similar to the scenic spot traffic message 1010b shown in FIG. 9 and is not otherwise shown here), and controls the touch. The control display module 112 displays on the travel guide interface 1112, such as by Shilin Night Market to Raohe Street Night Market, by bus (takes 1 hour), or by MRT (takes 50 minutes), and walks for 15 minutes. Plan path message 1010c.

In addition, the device processing module 113 can also generate the planning path message 1010c according to the positioning information of the mobile electronic device 11 (such as the current location of the user) and the at least two scenic spot planning signals 1124. Therefore, the planned route message 1010c displayed by the itinerary navigation interface 1112 is 10 minutes walk from the current location to the Shilin Night Market, and the bus from Shilin Night Market to Raohe Street can be taken by bus (takes 1 hour) or takes the ride. It takes (50 minutes) and walks for 15 minutes.

In this way, the travel itinerary planning and navigation system 1 of the present invention can provide the relevant information of the order of the users to play through the scenic spots selected by the user, and simultaneously provide the transportation mode and cost of the various scenic spots. time.

It is worth mentioning that the tour guide interface 1112 of this creation can also be designed to have an attraction route option. The scenic route option includes a list of attractions (the following pull menu), and the list of attractions includes a plurality of scenic spots information (such as Shilin Night market, Raohe Street Night Market or Lehua Night Market, etc.). Therefore, when the user triggers the attraction path option, the touch display module 112 displays the list of attractions. After the user selects at least two attractions information, the device processing module 113 generates a planning path message and controls the touch display module to display the planning path message in the travel guide interface.

Please refer to FIG. 10, which is a block diagram of a fifth embodiment of the travel itinerary planning and navigation system of the present invention. Please also refer to Figures 1 to 8. As shown in the figure, the travel itinerary planning and navigation system in the present embodiment is similar to the operation of the same components described in the travel itinerary planning and navigation system of the above embodiments, and therefore will not be described herein. However, it is worth mentioning that, in this embodiment, the mobile electronic device 11 preferably further includes a positioning module 114 coupled to the device processing module 113. The positioning module 114 is configured according to the current location of the mobile electronic device 11. A positioning signal 1140 is generated. Moreover, the device processing module 113 generates an actual travel path message 1130 according to the positioning signal 1140, and transmits the actual travel information 1130 to the servo end 10 for storage.

Therefore, the present invention can be provided by the user in the action electronic device 11 and in combination with the function options of the travel guide interface 1112 in the foregoing embodiments to provide a user to travel to an unexamined attraction, or When the user is lost in the tour, the location signal 1140 of the current location generated by the positioning module 114 can be used, and the attraction introduction option 1112a or the scenic spot option 1112b in the travel guide interface 1112 can be triggered to learn about the current location of the user. Attractions, or related traffic information to another attraction.

In addition, the travel planning and navigation system 1 of the present invention can also store any positioning signal 1140 generated by the positioning module 114 by the device storage module 111, and generate a path for traveling, and then transmit the device through the device transmission module 110. To the server 10, the related information is used as reference data for the future evaluation package travel recommendation, or to provide reference materials for other users to travel as a free travel.

The above is intended to be illustrative only and not limiting. Any equivalent modifications or alterations to the spirit and scope of this creation shall be included in the scope of the appended patent application.

1‧‧‧Travel Itinerary Planning and Navigation System

10‧‧‧Server

100‧‧‧Servo transmission module

1000‧‧‧Travel Planning Requirements Message

101‧‧‧Servo Processing Module

1010‧‧‧Preset trip planning message

1011‧‧‧Travel route information

1012‧‧‧Map design information

1013‧‧‧User account information

11‧‧‧Mobile electronic devices

110‧‧‧Device Transmission Module

111‧‧‧Device storage module

1110‧‧‧Travel guide program

1111‧‧‧ Traffic Navigation Interface

1112‧‧‧Travel guide interface

112‧‧‧Touch display module

113‧‧‧Device Processing Module

Claims (15)

A travel itinerary planning and navigation system comprising:
A server that contains:
a servo transmission module that receives a trip planning request message; and a servo processing module coupled to the servo transmission module, the servo processing module generating a preset trip planning message according to the trip planning request message; A mobile electronic device comprising:
a device transmission module connected to the server and receiving the preset trip planning message;
a device storage module, which stores a travel guide program, the travel guide program has a traffic navigation interface and a travel guide interface;
a touch display module for displaying the traffic navigation interface and the travel guide interface; and a device processing module coupled to the device transmission module, the device storage module and the touch display module, The device processing module selectively controls the touch display module to display the traffic navigation interface or display the travel guide interface according to the preset travel planning message. The travel itinerary planning and navigation system of claim 1, wherein the server further includes a servo storage module that stores a travel planning program, the travel planning program having a trip planning interface, the trip planning The interface has at least one trip planning option. For example, the travel itinerary planning and navigation system described in claim 2 of the patent scope further includes:
A client that contains:
a user transmission module connected to the server;
a user storage module that stores a trip planning program;
a user display module that displays the trip planning interface;
a user input module that receives an execution signal;
a user processing module coupled to the user transmission module, the user storage module, the user display module, and the user input module, the user processing module executing the trip planning program according to the execution signal to drive The user display module displays the trip planning interface, and the user processing module is triggered according to the at least one trip planning option to generate the trip planning requirement message. The travel itinerary planning and navigation system of claim 3, wherein the server processing module generates a user account information according to the trip planning request message, and transmits the user account information to the client terminal. And the mobile electronic device executes the travel navigation program, and receives the preset travel planning information according to the user account information received by the user terminal. The travel itinerary planning and navigation system as described in claim 1, wherein the preset trip planning message includes a travel route information and a map design information, and the travel route information and the map design information are displayed on the traffic In the navigation interface. The travel itinerary planning and navigation system of claim 1, wherein the traffic navigation interface has at least one attraction display option, and the touch display module generates an interface switch according to the at least one attraction display option being triggered. And the device processing module controls the touch display module to display the travel guide interface according to the interface switching signal. The travel itinerary planning and navigation system of claim 6, wherein the travel guide interface has at least one attraction introduction option, the touch display module displays the travel guide interface, and according to the at least one attraction When the introduction option is triggered, the touch display module generates an attraction introduction signal. The travel itinerary planning and navigation system of claim 7, wherein the preset trip planning message includes an attraction introduction information, and the device processing module is generated when the touch display module generates the attraction introduction signal of the attraction According to the control of the touch display module, the attraction introduction information is displayed on the travel guide interface. The travel itinerary planning and navigation system of claim 6, wherein the travel guide interface has at least one scenic spot transportation option, the touch display module displays the travel guide interface, and according to the at least one attraction When the traffic option is triggered, the touch display module generates an attraction communication number accordingly. The travel itinerary planning and navigation system of claim 9, wherein the preset trip planning message includes an attraction traffic message, and when the touch display module generates the traffic signal of the attraction, the device processing module is The touch display module is controlled to display the scenic traffic information on the travel guide interface. For example, in the travel itinerary planning and navigation system described in claim 6, wherein the travel guide mask has a travel sharing option, the touch display module displays the travel guide interface, and is selected according to the travel sharing option. When triggered, the device processing module drives the device transmission module to connect with the server, and displays a tour sharing interface of the server via the touch display module. The travel itinerary planning and navigation system of claim 11, wherein the touch display module displays the travel sharing interface, and operates according to a touch action in the travel sharing interface to generate a travel sharing When the message is received, the server receives the travel sharing message to complete a travel sharing operation. The travel itinerary planning and navigation system as described in claim 6, wherein the travel guide interface has a plurality of scenic route options, and the touch display module displays the travel guide interface, and according to the plurality of scenic spots When at least two of the path options are triggered, the touch display module generates at least two scenic spot planning signals, and the device processing module generates a planning path message according to the at least two scenic spot planning signals, and controls The touch display module displays the planned route information in the travel guide interface. The travel itinerary planning and navigation system of claim 1, wherein the mobile electronic device further comprises a positioning module coupled to the device processing module, wherein the positioning module is current according to the mobile electronic device Position to generate a positioning signal. The travel itinerary planning and navigation system of claim 14, wherein the device processing module generates an actual travel path message according to the positioning signal, and transmits the actual travel information to the server for performing Store.