CN105761174B - Intelligent scenic spot tour guide system with decryption mode - Google Patents
Intelligent scenic spot tour guide system with decryption mode Download PDFInfo
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- CN105761174B CN105761174B CN201510820846.4A CN201510820846A CN105761174B CN 105761174 B CN105761174 B CN 105761174B CN 201510820846 A CN201510820846 A CN 201510820846A CN 105761174 B CN105761174 B CN 105761174B
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Abstract
The invention provides an intelligent scenic spot guide system with a decryption mode, wherein in the decryption mode, a handheld terminal of a tourist guides the tourist to conduct ordinary tourism and also guides the tourist to search decryption points with decryption levels, the tourist conducts step-by-step decryption on the decryption points, and the handheld terminal of the tourist judges whether the tourist completes ultimate decryption and gives the tourist the authority to visit rewarding scenic spots.
Description
Technical Field
The invention relates to the field of intelligent tourism, in particular to an intelligent scenic spot tour guide system with a decryption mode.
Background
With the continuous increase of national economy and the gradual deepening of the open degree of the foreign countries, the tourism industry of China is developed vigorously and bright spots appear frequently, and the domestic trip market is increased steadily, the outbound trip market is developed continuously and rapidly and the inbound trip market is increased beyond expectations since 2015. Meanwhile, in recent years, "internet +" has become a representative of advanced productivity and new social modalities as a new modality and a new business of internet development under innovation 2.0, and "internet +" has been gradually transformed and affected various industries. Certainly, the internet is also changing the concept of "smart travel" promoted by "internet + travel" in the traditional travel industry with its powerful technical power, and gradually enters the field of view of tourists. The smart tourism is a new mode of tourism informatization development which is based on cloud computing, takes mobile terminal application as a core and takes high-efficiency information services such as perception interaction and the like as characteristics, and aims to provide high-efficiency tourism informatization services for tourists.
An automatic tour guide system in a scenic spot is an important component of intelligent tour, is applied to many scenic spots at present, and provides more convenient and free tour guide service for tourists compared with manual tour guide. The existing automatic tour guide system generally has the functions of positioning and navigation of tourists in a scenic spot, automatic playing of scenic spot detailed introduction and the like, so that basic tour guide service of the tourists visiting in the scenic spot is realized.
Disclosure of Invention
Problems to be solved by the invention
The existing automatic tour guide system does not distinguish different physical conditions or interests among tourists, but adopts a tour guide mode of guiding routes and introducing scenic spots uniformly, so that the touring process of the tourists is not monotonous and uninteresting, and lacks entertainment.
In view of the above problems, it is an object of the present invention to provide an intelligent scenic spot guidance system having a decryption mode in which a tourist can make a tour of a scenic spot, thereby experiencing an intelligent scenic spot guidance service with entertainment.
Means for solving the problems
The invention provides an intelligent scenic spot guide system with a decryption mode, wherein in the decryption mode, a handheld terminal of a tourist guides the tourist to conduct ordinary tourism and also guides the tourist to search decryption points with decryption levels, the tourist conducts step-by-step decryption on the decryption points, and the handheld terminal of the tourist judges whether the tourist completes ultimate decryption and gives the tourist the authority to visit rewarding scenic spots.
ADVANTAGEOUS EFFECTS OF INVENTION
According to the invention, the intelligent scenic spot tour guide system with the decryption mode is provided, and tourists can visit in the decryption mode, so that the tourists can complete conventional tourism and perform other exploration experiences with more fun, travel through fun and fully feel rich and interesting intelligent tour guide services in scenic spots.
Drawings
FIG. 1 is a block diagram showing the overall system architecture of the present invention;
FIG. 2 is a hardware layout diagram showing a guest handheld terminal of the present invention;
FIG. 3 is a schematic diagram showing an interaction pattern of the present invention;
FIG. 4 is a flow chart illustrating a generic tour mode of the present invention;
FIG. 5 is a flow chart illustrating game play mode selection of the present invention;
FIG. 6 is a flow chart showing the decryption mode of the present invention;
FIG. 7 is a flow chart showing the present invention after decryption is complete in the decryption mode;
FIG. 8 is a flow chart showing a treasure hunt mode of the present invention;
fig. 9 is a flowchart showing a role playing mode of the present invention.
Detailed Description
The invention is explained in further detail below with reference to the figures and examples. The following examples are intended to illustrate the invention, but are not intended to limit the scope of the invention.
As shown in fig. 1, the intelligent scenic spot tour guide system of the present invention includes a cloud 1, an upper computer terminal 2, a handheld guest terminal 3, and a real object control terminal 4.
The cloud end 1 is constructed on the internet, is provided with a cloud computing infrastructure consisting of a cloud computing platform, related system software and network equipment, and is used for storing various information resources such as scenic spot basic data (including characters, videos, pictures, voice introduction and the like), scenic spot operation data (including fare, tourists, real-time activities, video monitoring and the like), and can share information such as related connections and the like when a large number of users access simultaneously and concurrently through centralized data access, so that the efficiency is improved.
The upper computer end 2 is a client of the cloud end 1 and a server of the tourist handheld terminal 3, the upper computer end 2 can receive information bulletins of the cloud end 1 and visit scenic spot data stored on the cloud end 1, and meanwhile, the upper computer end 2 is responsible for managing the tourist handheld terminal 3 in the current scenic spot range and uploading relevant information of the tourist handheld terminal 3 to the cloud end 1.
The tourist handheld terminal 3 is a portable device which is used by tourists in a scenic spot in a handheld manner, and has the functions of positioning and navigating in the scenic spot, recording walking tracks, introducing scenic spots, pushing announcement notifications, monitoring tourist states, feeding back in the scenic spot and the like.
As shown in fig. 2, the handheld terminal of the tourist is implemented by using a multifunctional single chip microcomputer, and is internally provided with a ZigBee module, a radio frequency module, a touch screen module, a GPS module, an SD card expansion module, a key module, an alarm module and the like, and the single chip microcomputer is connected with each module to implement multi-parameter sensing and processing.
The real object control end 4 may include a scenic spot access control end and a sensor control end located at predetermined positions, and these scenic spot access control end and sensor control end are disposed at artificially set positions, such as rewarding scenic spots in a decryption mode or sensors in a treasure hunt mode and a role play mode, and are used to cooperate with the design of a tour mode to perform real object control in scenic spots.
The intelligent scenic spot tour guide system of the invention has a plurality of interaction modes, specifically, as shown in fig. 3, the interaction modes can be divided into a general tour mode and a game tour mode; the game play mode is further classified into a decryption mode, a treasure hunt mode, and a role playing mode.
The general tour mode is suitable for tourists who have little knowledge of the relevant background of the scenic spot, or are not interested in games and challenging items, or have hypertension, heart disease and the like which are not suitable for participating in the games. In the general tour mode, the visitor can enjoy the conventional intelligent tour guide service.
The decryption mode is adaptive to the crowd: the tourists are required to have certain historical knowledge, have certain understanding on the humanistic historical allusions of the scenic spot in the city, have certain decryption experience and challenge spirit, and have certain involvement on the ancient literature, the ancient people and the historical events related to the scenic spot. The advantages of this mode are: the interest of tourism can be enhanced, the tourism and historical humanity can be combined, tourists can be guided to arrive at scenic spots which cannot be reached by common tourists, corresponding rewards can be obtained, and the impression of the tourists on the scenic spots is deepened.
Treasure searching mode is suitable for people: the tourists are required to know the terrain and history of the scenic spot to a certain extent, and love exploration is favored, so that the scenic spot is particularly suitable for juvenile groups, the teenagers can be guided to deeply learn the geography and history of the scenic spot visited, brainstorming is started to finish tasks, and rewards are obtained. The advantages of this mode are: can strengthen the interest of tourism, combine together tourism and historical humanity to can encourage visitor's team to seek treasured, to some team that seek treasures, when the crowd who finds treasure exceeds a certain quantity and can open corresponding artifical sight spot, like fountain, light etc. the visitor can obtain corresponding reward simultaneously, deepens the impression of visitor to this sight spot.
Role-playing patterns are adapted to the population: the history, the humanity and the related narrative stories of the scenic spot are known to a certain extent, and related characters are known to a certain extent, so that the understanding of the characters can be deepened in the whole touring process, and all historical allusions of the characters in the scenic spot are mastered. The advantages of this mode are: can strengthen the interest of tourism and the enthusiasm of exploring, combine together tourism and historical humanism to can be interactive between the different personalities, strengthen the interdynamic between the visitor around, deepen the impression of visitor to this sight spot.
Each tourist needs to be equipped with a tourist handheld terminal when entering the garden, and the upper computer end 3 is divided into an ordinary tourism mode upper computer end, a decryption mode upper computer end, a treasure searching mode upper computer end and a role playing mode upper computer end corresponding to different interaction modes selected by the tourist handheld terminal. The handheld terminal of the tourist is firstly defaulted to be connected with the upper computer terminal in the common tourism mode, and firstly prompts the tourist to select the interaction mode.
Fig. 4 is a flowchart of the general tour mode. As shown in fig. 4, after the power of the handheld terminal of the tourist is turned on, a dialog box of "whether to recommend the tour mode" pops up, and if the power of the handheld terminal of the tourist selects "no", the tourist enters the ordinary tour mode. The tourist enters a common tourism mode and pops out a dialog box to determine whether to start a GPS, if the tourist selects no, the tourist enters a walking mode, in the walking mode, the tourist is not navigated, the handheld terminal is equivalent to an electronic tour guide, the handheld terminal can automatically pop out the dialog box at a position with explanation triggering to determine whether the dialog box needs explanation, if the tourist selects yes, the explanation of the scenic spot, the landscape, the plant or the cultural relic and the like is carried out, the picture and the video are matched, and meanwhile, the handheld terminal can also receive the notice sent by the cloud end and can contact with the cloud end customer service to seek manual help; when the tourist selects to start the GPS function, the tourist position of the tourist is positioned in real time, the handheld terminal plans an optimal tourist route according to the selection of the tourist, carries out real-time navigation on the tourist process of the tourist, can judge whether the tourist deviates from the route according to the actual tourist route of the tourist and carries out real-time route planning and adjustment, and has all functions of a walking mode.
Fig. 5 is a flow chart for game play mode selection. As shown in fig. 5, if the guest selects "yes" in the above-described "whether or not the tour mode needs to be recommended" dialog box, the selection recommendation in the game tour mode is entered. The selection recommendation of the game touring mode is to automatically judge the most suitable game touring mode of the tourists by the system and recommend the mode to the tourists through the test of answering questions of the tourists. First, the tourists need to be asked for preheating, and the questions can be used for testing the tourists in a mode of selecting questions, particularly single-choice questions, and the contents of the questions can comprise: (1) basic tourist information and physical condition; (2) the psychological bearing capacity of the guest; (3) guest quality condition; (4) the tourists can know the basic situation and the important history of the scenic spot and the city. Wherein the questions of the (4) aspect can be related knowledge questions randomly selected from a question bank established by the system, and the total number of the questions is not too large. According to the answer condition of the tourist to the questions, the system automatically judges whether the tourist is suitable for the game tour mode, if the tourist is not allowed to have physical or psychological conditions (such as hypertension, heart disease patients and the like), the system is forced to be switched into the common tour mode, for the suitable tourist, the system also carries out automatic recommendation of the game tour mode according to the answer condition, namely one of a decryption mode, a treasure searching mode or a role playing mode, and pushes rules and cautions required to be followed by the recommended game tour mode for the tourist to read, and if the tourist is willing to follow the cautions, the system enters the corresponding game tour mode.
The first mode is a decryption mode, if the tourists enter the decryption mode, the tourists hold the terminal to send a connection signal to the decryption mode upper computer end, the decryption mode upper computer end is connected after being checked and approved, after the connection is successful, the tourists hold the terminal to send basic information of the tourists to the decryption mode upper computer end, and the decryption mode upper computer end classifies the tourists and takes relevant measures according to the basic information. If the tourists with the hidden health risks are marked, the tourists can be in emergency at the first time if the danger occurs in the process of visiting the tourists; for example, for tourists with slight consciousness on cultural relic protection, the difficulty of the subsequent test questions is properly increased.
Fig. 6 is a flowchart of the decryption mode. As shown in fig. 6, after entering the decryption mode, the tourist selects a scenery spot he wants to visit in the scenic spot on the handheld terminal, the handheld terminal sends the information selected by the scenery spot to the decryption mode upper computer, the decryption mode upper computer performs the optimal tour path planning according to the information selected by the scenery spot of the tourist, the number of visitors and the reception capability of each current scenery spot, marks of the decryption point are marked on the route planning line, and the information is sent to the handheld terminal, so that the tourist can read the information on the handheld terminal. Then, the tourist can manually select the decryption point or automatically search the nearest decryption point, and the tourist can start navigation after agreeing. The tourist can visit according to the navigation information, and if the tourist deviates from the navigation route in the visiting process, the route is automatically re-planned, the nearest decryption point is searched, and meanwhile, the tourist is navigated again. When meeting the scenic spot needing explanation in the tourist visiting process, automatically popping up a dialog box to prompt whether the explanation is needed, if the tourist needs explanation, carrying out image-text explanation and continuing navigation after the explanation is finished; if the guest chooses "no," the navigation continues until a decryption point is found. The decryption grade is divided into a plurality of grades, and a puzzle question library with a corresponding grade is arranged on the upper computer end of the decryption mode. When the tourist reaches a certain one-level decryption point, the handheld terminal triggers and sends a decryption request to the decryption mode upper computer terminal, the decryption mode upper computer terminal extracts the riddle from the one-level riddle library and sends the riddle to the handheld terminal, the tourist decrypts the riddle, and the decryption mode upper computer terminal judges the correctness of the decryption answer of the tourist and records the decryption answer. Then, the upper computer end of the decryption mode judges according to the record: if the guest correctly completes puzzle decryption of the primary decryption point and the decryption number reaches the standard, entering secondary decryption; if the tourist cannot finish the puzzle decryption of the primary decryption point and the decryption error of the tourist reaches a certain number (the working personnel sets the decryption by themselves according to the situation), the tourist forcibly enters the ordinary tour mode, and the handheld terminal is disconnected from the decryption mode upper computer end and is reconnected to the ordinary tour mode upper computer end; in addition, if the number of the first-level decryption points of the tourists does not reach the upgrading target, the next first-level decryption point is continuously searched, if the next first-level decryption point does not exist (namely all the first-level decryption points are browsed), the ordinary tour mode is also forcibly entered, and if the next first-level decryption point exists, the steps of searching the decryption points and decrypting are repeated. After the tourist enters the secondary decryption, the system searches a secondary decryption point and enables the tourist to answer puzzles in a secondary puzzle question bank so as to judge whether the tourist can enter the final decryption; after the tourist enters final decryption, the system searches a final decryption point and enables the tourist to answer puzzles in a final puzzle question bank so as to judge whether the tourist completes the final decryption; the steps of searching for the decryption points, solving the puzzle and judging are similar to the first-level decryption, and are not described herein again.
Fig. 7 is a flowchart after decryption is completed in the decryption mode. As shown in fig. 6, after the guest finishes the final decryption, the guest will obtain the key of the rewarding scenic spots, a plurality of rewarding scenic spots can be designed according to the specific situation of the scenic spot, these rewarding scenic spots are isolated from the common scenic spots by the entrance guard controlled by the scenic spot entrance guard control end, the handheld terminal opens the navigation of the rewarding scenic spot with the nearest distance, when the guest arrives at a certain rewarding scenic spot, the scenic spot entrance guard control end judges whether the handheld terminal in the guest is the terminal that has obtained the tour right, if the terminal that has obtained the tour right, the guest can enter the tour after inputting the key, if not, the guest is not allowed to enter. After the tourists finish the tourists, the handheld terminal prompts the tourists to determine whether to enter the next round of challenge, if the tourists select 'no', the handheld terminal is disconnected from the upper computer terminal in the decryption mode and is reconnected to the upper computer terminal in the common tourists mode; if the guest chooses "yes," the next round of decryption challenge is entered to obtain the keys for other bonus attractions.
The rewarding scenic spots can be arranged at scenic spots with cultural relics or ancient trees and the like which need to be protected in a key mode, whether cultural relic protection consciousness exists in the subconscious of the tourists can be judged through the decryption process of the tourists, and the scenic spots which need to be protected in a key mode are only opened to the tourists with strong cultural relic protection consciousness. Through the design, the decryption mode can select the visiting crowd at the rewarding scene point, so that the visiting crowd is open to the suitable visiting people.
The second mode is for seeking precious mode, if the visitor has got into this mode, then the handheld terminal of visitor sends the connection signal to seeking precious mode host computer end, seeks precious mode host computer end and examines and go on connecting after passing, and the handheld terminal of visitor sends the basic information of visitor to seeking precious mode host computer end earlier after the connection succeeds, seeks precious mode host computer end and classifies the visitor and takes relevant measure in view of the above. If the tourists with the health risks are marked, the tourists can be in emergency at the first time if the danger occurs in the process of visiting the tourists.
Fig. 8 is a flowchart of the treasure hunt mode. As shown in fig. 8, after entering into the treasure hunt mode, the tourist selects a scenic spot in the scenic spot on the handheld terminal, the handheld terminal sends the information selected by the scenic spot to the treasure hunt mode upper computer, the treasure hunt mode upper computer performs the optimal route planning according to the information selected by the tourist and the number of visitors and reception capabilities of each scenic spot, and simultaneously issues the planning to the handheld terminal, so that the tourist can read on the handheld terminal, and at the same time, explores a dialog box to inquire about the tourist whether to accept the route, if the tourist accepts the route planning, the navigation is started, and if the tourist does not accept the route planning, the route is re-planned until the tourist accepts the route. Secondly, the tourist visits according to the navigation path, when meeting the scenic spots needing explanation in the visiting process, a dialog box is automatically popped up to prompt whether the explanation is needed, if the tourist needs explanation, the tourist can explain the pictures and texts in an abundant way, and the tourist continues navigation after the explanation is finished; if the guest selects "no," the navigation continues. The tourist can find the treasure point according to the suggestion until a certain treasure point is close to in the touring process, the portable terminal sends arrival information to the treasure searching mode upper computer end after the treasure point is found, and the treasure searching mode upper computer end randomly extracts tasks from the task library of corresponding grades according to the grade of the treasure point where the tourist is located. After the tourist finishes the specified task, the upper computer end of the treasure hunting mode judges the completion condition of the tourist, if the completion condition is finished, the tourist can obtain a certain number of reward coins related to the grade of the treasure hunting points, and then conducts treasure hunting of the next round; if the records are not finished, an unfinished record is generated, when the unfinished records of the tourists reach a certain number, the tourists are forced to enter a common touring mode, the handheld terminal is disconnected from the upper computer terminal in the treasure hunting mode and is reconnected to the upper computer terminal in the common touring mode, and besides, the treasure hunting of the next round is also carried out. When the tourists finish the tourists, namely the handheld terminal reaches the navigation terminal, the tourists finish the treasure searching, the upper computer end in the treasure searching mode counts the number of the reward coins obtained by the tourists in the whole tourists visiting process and distributes the reward coins to the handheld terminal, and the tourists can hold the virtual reward coins on the handheld terminal for reward exchange, such as entrance ticket exemption or mascot change and the like.
The task in the treasure hunt mode can be to answer questions related to historical geographic humanity and the like of the scenic spot; the tourist can also be involved in tasks that the tourist can reach, for example, the tourist can throw garbage into a garbage can, and a sensor is arranged on a certain garbage can near the treasure searching point to detect whether the tourist completes the task of throwing the garbage. Through the design, the treasure searching mode can improve the learning consciousness of tourists and enhance the literacy of scenic spots.
And the third mode is a role playing mode, if the tourists enter the mode, the tourists hand-held terminal sends a connection signal to the role playing mode upper computer terminal, the role playing mode upper computer terminal is connected after being checked and approved, the tourists hand-held terminal sends the basic information of the tourists to the role playing mode upper computer terminal after the connection is successful, and the role playing mode upper computer terminal classifies the tourists and takes relevant measures according to the basic information. If the tourists with the health risks are marked, the tourists can be in emergency at the first time if the danger occurs in the process of visiting the tourists.
Fig. 9 is a flowchart of the role playing mode. As shown in fig. 9, after entering the role playing mode, the handheld terminal of the guest displays the selectable roles, the scenic spots associated with each role, and the tasks at each associated scenic spot, and the guest can select the roles according to their own preferences and the tourism needs; after the tourist selects the played role, the handheld terminal conducts detailed introduction of the role, the related scenic spots and scenic spot tasks in a video and/or picture and/or voice explanation mode and the like, and the tourist can determine whether to reselect the role according to the introduction until the tourist selects a satisfactory role. Secondly, planning a tour path according to the role selected by the tourist, starting navigation, visiting the tourist according to the navigation, automatically popping up a dialog box to prompt whether explanation is needed or not when meeting the scenic spot needing explanation in the tour process, if the tourist needs explanation, carrying out image-text explanation, and continuing the navigation after the explanation is finished; if the guest selects "no," the navigation continues. When a tourist arrives at a certain task scenic spot, the handheld terminal sends arrival information to the role playing mode upper computer terminal, the role playing mode upper computer terminal issues a task according to the role of the tourist and the task scenic spot information, and then the tourist executes the task. Then, the upper computer terminal in the role playing mode judges the condition that the tourist completes the task, and if the tourist completes the task, the upper computer terminal can navigate the tourist to the next task sight spot until the ultimate task is completed; and if the tourist does not finish the task, the tourist is switched to the ordinary tour mode. If the guest completes the ultimate mission, the guest may be awarded certain rewards, such as ticket exemption or mascot change.
The task in the role playing mode can be to find a person or an article, for example, the task of role-like bride at a golden mountain scenic spot is to find a prosperous, and a sensor arranged on the person or the article is utilized to detect whether a tourist completes the task of finding; the two roles can also carry out pk, and the online game can be carried out by two handheld terminals, wherein the success of the task is the party winning the game, and the failure of the task is the party failing the game. Through above-mentioned design, interest and enthusiasm when can strengthen visitor's sight to because visitor's tour route has fixed design in the role play mode, can carry out certain reposition of redundant personnel, the pressure of reception of average sight spot to the visitor.
Claims (17)
1. The utility model provides an intelligence scenic spot guide system with decryption mode, its includes high in the clouds, host computer end, visitor handheld terminal and sight spot entrance guard control end, its characterized in that:
the cloud end is provided with a cloud computing infrastructure consisting of a cloud computing platform, related system software and network equipment, is used for storing various information resources including scenic region basic data and scenic region operation data, and can share information related to connection when a large number of users access simultaneously and concurrently through centralized data access;
the upper computer end is a client end of the cloud end and a server end of the tourist handheld terminal, can directly access the information resources stored on the cloud end, and is responsible for managing the tourist handheld terminal in the current scenic spot range and uploading the related information of the tourist handheld terminal to the cloud end;
the tourist handheld terminal is a portable device which is handheld by tourists in a scenic spot and has the functions of positioning and navigating in the scenic spot, recording walking tracks, introducing scenic spots, pushing announcement, monitoring tourist states and feeding back in the scenic spot;
the intelligent scenic spot tour guide system is provided with a tour mode of a decryption mode, in the decryption mode, the tourist handheld terminal guides the tourist to conduct ordinary tour and simultaneously guides the tourist to search decryption points with decryption levels, the tourist conducts step-by-step decryption on the decryption points, and the tourist handheld terminal judges whether the tourist completes ultimate decryption and gives the tourist the authority to visit rewarding scenic spots; the entrance guard of scenic spot entrance guard control end control is isolated through passing through between rewarding nature sight spot and the ordinary sight spot.
2. The intelligent scenic spot tour guide system of claim 1, wherein: the decryption mode is suitable for selecting the visitors at the rewarding scene point to open the visitors appropriately.
3. The intelligent scenic spot tour guide system of claim 1, wherein: the upper computer end comprises a decryption mode upper computer end, and in the decryption mode, the tourist handheld terminal is connected with the decryption mode upper computer end.
4. The intelligent scenic spot tour guide system of claim 3, wherein: and the upper computer terminal in the decryption mode classifies the tourists according to the basic information of the tourists so as to take relevant measures.
5. The intelligent scenic spot tour guide system of claim 3, wherein: after entering the decryption mode, the tourist selects the scenic spot which the tourist wants to visit in the scenic spot on the handheld terminal, the handheld terminal sends the information selected by the scenic spot to the decryption mode upper computer, the decryption mode upper computer performs optimal tour path planning according to the information selected by the scenic spot of the tourist, the number of visitors and the reception capacity of the scenic spots at present, marks of decryption points are marked on the route planning line, and the information is issued to the handheld terminal, so that the tourist can read the information on the handheld terminal.
6. The intelligent scenic spot guide system as claimed in claim 1 or 5, wherein: in the decryption mode, a tourist manually selects a decryption point or automatically searches the nearest decryption point, and the tourist starts navigation by holding the terminal according to the information of the decryption point.
7. The intelligent scenic spot tour guide system of claim 1, wherein: in the decryption mode, when the guest arrives at the location with the explanation trigger, it is prompted whether explanation is needed.
8. The intelligent scenic spot tour guide system of claim 3, wherein: and a puzzle question bank corresponding to the decryption grade is arranged in the upper computer terminal of the decryption mode.
9. The intelligent scenic spot tour guide system of claim 8, wherein: the decryption process of the tourist on the decryption point is as follows: and the decryption mode upper computer randomly extracts puzzles from the puzzle library corresponding to the decryption grade of the decryption point and sends the puzzles to the handheld terminal, the tourists decrypt the puzzles on the handheld terminal, and the decryption mode upper computer judges the correctness of decryption answers of the tourists and records the decryption answers.
10. The intelligent scenic spot tour guide system of claim 9, wherein: and the upper computer in the decryption mode judges according to the record: and if the guest correctly completes the decryption and the decryption number of the current decryption level reaches the standard, entering the next level of decryption.
11. The intelligent scenic spot tour guide system of claim 9, wherein: and the upper computer in the decryption mode judges according to the record: if the tourist does not finish the decryption correctly and the decryption error of the current decryption level reaches a certain number, the tourist mode is switched to the ordinary tour mode.
12. The intelligent scenic spot tour guide system of claim 9, wherein: and the upper computer in the decryption mode judges according to the record: if the tourist completes the decryption correctly but the decryption number of the current decryption level does not reach the standard, or the tourist does not complete the decryption correctly but the decryption error of the current decryption level does not reach a certain number, continuing to search the decryption point of the next current decryption level; if the decryption point of the next current decryption level does not exist, switching to a common tour mode, and if the decryption point of the next current decryption level exists, repeatedly searching the decryption point and decrypting.
13. The intelligent scenic spot tour guide system of claim 1, wherein: the number of rewarding attractions is multiple.
14. The intelligent scenic spot tour guide system of claim 1, wherein: when the guest finishes the ultimate decryption, the guest will obtain the key of the rewarding sight.
15. The intelligent scenic spot tour guide system of claim 14, wherein: when the tourist finishes final decryption and arrives at the rewarded scenic spot, the scenic spot access control terminal judges whether a handheld terminal in the tourist is a terminal acquiring the tour authority, if so, the tourist can enter the tour after inputting the secret key, and if not, the tourist is not allowed to enter the terminal acquiring the tour authority.
16. The intelligent scenic spot tour guide system of claim 1, wherein: the progressive decryption may be performed in multiple rounds.
17. The intelligent scenic spot tour guide system of claim 1, wherein: the rewarding scenic spots are arranged at scenic spots with cultural relics or ancient trees which need to be emphatically protected in the scenic area.
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Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1843539A (en) * | 2006-05-25 | 2006-10-11 | 倚天资讯股份有限公司 | Positioning information-linked game system and its method |
| CN101968833A (en) * | 2010-10-27 | 2011-02-09 | 福州一点通广告装饰有限公司 | Virtual three-dimensional tourism real-time online intelligent navigation interactive traveling system |
| CN102958573A (en) * | 2010-06-24 | 2013-03-06 | 微软公司 | Virtual and location-based multiplayer gaming |
| JP2014181916A (en) * | 2013-03-18 | 2014-09-29 | Toyota Mapmaster Inc | Navigation device and method thereof, computer program for navigation, and recording medium with computer program recorded thereon |
| CN104331926A (en) * | 2014-10-09 | 2015-02-04 | 一派视觉（北京）数字科技有限公司 | Manufacturing method for three-dimensional virtual scene tour-guiding and view-guiding system |
| CN104864880A (en) * | 2014-02-25 | 2015-08-26 | 福特全球技术公司 | Method and apparatus for providing a navigation route having multiple associated points of interest |
| CN104952007A (en) * | 2015-06-25 | 2015-09-30 | 华迪计算机集团有限公司 | Tour guide terminal system and tour guide method |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI511069B (en) * | 2013-11-28 | 2015-12-01 | Inst Information Industry | Travel plan apparatus, method and storage media |
-
2015
- 2015-11-23 CN CN201510820846.4A patent/CN105761174B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1843539A (en) * | 2006-05-25 | 2006-10-11 | 倚天资讯股份有限公司 | Positioning information-linked game system and its method |
| CN102958573A (en) * | 2010-06-24 | 2013-03-06 | 微软公司 | Virtual and location-based multiplayer gaming |
| CN101968833A (en) * | 2010-10-27 | 2011-02-09 | 福州一点通广告装饰有限公司 | Virtual three-dimensional tourism real-time online intelligent navigation interactive traveling system |
| JP2014181916A (en) * | 2013-03-18 | 2014-09-29 | Toyota Mapmaster Inc | Navigation device and method thereof, computer program for navigation, and recording medium with computer program recorded thereon |
| CN104864880A (en) * | 2014-02-25 | 2015-08-26 | 福特全球技术公司 | Method and apparatus for providing a navigation route having multiple associated points of interest |
| CN104331926A (en) * | 2014-10-09 | 2015-02-04 | 一派视觉（北京）数字科技有限公司 | Manufacturing method for three-dimensional virtual scene tour-guiding and view-guiding system |
| CN104952007A (en) * | 2015-06-25 | 2015-09-30 | 华迪计算机集团有限公司 | Tour guide terminal system and tour guide method |
Non-Patent Citations (1)
| Title |
|---|
| 基于移动设备的增强现实教育游戏开发;曹杨璐;《中国优秀硕士学位论文全文数据库信息科技辑》;20141115(第11期);I138-545 * |
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