KR20200002491A - Augmented Reality Based Areas of Specialization Information Service Providing System - Google Patents

Abstract

According to the present invention, provided is a regional specialization guidance service providing system based on augmented reality which comprises: a library in which a location of a tourism place and guidance information guiding the tourism place are stored; a path setting module including a tourism selection unit selecting the plurality of tourism places and a path generation unit generating a path of sequentially moving each tourism place; a guidance module recognizing surroundings through a smartphone of a user when arriving at the tourism place and providing the guidance information corresponding to the tourism place based on augmented reality; a mission providing module including a mission setting unit providing a mission for each tourism place and a performance determining unit determining whether the mission is performed; and a compensation module providing compensation to the user in accordance with the performance of the mission.

Description

Augmented Reality Based Areas of Specialization Information Service Providing System}

The present invention is to enable the use of localized content in a guide service providing system based on augmented reality, using augmented reality (Augmented Reality) method by using localized content in the town with local characteristics such as fishing village, mountain village, rural Through the guide service providing system that enables the user to experience the village in a variety of ways.

The words VR (virtual reality) and AR (augmented reality), which were unfamiliar a few years ago, are now attracting attention as future jobs for creating content. Such virtual reality or augmented reality has become a content that anyone can easily experience and use according to the general dissemination of smart phone, a portable terminal that has been developed dramatically. Especially, once content is produced, everyone uses their own smartphone. Recently, various local governments have been enthusiastic about developing localized contents based on virtual reality and augmented reality in that they can enjoy customized contents to which their requirements can be easily applied.

In the case of virtual reality, a separate HMD or display device is required to output the virtual reality space in connection with the user's smartphone, and basically requires an installation equipped with safety equipment for the user's safety. However, since the whole visible to the user is a medium that is virtually reconstructed, a natural virtual experience is possible.

In the case of augmented reality, an additional virtual object is displayed by synthesizing the virtual object in addition to the actual photographed image through the terminal screen of the user's smartphone, etc., and since there is no need for additional safety equipment because it is based on the image of the actual surrounding There is also a problem that there is some degree of heterogeneity that occurs when a virtual object is synthesized in an image.

In order to solve this problem, the following prior patent is filed.

First, Korean Patent No. 10-1814299 'Treasure hunt zone activation advertisement promotion system and its driving method for inducing an increase in the number of visitors through the performance of the mission', relates to the treasure hunt zone (zone) received from the advertiser terminal At least one of the geographic details, the quiz mission, and the reward information is stored as a big data stored in the treasure hunt app application, the mission execution path based on at least one mission point when the user terminal is located in at least one mission point Gives a quiz mission through the treasure hunt app application automatically assigning the, and automatically checks whether the correct answer for the mission performance answer received from the user terminal by matching the answer scores identified by the correct answer check 1: 1 The award includes the right to draw, the prize redemption and the right to earn points It relates to an advertisement promotion system that allows consumers to actively participate in offline advertising events by instructing at least one of the information to be rewarded through the treasure hunt app application.

The advertisement promotion system does not have AR or VR applied to the performance of the mission, and furthermore, the input / output itself is somewhat problematic in that it is used as an aid to travel to view the surrounding environment or the landscape in connection with the tourist application.

As another prior art, Korean Laid-Open Patent Publication No. 10-2016-0134172, 'An apparatus and method for providing a game based on tourist information', answers a content generating unit and a game that provides information related to cultural tourist attractions by region. If the user enters, the game providing device including a content management unit for determining whether or not to accept the answer entered by the user based on the current location of the user.

This prior art is somewhat too far apart to provide realistic content even in comparison with the prior art, so it is too difficult to be consumed as a desired level of travel assistance content.

As a result, localized contents can be used in a system for providing a localized guide service based on augmented reality.The user can use the augmented reality method by using localized contents in a village with regional characteristics such as a fishing village, a mountain village, and a rural area. There is a need to develop a guide service providing system that enables tourists to experience the village in a variety of ways.

The present invention has been made to overcome the problems of the above technology, and provides a system that enables route guidance and information guidance to tour the villages with local characteristics, such as fishing villages, mountain villages, rural areas based on augmented reality.

In addition, it provides a system to experience various cultures, history, tales, etc. through augmented reality by using local specialized contents to induce interest in users' tourism.

Furthermore, based on the augmented reality, the user provides guidance by comparing the information of the object needed by the user in the designated tourist route with the objects around the user, so that the user can make a more complex choice in visiting and selecting the object. Do it.

In order to achieve the above object, the augmented reality-based region-specific guide service providing system according to the present invention, the location of the tourist site, the library storing the guide information for guiding the tourist place; A route setting module including a tourism selection unit for selecting a plurality of the tourism places, and a route generation unit for generating a route for sequentially moving each tourism place; A guide module for recognizing the surroundings through a user's smart phone upon arrival at the tourist spot and providing guide information corresponding to the tourist spot based on augmented reality; A mission provision module including a mission setting unit for providing a mission for each tourist spot and a performance determination unit for determining whether the mission is performed; And a compensation module for providing a reward to the user depending on whether the mission is performed.

Further, a dictionary structure is located in an area before arrival of the tourist place in the route, and the library includes a message database in which a plurality of instruction messages containing the contents of promotion of the tourist place are stored for each tourist place, and the guide module includes: And a structure recognizing unit for recognizing the dictionary structure through the smartphone, and an instruction message providing unit for providing the user with the instruction message for the tourist place around the recognized dictionary structure through the smartphone. do.

In addition, a guide structure having a guide marker including a unique main ID is located at the tourist spot, and a dictionary having a dictionary marker including a sub ID subordinate to the main ID in the area before arrival of the tourist spot on the route. The structure is located, and the library includes an ID database capable of recognizing the guide structure and the pre-structure assigned to the main ID and the sub ID, and an instruction message containing the contents of promotion of the tourism place. And a message database, wherein the guide module receives a sub ID of the dictionary marker through the smart phone, compares it with the ID database, and recognizes the dictionary structure assigned to the sub ID; , To the user, the instruction message for the tourist place around the recognized dictionary structure. Providing an indication message for providing a plurality of different indication messages to the user through the smart phone by the distance and time of the user from the pre-structure recognition time until the user arrives at the tourist place. It is characterized by comprising a part.

In addition, the library, the object database storing the location and shape of the object consisting of any one of buildings, facilities, natural objects located in the tourist site, and the classification criteria classified into higher classification and subclassification by tourism purpose and subject An object code database storing the attribute code assigned to the object by means of the object code and a plurality of comparison content databases containing comparison contents between the objects of the different tourist sites. Whether the object recognition unit for recognizing the position and shape of the object displayed on the screen of the smart phone in the tourist place, and the attribute code assigned to each of the object located in the subsequent tourist place of the tourist place and the recognized object is the same classification A classification grasp unit for grasping the two attributes When the code is identified as the same classification, characterized in that it comprises a comparison output unit for providing the comparison content for the two targets through the smart phone.

Augmented reality based localized specialized service providing system according to the present invention,

1) Based on the augmented reality, it is possible to induce the user's tourism interest by providing a system that enables route guidance and information guidance to tour villages with regional characteristics such as fishing villages, mountain villages, and rural areas.

2) By providing localized contents based on augmented reality during user's tourism, users can experience various cultures, history, tales, etc. to cultivate their cultural and historical knowledge,

3) Based on the augmented reality, the user provides guidance by comparing the information on the object needed by the user in the designated tourist route with the surrounding objects, so that the user can make a more complex choice in visiting and selecting the object. This allows the user to have more diverse experiences.

1 is a conceptual diagram showing the basic configuration of the guide service providing system of the present invention.
2 is a block diagram showing a detailed configuration of a guide service providing system of the present invention.
3 is a conceptual diagram illustrating a route setting example in the guide service providing system of the present invention.
4 is a conceptual diagram illustrating a dictionary structure and a guide structure of the present invention.
5 is a conceptual diagram illustrating an example of providing comparative content via a smartphone.
6 is a conceptual diagram illustrating an example of providing a problem through a smartphone.
7 is a conceptual diagram illustrating an embodiment of a guide structure provided with a display and a foot.
8 is a conceptual diagram illustrating another embodiment utilizing a guide structure.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are not drawn to scale, and like reference numerals in each of the drawings refer to like elements.

1 is a conceptual diagram showing the basic configuration of the guide service providing system of the present invention.

The augmented reality-based region-specific guide service providing system of the present invention utilizes region-specific contents, which are regions-specific contents. Here, the region-specific contents are natural landscapes, monuments, buildings, etc. that can be specialized in a specific region. It means the content specialized by these on the basis of. For example, based on Mt. Seorak, various natural landscapes exist in Mt. Seorak, including Rock Rock, Daecheongbong, Ulsan Rock, Towangseong Falls, Ohsaek Yaksuter, and Biryong Falls. Therefore, the local specialized contents of Mt. Seorak can be said to be contents based on these natural landscapes.

As another example, if you are based on Jangjang, there are Younggeumjeong-gil, Jangjang Beach, Hoe Center, Sea Forest Park, Mermaid Statue, Jangjang Lighthouse, etc. to be.

In addition to this, various examples of local-specific contents can be cited, but the description will be continued based on a guide service providing system utilizing local-specific contents based on the convenience of description.

First, referring to the basic configuration of the system, as the main server 10, the user 12 and the user 12, based on the smart phone 11 that directly exchanges information with the main server 10 based on .

The user 12 may transmit the user information to the main server 10 through the smartphone 11, and when the user 12 requests a route or guidance, the smartphone 11 may be connected to the main server 10. Receiving the route guidance calculated from the) is output to the user 12, in some cases, such guidance can be provided based on augmented reality. In addition, the main server 10 may increase the participation of the user 12 by providing a separate mission to the user 12 during such guidance.

2 is a block diagram showing a detailed configuration of the guidance service providing system of the present invention, Figure 3 is a conceptual diagram showing an example of setting up a route in the guidance service providing system of the present invention, Figure 4 is a preliminary structure and guidance of the present invention Conceptual diagram showing a structure.

Now look at the detailed configuration of the system as follows.

First, the library 300 may be provided with a library 300 in which positions of respective tourist places 100 located in a shopping center and guide information for guiding the tourist places 100 are stored.

Here, the location of the tourist spot 100 means absolute location information that can be guided like GPS coordinates, and the guide information includes the origin, history, and description of each tourist spot 100. .

In addition, a route setting module 400 may be provided to designate a route 20 to be visited by the user 12 following the tourism places 100.

As a part of configuring the route setting module 400, a tourism selection unit for selecting a plurality of tourism places 100 to be visited by the user 12 may be provided. At this time, the selection of the tourist spot 100 may be made at random, but at the request of the administrator who manages the experience system, a method of including or excluding a specific tourist spot 100 indispensably, to the user 12 in advance. Various well-known methods may be applied, such as a method of receiving a questionnaire or analyzing the user's 12 through sns analysis and selecting a tourist spot 100 according to the identified user 12's needs. Of course.

When the tourist places 100 are selected in this way, a route generation unit may be provided to bundle them into a single route 20 so that each tourist venue 100 can be efficiently visited. It is possible to generate the route 20 by having a database including the data or by receiving information such as a road or sidewalk in conjunction with an external GIS database.

Thereafter, when the user 12 arrives at the tourist spot 100, a guide module 500 for outputting guide information corresponding to the tourist spot 100 through the smart phone 11 of the user 12 may be further provided. In this way, even if the user 12 does not have a thorough knowledge or experience of the tourist spot 100, the guide can easily determine how the tourist spot 100 is famous and where to watch. To be provided. In particular, at this time, the guidance information provided by recognizing the surroundings by using the smartphone 11 may be output based on augmented reality, which is to say, when the surroundings are photographed with the camera 241 provided in the smartphone 11. Through the captured images, the user can recognize objects and backgrounds such as objects located in the surroundings, and accordingly, augmented reality-based guide output is possible so that the user can feel as if the guide information is floating in the actual surrounding environment. . The output control of the augmented reality method can be applied to a known utilization method of the augmented reality generally used.

Finally, a mission setting that enables the user 12 to provide a specific mission for each tourist spot 100 included in the route 20 so as to provide more motivation when listening to each tourist spot 100. The mission providing module 600 includes a unit 610, a performance determining unit 620 that determines whether the mission is completed, and a compensation module 800 that provides a reward to the user 12 according to whether the mission is performed. Of course, it is possible to provide a strong motivation and entertainment to the user (12).

At this time, for example, when you arrive at the sea forest park located in Jangjang, provide missions that can be helpful for sightseeing / experience such as 'take a picture against a specific tree in the sea forest park'. It is desirable to do.

In addition, since there are a plurality of missions, these missions are tied together as if the contents proceed along the flow of the story, and each tourist place 100 follows the story as if the missions follow the story by applying the story. Of course, you can have a configuration that can check the subsequent stories by solving the mission.

Furthermore, the tourist site 100 can be located in the guide structure 120 recognizable through the smart phone 11, smart even in the area before arriving at the tourist place 100 in the path 20 of the user 12 The phone 11 may locate the recognizable dictionary structure 110. Here, in the case of the configuration recognized through the smartphone 11, QR code or bar code, NFC, RFID, WI-DI, Bluetooth can be applied in a variety of ways, of course.

That is, the guide structure 120 includes a guide marker including a unique main ID, and the dictionary structure 110 includes a dictionary marker including a sub ID subordinate to the main ID. ) May be provided with an ID database 320 for recognizing the guide structure 120 and the dictionary structure 110 assigned to the main ID and the sub ID, and further includes the promotion contents of the tourist spot 100. The message database 310 may further include a message database 310 in which a plurality of instruction messages 210 are stored for each tourist spot 100.

At this time, the kind of guide marker and dictionary marker can be said that the above-mentioned configuration is applicable.

In addition, the guide marker has a unique main ID, and when the main ID is recognized, it is possible to recognize which guide structure 120 is located at the tourist spot 100. The sub ID is subordinate to the main ID. (In particular, the dictionary structure 110 may be provided in plural.) When the respective sub IDs are recognized, the dictionary structure 110 equipped with the dictionary marker having the corresponding sub ID through the main ID that is automatically subordinated may Of course, it can be seen whether it is located in the tourist spot (100).

The guide module 500 includes a structure recognition unit 510 capable of recognizing a sub-ID of the pre-marker in the smart phone 11 and recognizing the pre-structure 110 assigned as the sub-ID through the ID database. Of course, the structure recognition unit 510 may provide the user 12 with an instruction message 210 for the tourist spot 100 around the dictionary structure 110 recognized. The instruction message 210 may be provided with a plurality of different messages for each moving distance or time of the user 12 until the user 12 arrives at the tourist spot 100 from the recognition time of the dictionary structure 110, In this way it may be provided with an instruction message providing unit 520 for providing different messages through the smart phone (11). For example, assuming that the dictionary structure 110 is located at a point about 200m away from the guide structure 120, the smart phone 11 is moved every time 50m moves toward the guide structure 120 from the dictionary structure 110. Through the message of encouragement such as 'Welcome, not long 1' or 'Welcome a little more, you can meet the forest and sea forest park located on the beach'. In addition, such an instruction message 210 may be considered a method of simply outputting to the smart phone 11, but in addition to this by using the augmented reality technology the user 12 is looking at the screen of the smart phone 11 Of course, it is possible to provide a configuration that can be moved safely and easily toward the guide structure 120 in the situation.

5 is a conceptual diagram illustrating an example of providing comparative content through a smartphone.

In addition, the tourist place 100 may be designated as a single building, facility, or environmental element, but may be a place where two or more buildings, facilities, and natural landscapes can be experienced at the same time.

In particular, in the case where a number of shops and buildings are located, such as a meeting center, even if one particular sushi restaurant is designated as a tourist spot 100, other sushi restaurants or other buildings may be located in the vicinity. In another configuration, even when walking along the trail, other objects such as buildings, facilities, and environmental objects may be located around the trail.

In this case, the property code can be utilized.

The attribute code classifies these objects according to a predetermined classification standard so that the user 12 can utilize the classified attribute codes. The application of attribute codes can also be used when the user 12 wishes to find a building, facility or environment without a specific state, and furthermore, as there are numerous buildings or facilities in one tourist place 100 as commonly referred to as a choice disorder. In the case where facilities, environmental objects are concentrated, or various sashimi restaurants such as meeting centers, information that suits the taste of the user 12 may be quickly found through this attribute code.

That is, the library 300 includes an object database 330 that stores the location and shape of an object made of any one of buildings, facilities, and natural objects located in the tourist place 100, and the high-level classification and sub-classification according to the purpose and theme of the tourism. The object code database 340 storing the attribute codes assigned to the objects by the classified classification criteria, and the plurality of comparison content databases 350 including the comparison contents of the objects of different tourism places 100 are provided. Can be.

Here, tourism purpose refers to activities such as healing, visits to restaurants, activities, etc., and tourism theme refers to definitions of objects such as sea, mountains, and rivers.

These topics can be classified into upper and lower categories, respectively, and each category can be expanded to several or additional separate medians if necessary.

For example, based on a visit to a restaurant for tourism purposes, the upper category may be Korean, Western, Japanese, Chinese, etc., and the lower categories are bulgogi, ribs, bibimbap, steak, sushi, sashimi, and fried rice. Could be. In addition, it can be stored as an attribute code for convenient identification and use, for example, a visit to a restaurant, a healing B, an activity C, Korean food a, Western food b, Japanese food c, Chinese food d In addition, bulgogi is 1, ribs are 2, bibimbap is 3, steak is 4, sushi is 5, sashimi is 6, fried rice is 7. If a specific object is called rib restaurant, this rib is Of course, the property code for the house can be expressed as Aa2.

Of course, if meetings have different types of meetings that can be eaten in specific regions, these singularities can be assigned as additional classifications.

When the preparation is completed, the guide module 500 includes an object recognition unit 530 that recognizes the position and shape of the object displayed on the screen of the smartphone 11 in the tourist spot 100 through the object database 330. The object can be recognized by the surrounding and further, the classification grasp unit 540 to determine whether or not the attribute code assigned to each of the object located in the following tourist place 100 of the tourist place 100 and the recognized object is the same classification. ) Can be configured to determine whether it is possible to compare with the following tourist spot 100.

If the two attribute codes are identified as the same classification, the user 12 may further include a comparison output unit 550 that provides the comparison content 220 for the corresponding two target objects through the smartphone 11. ) Can be provided with the comparison content 220 to compare the value on the fly to make more effective choices, as well as the various stores located in the tourist spot 100 using this system Of course, it can also be used to advertise products.

Here, the object database 330 may designate any one of the plurality of objects located in the tourist place 100 as a representative object, which is mainly used to designate a desired object to be compared among the objects located in the following tourist place 100. Accordingly, the classification grasping unit 540 includes a ranking part 541 which ranks a plurality of objects identified at the tourist location 100 where the user 12 is located, and thus obtains the attribute code obtained earlier. Based on the needs of the user 12 and the purpose of tourism, the targets can be ranked. Here, the object of the first rank is compared with the attribute code of the representative object for the subsequent tourism place 100 previously designated to determine whether it is the same classification and to provide comparative contents in the same case, thereby providing a basis for more effective comparison judgment. Of course it can provide.

6 is a conceptual diagram illustrating an example of providing a problem through a smartphone.

Furthermore, the way in which users 12 become more involved in tourism in tourism can be said to be continuous participation. As a method of providing such a participatory content, one example is as follows.

First, the library 300 may include a problem database 360 in which a plurality of questions, hints, and correct answers related to the tourist spot 100 are stored. For example, questions such as "Where can I find the largest squid in the market?" Can be.

The participatory content may be referred to as problem content, and for providing the problem content, the guide structure 120 may be provided with a separate display 122 that may provide a hint, and furthermore, the mission setting unit 610 may be provided. When the smartphone 11 recognizes the dictionary structure 110, the smartphone 11 provides the user 12 with at least one problem on the tourist spot 100 on which the dictionary structure 110 depends. Problem input part 611 may be provided. Of course, the correct answer to be input at this time can be input in a variety of ways, such as short answer or multiple choice. In addition, the smart phone 11 further includes a hint providing part 612 which provides a hint on the problem through the display 122 when the guide structure 120 is recognized by the user 12, thereby allowing the user 12 to advance the dictionary structure 110. From the time point of recognition of the information to the time point of recognition of the guide structure 120 is to enable the interest.

Furthermore, the performance determining unit 620 compares the correct answer inputted through the smart phone 11 with the correct answer of the problem provided through the problem providing part 611 in order to induce the user 12 to participate in the mission. A part 621 and a score providing part 622 for providing a basic score that is a score of the correct answer may be provided to differentially provide scores according to the accuracy of the correct answer input by the user 12, and also the reward module 800. Of course, these scores can be used to provide a basis for differentially providing specific rewards based on the scores. Of course, the compensation is not limited to the subject, and the easiest example may be a method such as paying a coupon that can be provided with a sample of the specialty products sold in the region may be considered.

FIG. 7 is a conceptual diagram illustrating an embodiment of a guide structure provided with a display and a foot, and FIG. 8 is a conceptual diagram illustrating another embodiment utilizing a guide structure.

Furthermore, the hint may be provided through the guide structure 120. In other words, the guide structure 120 may have a height about the height of the user 12, but may have a configuration such as a signboard or a sign. In this case, the guide structure 120 includes a flat surface 121 provided with a display 122 on one side, a supporting rod 123 provided in the transverse direction at the upper end of the flat surface 121, and a supporting rod 123. A plurality of rings 124 rotatably coupled to the support rods 123 as provided at regular intervals along the longitudinal direction of the band, a band 125 connecting the two rings 124 as elastic materials, and a band Feet 126 extending in the direction of gravity as provided in a plurality at regular intervals along the longitudinal direction of (125) and provided on one side of the band 125, the foot 126 according to the stretching of the band 125 It is configured to include a tension sensor for measuring the tension.

In conclusion, in the state where the display structure 122 is provided in the guide structure 120, other components have the configuration of the foot 126 positioned around the display 122.

For example, the foot 126 plays a role similar to that provided by the Seolangdang temple, which is our native faith, or the shrine of the native religion of Japan, and it is known as one origin act to make a wish after pulling the string once. It will serve as a pair of two seats that will allow you to do so and provide hints about the problem.

Therefore, when the user 12 recognizes the guide structure 120 through the smartphone 11, the user may pull the foot 126 on the smartphone 11 held by the user 12. The foot pull request means 613 for outputting the foot pull request message 230, and the foot 126 is pulled by the user 12 while the foot 126 is measured by the tension sensor. In this case, the display 122 may be provided with a foot pulling hint providing means 614 to provide a hint on a problem. In other words, by providing a hint when the user 12 pulls the foot 126 with sufficient force, the user 12 may be physically involved in solving such a problem, thereby providing a more efficient configuration for the ventilation of interest. Of course it can.

In this case, as illustrated in FIG. 8, the display 122 may include a plurality of divided regions, and may display and display the displayed image or text into a plurality of regions. For example, 2 * 2 size or 3 * 3 size or as will be described later, this area segmentation is related to the score to be given to the user 12, so it can be divided into as many areas as possible.

Here, the hint providing part 612 may include the amount of movement of the ring 124 generated by the foot 12 as the foot 126 is pulled by the user 12, the number of rotations, and the tension value of the band 125. A release score generating means 615 may be provided to generate a release score through the detection of a life, and further, by utilizing the release score, the pulling hint providing means 614 is proportional to the height of the release score. The number of partitions to be activated to provide a hint may be controlled.

In this case, activation means that the display 122 is turned on so that any output can be displayed. Here, the user 12 shows a hint located at the partition by turning on at least one of the partitions that are turned off. It means to make. Therefore, the opposite deactivation is to turn off the partition. Accordingly, the hint can be configured to be visible only when a certain level of force or movement is applied to the foot 126, and the user 12 can naturally induce the experience and participation.

In addition, the guide structure 120, the camera 241 for photographing the face of the user 12, and the user 12 eye blinks in the face photographed image of the user 12 taken by the camera 241 The pupil sensor 241 and the foot 126 may be provided around the foot 126 and the mark 240 containing the contents requested to close the eyes of the user 12 after pulling the foot 126.

For example, the sign 240 is a sign, for example, saying, "Pull the foot 126, close your eyes and make a wish."

At this time, the hint providing part 612 has a time measuring means 616 for measuring the time when the user 12 closes his eyes through the pupil sensor 241, and how long the user 12 prays. It can be seen that the configuration can be determined to determine whether the user 12 actually participates in such content.

Further, the pulling hint providing means 614 may control the number of the divided regions to be activated so that the hint is provided in proportion to the height of the value by adding the closing time to the previously obtained release score.

In this case, when the number of active areas is determined in each partition area, the partition areas may be activated in a predetermined order, in the direction in which the user 12 pulls the foot 126, or in a random order. Of course.

The release score, which can be said to be important in this configuration, can be generated through the following equation.

Equation.

는 해제 점수,

는 기본 점수,

은 밴드(125)의 장력(kgf),

은 사용자(12)로부터 당겨진 발(126)에 가까운 링(124)의 회전 수(rpm),

은 사용자(12)로부터 당겨진 발(126)에 가까운 링(124)의 이동 거리(m),

은 지지봉(123)의 길이(m)를 의미한다.here,

Scores off,

Is the default score,

Silver tension of the band 125 (kgf),

Is the number of revolutions (rpm) of the ring 124 close to the foot 126 pulled from the user 12,

Is the moving distance (m) of the ring 124 close to the foot 126 pulled from the user 12,

Means the length (m) of the support bar (123).

Normally, the score provided by the score providing part 622 may be provided based on 100 points in general, and in the case of tension, the tension applied when the safety strap for leisure sports use pulls a person corresponds to 70 to 100 kgf. It is known to the extent that if a person directly pulls a string with his arm, he will receive less force. In addition, the equation is limited to provide a release score based on a score based on 100 points, which may vary according to a predetermined setting. In addition, each element is calculated based on the specified unit, but the unit of the result value is not considered.

For example, the tension of the band 125 is 20kgf, the moving distance of the ring 124 is 0.2m, the length of the support rod 123 is 1.5m, the rotation speed of the ring 124 is 0.5rpm, the user 12 The base score obtained is assumed to be 80 points.

In this case, using the equation,

As can be seen, the unlocking score is 16 points.

In general, the release score may be rated in units of 1 to 2 points, and as the grade increases, the number of partitions to be activated increases, which may help induce the participation of the user 12. Of course it can.

As described above, the configuration and operation of the system for providing a localized guide service based on augmented reality according to the present invention have been expressed in the above description and the drawings, but this is merely an example, and the spirit of the present invention is described in the above description and the drawings. Without being limited, various changes and modifications are possible without departing from the spirit of the present invention.

10: main server 11: smartphone
12: user 20: path
100: tourist spot 110: pre-structure
120: guide structure 121: flat surface
122: display 123: support rod
124: ring 125: band
126: foot 210: instruction message
220: comparison content 230: foot pull request message, marker
240: Mark 241: Camera (pupil sensor)
300: Library 310: Message Database
320: ID database 330: destination database
340: object code database 350: comparison content database
360: Problem Database 400: Path Settings Module
500: guide module 510: structure recognition unit
520: instruction message providing unit 530: object recognition unit
540: classification grasp 541: ranking part
550: comparison output unit 600: mission providing module
610: mission setting unit 611: problem provision part
612: Hints provided Part 613: Foot pull request
614: foot pulling hint providing means 615: release point generating means
616: time measurement means 620: performance determination unit
621: Answer comparison part 622: Points providing part
700: compensation module

Claims (10)

As a localized guidance service providing system based on augmented reality,
A library storing a location of a tourist spot and guide information for guiding the tourist spot;
A route setting module including a tourism selection unit for selecting a plurality of the tourism places, and a route generation unit for generating a route for sequentially moving each tourism place;
A guide module for recognizing the surroundings through a user's smart phone upon arrival at the tourist spot and providing guide information corresponding to the tourist spot based on augmented reality;
A mission provision module including a mission setting unit for providing a mission for each tourist spot and a performance determination unit for determining whether the mission is performed;
And a reward module for providing a reward to the user according to whether the mission is performed. The method of claim 1,
Pre-structure is located in the area before the arrival of the tourist spot on the route,
The library,
A message database including a plurality of instruction messages containing the contents of promotion of the tourist spots for each tourist spot is provided.
The guide module,
And a structure recognizing unit for recognizing the dictionary structure through the smartphone, and an instruction message providing unit for providing the user with the instruction message for the tourism place around the recognized dictionary structure through the smartphone. , Guidance service provision system. The method of claim 1,
At the tourist spot,
A guide structure with a guide marker containing a unique main ID is located,
In the route before the arrival of the tourist place,
A dictionary structure having a dictionary marker including a sub ID subordinate to the main ID is located,
The library,
An ID database capable of recognizing the guide structure and the pre-structure assigned to the main ID and the sub ID, and a message database storing a plurality of instruction messages containing the contents of promotion of the tourist spot for each tourist spot,
The guide module,
A structure recognition unit which receives a sub ID of the dictionary marker through the smartphone and compares it with the ID database to recognize the dictionary structure assigned to the sub ID;
Providing the user with the instruction message about the tourist spot around the recognized pre-structure, wherein the user's moving distance and time from the time of the pre-structure recognition until the user arrives at the tourist spot are a plurality of different instructions And an instruction message providing unit for differentially providing a message to a user through the smartphone. The method of claim 1,
The library,
Attributes assigned to the object by the object database storing the location and shape of the object consisting of any one of buildings, facilities, and natural objects located in the tourist place, and the classification criteria classified into higher and lower categories according to the tourism purpose and subject. A target code database storing codes and a plurality of comparative content databases containing comparison contents of the targets of different tourist sites;
The guide module,
An object recognition unit for recognizing the location and shape of the object displayed on the screen of the smartphone at the tourist place through the object database, and attributes assigned to each of the object located at the following tourist place of the tourist place and the recognized object A classification grasping unit to determine whether the code is the same classification, and a comparison output unit to provide the comparison contents for the two targets through the smartphone when the two attribution codes are identified as the same classification. Guidance service providing system. The method of claim 4, wherein
The target database,
Designate any one of a plurality of objects located in the tourist place as a representative object,
The object recognition unit,
Recognize the position and shape of the plurality of objects,
The classification grasping unit,
And a ranking assigning part for assigning a ranking to the plurality of objects, to determine whether the attribute code of the first object and the representative object for the subsequent tourism place are of the same classification. system. The method of claim 3,
The library,
A problem database in which a plurality of questions, hints, and correct answers related to the tourist spot are stored;
The guide structure,
With a display,
The mission setting unit,
When the recognition of the pre-structure through the structure recognition unit provides a problem for receiving the correct answer by providing the user to the user via the smart phone for the tourist place around the pre-structure, and the guide structure through the smart phone And a hint providing part that provides a hint on the problem through the display upon recognition.
The performance determining unit,
Guide service, characterized in that it comprises a correct answer comparing part for comparing the correct answer input through the smartphone with the correct answer of the problem provided through the problem providing part, and a score providing part for providing a basic score which is the score of the correct answer Provide system. The method of claim 6,
The guide structure,
A flat surface provided with the display on one side, a support rod provided in a transverse direction at an upper end of the flat surface, a ring rotatably coupled to a plurality of pieces at regular intervals along a longitudinal direction of the support rod, and as an elastic material A band connecting between the two rings, a plurality of feet extending in the direction of gravity with a plurality of intervals along the length direction of the band, and provided on one side of the band to tension caused by stretching of the band Equipped with a tension sensor to measure,
The hint providing part,
The foot pulling request means for providing a foot pull request message to the user through the smart phone after the recognition of the guide structure, and providing a hint for the problem on the display in accordance with the presence or absence of a tension value when the tension sensor detects the tension Guidance service providing system, characterized in that it comprises a foot hint providing means. The method of claim 7, wherein
The display,
Consists of a plurality of partitions,
The hint providing part,
It is provided with a release score generating means for generating a release score through the tension value when the movement amount of the ring, the number of rotation of the ring and the tension of the band generated while the foot is pulled by the user,
The foot pulling hint providing means,
And controlling the number of partitions to be activated so that the hint is provided in proportion to the height of the release score. The method of claim 8,
The guide structure,
A camera for photographing the user's face, a pupil sensor for detecting a blink of the user's eye from the user's face photographed image captured by the camera, and provided around the foot to close the user's eyes after pulling the foot Have a marker containing what you are asking for,
The hint providing part,
It is provided with a time measuring means for measuring the time when the user eyes closed through the pupil sensor,
The foot pulling hint providing means,
And control the number of partitions to be activated such that the hint is provided in proportion to the release score and the height of the closed eyes. The method of claim 8,
The release score generating means,
Guide service providing system, characterized in that for generating a release score using the following equation.
Equation.

(here,

Scores off,

Is the default score,

Is the tension of the band (kgf),

Is the number of revolutions (rpm) of the ring close to the foot pulled from the user,

Is the travel distance (m) of the ring close to the foot pulled from the user,

Means length of support rod (m).)

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