KR20190142976A - An ecological experience system based on the online game and shopping by using play of fishing foreign species - Google Patents

Abstract

The present invention relates to an ecological experience system for connecting a play-based online game and a shopping mall in exotic fishing capture, capable of fishing for an exotic fish which is aquatic ecosystem disturbing species, authenticating the exotic fish with a smart terminal, and providing a compensation such as constant cyber money or the like when the exotic fish is authenticated. The ecological experience system for connecting a play-based online game and a shopping mall in exotic fishing capture comprises: a first image obtaining unit which obtains a first image for photographing the captured exotic fish; a second image obtaining unit which photographs the exotic fish in a capturing device; a capture registering unit which registers capture of the exotic fish when the capture of the exotic fish is verified by comparing the first image with the second image; and a capture compensating unit which processes a compensation for the registered exotic fish and determines compensation money in proportion to the size of the exotic fish. The present invention is provided to offer a game type fishing experience for the exotic fish which is aquatic ecosystem disturbing species, thereby providing motivation and fun to the user and removing the exotic fish which disturbs an aquatic ecosystem.

Description

An ecological experience system based on the online game and shopping by using play of fishing foreign species}

The present invention relates to an eco-experience system of play-based online games and shopping malls linked to an alien species fish catching the alien species of fish caught in the aquatic ecosystem, and receiving a certification using a smart terminal, and providing a reward such as a predetermined cyber money. will be.

In general, experiential tourism consists of things to see, enjoy, and eat. Conventional experience tourism has a high proportion of sights and foods, and is limited to experiences of making traditional foods in the case of entertainment. As a result, there is a very limited and lack of enjoyable experience.

In particular, ecotourism consists mostly of programs that simply visit local wetlands, national parks, rivers and ecological exhibitions. In addition, eco-tourism mainly consists of harvesting certain crops on farms and farming weekend farms. As such, the types of programs that provide attractions, things to eat, and food in the experience tour are limited and not many.

In addition, rural tourism has recently attracted attention. Demand for rural tourism is increasing due to increased leisure time for urban residents, increased urban residents' desire for experience and recreation, improved accessibility through development of transportation, and expansion of public relations channels such as SNS. In response to these demands, rural experience recreation villages, cultural history villages. It is trying to activate rural tourism by establishing and operating a fishing village experience village. However, the conventional rural tourism is lower than other general trips, and the cause of dissatisfaction is lack of contents and programs. Luxury villages and folk villages are not much different.

As such, the demand for rural tourism and ecotourism has increased, but one-dimensional programs such as agricultural harvesting and remanufacturing of crops are mainly used. Therefore, there is a lack of contents and programs attracting tourists. Therefore, there is a limit to the activation of rural tourism and ecotourism.

In order to activate rural tourism and ecotourism, it is important for tourists to experience the slow culture of rural areas or to experience food and taste, but various contents and programs, especially contents that combine entertainment and sports functions, are needed.

In order to solve this problem, a technique for promoting tourism in a game manner has been proposed. For example, a mission is to install a fixed RFID at a specific point, distribute RFID tags to users who tour the area, and organize the tour route into various stories such as historical facts, movies, dramas, etc. The technique to impose is proposed f patent document 1]. In addition, a technology for providing a tourism game that provides incentives has been proposed in order to identify a tourism route according to the current location of the user and to induce a visit to a destination on the tourism route [Patent Document 2]. However, the prior art mainly targets the sight-seeing tourism, there is only a visit to the region, there is a problem that can not provide a direct experience such as fishing.

On the other hand, a technique for ecological experience using a game or virtual reality is also proposed [Patent Documents 3 and 4]. The prior art are techniques for displaying a fishing situation on a smart device or a large screen, and a user can enjoy fishing as a game. In other words, the prior art provides only the experience in virtual reality, there is a problem that can not provide a real experience.

Therefore, the user needs to experience the cyber money as an incentive according to the experience, the user can use the cyber money in online games, shopping malls, donations, motivation and fun to participate.

Korean Patent Publication No. 10-2010-0096409 (published Sep. 02, 2010) Korean Patent Publication No. 10-2016-0099753 (published Aug. 23, 2016) Korea Patent Registration No. 10-1123772 (announced on March 16, 2012) Korean Patent Registration No. 10-1489662 (2015.02.05.)

An object of the present invention is to solve the problems as described above, to catch the exotic fish, exotic species amphibians and reptiles that are aquatic ecosystem disturbances to be authenticated by using a smart terminal, and if provided with a certain cyber money compensation, It is to provide eco-experience system of play-based online game and shopping mall connection method of catching alien fish.

In particular, the object of the present invention is to capture and capture the alien species caught in the first place to capture, and secondly to capture the alien species capture, taking the captured fish in the collection place in the second place to collect It is to provide ecological experience system of online game and shopping mall linkage method.

In addition, the object of the present invention is to register or input the captured alien species fish, according to a certain criteria, such as the number of fish caught, weight, male and female to accumulate the cyber money and reward the earned cyber money online game or It is to provide an eco-experience system of play-based online game of catching alien fish and shopping mall linkage method, which can be used as cash in a shopping mall.

In order to achieve the above object, the present invention is carried out by an ecological experience service app installed in a smart terminal and an ecological experience server that provides an ecological experience service, an ecological experience system based on a game-based shopping system and a game-based connection system for catching exotic fishes. As relates to, the first image acquisition unit for obtaining a first image of the captured exotic fish; A second image acquisition unit for acquiring a second image of the alien species in a collecting device; A catch register unit that compares the first image and the second image, verifies the capture of the exotic fish and registers the alien fish as captured if verified; And, while processing the compensation for the registered exotic fish, characterized in that it comprises a capture compensation unit for determining the compensation amount in proportion to the size of the exotic fish.

In addition, the present invention relates to an eco-experience system of play-based online game and shopping mall linked method of alien species fish capture, which is performed by an eco-experience service app installed in a smart terminal and an eco-experience server providing an eco-experience service. A first image acquisition unit for acquiring a first image of the captured exotic fish; A second image acquisition unit for acquiring a second image of the alien species fish after a portion of the incision; A catch register unit that compares the first image and the second image, verifies the capture of the exotic fish and registers the alien fish as captured if verified; And, while processing the compensation for the registered exotic fish, characterized in that it comprises a capture compensation unit for determining the compensation amount in proportion to the size of the exotic fish.

In addition, the present invention in the eco-experience system of play-based online games and shopping malls linked to the exotic species of fish capture, wherein the first image and the second image is an image taken with a scale object that is an object of size It features.

In addition, the present invention in the eco-experience system of the play-based online game and shopping mall linked system of alien species fish capture, the second image is an image photographed at the photographing position in the collection device, and the scale to measure the photographing position Is displayed, characterized in that the image taken with the scale.

In addition, the present invention in the eco-experience system of the play-based online game and shopping mall linked system of alien species fish capture, the second image acquisition unit randomly guides the incision location or incision shape of the alien species fish, the capture register is The first image and the second image are compared to detect an incision position or incision shape of the fish, and the detected incision position or incision shape is characterized in that contrast with the incision position or incision guided in advance.

In addition, the present invention in the eco-experience system of the play-based online game and shopping mall linked system of the foreign species fish capture, the second image acquisition unit is a ratio of the size of the fish after the cutting to the size of the fish of the first image is set in advance The cutting position or cutting shape is set so as to be within a critical ratio range.

In addition, the present invention in the eco-experience system of play-based online game and shopping mall linked system of alien species capture, the incision position is determined by any one of the tail portion, fin portion of the alien species fish, the incision shape is a straight line In the case of, the inclined state, the inclined state to the left, characterized in that selected in a straight line of any state.

In addition, the present invention in the eco-experience system of the play-based online game and shopping mall linked system of the alien species fish capture, the capture registration unit contrasts the fish images of the remaining portion except for the incision in both the first and second images In this case, the size of the fish and the image are all contrasted.

In addition, the present invention, in the eco-experience system of the play-based online game and shopping mall linked system of the foreign fish capture, characterized in that the size of the fish, by comparing the contour of the fish to determine whether the same by the similarity. .

In addition, the present invention in the eco-experience system of the play-based online game and shopping mall linked system of alien species capture, the capture compensation unit detects the type of fish caught through image matching, and calculates the size of the fish through image processing The amount of compensation is determined according to the type and size of the fish.

As described above, according to the eco-experience system of the play-based online game and shopping mall linkage method of capturing exotic species fish according to the present invention, the user is motivated by providing a fishing experience for the exotic species fish that is aquatic ecosystem disturbance species. And fun, and at the same time, the effect of combating exotic fish disturbing the aquatic ecosystem is obtained.

Rivers, dams, and reservoirs scattered throughout the region are inhabited by carnivorous large-mouth bass, blue volcanoes, blue-backed turtles, and bullfrogs, which are exotic aquatic disturbances that disrupt aquatic ecosystems. To maintain their natural ecosystems, they are formally allowed and encouraged to fish. Therefore, it can restore the health of the aquatic ecosystem by eliminating alien species that disturb the aquatic ecosystems of dams, lakes and rivers, and contribute to the activation of ecotourism. In addition, exotic plants, such as maple leaf stalks, which disturb forest ecosystems, are breeding. The collection of these exotic plants is also encouraged.

In addition, according to the eco-experience system of the play-based online game and shopping mall linked method of alien species fish capture according to the present invention, by registering the alien species capture at the capture site, the distribution of alien species fish and the time frame to be captured is distributed An effect is obtained that can provide basic data to infer the current situation.

In addition, according to the eco-experience system of the play-based online game and shopping mall linked method of alien species capture according to the present invention, by allowing the user to directly register the capture at the capture site, the user does not visit the alien species purchase agency or authentication center In this way, the effect that the convenience of capture registration can be improved can be obtained.

1 is a block diagram of an overall system for practicing the present invention.
Figure 2 is a block diagram showing the configuration of a smart terminal according to an embodiment of the present invention.
Figure 3 is a block diagram showing the configuration of the collection device according to an embodiment of the present invention.
Figure 4 is a block diagram of the configuration of the eco-experience system of the play-based online game and shopping mall linked system of alien species fish capture according to the first embodiment of the present invention.
5 is an exemplary view showing a first image according to a first embodiment of the present invention.
6 is an exemplary view showing a second image according to the first embodiment of the present invention.
7 is an exemplary screen for guiding a cut position or shape of a captured fish according to a second embodiment of the present invention.
8 is an exemplary screen for guiding a cutting position or shape by a punch according to a second embodiment of the present invention.
9 is an exemplary view showing a second image according to a second embodiment of the present invention.

DETAILED DESCRIPTION Hereinafter, specific contents for carrying out the present invention will be described with reference to the drawings.

In addition, in describing this invention, the same code | symbol is attached | subjected and the repeated description is abbreviate | omitted.

First, examples of the configuration of the entire system for implementing the present invention will be described with reference to FIG.

As shown in Figure 1, the entire system for implementing the present invention is the entire system for implementing the present invention is installed in the smart terminal 10, smart terminal 10, such as a user's smart phone to provide an ecological experience service Ecological experience service app 20, ecological experience server 30 that provides an ecological experience service, and the collection device 50 for collecting the alien fish captured. In addition, it may be configured to further include a shopping mall server 60 for selling products or services through cyber money. In addition, the smart terminal 10, ecological experience server 30, or shopping mall server 60 is connected to each other through a network 80, such as the Internet. In addition, a database 40 may be additionally configured to store capture information and the like of alien species.

First, the smart terminal 10 is a mobile terminal used by a user, and is a smart terminal having ordinary computing functions such as a smartphone, a tablet, a tablet PC, and the like. In particular, the smart terminal 10 is a terminal on which an application or a mobile application (or an app or an app) may be installed and executed.

In particular, as shown in FIG. 2, the smart terminal 10 may include a camera 11 capable of capturing the front, a display 12 displaying a captured image or a generated image on a screen, and an input such as a touch screen or a button. A position sensor 14, such as a device 13, a Global Navigation Satellite System (GNSS) sensor, or a Global Positioning System (GPS) sensor, a communication unit 15 that performs data communication with a mobile communication network or a local area network, and a mobile CPU. The central processing unit 18 of the. It further comprises a memory (not shown) for storing data.

Next, the eco-experience service app 20 is a mobile application (or app, app) installed and performed on the smart terminal 10, in conjunction with the eco-experience server 30 to register the capture information of alien species fish It is a program system that provides ecological experience services such as receiving rewards.

That is, the ecological experience service app 20 obtains the captured image (or image) of the alien species fish through the camera 11 of the smart terminal 10, and transmits the acquired image to the ecological experience server 30.

At this time, the ecological experience service app 20 detects the location where the alien species were photographed through the position sensor 14 of the smart terminal 10. The detected location information is stored in the capture location (or capture location) of the exotic fish or transmitted to the eco experience server 30.

In addition, the ecological experience service app 20 may bring the weather information online and transmit the weather information of the captured time to the ecological experience server 30.

In addition, when the captured alien fish is registered, the ecological experience service app 20 may receive a cyber money or the like from the ecological experience server 30 and display the compensation amount on the display 12. To this end, the ecological experience service app 20 may be provided with an electronic wallet for storing cyber money.

In addition, the ecological experience service app 20 may receive data on the fishing place of the alien species fish, the place where the alien species were captured, etc. from the ecological experience server 30, and display the data on the display 12 or the like.

In addition, the ecological experience service app 20 is connected to the shopping mall server 60, using the rewarded cyber money, provides a service that can purchase a product or service.

In the following, the work done by the ecological experience service app 20 or the work done by the user is performed in the smart terminal 10, the ecological experience service app 20 or the smart terminal 10 for convenience of description It explains. In other words, the ecological experience service app 20 or the smart terminal 10 is mixed. In addition, input data for processing a job such as registration or shopping of fish caught by the user is input through the input device 13 of the smart terminal 10, and the processing result is displayed on the display 12 of the smart terminal 10. It is output through the back output device. Hereinafter, a description of a user performing a task means a task performed by the smart terminal 10.

In addition, the ecological experience service app 20 may receive an input value from the user through the input device 13, such as a touch screen, in order to perform a task related to the ecological experience.

Next, the collection device 50 is installed in an authentication center or a purchasing agency, etc., to collect foreign fish. In addition, the collection device 50 may perform data communication through the ecological experience server 30 and the network 80.

As shown in FIG. 3, the collection device 50 includes a camera 51 for capturing an alien species to be collected to acquire an image, a display 52 for displaying a captured image or a generated image, and a touch screen. An input device 53 such as a button, a weight sensor 54 for measuring the weight of exotic fish, a communication unit 55 for performing data communication with a mobile communication network or a local area network, and a control unit 58 such as a microcontroller (MCU). It is composed of It further comprises a memory (not shown) for storing data.

The collection device 50 is installed near a certification center or a purchasing agency, or a river, a dam, a reservoir, or the like, which authenticates or purchases the captured exotic fish. In this case, the collection device 50 may be a device directly controlled or managed by an administrator, or may be installed as an unmanned device.

The collecting device 50 acquires an image of the exotic fish by the camera 51 and measures the weight of the exotic fish by the weight sensor 54. In addition, the display 52 displays a command for guiding or registering the collection operation to the user, and receives data necessary for the registration operation through the input device 53. Alternatively, the camera 51 may read a barcode, a QR code, or the like displayed on the ecological experience service app 20.

Next, the ecological experience server 30 is a normal application server, which is a server that receives and registers images or images of captured alien species fish, and provides rewards such as cyber money for the capture of the alien species fish.

That is, the ecological experience server 30 receives data such as images of exotic fishes from the ecological experience service app 20 or the collection device 50 installed in the smart terminal 10.

In particular, the eco experience server 30 may calculate the size of the fish from the captured image of the fish, and determine the compensation amount for the fish according to the size.

In addition, when the eco-experience server 30 receives an image of the captured alien fish, the ecological experience server 30 also receives a photographing position (or catching position), a photographing time (or catching time), weight, weather information, and the like, and stores it in the database 40. do. In addition, by analyzing the capture position and the capture time (for example, statistical analysis), it is possible to extract the distribution and appearance time of the exotic fish.

The ecological experience server 30 may provide the ecological experience service app 20 with the ecological experience information such as the analyzed fish distribution or appearance time.

Meanwhile, the ecological experience service app 20 and the ecological experience server 30 may be implemented according to a general client and server configuration method. That is, the functions of the entire system can be shared depending on the performance of the client, the server and the traffic. As an example, the eco-experience service app 20 simply performs a task of simply acquiring the captured fish image and transmitting it to the server, and the eco-experience server 30 derives the size from the fish image or extracts the type of fish. You can do most of the work. As another example, the ecological experience service app 20 performs operations such as recognizing a fish type or deriving a size, in addition to photographing a fish image, and the ecological experience server 30 may perform capture registration and compensation work. Can be. Hereinafter will be described as an ecological experience system, it can be implemented in a variety of shared forms according to the configuration method of the server-client.

Hereinafter, the server-client system composed of the ecological experience service app 20 and the ecological experience server 30 will be referred to as an ecological experience system 300.

Next, the database 40 includes an alien species registration DB 41 for storing registration information on captured alien species fish, and an alien species information DB 42 for storing standard images, forms or capture information for recognizing alien species fish. Include. However, the configuration of the database 40 is only a preferred embodiment, and in the development of a specific device, it may be configured in a different structure by a database construction theory in view of the ease and efficiency of access and search.

In addition, the database 40 may be embedded in or directly connected to the ecological experience server 30, and may transmit necessary data according to a request of the ecological experience server 30. Alternatively, the database 40 may be implemented as a server that is separated from the ecological experience server 30 and operated in a separate DB management system (DBMS). In this case, the ecological experience server 30 requests and receives data from the database 40 through the connection of the network 80.

Next, the shopping mall server 60 is a server having a normal shopping mall function, and provides a function of purchasing products and services by cyber money.

Next, before describing the configuration of the ecological experience system 300 of the present invention, the alien species fish will be described in detail.

The term exotic fish used in the present invention refers to animals such as aquatic ecosystem disturbing exotic fish and reptiles that disturb aquatic ecosystems in rivers, dams and reservoirs scattered in each region. For example, a carnivorous largemouth bass, blue bowl, blue ear turtle, bullfrog, etc. In other words, exotic fish include animals such as red turtles and bullfrogs. It also includes exotic plants distributed in the forest, such as maple leaf ragweed. Hereinafter, for convenience of explanation, it will be referred to as exotic fish.

Next, the configuration of the eco-experience system 300 of the play-based online game and shopping mall linkage method of capturing exotic fish according to the first embodiment of the present invention will be described in more detail with reference to FIG. 4. Ecological experience system 300 according to the present invention can be implemented as a server-client system consisting of the ecological experience service app 20 and the ecological experience server 30.

As shown in FIG. 4, the eco-experience system 300 of the play-based online game and shopping mall linkage method of capturing alien species fish according to an embodiment of the present invention obtains a first image of the alien species captured at the capture site. One image acquisition unit 31, a second image acquisition unit 32 for acquiring a second image of the alien species fish at the time of collection, the capture to verify and register the capture of the alien species fish using the first and second images The registration part 33 and the catch compensation part 34 which process the compensation for the registered catch fish (following catch) are comprised. In addition, it may further include a distribution analysis unit 35 for analyzing the distribution of alien species fish using the registered information of the capture fish, capture information provider 36 for providing information such as the format for the alien species fish. .

First, the first image acquisition unit 31 acquires a first image of an exotic fish. The first image is obtained by receiving an image captured by the camera 11 of the smart terminal 10.

That is, the user performs fishing in rivers, dams, reservoirs, and the like. If the user captures the exotic fish at the fishing spot (or a fishing place), the captured state of the exotic fish is captured by the smart terminal 10 at the captured site. As an example, according to the guidance of the ecological experience service app 20, the user photographs the exotic fish.

At this time, preferably, the exotic fish is photographed in a non-moving or low motion state, and in particular, is photographed in a state where the surface of the exotic fish is not damaged. That is, when a user catches an exotic fish, the user may impact the fish's head or the like to stun for a while or leave it out of the water for a long time so as not to move. In such a state that the fish does not move, the user photographs the exotic fish through the camera 11.

Also, preferably, the first image is taken with the scale object. Scale objects are objects of size and are commonly used things such as coins and credit cards. In other words, the size of 100 won and 500 won coins or credit cards is set as a standard, the size of which is well known. Therefore, by using the image of the scale object included in the first image, it is possible to measure the size of other objects, particularly fish, in the first image. That is, when the user photographs the exotic fish, the user places a scale object such as a coin next to the exotic fish and photographs the exotic fish and the scale object on one screen.

An example of the first image is shown in FIG. 5. As shown in FIG. 5, fish and coins (scale objects) are photographed together.

Meanwhile, when acquiring the first image, the first image acquiring unit 31 also acquires photographing information such as a photographing time and a location of the first image. The current position is sensed at the time of capturing the first image through the position sensor 14 embedded in the smart terminal 10, and the sensed position is set as the photographing position. Also, the current time at the time of capturing the first image is set as the capturing time.

In addition, the first image acquisition unit 31 generates identification information on the first image and stores it together. The identification information (or identification code) is generated by a unique number or a unique name (which can be input by the user). Preferably, the identification code may be generated to reflect the shooting time. The identification code or identification information is identification information of the exotic fish. Hereinafter, the identification code (or identification information) when the first image is acquired will be referred to as the identification code of the foreign fish.

Next, the second image acquisition unit 32 acquires a second image photographed by the collection device 50. Preferably, the second image is obtained by receiving an image captured by the camera 51 of the collecting device 50.

The second image is an image taken after the first image of the exotic fish is obtained (or photographed).

Also preferably, the second image is also taken with the scale object. As described above, the scale object is an object of size, and a coin or credit card may be used.

Alternatively, the scale object may be displayed at a shooting position in the collecting device 50. For example, a photographing position is determined in the collection device 50, and a scale or the like which serves as a scale function may be displayed on the bottom (or shelf) of the photographing position.

An example of the second image is shown in FIG. 6. That is, FIG. 6 illustrates an image of the exotic fish photographed at the photographing position of the collecting device 50 in which the grid scale is displayed. Since the scale, which is a scale object, is photographed together in the second image photographed as described above, the absolute size of the exotic fish can be calculated.

On the other hand, the second image acquisition unit 32 receives the identification information (or identification code) of the exotic fish corresponding to the second image. At this time, the identification code of the fish is an identification code or identification information generated when the first image is acquired.

Preferably, when the eco-experience service app 20 generates and displays the corresponding identification code as a code image such as a barcode or QR code, the collection device 50 recognizes the corresponding code image by the camera 51 to recognize the identification code. can do. Alternatively, the user may directly input the identification code of the fish to the collecting device 50 through the input device 53.

Therefore, as described above, by using the identification code of the exotic fish, the first image and the second image can be registered as the image of the same exotic fish.

Next, the capture registration unit 33 verifies the capture of the exotic fish using the first and second images, and if verified, registers the foreign fish as captured.

In other words, the capture registration unit 33 determines whether or not the same by comparing the image of the exotic fish of the first image and the second image. If it is determined that the fish image photographed in the two images is the same, the alien fish is verified as captured.

Preferably, whether or not the same is performed both comparisons, such as size comparison and the image itself. In particular, it is determined by the similarity whether the image is the same. That is, the similarity of the two images is obtained, and if the similarity is equal to or greater than a preset threshold, it is determined to be the same. The similarity of the two image objects uses a conventional image similarity method in the field of image processing.

First, the capture register 33 performs preprocessing so that the scale objects included in the first and second images are the same size. Specifically, the first and second images are scaled so that the scale objects are the same.

The fish region (or fish contour) is detected in the first and second images. Techniques for detecting fish regions or contours use conventional techniques for detecting regions or contours of particular objects.

The catch register 33 then calculates the ratio of the entire fish area of the first and second images to verify whether it is within a predetermined threshold range. That is, if the area ratio of the fish of the second image to the fish of the first image is outside the critical range, it is not verified.

The catch register 33 contrasts the fish image with respect to the first image and the second image. At this time, contrast both the size and image of the fish.

Preferably, the size of the fish is determined by its similarity in contrast to the contour of the fish. That is, when the similarity is more than a predetermined threshold, it is determined that the size is the same.

Also, contrast the image of the fish. As a result of the contrast, when the similarity of both images is equal to or greater than a predetermined threshold, it is determined that both images are the same image.

If it is determined that the alien species fish in the first and second images are the same, the capture registration unit 33 verifies that the alien species are captured.

In addition, the catch register 33 registers the caught fish as captured if verified. At this time, capture information is registered together as registration information. The registered fish registration information consists of catching position, catching time, type of fish, whether the fish is male or female, fish size, fish weight, etc.

The capture position and the capture time are set to the capture time and capture position of the first image.

The type and size of the fish are registered using the values calculated by the catch compensator 34 below.

In addition, the capture registration unit 33 may be registered by receiving the weight of the exotic fish measured by the weight sensor 54 of the collection device (50).

Next, the catch compensator 34 processes the reward for the registered catch fish (or catch). That is, the capture compensator 34 detects the type of fish caught, male or female by image matching, calculates the size of the fish through image processing, and compensates the liquid according to the type and size (or weight) of the fish. Determine and pay. Preferably, the compensation amount is determined in proportion to the size or weight of the registered catch fish by type or male or female.

First, a fish type of a catch is detected in contrast with the standard image for each kind of the alien species registered in advance. At this time, the type is detected using the first image that is not cut. In addition, for kind detection, standard images of all kinds of exotic fish are stored in advance. In this case, a standard image of each male and female may be stored for distinguishing male and female.

Next, the area or the contour of the fish is detected from the first image of the registered fish, and the size of the detected area is calculated. At this time, the actual size of the area is calculated using the scale object.

In addition, the compensation amount is determined in proportion to the size (or area) or weight of the fish area by type. The compensation standard is set in advance. In other words, the compensation amount is set in advance according to the type of fish (including male and female), size, and weight.

Preferably, the compensation amount is paid in cyber money.

Next, the distribution analysis unit 35 analyzes the distribution of the exotic fish using the registered information of the registered fish.

As described above, the registered fish registration information includes the type, size, catch time, catch location, local weather information, and the like of the fish. These properties are registered for all captures.

The distribution analyzer 35 generates statistical data using the type of fish, the catching time, the catching position, the size, and local weather information as variables. In this case, the capture time may be divided (grouped) into sections in time zones, and the capture position may be divided (grouped) into regions. In addition, the size may be divided into a predetermined section. It provides statistical data according to various viewpoints (variables or variable intervals).

For example, the ratio of the number of fish caught by the type of fish within a specific area may be provided. This indicates which types of fish are caught in the area. Alternatively, it is possible to provide a catch of fish at different times of day within a particular area, which indicates at which time many fish are caught.

In addition, the distribution analysis unit 35 may estimate and provide a capture amount as a form amount. In other words, if the catch is large, it can be estimated that the fish are inhabited accordingly. Therefore, the catch can be used to estimate the amount of fish by type of fish.

Next, the catch information providing unit 36 provides information such as a format for the exotic fish. That is, the analysis information of the alien species fish analyzed in the distribution analysis unit 35 is provided by processing.

For example, it is possible to provide a distribution of species of fish by region, to provide a percentage of habitat for each species of fish in a specific region, or to provide a whole area of abundant (captured) species for a particular fish species. The user is provided with the analysis information, so that the user can more accurately know the capture location.

In addition, by using the analysis information, it is possible to recommend a capture location, time and the like to the user.

Next, the configuration of the eco-experience system 300 of the play-based online game and shopping mall linkage method of catching alien species fish according to the second embodiment of the present invention will be described in more detail. The second embodiment of the present invention has the same configuration as the first embodiment described above, but differs in that the obtained second image is an image of a partially cut alien fish. Hereinafter, only portions that differ from the first embodiment will be described. The remaining unexplained parts refer to the description of the first embodiment described above.

First, the second image acquisition unit 32 acquires a second image of the alien species fish partially cut. The second image is obtained by receiving an image captured by the camera 11 of the smart terminal 10 or the camera 51 of the collecting device 51.

The second image is an image photographed after the first image of the exotic fish is obtained (or photographed), and is an image photographed with a portion of the exotic fish cut off. That is, the user cuts a part of the exotic fish and photographs the exotic fish in the cut state using the cameras 11 and 51.

The incised state indicates a state in which alien fish are cut off by a knife or a punch. That is, the user may cut the tail of the exotic fish using a knife. Alternatively, the user may punch a through hole in the body of the exotic fish using a punch. In this case, the punch may be a punching device that is professionally manufactured to punch the fish body. Preferably, the punch may be provided in the collecting device 50.

Also, preferably, the second image acquisition unit 32 may guide the position or the incision shape of the exotic fish. At this time, the first image obtained is displayed, and a position to be cut on the first image, a cut shape, and the like are displayed. That is, an incision shape is displayed on the incision position of the fish of the first image. These are displayed on the display 12, 52 of the smart terminal 10 or the collection device 50.

In addition, the second image acquisition unit 32 is set so that the ratio of the incision portion of the exotic fish is within a specific range relative to the area of the entire fish. More preferably, the specific range is set within 10% to 30%. In other words, the ratio of the size of the fish after the incision to the size of the initial fish is set to be within a predetermined threshold range (critical ratio range). This is because, if too many exotic fish are incised, the fish cannot be recognized. Too small an incision can also cause exotic fish to turn around and be used again. The purpose of the incision is to prevent the exotic fish from turning back and using it.

More preferably, the incision location or incision shape is chosen randomly. The reason for randomly setting the incision location or shape is to prevent registration twice or more using a user-like fish. For example, two similar fish may be prepared, one fish may be photographed as the first image, and the other fish may be photographed as the second image. In this way, the registration of the caught fish can be registered in a myriad of numbers. To avoid this problem, the incision location and shape can be arbitrarily selected.

As shown in FIG. 7, the incision location or incision shape may be presented in various ways. 7 shows a case where the incision is straight and the incision is the tail. That is, even in the case of a straight line, it is divided into three cases, such as a state inclined to the right, a state inclined to the left, and a vertical state.

In addition, the incision location may be variously selected, such as the tail fin, the ventral fin, and the dorsal fin.

In addition, as shown in Figure 8, even when making a cut using a punch, it can be presented in various ways depending on the cut position.

Also preferably, the second image is also taken with the scale object. As described above, the scale object is an object of size, and coins, credit cards, scales, and the like may be used.

An example of the second image is shown in FIG. 9. As shown in FIG. 9, the fish with the incised tail and the coin (scale object) are photographed together.

Next, the capture registration unit 33 verifies the capture of the exotic fish using the first and second images, and if verified, registers the foreign fish as captured.

In addition, the capture registration unit 33 compares the first image and the second image to detect the incision position of the fish, and contrasts the detected incision position or incision shape with the incision position or incision form previously guided. The contrast of the incision shape or the location of the incision is performed as similarity, and it is determined that the similarity is not verified if it is smaller than the reference threshold.

In addition, the capture registration unit 33 compares the image of the exotic fish of the first image and the second image to determine whether the same. If it is determined that the fish image photographed in the two images is the same, the exotic fish is verified as captured.

Preferably, whether or not the same is performed both comparisons, such as size comparison and the image itself. In particular, it is determined by the similarity whether the image is the same. That is, the similarity of the two images is obtained, and if the similarity is equal to or greater than a preset threshold, it is determined to be the same.

In particular, the catch register 33 contrasts the fish images of the remaining portions except for the cutout in both images such as the first image and the second image. At this time, contrast both the size and image of the fish.

As mentioned above, although the invention made by this inventor was demonstrated concretely according to the said Example, this invention is not limited to the said Example and can be variously changed in the range which does not deviate from the summary.

10: smart terminal 20: eco experience service app
30: ecological experience server 31: the first image acquisition unit
32: second image acquisition unit 33: capture register
34: capture compensation 35: distribution analysis
36: capture information provider
40: database 50: collection device
60: mall server

Claims (10)

In the eco-experience system of the play-based online game and shopping mall linked method of alien species fish capture, which is performed by the eco-experience service app installed in the smart terminal, and the eco-experience server that provides the eco-experience service,
A first image acquisition unit for acquiring a first image of the captured exotic fish;
A second image acquisition unit for acquiring a second image of the alien species in a collecting device;
A catch register unit that compares the first image and the second image, verifies the capture of the exotic fish and registers the alien fish as captured if verified; And,
An eco-experience system of play-based online games and shopping malls linked to alien fish capture, which includes a reward compensation unit that processes a reward for registered alien fish but determines a compensation amount in proportion to the size or weight of the alien fish. .
In the eco-experience system of the play-based online game and shopping mall linked method of alien species fish capture, which is performed by the eco-experience service app installed in the smart terminal, and the eco-experience server that provides the eco-experience service,
A first image acquisition unit for acquiring a first image of the captured exotic fish;
A second image acquisition unit for acquiring a second image of the alien species fish after a portion of the incision;
A catch register unit that compares the first image and the second image, verifies the capture of the exotic fish and registers the alien fish as captured if verified; And,
Eco-experience system of play-based online game and shopping mall associated with the exotic fish capture, characterized in that for processing the reward for registered alien fish, the catcher compensation portion for determining the compensation amount in proportion to the size of the alien fish.
The method according to claim 1 or 2,
The first image and the second image is an eco-experience system of a play-based online game and shopping mall linked system of the exotic fish capture, characterized in that the image is taken with a scale object that is an object of size.
The method of claim 1,
And the second image is an image photographed at a photographing position in the collection device, and a scale functioning as a scale is displayed at the photographing position, and the image is photographed together with the scale. Ecological experience system linked to shopping malls.
The method of claim 1,
The second image acquisition unit randomly guides the incision location or incision shape of the exotic fish,
The capture registration unit compares the first image and the second image to detect an incision position or incision shape of the fish, and contrasts the detected incision position or incision with the incision position or incision guided in advance. Eco-experience system of play-based online game and shopping mall connection method of catching exotic fish.
The method of claim 5,
The second image acquiring unit sets the incision position or the incision shape so that the ratio of the size of the fish after the incision to the size of the fish of the first image is within a predetermined threshold ratio range. Ecological experience system based on online games and shopping malls.
The method of claim 5,
The incision location is determined by any one of a tail portion and a fin portion of the exotic fish,
When the incision shape is a straight line, it is selected as a straight line of any one of the inclined state, the inclined state to the left, the vertical state, the eco-experience system of play-based online game and shopping mall linked method of alien species fish capture .
The method of claim 2,
The capture registration unit compares the fish images of the remaining portions except for the incision portion in both the first and second images, but contrasts both the size and the image of the fish, play-based online game and shopping mall Linked ecological experience system.
The method of claim 8,
Eco-experience system of play-based online game and shopping mall linked system of the foreign species fish capture, characterized in that the size of the fish, the contrast of the fish to determine whether the same by the similarity.
The method according to claim 1 or 2,
The capture compensation unit detects the type of fish captured through image matching, calculates the size of the fish through image processing, and determines the amount of compensation according to the type and size of the fish. Ecological experience system based on online games and shopping malls.

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