KR101188920B1 - A method for providing service for informing about fishing place using gps - Google Patents

Abstract

The present invention relates to a fishing site guidance service method using GPS, and more specifically, the service providing server, comprising: (1) storing information on fishing sites distributed throughout the country in a database; (2) receiving a picture or video taken on the fishing spot from the user; (3) receiving a location where the photo or video is captured through GPS; (4) identifying a specific fishing spot corresponding to the position; (5) extracting information about the particular fishing ground from the database; And (6) synthesizing the information about the fishing site into the picture or video.
According to the fishing site guide service method using the GPS proposed in the present invention, when the user uploads a picture or video taken at the fishing site to the service providing server, the location information of the fishing place through the GPS, and the fishing place at the corresponding location Can be extracted from the database, attached to photographs and videos, and provided to others to improve the accuracy and reliability of the information about the fishing field.
In addition, the fishing site guide service method using the GPS according to the present invention, when the user uploads a picture of the fishing field, by using the GPS attached to the picture to check the location information of the fishing place and grasp the information on the fishing ground, It guides the way to reach the fishing grounds and various information, so that the user can accurately visit the fishing grounds with just a photo.

Description

A fishing ground guidance service using GPS {A METHOD FOR PROVIDING SERVICE FOR INFORMING ABOUT FISHING PLACE USING GPS}

The present invention relates to a fishing site guidance service method using GPS, in particular, when a user uploads a picture and a video, the user confirms the shooting location of the picture or video with a GPS, and attaches the information about the corresponding fishing field to the picture and the video. And a fishing site guide service method using GPS provided to a third party.

Recently, as the development of society in general has enriched people's lives, time investment for self-development is more important than labor for life. Therefore, people are currently developing their self-development through various hobbies, and fishing is one of the main hobbies of men. It is important to find a good fishing spot, because those who enjoy fishing as a hobby usually enjoy their fishing for a long time by putting up tents in the fishing grounds near Seoul or on the weekends.

Fishing area, a space where you can enjoy fishing comfortably, is increasing in number as people's interest increases and is distributed throughout the country. At this time, the catches, the time taken to go to the fishing site, and the cost of using the fishing site are all different depending on the geographical characteristics of the area where the fishing place is located. Collecting.

However, in the case of the Internet, information on fishing spots mainly includes several photographs. When the information is confirmed by the photographs, those who have not been directly to the fishing spots indicated in the photographs cannot completely trust which fishing spots the photographs are about. That is, there is a problem that a filtering operation of information for identifying the accuracy of the photograph is required separately. In other words, since it is unclear what fishing spots were photographed on the Internet, other people cannot see the fishing spots in detail. Therefore, the picture of the fishing spot A is mistaken for the shape of the fishing spot B, there is a problem that can be wasted time and money to find the mismatch of information late only after arriving directly at the fishing spot B.

The present invention has been proposed to solve the above problems of the conventionally proposed methods, when the user uploads a picture or video taken in the fishing field to the service providing server, and confirms the location information of the fishing ground through the GPS, It is to provide a fishing guide service method using GPS that can improve the accuracy and reliability of information on the fishing ground by simultaneously extracting the information of the fishing ground at the location from the database, attaching it to pictures and videos, and providing it to others. For that purpose.

In addition, the present invention, when the user uploads a picture of the fishing ground, using the GPS attached to the photo to confirm the location information of the fishing ground and grasp information about the fishing ground, to guide the user how to reach the fishing ground and various information It is another object of the present invention to provide a fishing guide service method using a GPS that helps the user to accurately visit the fishing site with just a picture.

According to a feature of the present invention for achieving the above object, a fishing site guide service method using GPS, the service providing server,

(1) storing information on fishing spots distributed throughout the country in a database;

(2) receiving a picture or video taken on the fishing spot from the user;

(3) receiving a location where the photo or video is captured through GPS;

(4) identifying a specific fishing spot corresponding to the position;

(5) extracting information about the particular fishing ground from the database; And

(6) characterized in that it comprises the step of synthesizing the information on the fishing site to the picture or video.

Preferably, the information on the fishing ground,

It may include name, location, size, contact information, fish species inhabited, time available, cost, arrival time, whether or not the parking lot, or the surrounding food.

Preferably, in step (3),

The coordinate value of the point where the user is located, or the coordinate value attached to the photo or video through the GPS may be received as the location where the photo or video is captured.

Preferably,

In step (1), the coordinate zone for the fishing site is stored in the form of polygon or closed curve,

In the step (4), it is possible to determine the particular fishing ground through whether or not the coordinate value of the location where the picture or video is taken is included in the coordinate zone of the fishing ground.

Preferably,

Step (1) is,

(1a) collecting coordinate values included in the fishing field; And

(1b) generating a function for a coordinate zone using the collected coordinate values,

In step (4) above,

The specific fishing spot can be identified using a function for the coordinate zone.

Preferably, in step (4),

When the coordinate value of the location where the picture or video is taken is not included in the area of the coordinate value of the fishing field, the closest fishing field may be identified as the specific fishing field.

Preferably,

(7) The method may further include distributing the picture or video obtained by synthesizing the information about the fishing field through a network.

Preferably,

(8) receiving the current location of the user by GPS; And

(9) The method may further include guiding the user in real time how to reach the specific fishing ground based on the current location of the user.

According to the fishing site guide service method using GPS proposed in the present invention, when the user uploads a picture or video taken at the fishing site to the service providing server, check the location information of the fishing place via GPS, the fishing site at the location Can be extracted from the database, attached to photographs and videos, and provided to others to improve the accuracy and reliability of the information about the fishing field.

In addition, the fishing site guide service method using the GPS according to the present invention, when the user uploads a picture of the fishing field, by using the GPS attached to the picture to check the location information of the fishing place and grasp the information on the fishing ground, It guides the way to reach the fishing grounds and various information, so that the user can accurately visit the fishing grounds with just a photo.

1 is a flow chart of a fishing site guide service method using GPS according to an embodiment of the present invention.
Figure 2 is a detailed flow chart of the step S100 of the fishing guide guidance service method using GPS according to an embodiment of the present invention.
3 is a diagram illustrating a process of generating a function for a coordinate region in a fishing site guide service method using GPS according to an embodiment of the present invention.
4 is a view showing a synthesis process in a fishing site guide service method using GPS according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. In the following detailed description of the preferred embodiments of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. The same or similar reference numerals are used throughout the drawings for portions having similar functions and functions.

In addition, in the entire specification, when a part is referred to as being 'connected' to another part, it may be referred to as 'indirectly connected' not only with 'directly connected' . Also, to "include" an element means that it may include other elements, rather than excluding other elements, unless specifically stated otherwise.

1 is a flow chart of a fishing site guide service method using GPS according to an embodiment of the present invention. As illustrated in FIG. 1, in the fishing site guide service method using GPS according to an embodiment of the present invention, the service providing server stores information on a fishing field distributed in the whole country in a database (S100). Receiving a picture or video taken at the fishing spot (S200), Receiving a location where the picture or video was taken via GPS (S300), Identifying a specific fishing spot corresponding to the location (S400), To a specific fishing spot Extracting information about the database from the database (S500), synthesizing information about the fishing field into a photo or video (S600), distributing the synthesized photo or video information about the fishing field through the network (S700), and the user. Receiving the current location of the GPS (S800), based on the user's current location to guide the user how to reach a specific fishing spot in real time It can comprise a step (S900).

In step S100, information on fishing places distributed throughout the country is stored in a database. Information about the fishing grounds may basically include the name, location, size, contact information, the species inhabiting, time available, cost, arrival time, whether the parking lot, or the surrounding food, and other things that people who need it. It can contain all the information further. Since the information about the fishing ground may change over time, it is desirable to continuously update the database at regular intervals. Here, the "fishing place" is not limited to a fishing place named "○○ fishing place" but may include any place where fishing is possible, and thus is used as a meaning including any beach or river.

In relation to the position of the fishing field, the present invention is to identify the fishing field corresponding to the coordinate value received through the GPS, it is preferable to store the position of the fishing field as a coordinate value. However, since the fishing ground has a certain scale, it cannot be set as a single coordinate value, and since it is formed in various shapes, it cannot be set as a simple coordinate region such as a square. Therefore, in step S100, the position of the fishing field is stored as a coordinate region, but a function can be more conveniently compared to generate a function. In more detail, in step S100, the service providing server may store the coordinate area for the fishing field in the form of a polygon or a closed curve. Hereinafter, a detailed description will be made with reference to FIG. 2.

2 is a detailed flowchart of step S100 of the fishing guide service method using GPS according to an embodiment of the present invention. As shown in Figure 2, step S100 of the fishing guide service method using the GPS according to an embodiment of the present invention, the step of collecting the coordinate value included in the fishing field (S110), coordinates using the collected coordinate value And generating a function for the zone (S120).

In step S110, coordinate values included in the fishing field are collected. As described above, since the fishing ground has a certain scale, it cannot be represented by only one coordinate value. Therefore, it is necessary to collect all coordinate values included in the fishing field (collection of all coordinate values is most preferable but may not be practically possible, so only the edge coordinate values of the fishing field can be collected. This is necessary for generating a function of the coordinate region in step S120). The fishing spot corresponding to the GPS coordinate value received from the user can be accurately identified. In this case, the coordinate values may be longitude and latitude values including degrees, minutes, and seconds.

Of course, the coordinates of the position corresponding to the center of the fishing field may be stored, and this coordinate value may be compared with the coordinate value received from the user to specify the shortest fishing ground. As a result, the error of the fishing spot may be large, which is not preferable because it is inaccurate. Therefore, the present invention can ensure accuracy by specifying all the coordinates included in the fishing field as a group, and then using the method of determining whether the coordinate values received from the user are included in the group.

In step S120, a function for the coordinate zone is generated using the collected coordinate values. The function is generated and used for specifying the fishing spot, since the fishing zone is generally large and the coordinate area is very wide. Therefore, it is inefficient to compare all the coordinate values of the fishing spot with the user's coordinate values. Of course, the coordinate values collected in step S110 should be large enough to generate a function in step S120. The step S120 will be described in detail with reference to FIG. 3.

3 is a diagram illustrating a process of generating a function for a coordinate region in a fishing site guide service method using GPS according to an embodiment of the present invention. As shown in FIG. 3, in step S120 of the fishing site guide service method using GPS according to an embodiment of the present invention, first, the overall shape is envisioned by setting the coordinate values collected for each fishing site as a group. As shown in FIG. 3, it can be seen that the coordinate region in the form of a closed curve for the ocher bone fishing site on the left side and the Seoun fishing site on the right side is formed, respectively. After that, by extracting the edge portion of the coordinate region as a function, it is possible to create a function for the coordinate region of each fishing ground. In this case, an n-th order function, a nonlinear function, and the like may be used. However, when the n-th order function is used, there may be no omission of a coordinate region through a plurality of n-th order functions. In the specific function generation process, functional expression generation methods using currently used point coordinates can be used as they are, and thus a detailed description thereof will be omitted.

Of course, an error may occur in the process of converting the coordinate zone into a function, but if it does not overlap with the coordinate zone of another fishing ground, a certain error may be sufficiently tolerated. This is because it is practically impossible to completely grasp the boundary of the fishing area coordinate region, and an error will inevitably occur.

The function of the coordinate zone of the fishing field generated through this process can be used later to determine which fishing field the coordinate value transmitted by the user corresponds to. As an example, when the coordinate values transmitted by the user are included in the closed curve on the left side of FIG. 3, the pictures transmitted by the user are for the ocher bone fishing field, and the pictures transmitted by the user when included in the closed curve on the right side of FIG. 3. Can be clearly understood that it is about a poor fishing ground. Therefore, the result is much more accurate than the method of determining by proximity.

However, when the coordinate value of the location where the picture or video is taken is not included in the area of the coordinate value of the fishing spot, the closest fishing spot may be identified as a specific fishing spot. This is because the photographed position may not be included in the coordinate area of the fishing field when the fishing field is photographed through the telephoto lens from the position outside the fishing field.

In step S200, the user receives a picture or video taken on the fishing spot from the user. The present invention is to solve the conventional problem that it is inaccurate to grasp the fishing ground with only the visual data that does not include the text information, so that the picture or video is received instead of the text information for the fishing ground, the fishing ground in the future pictures or videos Synthesize information about The type of file you receive is sufficient as a picture or video, but does not limit its extension.

In step S300, a location where a picture or video is captured is received through GPS. The location may be received as a longitude and latitude value, and may receive a coordinate value of a location where the user is located or a coordinate value attached to the photo or video through a GPS as a location where the photo or video is taken. This is because recently used GPS devices include a function of automatically attaching GPS coordinates to a picture when the picture is taken. Therefore, when the coordinate value is already included in the picture or the image file, step S200 and step S300 may be performed at the same time.

On the other hand, receiving the coordinate value of the point where the user is located is performed when the user does not use a GPS device that automatically inputs the coordinate value in the picture file, that is, the user transmits only the picture or video to the service providing server. Can be. However, it is preferable that the service providing server receives the coordinate values of the user when the user is located in the fishing place where the user takes a picture. At this time, the reception of the coordinate value can use the GPS possessed by the user, and recently, the photographing and transmission of the picture file is possible, and the smart phone including the GPS function is widely used. Coordinate values can be received.

In step S400, the specific fishing spot corresponding to the position is identified. The process of identifying a specific fishing place is as described in step S100. That is, when the coordinate zone for the fishing spot is stored in the form of a polygon or a closed curve in step S100, in step S400, a specific fishing spot may be determined by whether or not the coordinate value of the location where the photo or video is taken is included in the coordinate zone of the fishing spot. At this time, a function for the coordinate region can be used. In addition, when the coordinate value of the location where the picture or video is taken is not included in the area of the coordinate value of the fishing field, the closest fishing field can be identified as a specific fishing field.

In step S500, information about a specific fishing spot is extracted from the database. Since the information about the fishing spot will be extracted based on the name of the fishing tackle, it is preferable to store the information about the fishing tackle in the database in step S100 by sorting on the basis of the name of the fishing tackle. The information on the fishing ground to be extracted may include the name, location, size, contact information, fish species, inhabitants, available time, cost, arrival time, whether the parking lot, or surrounding food, as described above in step S100. have.

In step S600, information about a fishing spot is synthesized into a picture or a video. The synthesis process will be described in detail with reference to FIG. 4.

4 is a diagram illustrating a synthesis process in a fishing site guide service method using GPS according to an embodiment of the present invention. As shown in FIG. 4, in step S600 of the method for guiding a fishing ground using GPS according to an embodiment of the present invention, a result obtained by synthesizing a photograph obtained by synthesizing information on a fishing ground based on a photo received from a user and a coordinate value is obtained. You can output As shown in FIG. 4, the picture transmitted from the user does not include any text information about the fishing spot. Therefore, even if the picture in FIG. 4 is notified that the picture is about another fishing place, there is a risk that inaccurate information is mass produced because it is not possible to confirm the match. Therefore, the present invention, using the coordinate value received from the user in step S400 to identify the fishing field corresponding to the picture, after extracting the information on the fishing field in step S500, the information on the fishing field can be synthesized in step S600, etc. have.

In the case of Figure 4, the fishing spot identified through the coordinate value is a chili ash fishing ground, the location is Siheung-si, Gyeonggi-do. The following information can be extracted from the database, such as contact information, number of seats, additional facilities, key fish species, usage time, arrival time, parking lot, and usage fee, and synthesized at the bottom of the photo. At this time, the synthesis of all the information on the fishing spot on the photo, because the pictures can be damaged by the letters, it is preferable to directly synthesize only the name of the fishing tackle on the photo.

In step S700, a photograph or video obtained by synthesizing information on the fishing field is distributed through a network. Distributing to a network means providing it to people through Internet sites, etc., so that anyone who is interested in fishing as well as the user who sent the picture can see it. In particular, by mainly uploading to the fishing-related sites to deliver only accurate information about the fishing spot, it is possible to increase the user of the present invention by focusing people's attention to the present invention.

In step S800, the user's current location is received by GPS. Since step S800 and step S900 are steps for guiding a user to a fishing spot, the user at this time means a user who is not located on the fishing spot. The current position may be received in the form of a coordinate value as described above.

In step S900, the user is guided in real time how to reach a specific fishing ground based on the current location of the user. For real-time guidance, step S900 may update the current location of the user by repeatedly performing step S800, and the real-time guidance may use the same method as a road guidance service in navigation equipment that is currently widely sold.

In the fishing site guide service method using GPS according to an embodiment of the present invention, the user transmits the photograph or video taken directly and the coordinates of the fishing field to the service providing server and the multimedia including accurate information about the fishing field from the service providing server. You can be provided with the materials, and the pictures or videos taken from the fishing grounds can easily guide you how to reach the desired fishing grounds. Therefore, the present invention is expected to be widely used because it can greatly improve the convenience of those who have fishing as a hobby and at the same time, the reliability of many people can be established by distributing only clear information about fishing spots on the Internet. .

The present invention may be embodied in many other specific forms without departing from the spirit or essential characteristics of the invention.

S100: storing information about fishing spots distributed throughout the country in a database
S200: Receiving a picture or video taken on the fishing spot from the user
S300: step of receiving a location where a picture or video was recorded through GPS
S400: identifying the specific fishing spot corresponding to the position
S500: step of extracting information about a specific fishing field from the database
S600: synthesizing information about the fishing spot into a photo or video
S700: distributing pictures or videos synthesized with information about the fishing spot through the network
S800: step of receiving the user's current location by GPS
S900: guide the user in real time how to reach a specific fishing ground based on the user's current location

Claims (8)

In the fishing site guidance service method, the service providing server,
(1) collecting information about fishing spots distributed throughout the country and storing them in a database;
(2) receiving a picture or video taken on the fishing ground from the user terminal;
(3) receiving a location where the received picture or video is captured through the GPS of the user terminal;
(4) specifying a fishing spot corresponding to the received location by using the stored database;
(5) extracting information about the particular fishing ground from the database; And
(6) synthesizing information on the extracted fishing grounds on the received picture or video,
In step (1), the coordinate zone for the fishing site is stored in the form of polygon or closed curve,
In the step (4), the fishing place using the GPS characterized in that to specify the fishing position corresponding to the received position through whether or not the coordinate value of the location where the photo or video is taken in the coordinate area for the fishing place Guide service method.
The method of claim 1, wherein the information on the fishing ground,
Method for guiding fishing grounds using GPS, including name, location, size, contact information, species inhabited, available time, cost, arrival time, parking lot, or surrounding food.
2. The method of claim 1, wherein in step (3)
And a coordinate value for the point where the user is located, or a coordinate value attached to the photo or video through the GPS to the location where the photo or video is taken.
delete The method of claim 1,
The step (1)
(1a) collecting coordinate values included in the fishing field; And
(1b) generating a function for a coordinate region using the collected coordinate values in a polygonal or closed curve form including all of the collected coordinate values and storing them in the database;
In step (4) above,
The fishing site guide service method using GPS, characterized in that to specify a fishing field corresponding to the received position using a function for the coordinate region stored in the database.
The method of claim 1, wherein in step (4),
When the coordinate value of the location where the picture or video is taken is not included in the area of the coordinate value of the fishing spot, the fishing site guide service using GPS, characterized in that the fishing spot corresponding to the received location is specified as the closest fishing spot. Way.
delete The method of claim 1,
(8) receiving a current position of the user terminal through a GPS of the user terminal for a user who wants to be guided to a specific fishing ground; And
(9) a fishing site guide service using GPS, further comprising transmitting in real time to the terminal of the user how to reach the specific fishing ground based on the current location of the user received in step (8); Way.

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