KR20200045136A - Online operating system for hunting contest - Google Patents

Abstract

The technology disclosed in the present specification relates to an online management system for a hunting competition in which results of hunting activities in various environments are shared such that the reliability of ranking determination according to the sizes of objects to be hunted is excellent. The system comprises: a photographing unit capable of photographing an object; a first measurement unit which faces a first direction that is oriented toward the object at the time when the object is photographed, and which can measure a first distance value of the first direction; a second measurement unit which faces the object and faces a second direction which is different from the first direction by a predetermined angle, and which can measure a second distance value of the second direction at the time when the object is photographed; a length measurement unit for measuring the length of the object by calculating a distance between end points which a first sensor unit and a second sensor unit face, by using the first distance value, the second distance value, and the angle; and a ranking determination unit for determining a ranking by receiving the length of the object.

Description

ONLINE OPERATING SYSTEM FOR HUNTING CONTEST}

The technology disclosed in this specification relates to an online operating system for a hunting competition conducted based on the size of a hunting object in reality, and in detail, the ranking according to the size of the hunting object by sharing the results of hunting activities in various environments It is about an online operating system for hunting competitions with excellent decision reliability.

The technology disclosed in the present specification relates to an online operating system for a hunting competition with excellent ranking reliability according to the size of a hunting object by sharing the results of hunting activities in various environments.

The present invention relates to a method of providing a service for operating a fishing competition in Korean Patent Registration No. 10-1705131 (2017.02.03. This fishing competition management service is provided through the process of transmitting data to multiple terminals that can display the fishing competition inquiry screen, which includes information about the fishing competition being prepared for the event and the participation application menu. The process of transmitting the confirmation information to the terminal that applied for participation, and when the fishing competition that accepted the participation is started, receives the information to catch the fish species and size of the fish caught from the terminal that participated in the participation. When the process, analysis of the capture information and meets the predetermined criteria, generates the ranking information reflecting the capture information, transmits it to the terminal applied for participation, and when the disclosed fishing competition ends, determines the winner according to the ranking information , Transmitting information about the winner to the terminal that applied for participation. According to the present invention, there is disclosed a technology capable of operating a fishing competition so that a variety of rules desired by the organizer can be easily applied, regardless of a place, time, and number of participants using a mobile device.

Existing Japanese Patent Publication No. 16290025 (published on Oct. 21, 2004) excludes illegal fishing performance information and makes it possible for a wide range of fishing competitions to be held after the safety of users who are anglers. [Solutions] The method of fishing, which includes images of the performance of fishing, said that the line was photographed using a means of collecting information (acquisition of information) for collecting the location information by varying the collection cycle according to the location, and the sheet for managing the performance of fishing. Based on the means of collecting performance information for collecting fishing information, the means for determining performance information for fishing that stores the performance information for effective fishing by determining the effectiveness of the performance information for fishing, and the information for effective fishing performance Disclosed is a technique that includes means for providing information about a tournament that provides information about the year's competition.

However, in the prior art, the hunting result is verified through a photograph or video on which the hunting result was taken, and the size of the hunting result is manipulated by a method of taking a picture or image, or by a photographed environment and a tool operation for measuring the size of the hunting result. Or, there is a problem in that the reliability of ranking is low due to an error.

Therefore, the invention disclosed in the present specification allows a batch sized value to be measured in various environments such as a place where uneven grasses are grown or a rocky island or a rocking boat, and a shooting method, so that the hunting competition with high ranking is highly reliable. To provide an online operating system for.

In one embodiment, an online operating system for hunting competitions is disclosed.

In an online operating system for a hunting competition, a photographing unit 100 capable of photographing an object and a first direction toward the object at the time when the object is photographed, but a first distance value h1 in the first direction A first measuring unit 200 capable of measuring, the object, but facing the second direction different from the first direction and a predetermined angle (a), the second distance value in the second direction (h2) The first sensor unit through the second measurement unit 300, the first distance value (h1) and the second distance value (h2) and the angle (a) to measure at the time when the object is photographed A length measuring unit 400 for measuring the length H of the object by calculating the distance h3 between the end point of the 200 and the second sensor unit 300 and the length H of the object are received. It includes a ranking determining unit 3000 to determine the ranking.

The online operating system for the hunting competition further includes a target designating unit 500 that designates one end of the target from the photographed picture and calculates a value (b) between both ends of the designated target, The length measuring unit 400 is based on the distance (h3) between the calculated end point, the scale designation unit 410 for calculating the scale of the photographed picture and the value (b) between both ends of the designated object and the It may include a length calculation unit 420 for calculating the length (H) of the object in preparation for scale.

The object designating part 500 may include a contour extracting part 510 that extracts the contour of the object through color difference of the photographed image and extracts the other end of the object.

The online operating system for the hunting competition further includes an output unit 600 for outputting the photographed picture, wherein the target designation unit 500 outputs at least two points 521 to the output unit 600. The number of pixels existing between the end point designator 520 and the point mover 530 capable of moving the two points 521 to both ends of the target 500 object and the two points 521 in the output picture. It may include a value calculation unit 540 between extracting.

The online operating system for hunting competitions further includes a shooting control unit 700 that allows the shooting unit 100 to shoot when the first distance value h1 and the second distance value h2 are the same or within an error range. It can contain.

The online operating system for the hunting competition further includes an output unit 600 for outputting an image in the direction that the photographing unit 100 faces, and a center to output a virtual center line 821 to the output unit 600 The guide unit 800 may be further included.

The online operating system for the hunting competition further includes a reference storage unit 900 in which the length (f) of the reference object is stored, and the photographing unit 100 includes a first picture (P1) and the object in which the reference object is captured. Acquiring the photographed second picture (P2) including, but the first object through the difference between the reference object length (H) in the first picture (P1) and the length of the reference object stored in the reference storage unit 900 2 Further comprising a correction unit 1000 for correcting the length of the object in the picture (P2), the ranking determining unit 3000 may include determining the ranking by receiving the length (H) of the corrected object You can.

The online operating system for hunting competitions further includes an output unit 600 for outputting an image directed to the photographing unit 100, wherein the photographing unit 100 includes the first measuring unit 200 and the second measuring unit. At least one of the first measurement unit 200 and the second measurement unit 300 is applied to the object in the same state as the third picture P3 and the third picture P3 toward the support where the unit 300 supports the object. Any one photographs a fourth picture (P4) facing the object, and the length measuring unit 400 measures the length (H) of the object in the third picture (P3) and the length of the object in the fourth picture (P4). Further comprising an error calculating unit 2000 for calculating the difference value in contrast to (H), the ranking determining unit 3000 determines the ranking by receiving the length (H) of the object, the error calculating unit ( 2000), if a difference value occurs, it may include excluding from the ranking.

The online operating system for the hunting competition further includes a user terminal 4000 for applying for participation in the hunting competition, and further includes a reference storage unit 900 in which the length of the reference object is stored, and the photographing unit 100 is Acquiring a first picture (P1) of the reference object, and stored in the reference object length (H) and the reference storage unit (900) of the first picture (P1) measured by the length measuring unit 400 Further comprising a variable designation unit 1100 for designating a difference value of the length of the reference object as a variable, connected to the user terminal 4000 to receive an application for participation, the existence of the variable specified in the variable designation unit 1100 / Optionally, it may further include a reception unit 5000 for selectively approving the participation application.

On-line operating system for hunting competitions, the photographing unit 100 photographs a third picture P3 in a state where the first measuring unit 200 and the second measuring unit 300 face the supporter supporting the object. However, the fourth photograph P4 is photographed by the verification photographing control unit 6000, and the length measuring unit 400 measures the third photograph P3 as a reference, and is then transferred to the ranking unit 3000 When the length (H) of the competition falls within the ranking of the competition, the photographing unit 100 and the first measuring unit 200, the second measuring unit 300, the length measuring unit 400 and the target designating unit ( By activating 500), at least one of the first measurement unit 200 and the second measurement unit 300 can select the object in the same state as the third picture P3 by the photographing unit 100. Further comprising a verification photographing control unit 6000 to obtain a fourth picture (P4) in the facing state, the length measurement unit 400 is based on the fourth picture (P4) Further comprising an error calculating unit 2000 for calculating a difference value by comparing the length (H) of the object measured with the length (H) of the object in the third picture (P3), the ranking unit (3000) ) May include finally determining the ranking based on either the third picture P3 or the fourth picture P4 or the average object length H according to the error value.

The online operating system for a hunting competition disclosed in the present specification provides lengths of two sides of a triangle required for triangulation through the first measurement unit 200 and the second measurement unit 300 facing the object (d), and The first measurement unit 200 and the second measurement unit 300 provide an internal angle required for the triangulation by calculating the length H of the object d through the triangulation by determining the angle (a) of the ranking unit 3000 ), The object to be measured (d) and the object (d) and the first measurement unit (200) or the second measurement unit (300) can be checked through the shooting unit (100). Even if they are not parallel to each other, the length (H) of the object (d) can be calculated, and the object (d) placed in an uneven environment on a swaying boat or floor can be accurately measured, and the ranking is established based on this. It has the effect of improving the reliability of the operating system.

The online operating system for hunting competitions is such that the first measurement unit 200 and the second measurement unit 300 are defective by allowing the variable to be designated at the time of entry of the participant through the variable designation unit 1100 and the reception unit 5000. There is an effect that can improve the reliability of the online operating system by blocking participants who will cause errors in measuring the length (H) of the object according to.

The online operating system for the hunting competition according to the above-described exemplary embodiment can improve reliability in ranking of the online operating system by verifying and photographing only objects corresponding to the ranking through the verification shooting control unit 6000. It works.

The foregoing provides only selective concepts in a simplified form for matters described in more detail later. This content is not intended to limit key or essential features of the claims or to limit the scope of the claims.

1 is a view showing the configuration of an embodiment disclosed in the present specification.
FIG. 2 is a diagram illustrating a system flow according to an embodiment disclosed in FIG. 1.
3 is a view showing the configuration of another embodiment disclosed in the present specification.
FIG. 4 is a view showing another embodiment according to the embodiment disclosed in FIG. 3.
5 is a diagram illustrating a system flow according to an embodiment disclosed in FIG. 3 or 4.
6 is a diagram showing the configuration of another embodiment disclosed in the present specification.
FIG. 7 is a view showing an operating state according to the central guide disclosed in FIG. 6.
8 is a view showing an operating state according to the correction unit disclosed in FIG.
9 is a view showing an operating state according to the error calculation unit disclosed in FIG.
10 is a diagram illustrating a system flow according to an embodiment disclosed in FIG. 6.
11 is a diagram illustrating a system flow according to another embodiment including a correction unit.
12 is a diagram illustrating a system flow according to another embodiment including an error calculation unit.
13 is a diagram illustrating a system flow according to another embodiment including a variable designating unit.
14 is a diagram illustrating a system flow according to another embodiment including a verification photographing control unit.

Hereinafter, exemplary embodiments disclosed herein will be described in detail with reference to the drawings. Unless otherwise specified in the text, similar reference numerals in the drawings indicate similar components. The exemplary embodiments described in the detailed description, drawings, and claims are not intended to be limiting, and other embodiments may be used, and other changes are possible without departing from the spirit or scope of the technology disclosed herein. Those skilled in the art can arrange, configure, combine, and design the elements of the present disclosure, that are generally described herein, and described in the drawings in various other configurations, all of which are explicitly devised, and It is easy to understand that it forms part. In the drawings, the width, length, thickness, or shape of components may be exaggerated to express various layers (or films), regions, and shapes.

When one component is referred to as "deployment" to another component, it may include the case where one component is directly disposed on the other component, as well as the case where additional components are interposed therebetween.

When one component is referred to as “connecting” to another component, it may include the case where the one component is directly connected to the other component, as well as the case where additional components are interposed therebetween.

When one component is referred to as “forming” to another component, it may include the case where the one component is directly formed on the other component, as well as the case where additional components are interposed therebetween.

When one component is referred to as "coupled" to another component, it may include the case where one component directly couples to the other component, as well as the case where additional components are interposed therebetween.

Since the description of the disclosed technology is only an example for structural or functional description, the scope of rights of the disclosed technology should not be interpreted as being limited by the embodiments described in the text. That is, since the embodiments can be variously changed and have various forms, it should be understood that the scope of rights of the disclosed technology includes equivalents capable of realizing technical ideas.

Singular expressions are to be understood as including plural expressions unless the context clearly indicates otherwise, and “includes.” Or "take it." The term, etc., is intended to indicate that a feature, number, step, action, component, part, or combination thereof is implemented, and that one or more other features or numbers, steps, action, component, part, or combinations thereof. It should be understood that the existence or addition possibility of ones is not excluded in advance.

All terms used herein have the same meaning as commonly understood by a person skilled in the art to which the disclosed technology belongs, unless otherwise defined. As defined in the commonly used dictionary, terms should be interpreted to be consistent with meanings in the context of related technologies, and should not be interpreted as having ideal or excessively formal meanings unless explicitly defined in the present application.

1 of the drawings attached to the present specification is a view showing the configuration of an embodiment disclosed in the present specification. FIG. 2 is a diagram illustrating a system flow according to an embodiment disclosed in FIG. 1. 3 is a view showing the configuration of another embodiment disclosed in the present specification. FIG. 4 is a view showing another embodiment according to the embodiment disclosed in FIG. 3. 5 is a diagram illustrating a system flow according to an embodiment disclosed in FIG. 3 or 4. 6 is a diagram showing the configuration of another embodiment disclosed in the present specification. FIG. 7 is a view showing an operating state according to the central guide disclosed in FIG. 6. 8 is a view showing an operating state according to the correction unit disclosed in FIG. 9 is a view showing an operating state according to the error calculation unit disclosed in FIG. 10 is a diagram illustrating a system flow according to an embodiment disclosed in FIG. 6. 11 is a diagram illustrating a system flow according to another embodiment including a correction unit. 12 is a diagram illustrating a system flow according to another embodiment including an error calculation unit. 13 is a diagram illustrating a system flow according to another embodiment including a variable designating unit. 14 is a diagram illustrating a system flow according to another embodiment including a verification photographing control unit.

Hereinafter, an online operating system for a hunting competition disclosed in this specification will be described in general with reference to the drawings. Referring to the drawings, the photographing unit 100 and the first measurement unit 200, the second measurement unit 300, the length measurement unit 400, and the ranking determination unit 3000 may be included.

Of course, data related to various information necessary for the practice of the present invention will be preferably implemented through a conventional memory or a database or a server, etc., and the conventional wired or wireless communication for the organic operation of each component described above and below. It would be desirable to connect.

The online operating system for a hunting competition disclosed in the present specification may optionally further include a target designation unit 500.

The online operating system for a hunting competition disclosed in the present specification may optionally further include an output unit 600.

The online operating system for a hunting competition disclosed in the present specification may optionally further include a shooting control unit 700.

The online operating system for a hunting competition disclosed in the present specification may optionally further include a central guide unit 800.

The online operating system for a hunting competition disclosed in the present specification may optionally further include a reference storage unit 900.

The online operating system for a hunting competition disclosed in the present specification may optionally further include a correction unit 1000.

The online operating system for a hunting competition disclosed in the present specification may optionally further include an error calculating unit 2000.

The online operating system for a hunting competition disclosed in the present specification may optionally further include a user terminal 4000.

The online operating system for a hunting competition disclosed in the present specification may optionally further include a reception unit 5000.

The online operating system for a hunting competition disclosed in the present specification may optionally further include a verification photographing control unit 6000.

Hereinafter with reference to the accompanying drawings showing an embodiment of the technology disclosed herein will be described in detail.

The online operating system for the hunting competition with reference to FIGS. 1 to 2 or 10 according to an embodiment is largely a photographing unit 100, a first measuring unit 200, a second measuring unit 300, a length measuring unit ( 400) and a ranking unit 3000.

The photographing unit 100 may be configured with a conventional camera. The photographing unit 100 is used by the contest participants. The photographing unit 100 may photograph an object d. The photographing unit 100 can be used while being carried by a user like a normal camera. The photographing unit 100 may acquire a digital image or photo including the object d. The photographing unit 100 provides a means for confirming the object of the measured length of the length measuring unit 400 to be described below.

The first measurement unit 200 may be configured with a conventional infrared sensor capable of measuring length. The first measurement unit 200 is used by the competition participants. The first measurement unit 200 may face the first direction toward the object d at the time when the object d is photographed, but may measure the first distance value h1 in the first direction. The first direction or the point in which the first measurement unit 200 is directed toward the one end point of the object d. The first measuring unit 200 may be operated in conjunction with the photographing unit 100 at the time of photographing. The first measurement unit 200 is capable of measuring a distance value between the first measurement unit 200 and one end point of the object d. That is, the first distance value h1 means the length between the first measurement unit 200 and one end point of the object d. Hereinafter, in the online operating system for a hunting competition disclosed in the present specification, the first distance value h1 is used as the length of one side of the triangle.

Meanwhile, the first measurement unit 200 may be replaced with ultrasonic waves, which can measure length or distance.

The second measurement unit 200 may be configured with the same infrared sensor as the first measurement unit 200. The second measuring unit 200 is used by the competition participants. The second measuring unit 200 may be provided to face the object (d), but to the second direction different from the first direction at a predetermined angle (a). The second measurement unit 200 may measure the second distance value h2 in the second direction at the time when the object d is photographed. The second direction or the point in which the second measurement unit 300 faces is directed toward the object d, but the first measurement unit 200 faces the other end point. The second measuring unit 300 may be operated in conjunction with the photographing unit 100 at the time of photographing. The second measurement unit 300 is capable of measuring the distance value between the second measurement unit 200 and one end point of the object d. That is, the second distance value h2 means the length between the second measurement unit 300 and one end point of the object d. Hereinafter, in the online operating system for a hunting competition disclosed in the present specification, the second distance value (h2) is used as the length of another side of the triangle, and the angle (a) is used as one cabinet of the triangle.

Meanwhile, the second measurement unit 300 may be replaced with ultrasound or the like capable of measuring length or distance. The angle (a) described above may be stored in the reference storage unit 900 to be described below, or may be provided with a separate ordinary memory or a normal storage unit for calculation of the length measurement unit 400 to be described below. It may be saved. Furthermore, as shown in FIG. 4, the angle (a) may be manufactured in a state in which the first measurement unit 200 and the second measurement unit 300 are combined, and may use an angle (a) set in the manufacturing design. It can also be stored by measuring the angle separately.

The length measuring unit 400 may be composed of an ordinary computer or an ordinary server or an ordinary smartphone capable of calculation, and the photographing unit 100, the first measuring unit 200, and the second measuring unit ( 300). The length measurement unit 400 can use a normal triangulation to calculate the length of the object (d). The length measuring unit 400 may use the first distance value h1 and the second distance value h2 as the lengths of the first and second sides constituting a triangle. The length measurement unit 400 may use the angle (a) as an internal angle required for triangulation. The length measuring unit 400 calculates the distance H3 between the first sensor unit 200 and the end point of the second sensor unit 300 by triangulation to calculate the length H of the object d. It can be determined by measurement.

On the other hand, if the length measurement unit 400 includes a configuration that can be separately calculated in the photographing unit 100, the first measurement unit 200, and the second measurement unit 300, a configuration that can be calculated It may be included in, or may be included in a configuration capable of computing a typical smartphone including a camera.

The ranking determining unit 3000 may be composed of an ordinary computer or an ordinary server or an ordinary smartphone capable of calculation, and may be connected to the length measuring unit 400. The ranking determining unit 3000 may determine the ranking by receiving the length (H) information of the object determined by the length measuring unit 400. The ranking unit 3000 determines the ranking in the order of the length of the object.

On the other hand, if the ranking determining unit 3000 includes a configuration that can be separately calculated in the photographing unit 100, the first measurement unit 200, and the second measurement unit 300, a configuration that can be calculated It may be included in, may be included in a configuration capable of calculating a normal smartphone including a camera, it may be provided with the length measuring unit 400.

The online operating system for a hunting competition according to an embodiment described above is configured to determine the lengths of two sides of a triangle required for triangulation through the first measurement unit 200 and the second measurement unit 300 facing the object (d). Provided, the first measurement unit 200 and the second measurement unit 300, the angle (a) by providing the necessary internal angle for triangulation, to calculate the length (H) of the object (d) through triangulation ranking As it can be reflected in the ranking through the determining unit 3000, the object to be measured (d) can be checked through the imaging unit 100, and the object (d) and the first measuring unit 200 or the second measuring unit Even if (300) is not parallel to each other, the length (H) of the object (d) can be calculated, and the object (d) placed in an uneven environment on a swaying boat or floor can be accurately measured, and the ranking is set based on this. That is, it has the effect of improving the reliability of the online operating system.

Meanwhile, the photographing unit 100, the length measuring unit 400, and the ranking determining unit 3000 in one embodiment may be provided as a camera and a program (application) of a smartphone, and the first measuring unit 200 ) And the second measurement unit 300 may be manufactured separately and connected to a smartphone. At this time, the smartphones of each participant in the competition may be configured to share the length (H) information of the measured object with each other, thereby determining the ranking of each user of the smartphone based on the unique information of the smartphone.

The online operating system for the hunting competition with reference to FIGS. 3 to 4 or 10 according to another embodiment is largely a photographing unit 100, a first measuring unit 200, a second measuring unit 300, a length measuring unit It includes a 400 and the ranking unit 3000, but may further include a target designation unit 500, the length measurement unit 400 further comprises a scale designation unit 410 and a length calculation unit 420 It can contain.

The photographing unit 100 may be configured with a camera included in a conventional portable terminal such as a conventional smartphone. Hereinafter, the detailed description is the same as the contents of the photographing unit 100 described above, and thus will be omitted.

The first measurement unit 200 and the second measurement unit 300 may be provided integrally with a predetermined angle a. The first measuring unit 200 and the second measuring unit 300 may face the object (d), but may be directed to a floor or various supports supporting the object (d). One side of the case that allows the first measuring unit 200 and the second measuring unit 300 to be integrally formed may include a support supported on one side of the smartphone constituting the photographing unit 100. On the other side of the case, the first measuring unit 200 and the second measuring unit 300 may include a terminal that can be connected to an earphone or charging terminal that can be connected to a smartphone. Hereinafter, the detailed description is the same as the contents of the first measurement unit 200 and the second measurement unit 300 described above, and thus will be omitted.

The target designator 500 may be provided to designate a value (b) between both ends of the target object (d), and designate one end of the other object (d) in the photographed picture. have.

In one example, the target designation unit 500 may be provided as a contour extraction unit 510 provided by a conventional image analysis program.

The contour extracting unit 510 may be provided to determine each color in an image photographed through the photographing unit 100. The contour extracting unit 510 extracts the contour of the object (d) through the determined color difference, extracts the other end from one end of the object (d), and uses the pixel located at the end of the extracted contour as a starting point. The value (b) between both ends of the object (d) can be calculated by extracting the number of pixels up to a straight line pixel located at the end of the other contour.

The length measuring unit 400 may be provided as a separate program that can use the computing unit of the smartphone. The length measurement unit 400 further includes a scale designation unit 410 and a length calculation unit 420, but the detailed description below is the same as the contents of the length measurement unit 400 described above, and thus will be omitted.

The ranking determining unit 3000 may be provided as a separate program that can use the computing unit of the smartphone. Hereinafter, the detailed description will be omitted because it is the same as the contents of the ranking determining unit 3000 described above.

In one example, the scale designation unit 410 is taken based on the distance h3 between the end point (point) facing the first measurement unit 200 and the second measurement unit 300 calculated through the triangulation. It can be provided to calculate the scale of the picture. The scale designation unit 410 may extract the number of pixels existing on a straight line between the first measurement unit 200 and the end point (point) facing the second measurement unit 300. The scale designation unit 410 may calculate the length per pixel by comparing the distance h3 between the number of extracted pixels and the value calculated through triangulation. The scale designation unit 410 may designate a length per pixel as a scale of an image captured by the imaging unit 100.

On the other hand, the scale designation unit 410 designates a range ratio in comparison with a linear range between the end points (points) and a linear range connecting the end points (points) in the entire image photographed by the imaging unit 100 as a scale. You can.

The length calculator 420 is provided to calculate the length (H) of the object (d) in contrast to the value (b) between both ends of the designated object (d) and the scale.

The online operating system for a hunting competition according to one embodiment described above is the object through the scale designation unit 410 to the object (d) or the first measurement unit 200 and the second measurement unit 300 toward the support. It can be determined by calculating the length (H) of (d), even if the first measurement unit 200 and the second measurement unit 300 are not positioned at both ends of the target object d, respectively. The length H of the object d can be calculated. That is, since the first measuring unit 200 and the second measuring unit 300 do not need to consider the point where they are directed, there is an effect of more easily measuring the length H of the object d, and the shaking boat or There is an effect that can accurately measure the length (H) of the object (d) even from the user's hand trembling.

The online operating system for a hunting competition with reference to FIGS. 3 to 5 or 10 according to another embodiment is largely a photographing unit 100, a first measuring unit 200, a second measuring unit 300, and a length measurement The unit 400 includes a ranking unit 3000 and a target designation unit 500, but further includes an output unit 600, and the target designation unit 500 includes an endpoint designation unit 520 and a point moving unit ( 530) and a value calculating unit 540.

Since the photographing unit 100 is the same as the contents of the photographing unit 100 described above, it will be omitted.

The first measurement part 200 and the second measurement part 300 are the same as the contents of the first measurement part 200 and the second measurement part 300 described above, and thus will be omitted.

The output unit 600 may be provided with liquid crystal included in a conventional smartphone. The output unit 600 may be provided to output an image or a photographed image or a photographed image in a direction facing the photographing unit 100. The output unit 600 may output a point 521 according to the end point designating unit 520 and the point moving unit 530 to be described below.

The target designator 500 may be provided to designate a value (b) between both ends of the target object (d), and designate one end of the other object (d) in the photographed picture. have.

For example, the target designation unit 500 may be largely provided as an end point designation unit 520, a point movement unit 530, and a value calculation unit 540 between them.

The end point designation unit 520 is provided to output at least two points 521 to the output unit 600. The endpoint designation unit 520 may output three or more points 521 as necessary.

The point moving unit 530 is provided to allow a user to freely move the point 521 output to the output unit 600. The point moving unit 530 may be provided by a touch of a liquid crystal included in an ordinary smartphone. The point moving unit 530 is provided to move the point 521 to both ends of the object d. That is, the point moving unit 530 allows the user to designate one end point of the object d and the other end through the point 521.

Meanwhile, the point moving unit 530 may be implemented by a method such as a conventional keyboard or joystick or voice recognition.

The inter-value calculation unit 540 is provided to extract the number of pixels existing between the two points 521 from the output picture. The inter-value calculating unit 540 may extract the number of pixels on a straight line connecting the two moved points 521 to calculate a value b between both ends of the object d.

The length measuring part 400 includes a scale designating part 410 and a length calculating part 420 largely the same as the contents of the length measuring part 400 described above, and thus a detailed description thereof will be omitted.

Since the ranking unit 3000 is the same as the contents of the ranking unit 3000 described above, it will be omitted.

The online operating system for a hunting competition according to one embodiment described above is the object through the scale designation unit 410 to the object (d) or the first measurement unit 200 and the second measurement unit 300 toward the support. It can be determined by calculating the length (H) of (d), even if the first measurement unit 200 and the second measurement unit 300 are not positioned at both ends of the target object d, respectively. The length H of the object d can be calculated. That is, since the first measuring unit 200 and the second measuring unit 300 do not need to consider the point where they are directed, there is an effect of more easily measuring the length H of the object d, and the shaking boat or There is an effect that can accurately measure the length (H) of the object (d) even from the user's hand trembling.

The online operating system for the hunting competition with reference to FIG. 6 or FIG. 10 according to another embodiment is largely a photographing unit 100, a first measuring unit 200, a second measuring unit 300, a length measuring unit 400 ) And a ranking determining unit 3000, but may further include a photographing control unit 700.

The photographing part 100, the first measuring part 200, the second measuring part 300, and the length measuring part 400 are the photographing part 100, the first measuring part 200, and the second described above. Since it is the same as the contents of the measuring unit 300 and the length measuring unit 400, it will be omitted.

The photographing control unit 700 may be provided so that the photographing unit 100 photographs when the first distance value h1 and the second distance value h2 are the same or within an error range. The photographing control unit 700 compares the first distance value h1 and the second distance value h2 of the first measurement unit 200 and the second measurement unit 300 received from the length measurement unit 400 and is the same. In the case of operation, the photographing unit 100 is operated to photograph the object d. That is, the photographing control unit 700 allows the support (bottom) and the first measurement unit 200 and the second measurement unit 300 to support the object (d) to be photographed or photographed in a parallel state as illustrated in FIG. 6. That is, it is prevented from being photographed in an inclined state of the object d.

Further, the photographing control unit 700 compares the first distance value h1 and the second distance value h2 of the first measurement unit 200 and the second measurement unit 300 to calculate a difference value, but an error range In contrast to the value, the imaging unit 100 may be operated only within an error range. The error range value can be stored by the administrator using the above-mentioned storage units.

The online operating system for a hunting competition according to one embodiment described above compares the first distance value (h1) and the second distance value (h2) through the shooting control unit 700, and when it is the same, the shooting unit 100 ) To support the object (d) by supporting the object (bottom) and the first measurement unit 200 and the second measurement unit 300 by taking photographs or images in parallel, thereby tilting the object (d) It has the effect of suppressing the distortion of the subject that can occur in the dark state.

The online operating system for the hunting competition with reference to FIGS. 6 to 7 or 10 largely includes a photographing unit 100, a first measuring unit 200, a second measuring unit 300, and a length measuring unit 400. , The output unit 600 and the center guide unit 800 may be further included.

Since the photographing unit 100 is the same as the contents of the photographing unit 100 described above, it will be omitted.

The first measuring part 200 and the second measuring part 300 are provided to be able to check the point where the first measuring part 200 and the second measuring part 300 are directed through the photographing part 100. You can. The first measurement unit 200 and the second measurement unit 300 may be configured with infrared rays. Hereinafter, the detailed description is the same as the contents of the first measurement unit 200 and the second measurement unit 300 described above, and thus will be omitted.

The length measuring unit 400 is the same as the contents of the length measuring unit 400 described above, so it will be omitted.

Since the ranking unit 3000 is the same as the contents of the ranking unit 3000 described above, it will be omitted.

The output unit 600 may be provided to output an image and a photographed picture or image in a direction that the photographing unit 100 faces, and the detailed description below is the same as the content of the output unit 600 described above, and thus is omitted Do it.

The center guide unit 800 is provided to output a virtual center line 821 to the output unit 600.

For example, the center guide unit 800 may be largely provided as a point recognition unit 810 and a center line output unit 820.

The point recognition unit 810 is a conventional image analysis technology, and is provided to output a point to which the first measurement unit 200 and the second measurement unit 300 are directed to the output unit 810. The branch output unit 810 is provided to extract and recognize the reflected light of the first measurement unit 200 and the second measurement unit 300 from the image output from the output unit 100.

Meanwhile, as illustrated in FIG. 10, the point recognition unit 810 may recognize the point 521 output through the target designation unit 500 described in the other embodiment.

The center line output unit 820 outputs to the output unit 600 a center line 821, which is a virtual straight line connecting the recognized points of the first measurement unit 200 and the second measurement unit 300. It is prepared to do. That is, the output unit 600 includes an image that the imaging unit 100 faces, and infrared rays and a center line 821 reflected at points where the first measurement unit 200 and the second measurement unit 300 face. Is output.

The online operating system for a hunting competition according to one embodiment described above is the point where the first measuring unit 200 and the second measuring unit 300 are directed to the output unit 600 through the central guide unit 800. By outputting the center line 821 connecting the first, the user can measure the optimal length arbitrarily through the upper / lower object (d) relative to the center line 821, the first measurement unit 200 and the second measurement There is an effect that can be induced to easily adjust the position of the unit 300 or the photographing unit 600.

On the other hand, the online operating system for the hunting competition described above includes a target object d and a center line 821 output from the output unit 600 when the user operates the photographing unit 100 at an optimal position. It is also possible to check whether the length measured by the length measurement unit 400 is measured in a suitable situation by allowing the photo or video to be output to the storage or output unit 600.

The online operating system for the hunting competition with reference to FIGS. 6 or 8 or 10 and 11 is largely a photographing unit 100, a first measuring unit 200, a second measuring unit 300, and a length measuring unit 400 And a ranking unit 3000, but may further include a reference storage unit 900 and a correction unit 1000.

The photographing unit 100 may be provided to obtain a first photograph P1 photographing a reference target object e to be described below and a second photograph P2 photographing the target object d. Hereinafter, the detailed description is the same as the contents of the photographing unit 100 described above, and thus will be omitted.

The first measuring part 200, the second measuring part 300, and the length measuring part 400 are the first measuring part 200 and the second measuring part 300 and the length described above. Since it is the same as the content of the measurement unit 400, it will be omitted.

11, the ranking unit 3000 may determine the ranking through the length H of the object corrected by the correction unit 1000 to be described below. Hereinafter, the detailed description will be omitted because it is the same as the contents of the ranking determining unit 3000 described above.

Meanwhile, the length H of the object corrected by the correction unit 1000 is transmitted to the length measurement unit 400 (see FIG. 10), and the length H of the corrected object is determined by the ranking unit 3000 It may have a flow that is delivered to (not shown).

The reference storage unit 900 may be provided as a normal database or a memory such as a server or a smartphone. The reference storage unit 900 may store the measured length of a specific reference object (e). The reference object (e) is a coin or bill or an item having a standard.

The correction unit 1000 may be configured with a calculation unit or a program that performs a normal calculation function. The compensator 1000 includes the reference object (e) length (H) and the reference object (e) stored in the reference storage unit (900) in the first picture (P1) measured by the length measurement unit (400). It is provided to correct the length of the object d in the second picture P2 through the difference in the length f.

For example, the correction unit 1000 may largely include a variable designation unit 1100 and a length determination unit 1200.

The variable designation unit 1100 includes the reference object (e) length (H) and the reference object (e) stored in the reference storage unit (900) measured by the length measurement unit (400) in the first picture (P1). It is provided to extract the difference value in contrast to the length (f) and to designate the extracted difference value as a variable. The difference value is the reference object (e) length (H) and the length of the reference object (e) stored in the reference object (e) stored in the reference object (e) (f) measured in the first picture (P1) is the reference storage unit 900 It can be specified as the specific gravity occupied by the length (f) of the reference object (e) stored in.

The length determining unit 1200 allows the length measuring unit 400 to correct the length of the object (d) by assigning the variable to the length (H) of the object (d) measured in the second picture. Is prepared.

The online operating system for a hunting competition according to the above-described embodiment compares the measured length of the reference object (e) and the measured length of the reference object stored in the reference storage unit 900 to perform the first measurement required for triangulation. The length value measured by the unit 200 and the second measurement unit 300 or the error (a) of the angle a of the first measurement unit 200 and the second measurement unit 300 can be confirmed or not. Even if the length (H) of the object (d) can be corrected through the correction unit 1000, the length measurement unit 400 due to the defects of the first measurement unit 200 and the second measurement unit 300 It has an effect of preventing an error from being generated in the length H of the object d measured in).

The online operating system for the hunting competition with reference to FIGS. 6 or 9 or 10 and 12 is largely a photographing unit 100, a first measuring unit 200, a second measuring unit 300, and a length measuring unit 400 , A ranking determining unit 3000 and a target designating unit 500, but may further include an output unit 600 and an error calculating unit 2000.

The photographing unit 100 may be provided to obtain a third photograph P3 photographing the object d and a fourth photograph P4 photographing the object d again. Hereinafter, the detailed description is the same as the contents of the photographing unit 100 described above, and thus will be omitted.

The first measurement unit 200 and the second measurement unit 300 face a support such as a floor supporting an object d when taking a third picture P3, and when taking a fourth picture P4 At least one of the first measuring part 200 and the second measuring part 300 faces the object. When implemented through a smart phone in this embodiment, as shown in FIG. 9, the third picture P3 and the fourth picture P4 are taken as they are, but the object (d) is compared to the third picture P3. By photographing in a state closer to the first measuring unit 200 and the second measuring unit 300 may be able to change the position of the point. Hereinafter, detailed descriptions are the same as the contents of the first measurement unit 200 and the second measurement unit 300 described above, and thus will be omitted.

The length measurement unit 400 and the target designation unit 500 are the same as the contents of the length measurement unit 400 described above, and thus will be omitted.

As illustrated in FIG. 12, the ranking determining unit 3000 determines the ranking by receiving the length H of the object, but when a difference value occurs in the error calculating unit 2000, the ranking may be excluded from the ranking. have. Hereinafter, the detailed description will be omitted because it is the same as the contents of the ranking determining unit 3000 described above. That is, the ranking determining unit 3000 determines the ranking through the length H of the object when the difference value in the error calculating unit 2000 is 0.

The error calculating unit 2000 includes the length H of the object d measured by the length measuring unit 400 in the environment of the third photo P3 and the fourth photo P4 of the length measuring unit 400. ) In contrast to the length (H) of the object (d) measured in the environment may be provided to calculate the difference value.

In the online operating system for a hunting competition according to the above-described embodiment, the object (d) is provided to the imaging unit by a separate article or method between the support supporting the object (d) and the object (d). If it is closer to 100), the distortion of the subject is formed, and the value (b) between both ends of the object calculated by the target designating unit 500 is more pronounced in the fourth picture P4 than in the third picture P3. By calculating a high value, there is a problem in that the length H of the object d in the third picture P3 is shorter than the length H of the object d in the fourth picture P4. , On-line operating system for a hunting competition that includes the error calculation unit 2000 in one embodiment described above is the length of the object (d) through triangulation with reference to the support supporting the object (d) (H) and its support and the object (d) placed on the support are used as reference points. By calculating the length (H) of the difference between the object (d) through a survey, there is an effect that the subject can determine the distortion U / radish by the difference in the length (H) of the object (d).

Meanwhile, the ranking determining unit 3000 sets a separate error range to determine the ranking through the length H of the object only when the difference value calculated by the error calculating unit 2000 is within the error range. You can. In addition, the ranking determining unit 3000 may determine the ranking based on the average value of the length H of the object based on the third picture P3 and the length H of the object based on the fourth picture P4. have.

The online operating system for the hunting competition with reference to FIGS. 6 to 10 is largely a photographing unit 100, a first measuring unit 200, a second measuring unit 300, a length measuring unit 400, a ranking determining unit 3000 ), Target designation unit 500, output unit 600, photographing control unit 700, center guide unit 800, reference storage unit 900, correction unit 1000 and error calculation unit 2000 may be included. have.

The photographing unit 100 may be configured as a camera configured in a conventional smartphone. The photographing unit 100 may obtain a first photo P1 photographing the reference object e to be described below and a second photo P2 photographing the object d. The photographing unit 100 may obtain a third photo P3 photographing the object d and a fourth photo P4 photographing the object d again. Hereinafter, the detailed description is the same as the contents of the photographing unit 100 described above, and thus will be omitted.

Meanwhile, the photo or video taken through the photographing unit 100 may be stored in a memory configured in a smartphone.

The first measurement unit 200 and the second measurement unit 200 may be configured with a conventional infrared sensor capable of measuring length. The first measurement unit 200 and the second measurement unit 300 may be provided integrally with a predetermined angle a. The first measuring unit 200 and the second measuring unit 300 may face the object (d), but may be directed to a floor or various supports supporting the object (d). One side of the case that allows the first measuring unit 200 and the second measuring unit 300 to be integrally formed may include a support supported on one side of the smartphone constituting the photographing unit 100. On the other side of the case, the first measuring unit 200 and the second measuring unit 300 may include a terminal that can be connected to an earphone or charging terminal that can be connected to a smartphone. The first measurement unit 200 and the second measurement unit 200 may be connected to the smartphone through the terminal. The first measurement unit 200 may face the first direction toward the object d at the time when the object d is photographed, but may measure the first distance value h1 in the first direction. The second measuring unit 200 may be provided to face the object (d), but to the second direction different from the first direction at a predetermined angle (a). The second measurement unit 200 may measure the second distance value h2 in the second direction at the time when the object d is photographed. The first measuring unit 200 and the second measuring unit 300 support a object such as a floor supporting an object d when taking the first picture P1, the second picture P2, and the third picture P3. When taking a fourth picture P4, at least one of the first measurement part 200 and the second measurement part 300 faces the object. As shown in FIG. 9, when the fourth picture P4 is taken, the first measurement unit 200 and the second measurement unit 300 are obtained by taking a picture closer to the object d than when the third picture P3 is taken. You will be able to change the position of the point you are heading to.

Meanwhile, the angle a described above may be stored in the reference storage unit 900 to be described below. The angle (a) may use the angle (a) set in the manufacturing design of the first measurement unit 200 and the second measurement unit 300. Values measured by the first measurement unit 200 and the second measurement unit 300 may be stored in a memory configured in a smartphone.

The length measuring unit 400 may be provided as a program or an application in the memory of the smartphone. The length measuring unit 400 may be communicatively connected to the photographing unit 100 and the first measuring unit 200 and the second measuring unit 300. The length measurement unit 400 may use a normal triangulation. The length measuring unit 400 may use the first distance value h1 and the second distance value h2 as the lengths of the first and second sides constituting a triangle. The length measurement unit 400 may use the angle (a) as an internal angle required for triangulation. The length measuring unit 400 calculates the length h3 between the first sensor unit 200 and the end point facing the second sensor unit 300 by a triangulation and a scale designation unit 410 that can calculate the length A portion 420 may be further included. The detailed description of the length calculation unit 420 is the same as the contents of the length calculation unit 420 described above, and thus will be omitted.

The ranking unit 3000 may be provided as a program or an application in the memory of the smartphone. Referring to FIG. 10, in the ranking unit 3000, the length H of an object corrected by the compensator 1000 is transmitted to the length measurement unit 400, and the corrected object length H is It may have a flow (not shown) to the ranking unit 3000. Hereinafter, the detailed description will be omitted because it is the same as the contents of the ranking determining unit 3000 described above.

Meanwhile, the value of the object d calculated through the scale and length calculator 420, which is the distance h3 between the calculated endpoints, may be stored in the memory configured in the smartphone.

The target designator 500 may be provided as a program or an application in the memory of the smartphone. The target designator 500 may be provided to designate one end of the other from the photographed photograph to the other end, and to calculate a value (b) between both ends of the designated target (d). .

For example, the target designation unit 500 may be largely provided as an end point designation unit 520, a point movement unit 530, and a value calculation unit 540 between them. Hereinafter, the detailed description is the same as the contents of the end point designation unit 520 and the point movement unit 530 and the inter-value calculation unit 540, which will be omitted.

The output unit 600 may be provided with liquid crystal included in a conventional smartphone. The output unit 600 may be provided to output an image or a photographed image or a photographed image in a direction facing the photographing unit 100. The output unit 600 may output a point 521 or a center line 821 according to the end point designating unit 520 and the point moving unit 530 to be described below.

The photographing control unit 700 may be provided as a program or an application in a memory of a smartphone. The photographing control unit 700 may be provided so that the photographing unit 100 photographs when the first distance value h1 and the second distance value h2 are the same or within an error range. Hereinafter, the detailed description is the same as the contents of the photographing control unit 700 described above, and thus will be omitted.

The central guide unit 800 may be provided as a program or an application in the memory of the smartphone. The center guide unit 800 is provided to output a virtual center line 821 to the output unit 600. For example, the center guide unit 800 may be largely provided as a point recognition unit 810 and a center line output unit 820. Hereinafter, the detailed description is the same as the contents of the point recognition unit 810 and the center line output unit 820 described above, and thus will be omitted.

The reference storage unit 900 may be provided as a memory of a smartphone. The reference storage unit 900 may store the measured length of a specific reference object (e).

The correction unit 1000 may be provided as a program or an application in the memory of the smartphone. The compensator 1000 includes the reference object (e) length (H) and the reference object (e) stored in the reference storage unit (900) in the first picture (P1) measured by the length measurement unit (400). It is provided to correct the length of the object d in the second picture P2 through the difference in the length f. For example, the correction unit 1000 may largely include a variable designation unit 1100 and a length determination unit 1200. Hereinafter, the detailed description is largely the same as the contents of the variable designating unit 1100 and the length determining unit 1200 described above, and thus will be omitted.

The error calculating unit 2000 includes the length H of the object d measured by the length measuring unit 400 in the environment of the third photo P3 and the fourth photo P4 of the length measuring unit 400. ) In contrast to the length (H) of the object (d) measured in the environment may be provided to calculate the difference value.

Meanwhile, the error calculation unit 200 may calculate an error based on the length H of the object corrected by the correction unit 1000.

In the online operating system for a hunting competition according to an embodiment described above, when a user drives the online operating system for a hunting competition, a screen facing the photographing unit 100 is output through the output unit 600 of the smartphone. As it is, a virtual center line 821 is output through the center guide unit 800. The user can easily compose the picture by moving the smartphone to a position suitable for measuring the length of the reference object e through the virtual center line 821.

Then, when the user tilts the floor, which is the support that supports the object (d), and the smartphone to be parallel, the values measured by the first measurement unit 200 and the second measurement unit 300 by the photographing control unit 700 In the case of coincidence, the photographing unit 100 is operated so that the first photo P1 including the reference object e is photographed. When the first picture P1 is secured, the first picture P1 is output together with the point 521 to the output part 600 of the smartphone by the end point designation part 520 of the target designation part 500. At this time, the accumulation according to the triangulation through the first measurement unit 200 and the second measurement unit 300 and the angle (a) is calculated and specified through the scale designation unit 410 of the length measurement unit 400.

Thereafter, through the point moving unit 530 of the target designating unit 500, the user moves the outputted point with a finger to place the point 521 at the end of the object d, respectively, and the target designating unit 500 The value b between both ends of the object occupied by the object d is calculated through the inter-value calculator 540. The calculated value B between both ends of the object is compared with the scale through the length calculating unit 420 of the length measuring unit 400, and the length H of the reference object e is measured. The length of the measured reference object (e) is designated by calculating a variable through the variable designation unit 1100 of the correction unit 1000.

Thereafter, when the user photographs the object d and obtains the third picture P3, the length H of the object d is calculated by the length measuring unit 400 and the calculated object d The length H is the variable H is assigned through the length determination unit 1200 of the correction unit 1000 to determine the length H of the object d.

Thereafter, when the user photographs the object d to obtain the fourth picture P4, the length H of the object d is calculated by the length measuring unit 400, and the calculated object d The length H is compared with the length H of the object d of the third picture P3 by the error calculating unit 2000 so that an error value can be output.

The online operating system for the hunting competition with reference to FIG. 13 is largely a photographing unit 100, a first measuring unit 200, a second measuring unit 300, a length measuring unit 400, a ranking determining unit 3000, and a reference It includes a storage unit 900 and a variable designation unit 1100, but may further include a user terminal 4000 and a reception unit 5000.

The photographing unit 100, the first measuring unit 200, the second measuring unit 300, the length measuring unit 400, the ranking determining unit 3000, the reference storage unit 900 and the variable designation unit 1100 Is the same as the configuration described above, so a detailed description is omitted.

Meanwhile, the photographing unit 100 acquires a first photograph P1 photographing the reference object.

The user terminal 4000 may be a conventional smartphone or the like as a communication means that can be personally used by participants participating in the competition. The user terminal 4000 may transmit a variety of information such as the personal information of the participant or the unique information of the participant such as the phone number of the smartphone and the length (H) of the picture or object taken by the photographing unit 1000.

The reception unit 5000 is connected to the user terminal 4000 and receives an application for participation, but if there is a variable designated by the variable designation unit 1100, the application is accepted, and if there is no variable, the application is not approved. Can be prepared.

On the other hand, the reception unit 5000 may be provided with a separate error range by the administrator, and a variable is transmitted from the user terminal 4000, but if the variable is a value outside the stored error range, the application is not approved. It may be.

The online operating system for the hunting competition according to the above-described exemplary embodiment allows the variable to be designated at the time of application for participation by the participants through the variable designation unit 1100 and the reception unit 5000, so that the first measurement unit 200 and 2 It is possible to improve the reliability of the online operating system by blocking the participants who will cause an error in measuring the length (H) of the object due to the defect of the measurement unit 300.

Further, by further including (not shown) the correction unit 1000 in this embodiment, it is possible to prevent an error from occurring in the length H of the object through variables set at the time of the application for participation.

The online operating system for the hunting competition with reference to FIG. 13 is largely the photographing unit 100, the first measuring unit 200, the second measuring unit 300, the length measuring unit 400, the target designating unit 500, the ranking The determination unit 3000 and the error calculation unit 2000 may be included, but may further include a verification photographing control unit 6000.

The photographing unit 100 may be provided to obtain a third picture P3 in a state in which the first measuring unit 200 and the second measuring unit 300 face the support supporting the object. At least one of the first measurement unit 200 and the second measurement unit 300 receives the object in the same state as the third picture P3 by the verification photographing control unit 6000. It may be provided to photograph the fourth picture (P4) facing. Hereinafter, since the photographing unit 100 is the same as the photographing unit 100 described above, a detailed description is omitted.

The first measurement unit 200 and the second measurement unit 300, the length measurement unit 400 and the target designation unit 500 are the first measurement unit 200 and the second measurement unit 300 described above , Since it is the same as the length measuring part 400 and the target designating part 500, a detailed description is omitted.

In the verification photographing control unit 6000, the length H of the object that is measured by the length measuring unit 400 based on the third picture P3 and transmitted to the ranking determining unit 3000 corresponds to the ranking of the competition. In this case, by activating the photographing unit 100, the first measuring unit 200, the second measuring unit 300, the length measuring unit 400, and the target designating unit 500, the photographing unit 100 To obtain a fourth picture P4 in a state where at least one of the first measurement part 200 and the second measurement part 300 faces the object in the same state as the third picture P3. Can be prepared.

The error calculating unit 2000 includes the length H of the object measured by the length measuring unit 400 based on the fourth picture P4 and the length H of the object in the third picture P3. In contrast, it may be provided to calculate a difference value.

The ranking unit 3000 may be provided to finally determine the ranking based on the length (H) of the object or the average of the third photo (P3) or the fourth photo (P4) according to the error value. have. In more detail, the ranking determining unit 3000 may store ranking criteria for designating the first to fifth rankings by the administrator. The ranking determining unit 3000 causes the verification photographing control unit 5000 to operate when the length H of the object based on the third picture P3 corresponds to the ranking. The ranking determining unit 3000 determines the length H of the object based on the fourth picture P4 through the verification photographing control unit 5000 when there is no calculated error value of the error calculating unit 2000. The length (H) of the object based on (P3) is reflected in the ranking.

The online operating system for the hunting competition according to the above-described exemplary embodiment can improve reliability in ranking of the online operating system by verifying and photographing only objects corresponding to the ranking through the verification shooting control unit 6000. It works.

From the above, it will be understood that various embodiments of the present disclosure have been described for illustrative purposes, and that there are various possible modifications without departing from the scope and spirit of the present disclosure. And the various embodiments disclosed are not intended to limit the disclosed spirit, and the true spirit and scope will be presented from the following claims.

a: each
b: value between both ends of the object
c: Picture size
d: object
e: Reference object
f: Reference object length
h1: first distance value
h2: Second distance value
h3: distance between
H: length of object
P1: 1st photo
P2: 2nd photo
P3: 3rd photo
P4: 4th photo
100: filming unit
200: first measurement unit
300: second measurement unit
400: length measuring unit
410: scale designation unit
420: length calculation unit
500: target designation unit
510: contour extraction unit
520: end point designator
530: point moving part
521: point
540: Between value calculation unit
600: output unit
700: shooting control
800: center guide
810: Branch recognition unit
820: center line output
821: Virtual center line
900: reference storage
1000: correction unit
1100: variable designator
1200: length determining part
2000: error calculation unit
3000: ranking decision unit
4000: user terminal
5000: Receptionist
6000: verification shooting control

Claims (10)

In the online operating system for hunting competitions,
A photographing unit capable of photographing an object;
A first measuring unit facing the first direction toward the object at the time when the object is photographed, but capable of measuring a first distance value in the first direction;
A second measuring unit facing the object, facing a second direction different from the first direction at a predetermined angle, and measuring a second distance value in the second direction at the time the object is photographed;
A length measuring unit measuring a length of the object by calculating a distance between an end point facing the first sensor unit and the second sensor unit through the first distance value, the second distance value, and the angle; And
A ranking determining unit that determines the ranking by receiving the length of the object;
Online operating system for a hunting competition that includes. According to claim 1,
In the photographed picture, further comprising an object designating unit which designates one end of the object from the other end and calculates a value between both ends of the designated object,
The length measurement unit
A scale designation unit for calculating a scale of the photographed picture based on a distance between the calculated end points;
A length calculating unit that calculates a length of the target object by comparing the value between both ends of the designated target object and the scale;
Online operating system for a hunting competition that includes. According to claim 2,
The target designation section
An online operating system for hunting competitions that includes a contour extraction unit that extracts the contour of an object through the color difference of the photographed image and extracts the other end of the object. According to claim 2,
Further comprising an output unit for outputting the photographed picture,
The target designation section
An end point designating unit outputting at least two points to the output unit;
A point moving unit capable of moving the two points to both ends of the object; And
A value calculating unit for extracting the number of pixels existing between the two points in the output picture;
Online operating system for a hunting competition that includes. According to claim 1,
The photographing unit further includes a photographing control unit that allows the first distance value and the second distance value to be photographed when the value is within the same or an error range. According to claim 1,
Further comprising an output unit 600 for outputting an image in the direction toward the photographing unit,
On-line operating system for a hunting competition further comprising a central guide to output a virtual center line to the output. According to claim 1,
Further comprising a reference storage unit that stores the length of the reference object,
The photographing unit acquires a first photographing the reference target object and a photographed second photograph including the target object,
Further comprising a correction unit for correcting the length of the object in the second picture through the difference between the length of the reference object stored in the reference object and the reference object length in the first picture,
The ranking determining unit is an online operating system for a hunting competition that determines the ranking by receiving the corrected object length. According to claim 2,
Further comprising an output unit for outputting the image toward the photographing unit,
The photographing unit has at least one of the first measurement unit and the second measurement unit that is in the same state as the third and third photographs facing the support that supports the first measurement unit and the second measurement unit. Take a fourth picture towards the object,
The length measurement unit further comprises an error calculation unit for calculating a difference value by comparing the length of the object in the third picture and the length of the object in the fourth picture,
The ranking determining unit determines the ranking by receiving the length of the object, if the difference value occurs in the error calculation unit, an online operating system for hunting competitions excluded from the ranking. According to claim 1,
Further comprising a user terminal for processing the participation in the hunting competition,
Further includes a reference storage unit that stores the length of the reference object,
The photographing unit acquires a first photograph of the reference object,
Further comprising a variable designating unit for designating a difference value between the length of the reference object of the first picture measured in the length measuring unit and the length of the reference object stored in the reference storage unit as a variable,
An online operating system for hunting competitions that is connected to the user terminal and receives an application for participation, and further includes a reception unit selectively approving the application for participation according to the presence / absence of a variable designated in the variable designation unit. According to claim 2,
The photographing unit photographs a third photograph in a state toward the support unit supporting the object by the first measuring unit and the second measuring unit, and photographs the fourth photograph by the verification photographing control unit,
When the length measurement unit measures the third picture as a reference and the length of the object transmitted to the ranking unit corresponds to the ranking of the competition, the photographing unit and the first measurement unit, the second measurement unit, the length measurement unit, and A verification photographing control unit that activates a target designation unit so that the photographing unit acquires a fourth photograph in a state in which at least one of the first measuring unit and the second measuring unit faces the target in the same state as the third photograph. Further comprising,
The length measuring unit further includes an error calculating unit for calculating a difference value by comparing the length of the object measured based on the fourth picture and the length of the object in the third picture,
The ranking determining unit is an online operating system for a hunting competition that includes finally determining the ranking based on the length of the object of any one or the average of the third or fourth pictures according to the error value.

Images