KR101650079B1 - Management system for supporting sports game progress - Google Patents

Abstract

The present invention relates to a game management support management system, and more particularly, to a game management support management system that includes an environmental observation device installed at regular intervals on a competition course to measure environmental information, a video observation And an operation server for analyzing environment information and image information transmitted from the apparatus, the environmental observation apparatus, and the image observation apparatus, and collects and analyzes environmental information, image information, and record information from the environmental observation apparatus and the image observation apparatus, Therefore, it is a system for managing the operation of a game operation which can economically and efficiently manage a game operated over a long distance.

Description

{Management system for supporting sports game progress}

The present invention relates to a game management support management system, and more particularly, to a game management support management system that includes an environmental observation device installed at regular intervals on a competition course to measure environmental information, a video observation And an operation server for analyzing environment information and image information transmitted from the apparatus, the environmental observation apparatus, and the image observation apparatus, and collects and analyzes environmental information, image information, and record information from the environmental observation apparatus and the image observation apparatus, Therefore, it is a system for managing the operation of a game operation which can economically and efficiently manage a game operated over a long distance.

As the economic level is improved and interest in health is increased, various sports are frequently visited and participated. In recent years, they have participated in sports competitions for the purpose of recording challenge from simple participation, and amateur and professional level Sports competitions are being held frequently. For example, sports competitions run over long distances such as skiing, cross country, and marathon. In the case of sports competitions operated over long distances, game operation support management and control management are performed through manpower arrangement. However, the conventional game running method has a problem in that it is not economical to arrange a large number of personnel at a certain distance in order to perform accurate game operation and record management. This is more so in an amateur tournament as well as in an international professional tournament where accuracy is required.

Accordingly, a system for supporting the game operation is being developed. Typically, the conventional game operation support system, as shown in the following patent literature, estimates the player's position, provides position information, confirms the information of the arena (golf course) To provide information related to the game, such as enabling maintenance of the game.

Patent Publication No. 10-2010-0050168 (published on May 13, 2010) "Real time management system of golf game"

However, the conventional game operation support system only provides simple information such as the player's position information, stadium information, and the like, and thus can not efficiently support the game running over a long distance. Therefore, it is easily installed and operated in the place where the game is proceeding, so that the player and the weather information can be acquired in real time, so that the video control, player movement monitoring, record management, training information analysis, There is an increasing need for an operation management support management system that can be easily installed and can be analyzed in a comprehensive manner.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems,

The present invention operates a game by collecting and analyzing environmental information, image information, and record information from an environmental observation device and an image observation device capable of being installed in a mobile manner, and thus, can perform economical and efficient management of a game operated over a long distance The purpose of the management system is to provide.

It is another object of the present invention to provide a game operation support management system in which the components constituting the environment observation apparatus and the video observation apparatus are detachably coupled to the support towers, thereby facilitating installation and maintenance.

It is another object of the present invention to provide a game operation support management system capable of instantly responding to changing environments by analyzing environmental information associated with weather information and location information.

It is another object of the present invention to provide a game operation support management system capable of increasing the efficiency of battery usage by capturing image information only when recognition information is generated, not by continuously capturing an image.

It is another object of the present invention to provide a game management support management system capable of enhancing the stability of the entire system by having an environmental observation device and various algorithms for detecting errors in the video observation device.

In addition, the present invention provides a game operation support management system capable of improving the accuracy of environmental information acquisition because the automatic measurement module, the demand measurement module, and the instruction measurement module collect environmental information in accordance with the situation when collecting environment information. There is a purpose.

Further, according to the present invention, the analyzed environment information is provided directly to the player and the operator so that the game is played in the optimal environment, and the analyzed record information is provided to the player to control the exercise amount. Therefore, And to provide an operational support management system.

In order to achieve the above object, the present invention is implemented by the following embodiments.

According to an embodiment of the present invention, a game operation support management system according to the present invention includes an environment observation device installed at regular intervals on a competition course to measure environmental information, And an operation server for analyzing environmental information and image information transmitted from the environmental observation device and the image observation device.

According to another embodiment of the present invention, in the game operation support management system according to the present invention, the environmental observation device includes a weather sensor for measuring weather information, a position sensor for measuring position information constituting environment information together with weather information And a controller for analyzing and storing environmental information associated with the weather information measured and transmitted by the weather sensor and the position information transmitted by the position sensor, and transmitting the analyzed environmental information to the operation server. A measurement instruction unit for collecting environmental information measured by the weather sensor and the position sensor according to an instruction from the operation server and transmitting the collected environmental information to the operation server; And generates event information when the environment information is out of the range of the reference environmental condition, Spirit event evaluation to be transmitted to the server characterized by comprising: a.

 According to another embodiment of the present invention, in the game operation support management system according to the present invention, the measurement instruction unit may include an automatic measurement module for collecting environmental information from the weather sensor and the position sensor according to an automatic measurement cycle, A request metering module for supporting the automatic metering module to transmit environment information not transmitted at the time of the next automatic metering when the environment information not-received signal is received from the operation server; And an instruction measurement module for collecting environmental information regardless of the automatic measurement period and transmitting the collected environmental information to an operation server.

 According to another embodiment of the present invention, in the game operation support management system according to the present invention, the weather information measured by the weather sensor includes temperature, humidity, air pressure, wind direction, wind speed, rainfall amount, And the position information measured by the position measuring means includes the coordinates and the altitude of the upper and the lower hardness.

 According to another embodiment of the present invention, in the game operation support management system according to the present invention, the video observation apparatus includes a recognition sensor installed at a predetermined interval from the video-image-display-side unit to recognize a player and transmit recognition information to the viewer- And an image observing unit installed at a predetermined distance from the recognition sensor unit and collecting image information and record information according to recognition information transmitted from the recognition sensor unit and transmitting the collected image information and record information to an operation server.

 According to another embodiment of the present invention, in the game operation support management system according to the present invention, the image observing unit includes a photographing unit photographing a surrounding image for a predetermined period according to recognition information and outputting the image information to the controller, An RFID module for reading the attached RFID tag information and outputting record information to the controller; and a controller for analyzing image information captured and transmitted by the photographing unit and record information transmitted and measured by the RFID module, .

 According to another embodiment of the present invention, in the race management support management system according to the present invention, the controller operates the photographing unit for a predetermined period of time according to the recognition information transmitted by the recognition sensor unit, And analyzing the information and transmitting the analyzed information to the operation server.

 According to another embodiment of the present invention, in the game operation support management system according to the present invention, when the recognition information is output, the information processing unit supplies power to the photographing unit to set the photographing unit to operate for a predetermined period An image collecting module for processing the image information photographed and transmitted by the photographing unit and transmitting the processed image information to the operation server; a recorder for classifying the record information transmitted by the RFID module into the player and transmitting the classified record information to the operation server; And an image checking module for collecting image information by supplying power to the photographing unit and operating the photographing unit regardless of the recognition information according to an instruction from the operation server, and transmitting the collected image information to the operation server .

 According to another embodiment of the present invention, in the game operation support management system according to the present invention, the image collection module sequentially converts an image photographed by the photographing unit into JEPG, calculates a brightness value using histogram smoothing , Gray scaling process using a binary image processing technique, outer line detection and filtering using a Sobel technique, motion detection and detection of a pixel information change amount, pattern recognition, And the image information is compared with the user area information, and the image information is processed in order.

 According to another embodiment of the present invention, in the game operation support management system according to the present invention, the operation server includes an environment information management unit for analyzing environment information transmitted from the environment observation device, An environment information analysis module for analyzing environment information transmitted from the environment observation device and generating event information when the environment information is out of the reference environment information range and transmitting the generated information to the player terminal and the operator terminal; And a measurement request module for generating environmental information not transmitted when the environment information stored in the server is confirmed and transmitting the image information non-reception signal to the environmental observation device.

 According to another embodiment of the present invention, in the game operation support management system according to the present invention, the environment information management unit determines that the environment information is out of the range of the reference environment state from the environment observation apparatus, A measurement instruction module for transmitting an environmental information request signal to the environmental observation device when the environmental information analysis module confirms that no event information is generated; If environmental information is not transmitted from the environment observation device despite the instruction of the measurement request module, it is possible that only one of the event evaluation module and the environment information analysis module And an error determination module for determining that an error has occurred in the environmental observation device or the environment information analysis module when event information has been generated and transmitting the result to the operator terminal.

 According to another embodiment of the present invention, in the game operation support management system according to the present invention, the operation server includes an image information management unit for analyzing image information transmitted by the image observation device, An image information analyzing module for analyzing the image information transmitted from the image observing device, and a controller for generating a signal for requesting the image information when it is confirmed that the image information is not transmitted for a certain period of time by confirming the information DB server, And an error determination module that determines that an error has occurred when the video information is not transmitted despite the instruction of the video instruction module and transmits the result to the operator terminal.

 According to another embodiment of the present invention, in the game operation support management system according to the present invention, the operation server includes a recording management unit for analyzing record information transmitted by the video observation apparatus, A record information analyzing module for analyzing the record information and transmitting the record information to the player terminal; and a controller for determining that an error has occurred in the RFID module or the record collecting module when the video information is transmitted from the image acquiring device but the record information is not transmitted, And an error judgment module for transmitting the error judgment result to the operator terminal.

The present invention can obtain the following effects by the above-described embodiment, the constitution described below, the combination, and the use relationship.

The present invention has an effect of economically and efficiently managing a game operated over a long distance since the environment information, image information, and record information are collected and analyzed from an environmental observation device and a video observation device capable of being installed in a mobile manner .

In addition, the present invention has the effect of facilitating installation and repair because the components constituting the environmental observation device and the image observation device are detachably coupled to the support towers.

In addition, the present invention analyzes environmental information associated with weather information and location information, so that there is an effect that an immediate response can be made according to a changing environment.

In addition, the present invention has an effect of increasing the efficiency of battery use by capturing image information only when recognition information is generated, not by continuously capturing images.

Further, the present invention has various algorithms for detecting an error of an environmental observation apparatus and an image observation apparatus, thereby increasing the stability of the entire system.

In addition, the present invention has an effect of improving the accuracy of environmental information acquisition because the automatic measurement module, the demand measurement module, and the instruction measurement module collect environment information in accordance with the situation when collecting environment information.

Further, according to the present invention, the analyzed environment information is provided directly to the player and the operator so that the game is played in the optimal environment, and the analyzed record information is provided to the player, so that the exercise amount can be adjusted. .

Brief Description of the Drawings FIG. 1 is a block diagram of a game operation support management system according to an embodiment of the present invention; FIG.
Fig. 2 is a reference diagram for explaining the environmental observation device of Fig. 1; Fig.
3 is a reference diagram for explaining the video observation apparatus of FIG.
Fig. 4 is a block diagram of a controller of the environmental observation device of Fig. 2; Fig.
Fig. 5 is a block diagram of the controller of the video observation apparatus of Fig. 3; Fig.
Figure 6 is a block diagram of the operating server of Figure 1;
FIG. 7 is a block diagram of the information DB server of FIG. 1; FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of a game operation support management system according to the present invention will be described in detail with reference to the accompanying drawings. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In the following description 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. Throughout the specification, when an element is referred to as "including" an element, it is understood that the element may include other elements as well as other elements, The term "part, module" or the like means a unit for processing at least one function or operation, which may be implemented by hardware, software, or a combination of hardware and software.

FIG. 1 is a configuration diagram of a game operation support management system according to an embodiment of the present invention. FIG. 2 is a reference view for explaining an environmental observation device of FIG. 1, Fig. 4 is a block diagram of the controller of the environmental observation device of Fig. 2, Fig. 5 is a block diagram of the controller of the video observation device of Fig. 3, Fig. 6 is a block diagram of the operation server of Fig. 7 is a block diagram of the information DB server of FIG.

The game operation support management system according to an embodiment of the present invention will be described with reference to FIGS. 1 to 7. The game operation support management system includes an environmental observation device (1), an image observation device (2) movably installed at predetermined intervals on the competition course to measure image information, and an environment information and image information transmitting / receiving device An information DB server 4 for storing information analyzed by the operation server 3; a player terminal 5 for receiving information analyzed by the operation server 3; The operator terminal 6, and the like, and manages a game running over a long distance.

The environmental observation device 1 includes a support tower 11, a weather sensor 12, a position sensor 13, a solar cell 14, A battery 15, a controller 16, and the like.

The support tower 11 is configured to support and support components constituting the environmental observation device 1 such as the gas sensor 12, the position sensor 13, the solar cell 14, the battery 15, the controller 16, The components constituting the environmental observation device 1 are detachably coupled to the support tower 11 by a connecting method using, for example, a connector. As shown in FIG. 2, for example, the support tower 11 may include a support leg 111 radially extending downward and an upper end of the support leg 111, A support rod 112 extending in the vertical direction, and the like, and may be made of a rigid but lightweight aluminum alloy.

The weather sensor 12 is installed on one side of the support tower 11 to measure weather information constituting environmental information together with the position information. The weather information measured by the weather sensor 12 includes temperature, humidity A wind direction, a wind speed, a rainfall amount, a snowfall amount, etc., and the weather information measured by the weather sensor 12 is transmitted to the controller 16.

The position sensor 13 is provided on one side of the support tower 11 and measures position information constituting environment information together with weather information. The position information measured by the position sensor 13 includes upper and lower hardness And an altitude, and the position information measured by the position sensor 13 is transmitted to the controller 16. [

The solar cell 14 generates electricity using solar heat and charges the battery 15. The charging of the battery 15 using the solar cell 14 is controlled by the controller 16 do. Since it is difficult to supply electric power using the electric pole or the like in the area where the game is going (game course), it is possible to charge the battery 15 using solar heat and supply the necessary power to the environmental observation device 1. [

The controller 16 analyzes and stores environmental information associated with the weather information measured and transmitted by the weather sensor 12 and the position information transmitted and measured by the position sensor 13 to the operation server 3 Reception unit 161, a measurement instruction unit 162, an event evaluation unit 163, a charging unit 164, a storage unit 165, a control unit 166, and the like.

The transceiver unit 161 receives the information transmitted from the weather sensor 12, the position sensor 13 and the operation server 3 and transmits the analyzed information to the operation server 3 For example, a 4G-based wireless communication module may be used as the transmission / reception unit 161.

The measurement instruction unit 162 collects environment information measured by the weather sensor 12 and the position sensor 13 according to an automatic measurement cycle or an instruction from the operation server 3 and transmits the collected environmental information to the operation server 3, 165, and includes an automatic measurement module 162a, a demand measurement module 162b, an instruction measurement module 162c, and the like.

The automatic measurement module 162a collects environmental information from the weather sensor 12 and the position sensor 13 according to a preset measurement cycle (hereinafter referred to as an 'automatic measurement cycle') and transmits the collected environmental information to the operation server 3 The automatic measurement module 162a is activated every 10 minutes so that the environment is detected from the weather sensor 12 and the position sensor 13 in the environment Information is collected and transmitted to the operation server 3 and stored in the storage unit 165. [ When the automatic measurement period is shortened, the environmental information is transmitted in real time to the operation server 3 and stored in the storage unit 165. [

The request measurement module 162b supports the automatic measurement module 162a so that environment information that has not been transmitted during the next automatic measurement is also transmitted when the environment information not-received signal is received from the operation server 3. [

When the instruction measurement module 162c receives the environmental information request signal from the operation server 3, the instruction measurement module 162c collects environmental information regardless of the automatic measurement period, and transmits the environmental information to the operation server 3, .

The event evaluating unit 163 evaluates an environmental condition (hereinafter, referred to as a 'reference environmental condition') required by the measurement instruction unit 162 and environmental information stored in the storage unit 165 to operate a predetermined game, If the environment information is out of the range of the reference environmental condition, generates event information and transmits the generated event information to the operation server 3 and stores the event information in the storage unit 165.

The charging unit 164 controls the solar cell 14 and the battery 15 to charge the battery 15 using solar heat. The storage unit 165 stores information on an automatic measurement cycle, environment information output by the measurement instruction unit 162, reference environment information, event information, and the like. The controller 166 controls the overall operation of the controller 16. The support tower 11 has a shape and a material having improved mobility so that the environmental observation device 1 can be easily installed and moved and the components constituting the environmental observation device 1 can be mounted on the support tower 11 in a removable manner The weather information and the location information are linked with each other to constitute environmental information, so that it is possible to control the exact point according to the changing weather conditions.

The video observation device 2 includes a recognition sensor unit 21, an image tube side unit 22, and the like, which are installed movably on the competition course at predetermined intervals to measure image information and record information.

The recognition sensor unit 21 is installed at a predetermined distance from the image tube side unit 22 to recognize the player and transmits recognition information to the image tube side unit 22. The recognition sensor unit 21 includes a support tower 211, ), A short range communication module 213, and the like. The video necessary for operating the game is a video of the player. When the video tube side part 22 continuously captures the surrounding video, unnecessary video without the player is also photographed, so that the battery 225 is consumed quickly, When the recognition sensor unit 21 outputs the recognition information, the image tube side unit 22 photographs the surrounding image for a predetermined period of time, thereby increasing the efficiency of using the battery 225. [

The support tower 211 has a structure for coupling and supporting the parts constituting the recognition sensor unit 21 such as the recognition sensor 212 and the short distance communication module 213, For example, a detachable connection to the support tower 211 by a connecting method using a connector or the like. The supporting tower 211 is the same in shape and material as those of the supporting tower 11 except for its size, and therefore, a detailed description thereof will be omitted.

The recognition sensor 212 is attached to one side of the support tower 211 to sense the player's movement and output recognition information. Various sensors for recognizing the movement of a person may be used. For example, infrared rays, , An ultrasonic sensor, or the like can be used.

The local communication module 213 is attached to one side of the support tower 211 and transmits recognition information sensed by the recognition sensor 212 to the image tube side part 22.

The image tube side part 22 is installed at a predetermined distance from the recognition sensor part 21 and collects image information and record information according to the recognition information transmitted from the recognition sensor part 21 and transmits it to the operation server 3 And includes a support tower 221, a photographing unit 222, an RFID module 223, a solar cell 224, a battery 225, a controller 226, and the like. Since the supporting tower 211, the solar cell 224 and the battery 225 have the same functions as the supporting tower 11, the solar cell 14 and the battery 15 of the environmental observation apparatus 1, Is omitted.

The photographing unit 222 is installed at one side of the support tower 211 and captures a surrounding image for a predetermined period under the control of the controller 226 and outputs image information to the controller 226. For example, The unit 222 may be a CCD camera or the like.

The RFID module 223 is installed at one side of the support tower 211 to read RFID tag information attached to a player and output tag information (record information) to the controller 226. For example, the RFID module 223 May be an antenna, an RFID reader, or the like. The tag information has information on a player, a time at a specific point, and the like, and is used to calculate player's record information.

The controller 226 is configured to analyze and store the image information captured and transmitted by the photographing unit 222 and the record information measured and transmitted by the RFID module 223 and transmit the analyzed image information to the operation server 3, A transmission / reception unit 226a, an information processing unit 226b, a charging unit 226c, a storage unit 226d, a control unit 226e, and the like.

The transceiving unit 226a receives the information transmitted from the photographing unit 222, the RFID module 223 and the operation server 3 and transmits the analyzed information to the operation server 3 by the controller 226 .

The information processing unit 226b operates the photographing unit 222 according to the recognition information transmitted from the recognition sensor unit 21 and output from the transceiving unit 226a and controls the photographing unit 222 and the RFID module 223 An event acquisition module 2261, an image acquisition module 2262, a record acquisition module 2263, an image confirmation module 2264, and the like. .

The event confirmation module 2261 may be configured to supply power to the photographing unit 222 to set the photographing unit 222 to operate for a predetermined period when recognition information is output from the transceiving unit 226a It is possible to efficiently use the battery 225 by shooting the surrounding video only when the player is recognized around the video observation device 2 rather than continuously shooting the surrounding video.

The image acquisition module 2262 processes the image information captured and transmitted by the photographing unit 222, stores the processed image information in the storage unit 226d, and transmits the image information to the operation server 3. [ For example, the image collection module 2262 converts the image captured by the photographing unit 222 into JEPG, calculates brightness values using histogram smoothing, and performs gray scaling ), And performs an outline detection and filtering by applying a Sobel technique, detects an event area by detecting a motion detection and an amount of pixel information change, recognizes a pattern, and compares the detected area with user area information, Process information.

The record collection module 2263 classifies the tag information (record information) transmitted by the RFID module 223 for each player, stores the tag information in the storage unit 226d, and transmits the tag information to the operation server 3. [

The image confirmation module 2264 supplies power to the photographing unit 222 regardless of the recognition information according to an instruction from the operation server 3 to operate the photographing unit 222 to collect image information, To the server (3). When the image information is not transmitted to the operation server 3 for a predetermined period of time, the operation server 3 controls the image confirmation module 2264 to display an event Is not generated.

The operation server 3 is configured to analyze environmental information, image information, and record information transmitted from the environmental observation device 1 and the image observation device 2, And transmits the analyzed information to the competitor terminal 5 and the operator terminal 5 by storing the analyzed information in the information DB server 4. The operating server 3 includes a transceiver 31, an environment information manager 32, a video information manager 33, a recording manager 34, an information provider 35, and a controller 36.

The transceiver 31 is configured to transmit and receive information to and from the environmental observation device 1, the video observation device 2, the player terminal 5, and the operator terminal 6, and various communication modules can be used.

The environment information management unit 32 analyzes the environment information transmitted from the environment observation apparatus 1 and stores the information in the information DB server 4 and transmits the environment information to the player terminal 5 and the operator terminal 6 An environment information analysis module 321, a measurement request module 322, a measurement instruction module 323, an error determination module 324, and the like.

The environmental information analysis module 321 analyzes the environment information transmitted from the environment observation device 1 and output from the transmission and reception unit 31 and stores the result in the information DB server 4, For example, when the environment information transmitted from the environment observation device 1 is out of the reference environment information range stored in the information DB server 4, event information is generated To the player terminal 5 and the operator terminal 6, respectively.

The measurement request module 322 checks the environment information stored in the information DB server 4 according to a predetermined period (hereinafter, referred to as an 'checking period of the measurement request module 322'), And when it is confirmed that there is no image information, the image information non-reception signal is generated and transmitted to the environmental observation device 1. The checking period of the measurement requesting module 322 is preferably the same as the automatic measuring period.

The measurement instruction module 323 judges that the environment information is out of the range of the reference environmental condition from the environmental observation device 1 and event information is transmitted but the event information is not generated in the environment information analysis module 321 The measurement instruction module 323 transmits an environmental information request signal to the environmental observation device 1. [ When the environment information is out of the range of the reference environmental condition, event information should be generated in both the event evaluation unit 163 and the environment information analysis module 321. The event evaluation unit 163, If the event information is generated in only one of the plurality of event information units 321, the image information is collected once again and the accuracy of the event information is confirmed again.

The error determination module 324 is a module for confirming an error of the environmental observation equipment 1 according to a predetermined algorithm. It is configured such that the environment information is stored in the environment observation device 1 regardless of the instruction of the measurement request module 322, If event information is generated only in one of the event evaluation unit 163 and the environment information analysis module 321 despite the fact that the video information has been transmitted in accordance with the instruction of the measurement instruction module 323, It is determined that an error has occurred in the observation apparatus 1 and / or the environment information analysis module 322, and the result is transmitted to the operator terminal 6.

The video information management unit 33 analyzes the video information transmitted from the video observation apparatus 2 and transmits the information to the video observation apparatus 2, the player terminal 5, and the operator terminal 6, An image information analysis module 331, a video instruction module 332, an error determination module 333, and the like.

The video information analysis module 331 analyzes video information transmitted from the video observation device 2 and output from the transceiver 31 and stores the analyzed video information to the player terminal 5 and the operator terminal 6.

When the video instruction module 332 confirms that the video information has not been transmitted for a certain period of time by checking the information DB server 4, the video instruction module 332 generates a signal requesting the video information and transmits the signal to the video measurement device 2 When a signal requesting image information by the image instruction module 332 is output from the transmission / reception unit 226a of the image acquisition apparatus 2, the image confirmation module 2264 controls the image capturing unit 222 to operate the photographing unit 222 to collect image information and transmit the collected image information to the operation server 3.

The error determination module 333 is a module for checking the error of the image acquisition device 2 according to a predetermined algorithm. For example, if the image information is not transmitted despite the instruction of the image instruction module 332, And transmits the result to the operator terminal 6.

The recording management unit 34 analyzes the recording information transmitted from the video observation device 2 and transmits the information to the player terminal 5 and / or the operator terminal 6, and the recording information analysis module 341 An error determination module 342, and the like.

The recording information analysis module 341 analyzes the recording information transmitted from the video observation device 2 and transmits the analyzed information to the player terminal 5 and stores the information in the information DB server 4, The record information analyzing module 341 may include a plurality of pieces of information such as a plurality of pieces of information, for example, information on a player, information on a time when a player passes a specific point at which the video observation apparatus 2 is installed, It is possible to calculate the time during which a specific player has moved between the regions where the video observation apparatus 2 is installed and transmit the calculated time to the player terminal 5 so that the player can check his or her record and adjust the game face and the amount of exercise.

The error determination module 342 is a module for checking an error of the image acquisition device 2 according to a predetermined algorithm. For example, when the image information is transmitted from the image acquisition device 2 but the record information is not transmitted, It is determined that an error has occurred in the RFID module 223 and / or the record collection module 2263, and the result is transmitted to the operator terminal 6.

The information providing unit 35 provides various information stored in the information DB server 4 to the web site after being analyzed by the operation server 3 and the competitor terminal 5 and the operator terminal 6 are connected to the web Accesses the site and searches for and provides the requested information. The control unit 36 controls the overall operation of the operation server 3. [

The information DB server 4 is configured to store various kinds of information analyzed and transmitted by the operation server 3, setting information necessary for operating the system, and information about devices used in the system, and includes an environment information DB 41 An image information DB 42, a record information DB 43, a device information DB 44, a setting information DB 45, and the like.

The environment information DB 41 stores environment information analyzed by the operation server 3 and the image information DB 42 stores image information analyzed by the operation server 3, The configuration information DB 43 stores the analyzed record information in the operation server 3 and the device information DB 44 stores the information of the device used in the system. 3). The setting information is stored in the setting information storage unit.

The player terminal 5 is configured to exchange information with the operation server 3. The player terminal 5 receives information analyzed by the operation server 3 and accesses a website provided by the player to the operation server 3, To be collected. The player terminal 5 may be a smart mobile device such as a smart phone or a tablet PC.

The operator terminal 6 exchanges information with the operation server 3. The operator terminal 6 receives information analyzed by the operation server 3 (including error information) It is possible to access the site and collect information. The operator terminal 6 may be a smart mobile device such as a smart phone or a tablet PC.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, Should be interpreted as falling within the scope of.

1: Environmental observation device 11: Support tower 12: Weather sensor
13: Position sensor 14: Solar cell 15: Battery
16: Controller 161: Transmitting / receiving unit 162:
163: Event evaluating unit 164: Charging unit 165:
166: Control section 162a: Automatic measurement module 162b: Requirement measurement module
162c: Indicator module
2: image observation device 21: recognition sensor part 22:
211: support tower 212: recognition sensor 213: short distance communication module
221: support tower 222: photographing section 223: RFID module
224: solar cell 225: battery 226: controller
226a: Transmitting / receiving unit 226b: Information processing unit 226c:
226d: storage unit 226e: control unit 2261: event confirmation module
2262: image collecting module 2263: record collecting module 2264: image checking module
3: operational server 31: transmitting / receiving unit 32: environmental information management unit
33: video information management unit 34: record management unit 35:
36: control unit 321: environment information analysis module 322: measurement instruction module
323: Measurement request module 324: Error judgment module 331: Image information analysis module
332: video instruction module 333: error judgment module 341: record information analysis module
342: Error determination module
4: information DB server 41: environment information DB 42: video information DB
43: record information DB 44: device information DB 45: setting information DB
5: player terminal 6: operator terminal

Claims (13)

An environmental observation device installed at predetermined intervals on the competition course to measure environmental information; an image observation device installed at a predetermined interval on the competition course to measure image information; and an environment And an operation server for analyzing information and image information,
The environmental observation apparatus includes a weather sensor for measuring weather information, a position sensor for measuring position information constituting environment information together with weather information, weather information transmitted and measured by the weather sensor, And a controller for analyzing and storing environmental information associated with one location information and transmitting the information to the operation server,
The controller collects environmental information measured by the weather sensor and the position sensor according to an automatic measurement cycle or an instruction from the operation server, and transmits the environmental information to the operation server. The environmental information collected by the measurement instruction unit And an event evaluation unit for generating event information and transmitting the event information to the operation server when the environment information is out of the range of the reference environmental condition,
The measurement instruction unit includes an automatic measurement module that collects environmental information from the weather sensor and the position sensor according to an automatic measurement cycle and transmits the environmental information to the operation server, And an instruction measurement module for collecting environmental information regardless of the automatic measurement period and transmitting the environment information to the operation server when the environmental information request signal is received from the operation server, / RTI >
Wherein the image observation apparatus includes an image observation unit for collecting image information and record information and transmitting the image information and the record information to an operation server,
The image observing unit may include a photographing unit photographing a surrounding image for a predetermined period of time and outputting image information to the controller, an RFID module reading the RFID tag information attached to the player and outputting record information to the controller, And a controller for analyzing one piece of image information and the record information measured and transmitted by the RFID module and transmitting the analyzed information to the operation server,
Wherein the controller of the image observing unit includes an image checking module for collecting image information by operating the photographing unit according to an instruction from the operation server and transmitting the collected image information to the operation server,
The operation server includes an environment information management unit for analyzing environment information transmitted by the environment observation apparatus, an image information management unit for analyzing image information transmitted by the image observation apparatus, And a recording management unit to continuously receive at least one of environmental information, image information, and recording information, so that the operation of the game over a long distance can be smoothly performed,
The environmental information management unit,
An environment information analysis module for analyzing environmental information transmitted from the environment observation device and generating event information when the environment information is out of the reference environmental information range and transmitting the generated information to the player terminal and the operator terminal; A measurement request module for generating environmental information non-receipt signals and transmitting the environmental information non-receipt signals to the environmental observation device when the environment information stored in the information DB server is confirmed according to the checking period of the measurement request module and existence of the non-transmitted environmental information is confirmed; And an error determination module for determining that an error has occurred in the environmental observation device when environment information is not transmitted from the environment observation device despite the instruction of the measurement request module and transmitting the result to the operator terminal,
The video information management unit,
An image information analyzing module for analyzing the image information transmitted from the image observing device, and a controller for generating a signal for requesting the image information when it is confirmed that the image information is not transmitted for a predetermined period, And an error determination module that determines that an error has occurred when the video information is not transmitted despite the instruction of the video instruction module and transmits the result to the operator terminal,
The recording management unit,
A record information analysis module for analyzing record information transmitted from the video observation device and transmitting the analyzed record information to a player terminal; and a control unit for determining that an error occurs when the video information is transmitted from the video observation device but the record information is not transmitted, And an error determination module for transmitting the error management module to the terminal. delete delete delete delete delete delete delete delete delete delete delete delete

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