KR102347425B1 - Sportainment management system that can be installed in a classroom - Google Patents

Abstract

Disclosed herein is a spotainment operating system. The spotainment operating system according to an embodiment of the present invention is formed in a space of a set shape, and a game room where users can play sports games, a data collection unit that stores user information and sports game information, and a game room where sports games are performed It includes a notification unit that provides information to the player, a score determination unit that detects whether a score occurs during a sports game, and an analysis unit that calculates a user's athletic ability value based on the score generated during the sports game.

Description

SPORTAINMENT MANAGEMENT SYSTEM THAT CAN BE INSTALLED IN A CLASSROOM

The present invention relates to a spotainment operating system, and more particularly, to a spotainment operating system in which users can more actively participate in sports games.

In general, teachers in schools worry a lot about conducting sports games for students during PE class. In particular, a lot of thought is put into the process of organizing the team so that both matching teams can play sports games equally. If one team excels in the sports game, the other team does not feel a sense of achievement such as score acquisition and participates passively in the sports game. That is, a sports game is played unilaterally by one team, and only one team has a pleasant physical education time and the opposing team has a painful and difficult physical education time.

Not only teachers, but also managers, such as coaches who manage sports games, hope that people participating in sports games will play sports games on an equal footing. In addition to playing a sports game on an equal footing, the manager wants there to be no special accidents during the sports game. In general, accidents during sports games are caused by excessive competition between the two teams, and in particular, by the unsportsmanlike play of one team. Therefore, the manager has the burden of managing the sports game so that both teams matching can proceed with the sports game in a manner.

In addition, the manager puts a lot of thought into inducing the teams participating in the sports game to actively participate in the sports game. This is because managers need to improve the athletic performance of those who participate in sports games. Managers generally observe sports games without directly participating in them, so there is a limit to direct and passionately inducing sports games. In addition to this, from the standpoint of the person (user) participating in the sports game, it is difficult to find a motivating factor that induces the user to actively participate in the sports game, except for the enjoyment that comes from the sports game itself.

Currently, Korea is experiencing a low fertility trend due to the culture of non-marriage and rising prices relative to wages. In the past, the number of births per household was about 4 to 5 in the baby boomer era, but now the number of births per household is 0.98 (based on Statistics Korea data in 2018), which is less than one. Due to such a decrease in the fertility rate, the number of middle school and high school students as well as elementary school students is gradually decreasing, and the number of students is expected to decrease even more in the coming future. As a result, surplus classrooms are being created in each school. Furthermore, the number of students living in myeons or eup units has drastically decreased due to the population flow to the city center due to industrialization, and schools located in the countryside are being converted into closed schools. Remaining classrooms or closed schools only occupy a certain space and are not operated, so the remaining classrooms and closed schools in Korea are becoming an obstacle that only occupies meaningless space.

An object of the present invention is to provide a spotainment operating system capable of improving space utilization by providing a prefabricated game hall module so that various sports games can be performed in a predetermined space.

In addition, an object of the present invention is to provide a spotainment operating system that induces users to participate in sports games more actively and gentlemanly, so that they can play sports games in a pleasant and pleasant manner as well as always in athletic ability.

In addition, the present invention is intended to provide a spotainment operating system that can be utilized not only for simple play, but also for educational purposes for improving the physical strength of users, particularly students.

In addition, the present invention provides a sportenment operating system that can improve the immersion of users participating in sports games by using sound or light, and stimulate the competitive spirit with score notifications to induce active participation of users want to

In addition, the present invention aims to provide a spotainment operating system in which the physical abilities of users participating in a sports game are made into a database and informed to the manager in various forms so that the manager can easily and accurately grasp the physical abilities of the users.

According to one aspect of the present invention, the present invention is formed in a space of a set shape, and is provided in a game room where users can play sports games, a data collection unit that stores user information and sports game information, and a game room where sports games are performed. It includes a notification unit that provides information, a score determination unit that detects whether a score occurs during a sports game, and an analysis unit that calculates a user's athletic ability value based on a score generated during a sports game.

In addition, the game field of the present invention includes a space in which a user can play a basketball game, a basketball court in which one or more baskets are installed at a predetermined height and a perimeter of the basketball court or more, and a pair of goalposts are arranged A dribbling field extending so that the left and right widths are the same on both sides and a shooting field that is arranged adjacent to the dribble field, and that is linearly widened from the point where the stop line is located to one side where the goalkeeper character is placed, and the shooting field adjacent to the shooting field and a pitching field extending to have the same left and right widths on both sides on which a pair of scoreboard boards are disposed, and the game room may be assembled so that the form engages with another adjacent game room.

In addition, the present invention is disposed inside the frame, and a pair of grooves formed on both sides and a fence surrounding the stadium are inserted into the lower bar of the frame and a horizontal support bar crossing the fence, respectively, and disposed below the fence, Further comprising a grouping unit for forming a team by using the buffer unit and the user information received from the data collection unit is fixed through the fence between the pair of grooves, the grouping unit, the gender of the user from the data collection unit Receives information and receives age information of users from the data collection unit and the gender adjustment unit that composes teams so that the male to female ratio is the same between matching teams, extracts users belonging to a preset age interval, and calculates the number of people in each age interval, , receives the user's weight information and height information from the age adjustment unit and the data collection unit to form a team so that the number of people in each age section between the same sex is the same between the matching teams, calculates the body mass index, and matches it with a preset body mass section, matching It includes a body mass adjustment unit that configures the team so that the number of people belonging to each body mass section in the same sex and same age section is the same between the teams to be formed.

In addition, the present invention receives the score information from the score determination unit to determine the user who generated the score, receives the location information of the ball to generate the movement path of the ball, and changes the path on the movement path of the ball just before the score is generated Further comprising a selection unit for determining a point and determining the closest user to the route change point using the user's location information, wherein the score determination unit is disposed on the inner peripheral surface of the basket and transmits the sensed score information to the score determination unit an infrared sensor that transmits and an ultrasonic sensor that is disposed toward the center of a plurality of score holes formed in different sizes on the scoreboard board and transmits the sensed score information to the score determination unit, wherein the notification unit is configured in the shape of the score hole Correspondingly, it includes a light emitting part disposed on the inner circumferential surface of the score hole.

In addition, the analysis unit receives the information of the user who has obtained the score from the selection unit, and the physical fitness measurement unit that calculates the cardiorespiratory endurance value using the score for each user and when the user obtains the score more than once, successively It includes an instantaneous force measurement unit that calculates an instantaneous force value using the obtained score time difference and a muscle strength measurement unit that calculates a muscle strength value using the impact force information received through an impact force sensor mounted on the fence corresponding to the center of the score hole.

In addition, the analysis unit includes a questionnaire evaluation unit that receives body mass index information and flexibility information about the team members of the opposing team from the user terminal and calculates the user's body mass value and flexibility value.

In addition, the present invention receives and outputs the exercise ability value of the user from the analysis unit, and corresponds to the exercise ability value when the user's exercise ability value exceeds a preset standard, and a virtual character in which the user's face is synthesized together It further includes a display unit for outputting.

In addition, the present invention further includes an evaluation sharing unit for sharing the user's athletic ability value received from the analysis unit and the virtual character received from the display unit with team members.

The present invention can improve space utilization by providing a prefabricated game hall module so that various sports games can be performed in a predetermined space.

In addition, the present invention motivates users to actively participate in sports games, so that users can improve exercise abilities such as physical strength or muscle strength.

In addition, users can clearly recognize their own exercise ability due to the exercise capacity value given according to the sports game, and can make an exercise plan in consideration of the exercise capacity that the user must intensively train in the future.

In addition, users who are given a certain level of athletic ability level or higher receive differentiated services such as virtual character display, so that users who participate in sports games can enthusiastically participate in sports games.

In addition, users can improve their physical strength by sharing their athletic ability values with their team members and participating in sports games so that they can receive better athletic performance values.

In addition, by checking the exercise ability of users recorded over time, the manager can clearly recognize the strengths and weaknesses of the users and effectively manage the health status of the users.

1 is a view showing a game room in an embodiment of the present invention;
2A is a view showing a shooting field in an embodiment of the present invention;
Figure 2b is a view showing the coupling relationship of the fence and the buffer in an embodiment of the present invention,
3 is a diagram conceptually showing a spotainment operating system according to an embodiment of the present invention;
4A is a view conceptually showing a grouping unit in an embodiment of the present invention;
Figure 4b is a view showing the arrangement relationship of the basket and the infrared sensor in the embodiment of the present invention;
4C is a diagram showing a scoreboard board in an embodiment of the present invention;
4D is a view conceptually showing a selection unit in an embodiment of the present invention;
4E and 4F are diagrams conceptually illustrating a display unit according to an embodiment of the present invention.

Hereinafter, a spotainment operating system according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing a game room according to an embodiment of the present invention.

As can be seen from FIG. 1 , the present invention includes a basketball court 1100 , a dribble field 1200 , a shooting field 1300 , a pitching field 1400 , and a fence 1510 installed in an indoor space.

The basketball court 1100 includes a polygonal space where a user can play basketball. In the basketball court 1100, one or more baskets 1110 are installed at a predetermined height. Users can obtain a score by throwing a ball into the basket 1110 on the basketball court 1100 . In addition, the basketball court 1100 includes an additional space on the opposite side where the basket 1110 is installed. In the basketball court 1100, an extra basket 1120 is disposed in an additional space. When the basket 1110 is damaged during the game, users can play the game with an extra basket 1120 .

The dribble field 1200 provides a space where users can run by controlling the ball with their feet. The dribbling field 1200 surrounds the circumference of the basketball court 1100, and the present invention can minimize the area of the installed space. That is, the present invention can improve the efficiency of space use. A pair of goalposts 1210 are disposed on both sides in the dribbling field 1200 . The dribble field 1200 is extended so that the left and right widths are the same, but is assembled so that the shape of the dribble field is engaged with other neighboring game fields. Therefore, there is no empty space between neighboring game rooms. Furthermore, the dribble field 1200 is manufactured in an elongated form, not a rectangle, in consideration of the fact that users must drive the ball. However, as described above, it has a curved shape to engage with the neighboring basketball court 1100 for optimized space use.

Figure 2a is a view showing the shooting field 1300 in the embodiment of the present invention, Figure 2b is a view showing the coupling relationship of the fence and the buffer in the embodiment of the present invention.

As can be seen from FIG. 2A , the shooting range 1300 provides a space for users to shoot. The shooting field 1300 is disposed adjacent to the dribbling field 1200 . The shooting field 1300 has a shape extending in one direction unlike the dribbling field 1200 in consideration of the shooting path. However, the shooting field 1300 has a shape in which one side on which the goalkeeper character 1320 is disposed extends to both sides. This is to allow users to shoot in a wider space. That is, the shooting range 1300 has a shape that is linearly widened from the point where the stop line 1310 is located toward one side to both sides. This reflects the fact that young students among users shoot from various angles. Younger students find it very difficult to accurately hit the ball with their feet and shoot the ball to the target. Therefore, the present invention can prevent the decline in interest of young students due to a shooting miss. Also, both ends are farther from the stop line than the middle. That is, the user feels difficult to shoot to avoid the goalkeeper character 1320 to both ends. Reflecting this point, the present invention can give interest to users by inducing users to use a variety of shootings by giving a higher score to a shooting at both ends than a shooting at the center point. Accordingly, the shooting field 1300 additionally includes a space having a triangular shape on both sides of one side.

In addition, a plurality of goalkeeper characters 1320 are disposed on one side of the shooting field 1300 . The goalkeeper characters 1320 are spaced apart, and the infrared sensor 1322 is disposed on the upper side of the goalpost 1330 so that infrared rays are irradiated into the space between the goalkeeper characters 1320 . The user must shoot so that the ball passes through the space between the goalkeeper characters 1320 to obtain a score. In addition, an electric sign indicating whether a score has been obtained is disposed on the upper side of the goal post 1330 . As shown in FIG. 2A , when the user successfully shoots into the space between the goalkeeper carriers, the infrared sensor 1322 detects the ball. The infrared sensor 1322 transmits score information to a score determination unit 1640 to be described later. The score determination unit 1640 transmits score information to the electronic sign included in the notification unit 1630, and the electric sign displays a goal or a no goal to the outside.

In the present invention, a member of the opposing team of the user may replace the goalkeeper character 1320 . The goalkeeper character 1320 is a stationary shooting obstacle, whereas the user's opposing team member can directly move and block the flying ball. That is, the member of the opposing team of the user who blocks the ball can overcome the difference in score between the two teams and reverse it by using the goalkeeper skill. Using this point, the present invention can provide users with dynamic interest and immersion.

The pitching pitch 1400 provides a space for users to throw a ball to the scoreboard 1410 . The pitching field 1400 is disposed adjacent to the shooting field 1300 . The pitching field 1400 is extended to both sides on which a pair of scoreboard boards 1410 are disposed so that the left and right widths of the game room are the same. Furthermore, the pitching field 1400 is assembled so that the shape is engaged with the neighboring shooting field 1300 . That is, the pitching field 1400 provides a space for users to run in the form of an arc, similar to the dribbling field 1200 . Accordingly, the present invention maximizes the use of a given space, and broadens the user's activity area.

The fence 1510 is fixedly installed inside the frame 1512 to surround the basketball court 1100, the dribble field 1200, the shooting field 1300, and the pitching field 1400 described above. Accordingly, the fence 1510 divides each game room, so that sports games running at the same time can be performed without interfering with each other. Specifically, the fence 1510 forms an outer frame surrounding the entire module formed by combining each game field. In addition, a fence 1510 is installed inside so that each of the game halls coupled to the module is partitioned. Fences 1510 dividing the game halls are installed corresponding to the shape of each game hall. For example, the fence 1510 between the rectangular basketball court 1100 and the curved extended dribbling field 1200 is bent and extended corresponding to the shape of each game field. However, since the edge of the game hall has a bent shape due to space utilization of each game hall, the fence 1510 is also bent and extended in response thereto. In addition, the bent position of the fence 1510 is firmly fixed by the vertical support bar (1514). Furthermore, since the fence 1510 has a structure similar to a net shape, an administrator can check the game progress of users from the outside. In addition, the fence 1510 is provided with a buffer 1520 at the lower portion. That is, in the fence 1510 , buffer portions 1520 adjacent to both sides with respect to the vertical support bar 1514 are disposed below the fence 1510 . As can be seen in FIG. 2b , the buffer unit 1520 is a pair of grooves 1522 formed on both sides in order to be firmly fixed to the fence 1510 , respectively, the lower bar 1512a and the fence 1512 of the frame. It is coupled to the horizontal support bar (1516). Furthermore, the fence 1510 penetrates the buffer part 1520 between the pair of grooves 1522, and the buffer part 1520 can maintain its shape even in the presence of an external impact. Accordingly, the buffer unit 1520 can faithfully perform a user protection role without being separated from the fence 1510 even with a large number of strong impacts. That is, during the game, users fall toward the fence 1510 or fall on the fence 1510. Even if a collision occurs several times, users can play the game stably without injury.

In addition, the game rooms are in the form of modules that can be interlocked with each game room and assembled. That is, the game rooms of the present invention are movable prefabricated. Accordingly, the present invention can be conveniently installed anywhere without space restrictions. For example, the present invention may be installed in an unused classroom, such as a closed school. The present invention is not limited by space and place, and improves the utilization of existing infrastructure by being installed in unused buildings or gyms.

3 is a diagram conceptually illustrating a spotainment operating system according to an embodiment of the present invention. As can be seen from FIG. 3 , the present invention includes a data collection unit 1610 , a notification unit 1630 , a score determination unit 1640 , and an analysis unit 1650 that communicate with the aforementioned game rooms through a network. The network used in the present invention is a wired network such as a local area network (LAN), a wide area network (WAN) or a value added network (VAN) or a mobile communication network (Mobile Radio Communication Network), It may include all types of wireless networks such as satellite communication networks, Wireless Broadband Internet (WIBRO), High Speed Downlink Packet Access (HSDPA), and the like.

The present invention includes a data collection unit 1610 in which user information and sports game information are stored. The data collection unit 1610 includes information such as the user's age, height, weight, photo, and the like, and information on the total number of users who have applied. In addition, the data collection unit 1610 includes sports game information performed in the game room. Here, the sports game information means a sports game running time or a set number of people per team.

4A is a diagram conceptually illustrating a grouping unit 1620 according to an embodiment of the present invention.

As can be seen from FIG. 4A , the present invention includes a grouping unit 1620 that distributes users in a balanced manner according to the number of teams per team of the sports game. The grouping unit 1620 forms a team using the user information received from the data collection unit 1610 . The grouping unit 1620 forms a team in consideration of information affecting game power, such as a user's height or weight, to prevent biased game progress.

Specifically, the grouping unit 1620 uses the user's gender information, age information, weight information, and height information to allow matching between teams with equal athletic ability. The grouping unit 1620 includes a gender adjustment unit 1622 that receives the user's gender information from the data collection unit 1610 and forms a team so that the male to female ratio is the same between the matching teams. For example, suppose a dribbling game is played in which each team has a capacity of 3 players. If the total number of users is 12, a total of 4 teams can be formed. The gender adjustment unit 1622 receives information on the number of males and females from the total number of users. If the number of males is 8 and the number of females is 4, and the total male to female ratio is 2 to 1, the gender adjustment unit 1622 sets the male to female ratio per team to 2 to 1 to form a team. That is, the gender adjustment unit 1622 distributes users to the teams so that the male to female ratio is 2 to 1 for a total of 4 teams. Since men are in a superior position than women in relation to athletic ability, the gender adjustment unit 1622 adjusts the male-female ratio in consideration of this to match teams with equal athletic abilities. Accordingly, users participating in sports games are prevented from avoiding exercise for reasons such as lowering morale. The present invention induces users to actively exercise by participating in sports games more diligently.

In addition, the grouping unit 1620 includes an age adjustment unit 1624 for forming a team by using the age information of the user in addition to the male to female ratio for equal game progress. The age adjustment unit 1624 receives the user's age information from the data collection unit 1610 and extracts the user belonging to a preset age section. The age adjustment unit 1624 calculates a preset number of people for each age section, and configures a team such that the number of people for each age section of the same sex is the same between matching teams. For example, it is assumed that the preset age interval is divided into 10-year-old units, and among a total of 12 users, 8 users are in their 20s and 4 are in their 30s. The age adjustment unit 1624 receives the user's gender information from the data collection unit 1610 and considers the male to female ratio for each age section. In other words, if 2 out of 8 people in their 20s are women and 2 out of 4 people in their 30s are women, the age adjustment unit 1624 allows matching between teams to which women of the same age group belong. Also, in the case of men, the age adjustment unit 1624 places two men in their twenties in each of two matching teams out of a total of four teams. In addition, the age adjustment unit 1624 places one male in his twenties and one male in his thirties in each of the remaining two matching teams among the four teams. Athletic ability is highly dependent on age as well as gender. The present invention further considers age in addition to gender to place users into teams.

The present invention includes a body mass adjustment unit 1626 for forming a team in consideration of height and weight in addition to gender and age. A user's speed and power can be determined through height and weight. In other words, in order to proceed with the corresponding game, the speed and power between the matching teams must be similar, and for this, the height and weight must be similar between the teams. The body mass adjustment unit 1626 calculates a body mass index by using the height and weight of the user. The body mass index is calculated using the [Equation] below.

[Equation]

BMI is body mass index, w is body weight (unit: kg), and t is height (unit: m).

The body mass adjustment unit 1626 receives the height and weight information of the users from the data collection unit 1610 and calculates the body mass index of the users. The body mass adjustment unit 1626 associates users with a preset body mass section. The body mass adjustment unit 1626 configures a team such that the number of people belonging to each body mass section in the same sex and age section is the same between the matching teams. For example, it is assumed that two teams are selected from a total of four teams. It is assumed that the two selected teams have a male-to-female ratio of 2:1, the age range of men is in their 20s, and the age range of women is in their 30s. The preset body mass section is defined as highly obese if the body mass index is 40 or higher, moderate obesity if it falls between 35 and 39.9, mild obesity if it falls between 30 and 34.9, overweight if it falls between 25 and 29.9, and overweight if it falls between 18.5 and 24.9. Normal weight, less than 18.5 is set as underweight. Six out of eight men in their twenties are highly obese, and the other two are of normal weight. If so, the body mass adjustment unit 1626 places one male normal weight and one highly obese male in each matching team. As a result, both teams to be matched are composed of one highly obese and one normal weight, and the game can be played with similar speed and power. The present invention induces a sports game focused on technique by matching teams with similar speed and power as well as gender and age. Furthermore, according to the present invention, it is possible to prevent one team from losing motivation for exercise by significantly lowering the morale of the other team by playing the game excessively superiorly.

4B is a diagram showing the arrangement relationship between the basket 1110 and the infrared sensor according to the embodiment of the present invention, and FIG. 4C is a diagram showing the scoreboard 1410 according to the embodiment of the present invention.

The present invention includes a score determination unit 1640 that determines whether or not a score is obtained when users obtain a score during a sports game. The score determination unit 1640 includes infrared sensors 1112 and 1322 to detect whether a score is generated during a sports game. The infrared sensor 1112 is disposed on the inner circumferential surface of the basket 1110 disposed in the basketball court 1100 as shown in FIG. 4b . The infrared sensor 1112 detects a ball passing through the infrared region irradiated toward the front. The infrared sensor 1112 is disposed on the inner circumferential surface of the basket 1110 so that it is not disturbed by the mesh disposed on the lower side of the basket 1110 during the sensing process. That is, since the mesh is not located in front of the infrared sensor, the infrared sensor 1112 can detect the ball passing through the basket 1110 without the interference of the mesh. Accordingly, the infrared sensor 1112 disposed on the inner circumferential surface of the basket 1110 may detect only a ball passing through the basket 1110 and detect whether a score is accurately obtained.

In addition, the score determination unit 1640 includes an ultrasonic sensor 1414 for detecting score acquisition from the scoreboard 1410 disposed in the pitching field 1400 . The scoreboard 1410 has score holes 1412 of different sizes through which a ball thrown by a user can pass. As shown in FIG. 4C , an ultrasonic sensor 1414 is disposed outside the score hole 1412 in the scoreboard 1410 . Since the score of the score hole 1412 varies according to the size, score holes 1412 larger than the ball are formed on the scoreboard 1410 . Since the ball penetrates the score hole 1412 larger than the ball, an ultrasonic sensor 1414 is disposed to accurately detect the score. The ultrasonic sensor 1414 may irradiate ultrasonic waves to a wider area than the infrared sensors 1112 and 1322 , and thus may detect a wider area. Also, the ultrasonic sensors 1414 are arranged according to the number of score holes 1412 , and as shown in FIG. 4C , the ultrasonic sensors 1414 are not arranged in the ultrasonic region irradiated by other ultrasonic sensors 1414 . For example, in FIG. 4C , a small score hole 1412 is formed on the upper left side of the scoreboard board 1410 , and a large score hole 1412 is formed on the lower side of the scoreboard board 1410 . The ultrasonic sensor 1414 disposed on the upper side of the small score hole 1412 is disposed so that the ultrasonic wave is irradiated downward. The ultrasonic sensor 1414 for detecting the large score hole 1412 is disposed on the right side of the large score hole 1412 to avoid the ultrasonic wave of the ultrasonic sensor 1414 for detecting the small score hole 1412 . Accordingly, the ultrasonic sensor 1414 can accurately detect only the ball passing through the score hole 1412 . The infrared sensors 1112 and 1322 and the ultrasonic sensor 1414 detect the ball and transmit score information to the score determination unit 1640 .

4D is a diagram conceptually illustrating a selection unit in an embodiment of the present invention.

As can be seen from FIG. 4D , the present invention includes a selection unit 1642 for judging a user who has obtained a score. The selection unit 1642 receives the score information from the score determination unit 1640 and determines the user who generated the score.

Specifically, users participating in a sports game are provided with a device for generating location information. There may be various devices for generating the user's location information, and among them, GPS may be used. Here, the device for generating the user's location information includes a unique location information address for each user, and the present invention can confirm the identity through the user's location information. Also, balls used in sports games include devices such as GPS that generate location information. The selection unit 1642 receives location information from users and balls during a sports game. The selection unit 1642 generates a movement path of the ball by using the position information of the ball. When the score information is received from the score determination unit 1640, the selection unit 1642 determines the user who generated the score by using the movement path of the ball and the user's location information.

The ball is changed direction by the user's control. A thrown or shot ball moves forward by maintaining the original direction if there is no user's control. That is, the route change point in the movement path of the ball is the point thrown or shot by the user. Therefore, just before the score is obtained, the path change point in the movement path of the ball is the point where the user who generated the score is located.

The selection unit 1642 determines a user who has obtained a score using this principle. Hereinafter, an example will be described with reference to FIG. 4D. In FIG. 4D , black dots indicate users, and white dots indicate users of the opposing team. The dotted line displayed in a zigzag form indicates the movement path of the ball. Furthermore, the outer border displayed in black indicates the game field. The part where the movement path of the ball touches the outer edge means the point where the score is generated. In the movement path of the ball just before the score is generated, the route change point is the point where the ball is thrown or shot to generate a score. The user closest to the route change point is the person who generated the score. Accordingly, the selection unit 1642 determines that the user located within the square mark is the person who generated the score.

The present invention includes a notification unit 1630 that provides users with necessary information during a sports game. The necessary information during the sports game may be a current score or remaining game time. In addition, the notification unit 1630 includes a light emitting unit 1632 that clearly informs users of a score generation point during a sports game. The light emitting part 1632 is disposed on the inner peripheral surface of the score hole 1412 to correspond to the shape of the score hole 1412 as shown in FIG. 4C . The light emitting unit 1632 may be an LED lamp emitting various colors. Users participating in the sports game accurately recognize the location of the score hole 1412 through the light emitting unit 1632, so that the present invention can solve the problem of interference due to darkness that may occur due to indoor progress. In addition, the notification unit 1630 may output a congratulatory message or a congratulatory sound when the user's score is obtained, thereby increasing the user's confidence.

Alternatively, the light emitting unit 1632 may be seated on one surface of the scoreboard board 1410 adjacent to the score hole 1412 . The light emitting unit 1632 includes a ring-shaped shell 1632a formed to correspond to the shape of the score hole 1412 and a plurality of LEDs 1632b disposed inside the shell 1632a. A plurality of LEDs (1632b) are embedded in the outer shell (1632a) in the form of a band spaced apart. Accordingly, the LED 1632b can be protected from the impact of the ball thrown by the user. FIG. 4C also shows an enlarged side cross-section of the light emitting unit 1632 . Referring to FIG. 4C , the light emitting unit 1632 is formed to be relatively thin compared to the upper and lower sides in order to emit the light emitted from the LED 1632b without being inhibited. . Accordingly, the light emitting unit 1632 can be seated on the scoreboard 1410 to clearly inform the user of the score generation point.

4E and 4F are diagrams conceptually illustrating a display unit 1660 according to an embodiment of the present invention.

As can be seen from FIG. 4E , the present invention includes an analysis unit 1650 that calculates a user's exercise ability value through a score. Exercise capacity includes stamina, agility, strength, and flexibility. Furthermore, physical condition includes body mass. The analysis unit 1650 includes a physical fitness measurement unit 1652 , an instantaneous power measurement unit 1654 , a muscle strength measurement unit 1656 , and a questionnaire evaluation unit 1658 to individually derive subdivided items from exercise ability.

The physical fitness measuring unit 1652 receives information of a user who has obtained a score from the selecting unit 1642 . The physical fitness measuring unit 1652 calculates a cardiorespiratory endurance value using the number of scores obtained by the user. The number of scores obtained a lot means that the user actively participated in the sports game. This is based on the assumption that the user's physical strength is above a considerable level. Accordingly, the physical fitness measurement unit 1652 calculates the cardiorespiratory endurance value of the user through the number of scores obtained by the user. For example, the physical fitness measuring unit 1652 may calculate a cardiorespiratory endurance value corresponding to the number of scores using a preset section. If the number of scores is 5 or more, the highest cardiorespiratory endurance value is given. If the number of scores is 2 to 4, a midpoint cardiorespiratory endurance value is given. If the number of scores is 0 to 1, the lowest cardiorespiratory endurance value is given. As such, the physical fitness measuring unit 1652 may calculate a cardiorespiratory endurance value by matching the number of scores obtained by the user to a preset section.

The instantaneous force measurement unit 1654 calculates the instantaneous force value by using the successively acquired score calculation time difference. In order for a user to continuously acquire a score in a short time, quick reflexes are required. The point in time when the mood of the sports game changes is when a score is generated. A quick adaptation to the changed atmosphere is necessary to gain additional scores. The higher your reflexes, the faster you can adapt to a changed atmosphere. Therefore, the shorter the time difference between successive score acquisition times, the faster it adapts to the changed atmosphere. This means that the agility is strong. In consideration of this principle, the instantaneous force measurement unit 1654 calculates the instantaneous force value by using the time difference between the scores continuously obtained by a specific user.

For example, if the time difference between consecutively acquired scores is 1 minute or less, the highest score may be set. If the time difference between consecutively acquired scores is more than 1 minute and less than 10 minutes, it can be set as an intermediate score. If the time difference between consecutively acquired scores exceeds 10 minutes, the lowest score can be set. Here, the time difference section is only described as an example, and the time difference section and the score may be arbitrarily set. If the time difference between the scores continuously obtained by the user is 3 minutes, the improvisation measuring unit 1654 imposes a reflex value of the intermediate score to the user.

The muscle strength measurement unit 1656 detects the impact force applied by the flying ball and calculates the user's muscle strength value. The muscle strength measurement unit 1656 is equipped with an impact force sensor (not shown) on the fence 1510 to detect the impact force of the ball. The impact force sensor is arranged in consideration of the path of the flying ball for the score. For example, referring to FIG. 4C , the impact force sensor is mounted on the fence 1510 to be located in the central region of the score hole 1412 . Therefore, the ball passing through the score hole 1412 collides with the impact force sensor, and the impact force sensor senses the impact force of the ball. Through this, the muscle strength measurement unit 1656 may determine the muscle strength of the user who applies energy to the ball. The method of calculating the muscle strength by the muscle strength measurement unit 1656 is similar to the aforementioned physical strength measurement unit 1652 or the instantaneous force measurement unit 1654, so a detailed description will be omitted. The muscle strength measurement unit 1656 calculates a muscle strength value corresponding thereto through a preset section to which the impact force of the ball corresponds.

The questionnaire evaluation unit 1658 calculates a body mass value or a flexibility value that is difficult to determine through the score or the impact force of the ball. Whether the user's body mass is excessive or insufficient can be visually determined. In addition, in relation to the user's flexibility, whether the body is flexible or stiff may be visually determined. Body mass and flexibility that can be visually determined for a user who performs a sports game may be determined by evaluation scores of other users. The questionnaire evaluation unit 1658 receives body mass index information and flexibility information about the team members of the opposing team through the user terminal. Here, the user inputs body mass index information and flexibility information about the team members of the opposing team into the user terminal. If the user enters the body mass index information and flexibility information of the team to which the user belongs, the user may make an erroneous evaluation of the team members due to emotional factors such as recognition. Accordingly, the questionnaire evaluation unit 1658 receives only information input by the user about the team members of the opposing team.

Teams participating in the sports game have no choice but to play fair play during the sports game in consideration of the evaluation from the opposing team. If the user makes a bad impression on the opposing team by playing rough or unmanned, the opposing team may give the user a harsh score for body mass index and flexibility. Accordingly, the present invention induces the teams participating in the sports game to conduct the sports game in a fair and manner.

The present invention includes a display unit 1660 informing users of the calculated exercise capacity value. The display unit 1660 receives the user's personal information from the data collection unit 1610 , and receives and outputs the athletic ability value corresponding to the user from the analysis unit 1650 . The display unit 1660 includes a manager terminal as well as a user terminal. Accordingly, the manager may check the exercise ability value calculated from the display unit 1660 . The display unit 1660 receives the exercise ability value calculated from the analysis unit 1650 and outputs it as a pentagonal graph as shown in FIG. 4E . In a pentagonal graph, indices related to exercise ability are distributed. Accordingly, the user can intuitively recognize his/her exercise ability through the distribution diagram displayed on the graph. Also, the data collection unit 1610 receives and stores athletic ability information from the analysis unit 1650 for each sports game. The display unit 1660 receives the athletic ability information for each sports game for the same user from the data collection unit 1610, and notifies the change amount through a bar graph and a line graph.

In addition, the display unit 1660 uses a virtual character 1662 to inform users of their exercise ability more intuitively and clearly. The virtual character 1662 implies and displays the meaning of each exercise ability. For example, as can be seen in FIG. 4F , the fictitious character 1662 representing flexibility may represent a yoga movement. Yoga is a sport that can be performed only when flexibility is a prerequisite, and a user who sees a virtual character 1662 performing a yoga movement can intuitively confirm that he or she is flexible the moment he sees it. However, the virtual character 1662 is displayed only when it corresponds to a predetermined value or more. This is to give users a sense of superiority by providing differentiated services such as premium benefits to users. The user can intuitively recognize his or her superior athletic ability by identifying the virtual character 1662 . Through this, the present invention induces users to actively participate in the sports game in order to be given the virtual character 1662 . Accordingly, users can improve their physical strength through passionate exercise and become more healthy. In addition, the display unit 1660 receives the user's photo information from the data collection unit 1610 and displays the user's face by synthesizing the virtual character 1662 . Accordingly, the user can feel a sense of homogeneity with the virtual character 1662 and can feel more deeply about the superiority provided by the virtual character 1662 . In FIG. 4F , only a virtual character 1662 performing a yoga motion is displayed, but muscle strength may also be represented through a virtual character 1662 representing a body builder. In addition, quickness may be represented by a virtual character 1662 representing an athlete, cardiorespiratory endurance may be represented by a virtual character 1662 representing a triathlon game, and body mass index may be represented by a virtual character 1662 representing a belly.

The degree of visibility of the virtual character 1662 is adjusted, so that the user's athletic ability can be more clearly conveyed. That is, the display degree of the virtual character 1662 may be changed according to a preset section corresponding to the athletic ability value. For example, the virtual character 1662 representing a yoga motion indicating flexibility may indicate a high level of flexibility of the user by bending the waist and legs more. If a user having a level of flexibility above a certain level corresponds to a preset section of the lowest level, the virtual character 1662 has a lower head and sole compared to FIG. 4F . The user can clearly recognize the degree of flexibility of the user through the operation of the virtual character 1662 .

The present invention includes an evaluation sharing unit 1670 that shares the athletic ability value displayed on the display unit 1660 and the virtual character 1662 with team members of the same team. The evaluation sharing unit 1670 transmits information related to the user's athletic ability to the user terminal, and shares it with team members of the same team to induce the user's enthusiastic participation in the sports game. The user wants to receive a good evaluation of his/her athletic ability from team members of the same team due to the desire for honor. Therefore, users participate in sports games by doing their best so that better results are shared with team members in relation to exercise performance figures. However, the evaluation sharing unit 1670 shares the exercise ability value of the user limited to members of the same team for privacy protection.

In the above, although the embodiments of the present invention have been described, those of ordinary skill in the art can add, change, delete or add components within the scope that does not depart from the spirit of the present invention described in the claims. Various modifications and variations of the present invention will be possible, which will also be included within the scope of the present invention.

In addition, the above-mentioned terms are terms defined in consideration of functions in the present invention, which may vary according to intentions or customs of golfers and operators. Therefore, definitions of these terms should be made based on the content throughout this specification.

In addition, when a component is "included" herein, it means that other components may be further included, rather than excluding other components, unless otherwise stated.

Basketball court: 1100
Basket: 1110, 1120
Infrared sensor: 1112
Dribble length: 1200
Goal: 1210
Shooting field: 1300
Stop line: 1310
Goalkeeper Character: 1320
Infrared sensor: 1322
Goal: 1330
Helmet: 1400
Scoreboard: 1410
score hall;1412
Ultrasonic sensor: 1414
fence: 510
Frame: 512
Bottom bar of frame: 512a
Vertical support bar: 1514
Horizontal support bar: 1516
Buffer: 1520
Home:1522
Data collection unit: 1610
Grouping Department: 1620
Gender Adjustment Unit: 1622
Age Adjustment: 1624
Body mass adjustment unit: 1626
Notification Department: 1630
Light emitting part: 1632
Outer sheath: 1632a
LED: 1632b
Score judging unit: 1640
Sorting unit: 1642
Analysis Department: 1650
Physical fitness department: 1652
Instantaneous power measurement unit: 1654
Strength measurement unit: 1656
Survey Evaluation Department: 1658
Display: 1660
Fictional Character: 1662
Evaluation Sharing Department: 1670

Claims (8)

a game room formed in a space of a set shape, where users can play sports games;
a data collection unit for storing user information and sports game information;
a notification unit providing users with necessary information during a sports game;
a score determination unit that detects whether a score occurs during a sports game;
When score information is received from the score determination unit during a sports game, a selection unit that receives the ball location information, generates a movement path of the ball, and determines the user who generated a score from the movement path of the ball and the location information of users ;
an analysis unit for calculating the exercise ability value of the user from the score obtained by the user who generated the score determined by the selection unit; and
Based on the gender information, age information, and body mass index (BMI) of the user information, a plurality of teams are composed of users having the same gender, the same age section, and the same body mass section, but the matching team is configured to have the same number of people Spotainment operating system including a grouping unit.
According to claim 1,
The game room,
a basketball court including a space where a user can play a basketball game and having one or more baskets installed at a predetermined height;
a dribbling field that wraps around half of the basketball court and extends to both sides where a pair of goalposts are arranged so that the left and right widths are the same;
a shooting field which is arranged adjacent to the dribbling field and expands linearly to both sides from the point where the stop line is located to one side where the goalkeeper character is arranged; and
a pitching field disposed adjacent to the shooting field and extending so as to have the same left and right widths on both sides on which a pair of scoreboard boards are disposed;
a fence fixedly installed inside the frame to surround the basketball court, the dribbling field, the shooting field and the pitching field; and
A pair of grooves formed on both sides are inserted into the lower bar of the frame and a horizontal support bar crossing the fence, respectively, and are disposed under the fence, and include a buffer part through which the fence is fixed between the pair of grooves,
The game room is a spotainment operating system that is assembled so that the form is interlocked with other neighboring game rooms.
According to claim 1,
The grouping unit,
a gender adjustment unit configured to have the same gender ratio between matching teams based on the gender information of the user information;
an age adjustment unit configured to extract users belonging to a preset age section based on the age information of the user information, calculate the number of people for each age section, and configure the matching team to have the same number of people for each age section between the same gender; and
Based on the weight information and height information of the user information, the body mass index of users is calculated and matched with a preset body mass section, and the number of people belonging to the same sex and age section is the same between matching teams. A spotainment operating system including a control unit.
3. The method of claim 2,
The score determination unit,
an infrared sensor disposed on the inner circumferential surface of the basket to transmit sensed score information to the score determination unit; and
and an ultrasonic sensor disposed toward the center of a plurality of score holes formed in different sizes on the scoreboard board to transmit the sensed score information to the score determination unit,
The notification unit,
Spotainment operating system including a light emitting unit disposed on an inner circumferential surface of the score hole to correspond to the shape of the score hole.
According to claim 1,
The analysis unit,
a fitness measurement unit for calculating cardiorespiratory endurance values based on the score obtained by the user;
a quickness measurement unit for calculating a value of instantaneous power by using the time difference between two or more scores continuously obtained by the user; and
A spotainment operating system including a muscle strength measurement unit that calculates a muscle strength value using information on the impact force caused by the ball during a sports game through an impact force sensor.
6. The method of claim 5,
The analysis unit,
Spotainment operating system including a questionnaire evaluation unit for evaluating the body mass and flexibility of the opposing team team members from the body mass index information and the flexibility information about the team members of the opposing team received through the user terminal.
According to claim 1,
The spotainment operating system further comprising a display unit for outputting the athletic ability value calculated by the analysis unit, and outputting a virtual character synthesized with a user's face when the exercise ability value exceeds a preset criterion.
8. The method of claim 7,
Spotainment operating system further comprising an evaluation sharing unit for sharing the athletic ability value and the virtual character with team members.

Images