KR102073910B1 - Shoes for Playing Rock-Paper-Scissors Game and Method for Playing Rock-Paper-Scissors Game Using the Shoes - Google Patents

Abstract

Provided are shoes for playing a rock-paper-scissors game and a method for playing a rock-paper-scissors game using the shoes. According to the present invention, the shoes for playing a rock-paper-scissors game and the method for playing a rock-paper-scissors game using the shoes are configured to: allow a single child or a plurality of children to play a rock-paper-scissors game while running and playing interactively, thereby helping to improve physical strength of children; enable several children to become familiar with each other while playing a simple rock-paper-scissors game together; provide a simple rock-paper-scissors game to help children to obey rules established among children and promote sociality of children in a group; provide a sound function so that children can directly confirm a winner and a loser and thus, the children can easily understand; and apply a lighting function such that children can enjoy the rock-paper-scissors game at night. To this end, a child shoe comprises: a game LED module displaying scissors, rock, and paper on a front surface; a switch module disposed on a side surface to control a rock-paper-scissors game; a wireless communication module capable of performing wireless communication with a plurality of shoes; a game result determination module determining a game result; a speaker notifying the game result; a shock module sensing whether a child runs; and a lighting device. Synchronization between shoes is performed through wireless communication between master shoes and slave shoes and then, scissors, rock, and paper are sequentially changed when children run for a predetermined time. After the predetermined time, a winner and a loser are determined through scissors, rock, and paper displayed on the children′s shoes, and are notified to the children.

Description

Shoes for Playing Rock-Paper-Scissors Game and Method for Playing Rock-Paper-Scissors Game Using the Shoes}

The present invention relates to a pair of rock-paper-scissors game and a rock-paper-scissors game method using the shoe, and more specifically, to a rock-paper-scissors game interactively while one or more children wear shoes and run for a predetermined time. When the child runs for a set time through the shock sensor that detects the child running after displaying the scissors, rocks, beams on the front of the shoe to be enjoyed, divided into master shoes and slave shoes and synchronizing via wireless communication. Rock-paper-scissors game that allows the child to distinguish the winners and losers through the stationary scissors, rocks, and beams after a set time while the scissors, rocks, and beams change sequentially according to the impact through the impact sensor. It relates to a shoe and a rock-paper-scissors game method using the shoe.

Children's activities are greatly reduced due to changes in family structure, changes in children's diets, and close spaces for outdoor activities or games using a computer or a smartphone. In addition, there is a tendency for social formation and affinity between children to decrease due to introspective personality or various computer games based on one person in grouping together.

In order to motivate children to have fun together, various studies based on games that children can easily enjoy are being conducted.

The footwear industry, which was a labor-intensive industry in the past, suffered from a rise in wages in the 1990s, but has recently gained increasing attention through the development of design, factory automation, and various studies. In particular, many children are developing character-friendly characters, such as character shoes, or research and development on healthcare using shoes.

The shoe-embedded shoe and game system of Patent Document 1, which is a prior art document, has a sensor for detecting exercise information, a memory for storing exercise data detected by the sensor, and a memory access for accessing arbitrary addresses of the memory to obtain desired exercise data. A sensor is provided which has a means and display means for displaying athletic data acquired by the memory access means.

This technology uses sensors to detect exercise information and converts the exercise data into game character training data according to the amount of exercise to cultivate the game character that the user wants, which will be a medium that can cause exercise to users who lack exercise. However, it does not correspond to a game that users can play together, and it is not enough to strengthen children's affinity and groupness for a single game, and there is a limit to providing various enjoyment to children.

The mobile terminal device having a function of measuring shoe-attached exercise record and the method of measuring exercise record using the same in the prior art document 2 are attached to the shoe, which is a direct means of movement, to accurately record the exercise device. The shoe-mounted track record measurement function can be measured by using the microphone sense and acceleration sensor as a complementary function, and the shoe-mounted track record measurement function can be measured more precisely with respect to the number of steps and the stride length. One mobile terminal device and a method for measuring a workout record using the same are provided.

However, the conventional technology may provide an accurate measurement of the exercise record by attaching the microphone sensor and the acceleration sensor to the shoe, but there is a limit to induce interest in running for children, and there is a disadvantage that cannot be shared with other children's friends.

Japanese Unexamined Patent Publication No. 2004-313407 Sensor-based Shoe and Game System " Korean Laid-Open Patent Publication No. 10-2013-0100868 "Mobile device having a function of measuring shoe-mounted exercise record and a method of measuring exercise record using the same"

Therefore, the present invention improves the problems of the prior art, such as a game LED module that can display the scissors, rocks, beams on the front and top of the children's shoes so that one child or a plurality of children can play rock-paper-scissors game; A switch module for controlling rock-paper-scissors game on the side of children's shoes, a wireless communication module capable of wireless communication between a plurality of shoes, a game result judgment module for judging game results, a speaker for notifying game results, and detecting a child running After the synchronization between the shoes through the wireless communication between the master shoes and the slave shoes, including the impact module and lighting, and the children run for a set time, the scissors, rocks, beams change sequentially, after the set time Tell the children to distinguish winners and losers through the static scissors, rocks and beams shown in An object of the present invention is to provide a rock-paper-scissors game with a new type of rock and rock-paper-scissors game using the shoe.

According to a feature of the present invention for achieving the above object, the present invention is located on one side of the shoe 100, the built-in switch 111, each time the child presses the switch 111 is pressed the switch pressing signal Switch module 110 for transmitting to the integrated control module 140; and after performing the synchronization between the wireless communication module 120, the wireless communication module 120 for transmitting and receiving data with the other shoes 100, and; Shock sensor module 130 for detecting the shock state generated when the child runs wearing the shoe 100 and transmits to the integrated control module 140; and receiving the switch pressing signal transmitted from the switch module 110 shoes ( Determining the mode of the 100 and transmits the mode to the front LED module 150 and the game LED module 160, receives the shock state transmitted from the shock sensor module 130 and transmits to the game LED module 160, As a decision signal transmitted from the wireless communication module 120 Integrated control module 140 for generating a determination signal and the master switching signal to determine the result and transmits; and the front LED module 150 to turn on or off or flashing the LED lighting according to the control of the integrated control module 140 And game LED module 160 to turn on or off the LED screen according to the control of the integrated control module 140, and displays the shape of one of the scissors, rock, beam; And supply power to the switch module 110, the wireless communication module 120, the shock sensor module 130, the integrated control module 140, the front LED module 150 and the game LED module 160, and the power is discharged. When notified of the discharge, and when the charge is completed, the power supply module 170 for notifying the completion of the charge; provides rock-paper-scissors game is possible.

The rock-paper-scissors game control according to the present invention integrated control module 140 receives the switch press signal from the switch module 110, the mode of the game for rock-paper-scissors game according to the number of switch press signal And a switch recognition module 141 for transmitting the mode of the shoe 100 to the LED control module 144; and the game received mode and receiving the shock state transmitted from the shock sensor module 130 when the shock is received. A game operation module 142 which transmits a state to the LED control module 144 and transmits a game end mode to the LED control module 144 after a set game time; and when the game ends, the game operation module is set to the game determination mode. 142 or the decision signal received from the wireless communication module 120 determines the result of the game to display the game result, and transmits the decision signal to the LED control module 144 or the wireless communication module 12 0) and, if the winner is another child, the game result module 143 generating a master switching signal and transmitting it through the wireless communication module 120; And the LED module according to the master mode, slave mode, game start mode, game end mode, game decision mode, and result notification mode transmitted from the switch recognition module 141, the game operation module 142, or the game result module 143. 150 or the LED control module 144 for controlling the game LED module 160 may be configured to include.

The rock-paper-scissors game according to the present invention, the power module 170 of the shoe is capable of transmitting the master mode, slave mode, game start mode, game end mode, game decision mode and result notification mode from the integrated control module 140 And a speaker module 180 for generating a sound corresponding to each mode.

The rock-paper-scissors game method using the shoe according to the present invention sets the slave mode and the master mode of the shoe 100 using the switch module 110 to perform the rock-paper-scissors game using the shoe (100). And, the game standby step (S110) for performing the synchronization through the wireless communication module 120; and the rock-paper-scissors game using the shoe 100 when the child runs for a specified time by the impact sensor module 130 The game step (S120) for sequentially displaying the scissors, rocks and beams through the game LED module 160 by detecting the shock state; and when the game step (S120) is completed is switched to the game judging mode shoes 100a of the master player A game determination step (S130) for generating a determination signal for determining a winner and a loser by comparing the determination signal of the slave player with the determination signal transmitted from the shoe (100b) of the slave player; and the determination from the game determination step (S130). A game termination step (S140) of notifying the determined determination signal of the children's shoes 100 participating in the game through the wireless communication module 120 and transmitting a master switching signal to the winner; And when the child does not switch to the master mode for a set time in the slave mode by pressing the switch 111 of the shoe 100 three times or once, the power end step of outputting the end of the game through the speaker module 180 (S150) ) May be configured to include.

The game waiting step (S110) of the rock-paper-scissors game method using the shoe according to the present invention is switched to the slave mode when the child presses the switch 111 of the shoe 100, the front LED module 150 for a set time And a slave mode driving step of outputting the slave mode through the speaker module 180 (S111); and when the child presses the switch 111 of the shoe 100 within the set time twice, the front LED module 150 is switched to the master mode. And a master mode driving step of outputting the master mode through the speaker module 180 (S112); And the front LED module 150 by synchronizing with the wireless communication module 120 of the shoe 100b of the slave play set to each slave mode through the wireless communication module 120 of the shoe 100a of the master player in the master mode. And a synchronization step (S113) of outputting that the game LED module 160 and the speaker module 180 are synchronized.

The game step (S120) of the rock-paper-scissors game method using the shoe according to the present invention is the game start mode is set to the game start outputs the start of the game through the speaker module 180 of the shoe (100a) of the master player Notification step (S121); and the shape of the scissors, rock, beam in the game LED module 160 according to the number of shock state detected by the shock sensor module 130 by the impact when the children run for a set time to perform the game Game progress step (S122) of sequentially and repeatedly outputting; And when the set time is finished, the game is switched to the end mode, the slave player's shoes (100b) transmits the decision signal of the scissors, rock, beam to the master player's shoes (100a), the front LED module 150, the game LED module A game result transmission step (S123) indicating the end of the game through the 160 and the speaker module 180 may be performed.

The game ending step (S140) of the rock-paper-scissors game method using the shoe according to the present invention is the shoe of the slave play through the wireless communication module 120 to determine the determination signal which is the result determined in the game determination step (S130) 100b) the game result notification step (S141) of displaying the result via the front LED module 150, the game LED module 160 and the speaker module 180 according to the determination signal; And transmitting the master switching signal to the winner who has won the game through the wireless communication module 120, and after the set time is over, the winner's shoe 100 becomes the master mode and proceeds to the next game (S142). It may be made of a configuration including a.

According to the invention of the rock-paper-scissors game and the rock-paper-scissors game method using the shoe according to the present invention, the rock-paper-scissors game can be enjoyed while one or more children play interactively. It is helpful to provide a simple rock-paper-scissors game to help children improve the affinity of many children through simple rock-paper-scissors game, to keep the rules between children and to promote sociality in the group. Children can easily understand the sound function so that they can check the winners and losers immediately, and it is effective to play rock-paper-scissors game at night.

1 is a block diagram of a rock-paper-scissors game possible shoes according to an embodiment of the present invention;
Figure 2 is an illustration of a pair of rock-paper-scissors game possible shoes according to an embodiment of the present invention;
3 is a block diagram of the integrated control module of the rock-paper-scissors game possible shoes according to an embodiment of the present invention;
Figure 4 is a block diagram for a power module of a rock-paper-scissors game shoe according to an embodiment of the present invention;
Figure 5 is a block diagram of a rock-paper-scissors game possible shoes according to another embodiment of the present invention;
6 is a flow chart of the rock-paper-scissors game method using the rock-paper-scissors game possible according to an embodiment of the present invention;
Figure 7 is a flow chart for the game waiting step of the rock-paper-scissors game method using the rock-paper-scissors game possible according to an embodiment of the present invention;
8 is a flow chart for the driving algorithm in the game waiting step of the rock-paper-scissors game method using the rock-paper-scissors game according to an embodiment of the present invention;
9 is a flow chart for the game stage of the rock-paper-scissors game method using the rock-paper-scissors game possible according to an embodiment of the present invention;
10 is a flow chart for the game end step of the rock-paper-scissors game method using the rock-paper-scissors game possible according to an embodiment of the present invention;

In order to fully understand the present invention, preferred embodiments of the present invention will be described in detail with reference to FIGS. Embodiment of the present invention may be modified in various forms, the scope of the invention should not be construed as limited to the embodiments described in detail below. This embodiment is provided to more completely explain the present invention to those skilled in the art. Therefore, the shape of the elements in the drawings and the like may be exaggerated to emphasize a more clear description. It should be noted that the same members in each drawing are sometimes indicated by the same reference numerals. Meanwhile, in the drawings and the detailed description, illustrations and references to configurations and operations easily understood by those skilled in the art, such as a wireless communication module, an impact sensor module, an integrated control module, and a sound module, are briefly or omitted. In particular, in the drawings and detailed description of the drawings, detailed descriptions and illustrations of specific technical configurations and operations of elements not directly related to technical features of the present invention are omitted, and only the technical configurations related to the present invention are briefly shown or Explained. In the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description may be omitted.

1 is a block diagram of a rock-paper-scissors game shoe according to an embodiment of the present invention, Figure 2 is an illustration of a shoe rock-paper-scissors game according to an embodiment of the present invention.

As shown in Figure 1 and 2, the shoe 100 according to an embodiment of the present invention is a switch module 110, wireless communication module 120, shock sensor module 130, integrated control module 140, It consists of a configuration including a front LED module 150, a game LED module 160 and a power module 170.

The switch module 110 is located on one side of the shoe 100 and has a built-in switch 111, and transmits the pressed switch pressing signal to the integrated control module 140 whenever the child presses the switch 111. The switch module 110 determines the mode in the integrated control module 140 by the number of times the child presses the switch to convert the game into various necessary modes, such as starting and ending the game. The switch module 110 may be suitable to be installed on the front upper side or the rear of the shoe 100 so that children can easily press the switch.

The wireless communication module 120 performs synchronization between the plurality of wireless communication modules 120 capable of wireless communication, and then transmits and receives data with the other shoes 100 that are synchronized. The wireless communication module 120a of one side performs synchronization with the wireless communication module 120b corresponding to a plurality of other sides of a certain distance range to send and receive data, and then master mode, slave mode, game start mode, and game end mode. Receives the selected decision signal of the rock, paper, scissors in the shoes 100, the game decision mode and the result notification mode, and transmits to the integrated control module 140 or from the integrated control module 140.

The wireless communication module 120 is installed in each pair of shoes 100 in the case of one child or RF wireless communication, Bluetooth (Blue tooth) to enable wireless communication of each shoe 100 worn by a plurality of children. It is suitable to use short-range wireless communication such as communication.

The shock sensor module 130 detects a shock state generated when the child runs wearing the shoe 100 and transmits it to the integrated control module 140. The shock sensor module 130 may be appropriately positioned between the outsole and the upper of the shoe 100 or the bottom surface of the shoe 100 in order to detect a shock generated when the child runs.

3 is a block diagram of the integrated control module of the rock-paper-scissors game possible shoes according to an embodiment of the present invention.

As shown in FIG. 3, the integrated control module 140 includes a switch recognition module 141, a game operation module 142, a game result module 143, and an LED control module 144. The integrated control module 140 receives the switch pressing signal transmitted from the switch module 110 to determine the mode of the shoe 100 and transmits the mode to the front LED module 150 and the game LED module 160.

The integrated control module 140 receives the shock state transmitted from the shock sensor module 130 when the game is started and transmits it to the game LED module 160, and when the game is completed, the decision signal determined by the rock-paper-scissors wireless communication. Receives the decision signal of each child transmitted to the module 120 or from the wireless communication module 120 to determine the result of the game and transmits to the front LED module 150 and the game LED module 160 or each slave shoe ( 100b) is transmitted to the wireless communication module 120 to transmit the determination signal and the master switching signal.

The result of the rock-paper-scissors game determined by the integrated control module 140 is transmitted to the front LED module 150 of the master shoe 100a and displayed, and the result is displayed in the wireless communication module 120 of the slave shoe 100b participating in the game. ) May be displayed on the front LED module 150 or the game LED module 160 of the slave shoe 100b.

The switch recognition module 141 receives the switch press signal from the switch module 110 and determines the mode of the game for the rock-paper-scissors game according to the number of switch press signals, and the shoe control unit 144 receives shoes 100. ) Mode.

When the child presses the switch once through the switch module 110, the switch recognition module 141 is in a state in which the shoe 100 becomes a slave mode to prepare for a game and becomes a slave game player. Then, by transmitting the slave mode to the LED control module 144 so that it can be displayed to the child, the front LED module 150 attached to the front upper side of the shoe 100 blinks. The slave mode is maintained for a set time, and when the communication with the master game player in the master mode within the set time starts the rock-paper-scissors game. Typically, the set time is appropriately set to 10 seconds.

If the switch is pressed twice, the shoe 100 becomes the master mode and becomes the master game player, and transmits the master mode to the LED control module 144 so that the front LED module attached to the front upper side of the shoe 100 ( 150) will be turned on. When the mode of the shoe 100 becomes the master mode, it is synchronized with the wireless communication module 120 of the shoe 100 set as the slave mode through the wireless communication module 120 to enter the game start mode to start the game.

 When the switch is pressed three times, the power is terminated and the shoe 100 enters the game ending mode, and the LED module 150 of the shoe 100 is turned off through the LED control module 144, and the game is no longer played. Play becomes impossible.

When a child presses the switch more than three times, the above three cases proceed sequentially. In case the child presses the switch continuously, the switch is pressed and waits 1 second before each state transition.

The game operation module 142 receives the shock state transmitted from the shock sensor module 130 when the game start mode is received, and transmits the received shock state to the LED control module 144, and after the set game time, the LED control module 144. Send the game end mode.

The game operating module 142 is transmitted to the LED control module 144 whenever the shock state transmitted through the shock sensor module 130 attached to the shoe 100 when the child runs, the game LED module of the shoe 100 The shapes of the scissors, the rock, and the beams are sequentially displayed at 160. Since the game is automatically terminated after the set game time, the game operation module 142 transmits a final decision signal among the scissors, the rock, and the beam of the game result module 143, and ends the game through the LED control module 144. When the front LED module 150 flashes, the game LED module 160 is turned off.

When the game is finished, the game result module 143 is set to the game judgment mode to receive the decision signal received from the game operation module 142 or the wireless communication module 120 to determine the game result and display the game result.

The game result module 143 when the shoe 100 is a slave player, and transmits the received determination signal to the shoe 100a of the master player to the wireless communication module 120, and when the shoe 100 is the master player Thereafter, the decision signal of each slave player received through the wireless communication module 120 and the decision signal of the master player transmitted through the game operation module 142 are compared to generate a decision signal for determining a winner and a loser.

The game result module 143 enters the result notification mode when the determination signal is generated and transmits the generated determination signal to the LED control module 144 or to display on the shoe 100b of each slave player. 120). The game result module 143 generates a master switching signal and transmits it through the wireless communication module 120 when the winner is another child.

When the game result module 143 is in the result notification mode, the game LED module 160 is turned on through the LED control module 144, and when the game result is the winner, the front LED module 150 through the LED control module 144. This blinks, and in the case of a loser, the front LED module 150 is turned off through the LED control module 144.

The LED control module 144 is a master mode, a slave mode, a game start mode, a game end mode, a game determination mode and a result notification transmitted from the switch recognition module 141, the game operation module 142, or the game result module 143. Controls the front LED module 150 or the game LED module 160 according to the mode. The LED control module 144 may receive a signal generated and transmitted from each module included in the integrated control module 140 to turn the front LED module 150 on or off or to blink, and the game LED module 160 may be used. ) Can be turned on or off, and can be shaped like scissors, rocks, or beams.

The front LED module 150 turns on or off or blinks the LED lighting according to the control of the integrated control module 140. The front LED module 150 may be appropriate to be located on the front left and right sides of the shoe so that children can easily identify the mode required for the rock-paper-scissors game as well as other children as well.

The game LED module 160 may turn on or off the LED screen under the control of the integrated control module 140 and display one of the scissors, the rock, and the beam. Game LED module 160 displays the shape of one of the scissors, rock, beam on the screen of the LED on the upper front of the shoe or equipped with a model of the scissors, rock, beam in three separate areas and LED on the bottom of each model You can display the model of scissors and rock beams by attaching the lights on or off.

Figure 4 is a block diagram of the power module of the rock-paper-scissors game possible shoes according to an embodiment of the present invention.

As shown in FIG. 4, the power module 170 includes a power supply module 171, a discharge notification module 172, and a charge notification module 173. The power module 170 supplies power to the switch module 110, the wireless communication module 120, the shock sensor module 130, the integrated control module 140, the front LED module 150, and the game LED module 160. When the power is discharged, the discharge is notified, and when the charging is completed, the completion of charging is notified.

The power module 170 may supply power with a conventional battery or the like, but it may be appropriate to use a rechargeable secondary battery in order to solve the inconvenience of replacing the entire weight of the shoe and the battery.

The power supply module 171 stores power and supplies power to each module to perform the rock-paper-scissors game using the shoe 100. The power supply module 171 is connected to the wireless communication module 120, the impact sensor module 130, the integrated control module 140, the front LED module 150 and the game LED module 160 through the switch module 110. When the rock-paper-scissors game starts, power may be supplied, but the switch module 110 must be constantly powered to detect the start of the game.

The discharge notification module 172 detects the amount of electricity of the power supply module 171 and displays it on the game LED module 160. Since the discharge notification module 172 cannot perform the rock-paper-scissors game when the electricity is completely discharged, it may be appropriate to visually display it so that the child can detect it in advance.

When the charging notification module 173 charges electricity using the electric cable to the power supply module 171, the charging notification module 173 displays the amount of electricity being charged in the game LED module 160.

5 is a block diagram of a rock-paper-scissors game possible shoes according to another embodiment of the present invention.

As shown in FIG. 5, the shoe 100 is configured to further include a speaker module 180. The speaker module 180 receives a master mode, a slave mode, a game start mode, a game end mode, a game decision mode, and a result notification mode from the integrated control module 140 to generate a sound corresponding to each mode.

The speaker module 180 outputs a 'Light mode' sound in the slave mode, and in the master mode, the 'Game mode' and 'Hey rival, Press switch one time' sounds in the shoe 100a of the master player are continuous. The Slave Player's shoes are synchronized and the “Game rival” sound is output.

In the game start mode, 'Ready Jump' and game sound are sequentially output from the master player's shoe 100a, and in the game end mode, the 'Stop' sound is output from the master player's shoe 100a.

When the rock-paper-scissors game ends and enters the game judging mode, 'Let's see who wins' and drum sounds are sequentially output from the master player's shoe 100a, and in the shoe 100 of the player who has won the result notification mode, Congratulations winner 'and congratulation sound are output sequentially.

In the rock-paper-scissors game, the beep sound is output from the master player's shoe (100a) after the winner and the loser are emptied, and then the sound of 'Tied' and 'Jump to play again' is output. Pressing the switch three times will produce a “Switch off” sound.

6 is a flow chart of the rock-paper-scissors game method using a rock-paper-scissors game possible according to an embodiment of the present invention.

As shown in FIG. 6, the rock-paper-scissors game method includes a game waiting step (S110), a game step (S120), a game determination step (S130), a game ending step (S140), and a power shutdown step (S150). Consists of the configuration.

7 is a flow chart for the game waiting step of the rock-paper-scissors game method using the rock-paper-scissors game possible according to an embodiment of the present invention.

As illustrated in FIG. 7, the game standby step S110 is configured to include a slave mode driving step S111, a master mode driving step S112, and a synchronization step S113. Game waiting step (S110) is to set the slave mode and master mode of the shoe 100 using the switch module 110 to perform the rock-paper-scissors game using the shoe 100, the wireless communication module 120 Synchronize through.

In the slave mode driving step S111, when the child presses the switch 111 of the switch module 110 of the shoe 100 once, the mode of the shoe 100 is switched to the slave mode. Since the mode of the shoe 100 in the slave mode driving step (S111) is the slave mode, the front LED module 150 blinks, the 'Light mode' sound is output through the speaker module 180, and is maintained for a set time. . It may be appropriate that the set time is typically 10 seconds. In the slave mode driving step (S111), in order to perform the rock-paper-scissors game, all the shoes 100 participating in the rock-paper-scissors game must first be driven in the slave mode.

In the master mode driving step S112, when the child presses the switch 111 of the switch module 110 of the shoe 100 sequentially within the set time, the mode of the shoe 100 is switched to the master mode. In the master mode driving step (S112), the child selected as the master player among the children driven in the slave mode is switched to the master mode when the switch is pressed twice within the set time, and the front LED module 150 is kept on. Through the module 180, 'Game mode' and 'Hey rival, Press switch one time' sounds are continuously output.

The synchronizing step (S113) is performed by the wireless communication module 120 of the shoe 100b of the slave play set to each slave mode through the wireless communication module 120 of the shoe 100a of the master player in the master mode. Synchronization step (S113) is synchronized, the front LED module 150 of the shoe player (100b) of the slave player is kept on, the game LED module 160 is turned on. Then, the “Game rival” sound is output through the speaker module 180.

8 is a flow chart for the driving algorithm in the game waiting step of the rock-paper-scissors game method using the rock-paper-scissors game according to an embodiment of the present invention.

As shown in Figure 8, the game standby step (S110) is a rock-paper-scissors game using the shoe 100, the children are driven in slave mode by pressing the switch 111 of their shoes 100 once The front LED module 150 is driven and flickers, and a 'Light mode' sound is output through the speaker module 180. When the child selected as the master player presses the switch 111 of the shoe 100 twice within the set time, the shoe 100a of the master player is switched to the master mode, and the front LED module 150 is kept in the turned off state. Through the speaker module 180, the 'Game mode' and 'Hey rival, Press switch one time' sound is continuously output.

When the synchronization is achieved through the wireless communication module 120 between the shoe 100a of the master mode and the shoe 100b of the slave mode, the front LED module 150 of the shoe 100b of the slave player is kept on. The game LED module 160 of the shoes 100 of all children participating in the game is turned on, and a “Game rival” sound is output through the speaker module 180 of the master player's shoes 100a.

9 is a flow chart for the game stage of the rock-paper-scissors game method using the rock-paper-scissors game possible according to an embodiment of the present invention.

As shown in FIG. 9, the game step S120 is configured to include a game start notification step S121, a game progress step S122, and a game result transmission step S123. Game step (S120) is a rock-paper-scissors game using the shoe (100) when the child runs for a specified time to detect the shock state by the shock sensor module 130, scissors, rock through the game LED module 160 And the beams are displayed sequentially.

And the game step (S120) transmits the decision signal determined from the scissors, rock, beam of each shoe 100 to the shoe player 100a of the master player through the wireless communication module 120 after the set time elapses. do.

Game start notification step (S121) is the game start mode is set to sequentially output the 'Ready Jump' and the game sound to notify the start of the game through the speaker module 180 of the shoe (100a) of the master player. This is because the game start notification step S121 needs to notify the children who play the game of the state that the game waiting step S110 is completed and the game can perform.

Game progress step (S122) is the shape of the scissors, rock, beam in the game LED module 160 according to the number of shock state detected by the shock sensor module 130 by the impact when children run for a time set to perform a game Outputs sequentially and repeatedly. In the game progress step (S122), 'Ready Jump' and game sound are sequentially output from the shoe player 100a of the master player through the speaker module 180.

The game result transmission step (S123) is switched to the game end mode when the set time ends, the shoe 100b of the slave player transmits the decision signal of the scissors, rock, beam to the shoe player 100a of the master player, the front LED module 150 blinks, the game LED module 160 is turned off, and outputs a 'Stop' sound from the shoe 100a of the master player through the speaker module 180.

Game determination step (S130) is the game judgment mode when the game step (S120) is completed, the winner and loser by comparing the decision signal transmitted from the shoe (100a) of the master player and the shoe (100b) of the slave player A determination signal is determined. In the game determining step S130, 'Let's see who wins' and drum sounds are sequentially output from the master player's shoe 100a through the speaker module 180 during the game result determination.

10 is a flow chart for the game end step of the rock-paper-scissors game method using the rock-paper-scissors game possible according to an embodiment of the present invention.

As shown in Figure 10, the game end step (S140) consists of a configuration including a game result notification step (S141) and the master switching step (S142). The game termination step (S140) notifies the shoes 100 of all children participating in the game through the wireless communication module 120 of the determination signal determined from the game determination step (S130), and transmits a master switching signal to the winner. .

Game result notification step (S141) is the front LED module 150 in accordance with the determination signal when the determination signal which is the result determined in the game determination step (S130) to the shoe (100b) of the slave play through the wireless communication module 120 The game LED module 160 and the speaker module 180 display the result.

In the game result notification step (S141), for example, in the case of the winner's shoes 100, the front LED module 150 continues to blink for a set time, and the result of 'win' is displayed on the game LED module 60. . The speaker module 180 outputs the 'Congratulations winner' and congratulation sound sequentially. However, in the case of the loser's shoe 100, the front LED module 150 is turned off, and the result of 'L' is displayed on the game LED module 60.

In the game result notification step (S141), if the decision is empty, after the beep sound is output through the speaker module 180 of the shoe 100a of the master player, a 'Tied', 'Jump to play again' sound is output. Is output.

Master switching step (S142) is to transmit the master switching signal to the winner wins the game through the wireless communication module 120 after the set time is over the winner's shoe 100 is in the master mode to proceed to the next game . In other words, after performing the master switching step (S142), the game may be resumed to the synchronization step (S113) of the game standby step (S110) again to perform the game.

Power off step (S150) is a child "switch off" through the speaker module 180 if the child does not switch to the master mode for a set time in the slave mode by pressing the switch 111 of the shoe 100 three times or once Is output and the power is turned off.

As described above, the rock-paper-scissors game shoe according to an embodiment of the present invention and the rock-paper-scissors game method using the shoe according to the above description and drawings, but this is only described for example and the present invention Those skilled in the art will appreciate that various changes and modifications can be made without departing from the spirit of the invention.

As described above, the present specification and drawings have been described with respect to the preferred embodiments of the present invention, although specific terms are used, it is only used in a general sense to easily explain the technical contents of the present invention and help the understanding of the present invention. It is not intended to limit the scope of the present invention. It will be apparent to those skilled in the art that other modifications based on the technical idea of the present invention can be carried out in addition to the embodiments disclosed herein.

100, 100a, 100b: shoes 110: switch module
111: switch 120, 120a, 120b: wireless communication module
130: shock sensor module 140: integrated control module
141: switch recognition module 142: game operation module
143: game result module 144: LED control module
150: front LED module 160: game LED module
170: power supply module 171: power supply module
172: discharge notification module 173: charge notification module
180: speaker module
S110: game standby step S111: slave mode driving step
S112: master mode driving step S113: synchronization step
S120: game stage S121: game start notification stage
S122: game progress step S123: game result transmission step
S130: game determination stage S140: game termination stage
S141: game result notification step S142: master conversion step
S150: Power Off Step

Claims (8)

A switch module 110 located on one side of the shoe 100 and having a built-in switch 111, and transmitting a switch press signal that is pressed every time the child presses the switch 111 to the integrated control module 140;
After performing the synchronization between the wireless communication module 120, the wireless communication module 120 for transmitting and receiving data with the other shoes 100 synchronized;
A shock sensor module 130 for detecting a shock state generated when the child runs wearing the shoe 100 and transmitting it to the integrated control module 140;
Receives the switch pressing signal transmitted from the switch module 110 to determine the mode of the shoe 100 transmits the mode to the front LED module 150 and the game LED module 160, from the shock sensor module 130 Receives the transmitted shock state and transmits to the game LED module 160, the integrated control module 140 for determining the game result by the determination signal transmitted from the wireless communication module 120 to generate and transmit the determination signal and the master switching signal );
A front LED module 150 that turns on or off or blinks an LED light according to the control of the integrated control module 140;
Game LED module 160 for turning on or off the LED screen according to the control of the integrated control module 140, and displays the shape of one of the scissors, rock, beam; And
When power is supplied to the switch module 110, the wireless communication module 120, the shock sensor module 130, the integrated control module 140, the front LED module 150 and the game LED module 160, the power is discharged Notified of the discharge, when the charge is completed, the power module 170 for notifying the completion of the charge; Rock-paper-scissors game is possible shoes. The method of claim 1,
The integrated control module 140,
A switch for receiving a switch pressing signal from the switch module 110 determines the mode of the game for rock-paper-scissors game according to the number of switch pressing signals, and transmits the mode of the shoe 100 to the LED control module 144 Recognition module 141;
When the game start mode is received, the shock state transmitted from the shock sensor module 130 is received and the received shock state is transmitted to the LED control module 144, and the game end mode is transmitted to the LED control module 144 after the set game time. A game operation module 142;
When the game is finished, it is set to the game judgment mode and receives the decision signal received from the game operation module 142 or the wireless communication module 120 to determine the result of the game and display the game result. 144 or the game result module 143 which transmits through the wireless communication module 120 and, if the winner is another child, generates a master switching signal and transmits it through the wireless communication module 120; And
The front LED module according to the master mode, slave mode, game start mode, game end mode, game judgment mode and result notification mode transmitted from the switch recognition module 141, the game operation module 142 or the game result module 143. 150) or an LED control module 144 for controlling the game LED module 160; Rock-paper-scissors game is possible shoes. The method of claim 1,
The power module 170,
A power supply module 171 for supplying power to each module to store electricity so that the rock-paper-scissors game can be performed using the shoe 100;
A discharge notification module 172 for detecting an amount of electricity of the power supply module 171 and displaying the amount of electricity on the game LED module 160; And
Rock-paper-scissors game, characterized in that it comprises a; charging charge module (173) to display the amount of electricity charged to the game LED module 160 when the electricity is charged to the power supply module 171 using the electric cable 2 shoes available. The method of claim 1,
Speaker module 180 for receiving the master mode, slave mode, game start mode, game end mode, game determination mode and result notification mode from the integrated control module 140 to generate a sound corresponding to each mode; Rock-paper-scissors game possible shoes. In order to perform the rock-paper-scissors game using the shoe (100) to set the slave mode and the master mode of the shoe 100 using the switch module 110, the game to perform the synchronization through the wireless communication module 120 Waiting step (S110);
When a child runs for a predetermined time for the rock-paper-scissors game using the shoe 100 detects the shock state by the shock sensor module 130 to sequentially display the scissors, rocks and beams through the game LED module 160 Game step (S120);
When the game step (S120) is completed to enter the game determination mode to compare the decision signal transmitted from the shoe (100a) of the master player shoes and the shoe 100b of the slave player to generate a decision signal for determining the winner and loser Game determination step (S130);
A game termination step (S140) of notifying the determination signal determined from the game determination step (S130) through the wireless communication module 120 to the shoes 100 of all children participating in the game, and transmitting a master switching signal to the winner; And
When the child presses the switch 111 of the shoe 100 three times or does not switch to the master mode for a predetermined time in the slave mode by pressing the power supply step (S150) outputting the end of the game through the speaker module 180. Rock-paper-scissors game method using a shoe, characterized in that it comprises a. The method of claim 5, wherein
The game waiting step (S110),
Slave mode driving step (S111) for outputting the slave mode through the front LED module 150 and the speaker module 180 for a set time when the child presses the switch 111 of the shoe 100 once a set time;
When the child presses the switch 111 of the shoe 100 within the set time twice, the mode is switched to the master mode and outputs the master mode through the front LED module 150 and the speaker module 180 (S112); And
The front LED module 150 is synchronized with the wireless communication module 120 of the shoe 100b of the slave play set to each slave mode through the wireless communication module 120 of the shoe 100a of the master player, which is the master mode. Rock-paper-scissors game method using a shoe, characterized in that it comprises a; synchronizing step (S113) outputting that the synchronization through the LED module 160 and the speaker module (180). The method of claim 5, wherein
The game step (S120),
Game start mode is set to the game start notification step of outputting the start of the game through the speaker module 180 of the shoe (100a) of the master player (S121);
When the children run for a time set to perform the game to output the shape of the scissors, rock, beam sequentially and repeatedly in the game LED module 160 according to the number of shock state detected by the shock sensor module 130 by the impact Game progress step (S122); And
When the set time ends, the game is switched to the end mode, and the shoe player 100b of the slave player transmits the decision signal of the scissors, rocks, and beams to the shoe player 100a of the master player, and the front LED module 150 and the game LED module ( Rock-paper-scissors game method using the shoe, characterized in that it comprises a; (S123) and the game result transmission step (S123) for displaying the end of the game through the speaker module 180. The method of claim 5, wherein
The game end step (S140),
When the determination signal, which is the result determined in the game determination step (S130), is transmitted to the shoe 100b of the slave play through the wireless communication module 120, the front LED module 150 and the game LED module 160 according to the determination signal. And game result notification step of displaying the result via the speaker module 180 (S141); And
Transmitting a master switching signal to the winner winning the game through the wireless communication module 120, the master switching step (S142) to proceed to the next game after the set time is finished, the winner's shoe 100 becomes the master mode; Rock-paper-scissors game method using a shoe comprising a.

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