KR101349012B1 - Hitting game type upper limbs exercise equipment - Google Patents

Abstract

The present invention relates to a striking game type upper extremity exercise device, and to enable the elderly and the elderly to properly exercise and play by tilting and unfolding in a semicircle around the gamers.
To this end, the present invention, the tilting and expandable hitting game board, a plurality of hitting button installed to be driven up and down on the hitting game board, mounted on the hitting game board to drive the hitting button and the game score and momentum according to the hit detection signal And a control unit that accumulates and displays the amount of heat consumed, a button drive unit which randomly drives a plurality of hitting buttons by outputting irregular button drive signals by operating for a predetermined time thereafter according to a game start signal, and driven by a display control signal. Provides a striking game type upper limb exercise device including a display unit for displaying the score, the exercise amount, and the calories burned separately, a memory unit and an audio reproducing unit, adjusting the tilting angle according to the height of the player, and the game according to the player's exercise ability. Range adjustment, different sound and light emission by hitting, game score and movement The count and display of the volume and the selection and playback of songs can be simultaneously performed to enhance the exercise effect.

Description

Hitting game type upper limbs exercise equipment

The present invention relates to a striking game type upper extremity exercise device, and more particularly, has a plurality of striking buttons driven up and down on a game board that is tiltable according to the height of the player and spreads in a semicircular shape, and the palm of the striking button when the game is driven. The different sound and light are emitted by the motion of the hitting, and the score and the amount of exercise can be counted and displayed according to the game result, and the music can be listened to so that the elderly can enjoy the music and the game simultaneously with the exercise. It relates to a blow game type upper extremity exercise device that can promote.

There are many types of game machines that can be configured to induce the movement of the gamers, but generally, electronic blow game machines that can play the game through the image displayed on the monitor, and mechanical machines that can play the game by mechanical movement. It is classified as a blow game machine.

In particular, game machines with the latter mechanical movement are called electronic moles, called "mole games," which form multiple holes in the game board and place mole-type hit blocks in each hole and solenoids. The actuator protrudes randomly one by one for a short time, and when the time limit is limited, the hammer is hit by the hammer-type hitting device while the hit block is projected while controlling to enter the hole again. If you do, the game is to add to the score.

However, such a conventional mole game machine is recognized as a valid blow only when hitting the hitting block with a strong force, and there is a risk of an accident, and because it is composed of an active range, weight, and material that are not suitable for the elderly's body, it is difficult for the elderly to use. There was a limit.

The technical problem to be solved by the present invention is provided with a plurality of hitting buttons on the game board that is tiltable and spread in a semicircular shape around the game player, and the sound and light are emitted by the action of hitting each hitting button with the palm of the hand. It is to provide a hitting game type upper limb exercise device that enables the counting and displaying of game scores and exercise amount so that the elderly can enjoy exercise and game at the same time.

Another technical problem to be solved by the present invention is to provide a plurality of hitting buttons on the game board that can be tilted according to the height of the player's height set through key input and is spread in a semicircular shape around the gamers, and hitting each hitting button with the palm of the hand. By discharging different sounds and lights by movement, it is possible to simultaneously play music and games with the exercise by allowing the play of the selected song through counting and display of game score and momentum and key input. It is to provide a blow game type upper extremity exercise device that can enhance the effect.

In order to solve the above problems, the present invention, in the hitting game board having a plurality of hitting button, in the hitting game-type exercise device made to hit the hitting the hitting button with the palm, it is mounted on the hitting button, hitting A blow detection sensor for detecting the strength; It sets up the blow button that is instructed among the plurality of blow buttons and generates up and down driving signal for the blow command of the set blow button, and the light control signal or sound control signal according to the blow intensity from the blow intensity signal received from the blow detection sensor A control unit for generating a; A linear driver for driving the blow button up and down according to the up and down driving signal received from the controller; It includes a light emitting diode on the inside of the blow button, driving the light emitting diode according to the light control signal from the control unit, the light emitting diode is configured to vary the light intensity or the frequency of light according to the blow intensity; It is characterized by.

In addition, the present invention, in the hitting game board having a plurality of hitting button, the hitting game type device configured to hit the indicated hitting button with the palm of the hand, mounted on the hitting button, hitting detection for detecting the hitting strength sensor; It sets up the blow button that is instructed among the plurality of blow buttons and generates the light control signal for the blow instruction of the set blow button, and receives the light control signal or sound control signal according to the blow intensity from the blow intensity signal received from the blow detection sensor. A control unit for generating an exercise amount by accumulating the hit number and the hitting strength; A light emitting diode is provided inside the hitting button, and the light emitting diode is driven according to the light control signal for the hitting instruction and the light control signal according to the hitting intensity received from the controller. A light emitting unit configured to vary light intensity or frequency of light according to intensity; And a display unit for receiving and outputting an exercise amount from the control unit.

Outputting a sound in accordance with the sound control signal received from the control unit, the sound control signal further comprises a speaker unit configured to vary the volume or frequency of the sound in accordance with the striking intensity.

In addition, the present invention, the game start button for generating a game start signal, the game board is mounted to be supported tiltably in the board housing, the hitting game board is formed with a plurality of holes to insert the hitting button on the top plate; It is installed to be driven up and down inside each hole of the hitting game board, and is operated by a button driving signal to protrude or return to the top plate for a predetermined time, and to detect the effective hitting by external hitting and hitting accordingly. A plurality of hitting buttons each outputting a detection signal; Mounted inside the hitting game board, the button driving unit is driven by the game start button and accumulates the game score, the amount of exercise and the amount of heat consumed according to the hit detection signal output from each hitting button and displays the result. A controller for outputting a display control signal; A button driver for randomly driving the plurality of hitting buttons by outputting an irregular button driving signal by operating for a predetermined time after the game start signal of the controller; And a display unit which is driven according to a display control signal of the control unit and separately displays a game score, an exercise amount, and a calorific value, respectively.

It is installed on the top of the hitting game board, and has a number of function keys to enable key input by the user. The range of game board use, tilting angle of the game board, sound intensity, and audio playback according to each key input. It further includes a key input unit for generating a key signal for adjusting the speed and rhythm.

The control unit receives audio data from an external memory through a USB communication unit, and outputs the audio data according to the detection of the hitting strength, and varies the amount of audio data output according to the hitting strength.

At the bottom of the hitting game board, a tilting motor capable of adjusting the tilt of the game board according to the height of the player is mounted.

The hitting game board may include: a main board positioned at the center of the hitting game board and including a game start button and a plurality of holes inserted into the hitting button; It is provided with a plurality of holes inserted into the blow button, a plurality of expansion board that is spoken in the longitudinal direction so that the overall length of the game board around the main board can be expanded or reduced to the left and right respectively.

Each of the striking buttons, the buffer member of the transparent or translucent material is reinforced inside, the outer surface of the buffer member is composed of a rubber member, a plurality of acupressure protrusions are formed on the surface of the rubber member, respectively.

Each blow button includes a blow detection sensor that detects an external blow applied to each blow button, detects a valid blow, and generates a blow detection signal accordingly, and is driven according to the blow detection signal generated by the blow detection sensor. It is equipped with a speaker unit and a light emitting unit for generating sound of different tones and light of different wavelengths, respectively.

A memory unit which is accessed by the control unit and stores a plurality of audio data for selective reproduction through a key signal of a key input unit; An audio reproducing unit and a speaker for reproducing and outputting audio data selectively accessed from the memory unit to the outside; And a USB communication unit accessed by the controller and having a communication port capable of electrical contact or separation of an external memory device, wherein the control unit includes audio data or the memory accessed from an external memory device through the USB communication unit. The operation of the audio reproducing section is controlled to selectively output any one of the audio data accessed by the section.

According to the striking game type upper extremity exercise apparatus according to the present invention, since it is possible to twirl according to the height of the game player, not only adults but also children can enjoy together, there is an advantage that the role of inter generation can be performed.

In addition, according to the striking game type upper extremity exercise device according to the present invention, since the game board is expanded to a semi-circular shape, it is possible to obtain an appropriate effect according to the exercise ability of the user.

In addition, according to the hitting game type upper extremity exercise device according to the present invention, different sounds and light is emitted by the operation of hitting a plurality of hitting buttons driven up and down on the game board to expand and expand in a semi-circular shape by the user's selection It is possible to obtain more colorful and various auditory effects, and to count and display the score and the amount of exercise according to the game result, and to listen to music, so that the elderly can play music and games together with the exercise. Enjoying at the same time has the advantage of enhancing the exercise effect.

In addition, according to the striking game type upper limb exercise device according to the present invention, the outside of the hitting button is formed by wrapping the outside of a soft rubber member to reduce the risk of injury through the impact relief to increase the safety and to form a projection for the acupressure effect Therefore, there is an advantage that enables more effective upper extremity exercise.

1 is an explanatory diagram schematically illustrating a hitting game board of a hitting game type upper extremity exercise apparatus according to a preferred embodiment of the present invention.
2 is a block diagram illustrating the configuration of a striking game type upper extremity exercise device according to a preferred embodiment of the present invention.
3A is a block diagram illustrating an example of the configuration of the strike button of FIG. 2.
FIG. 3B is a block diagram illustrating another example of the configuration of the striking button of FIG. 2.
Figure 4a is an enlarged view of the striking portion of the present invention.
4B is a cross-sectional view of the striking button of FIG. 4A.
5 is a perspective view illustrating the overall configuration of a striking game type upper extremity exercise apparatus according to a preferred embodiment of the present invention.
6 is a perspective view illustrating a state in which the hitting game board of FIG. 5 is tilted by a predetermined angle.
1 is an explanatory diagram schematically illustrating a hitting game board of a hitting game type upper extremity exercise apparatus according to a preferred embodiment of the present invention.
2 is a block diagram illustrating the configuration of a striking game type upper extremity exercise device according to a preferred embodiment of the present invention.
3 is a perspective view illustrating a state in which the hitting game board of FIG. 1 is tilted by a predetermined angle.
FIG. 4 is a perspective view illustrating the batting game board of FIG. 1.
5A and 5B are enlarged perspective views and cross-sectional views of portion A of FIG. 3.
FIG. 6 is a detailed view illustrating the internal configuration of each hitting button of FIG. 2.

EMBODIMENT OF THE INVENTION Hereinafter, the structure and operation | movement of the hitting game type upper limb exercise apparatus by one Embodiment of this invention are demonstrated in detail with reference to an accompanying drawing.

It is to be understood that the words or words used in the present specification and claims are not to be construed in a conventional or dictionary sense and that the inventor can properly define the concept of a term in order to describe its invention in the best possible way And should be construed in light of the meanings and concepts consistent with the technical idea of the present invention. Therefore, it should be understood that the embodiments described herein and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and that various equivalents and modifications may be substituted for them at the time of the present application shall.

1 is an explanatory diagram schematically illustrating a hitting game board of a hitting game type upper extremity exercise apparatus according to a preferred embodiment of the present invention.

The hitting game board 100 is made of an arc-shaped game board in which the user is located in the center of the arc (을) to play the game, the user is made to adjust the angle of the hitting game board 100, hitting game The angle adjustment of the board 100 is made to be adjustable automatically or manually.

The hitting game board 100 is a main board having a game start button 101, a momentum display unit 150, a speaker 181, a key input unit 120, a USB communication unit 190, a plurality of hitting unit 200 ( It includes the expansion board (100b, 100c) having a 100a and a plurality of hitting parts 200, the expansion board (100b, 100c) may be optionally further added.

The game start button 101 is hit by the user at the start of the game, the hitting game board 100 is driven to start the game. That is, the game start button 101 generates a game start signal and transmits it to the controller 130. In some cases, the game start button 101 may be included in the key input unit 120.

The exercise amount display unit 150 displays the game score, the game score and the exercise amount, and the calorie value respectively received from the controller 130.

The speaker 181 outputs audio data output from the controller 130. The controller 130 detects the strength of the force hit by the striking unit 200 and generates a sound control signal by varying the volume or the frequency of the sound according to the strength of the force, and thus the speaker 181 generates the sounding unit 200. ), The sound of varying the volume or frequency of the sound can be output according to the strength of the force hit. In some cases, the controller 130 may be configured to output audio data stored in the memory unit 170 or audio data received through the USB communication unit 190 through the speaker 181 as the striking unit 200 is hit. have.

The key input unit 120 is installed on the upper plate of the hitting game board 100 and can set the game output mode, input basic data, and the like.

The game output mode is a mode configured to be output according to a selected combination of light (light) and sound as the hitting part 200 is hit. The game mode may include a vertical driving mode, an optical mode, a sound mode, a light and sound mode, a vertical driving mode, and an optical mode. Here, the vertical driving mode is a mode in which the blow button 110 is driven up and down.

In the basic data input, a name, age, gender, height, and the like may be input, and the controller 130 may receive these data and calculate an exercise amount.

In addition, the key input unit 120 may adjust the tilting angle of the game board, the strength of the sound, the play speed and rhythm of the audio, and the driving speed of the hitting unit 200.

The USB communication unit 190 reads audio data from an external memory through a USB port and transmits the audio data to the controller 130.

The hitting part 200 has a hole 103 formed on the top plate of the hitting game board 100, and the hitting button 110 is located in the hole 103. The striking unit 200 may further include a striking display unit (not shown) made of a speaker (not shown) or a light emitting diode (not shown). The light emitting diode (not shown) may be inserted inside the hitting button 110 or positioned adjacent to the hitting part 200 on the top plate of the hitting game board 100.

The striking unit 200 is made so that the striking button 110 is driven up and down in the hole 103 to be the control unit 130, or to display a striking indicator of a specific sound or a specific light of the striking display unit (not shown). And, the user is made to hit the palm button hitting the hitting button 110 is raised up in the hole 103 or displayed. That is, the controller 130 detects a case of rising up in the hole 103 or hitting the hitting button 110 indicated by the hitting indicator with the palm of the hand as an effective hit, and the hit detection signal (more specifically, the hitting strength detection signal) at this time. Outputs

For example, when the striking button 110 is driven up and down in the hole 103 in the striking part 200, the striking button 110 is operated by a button driving signal output from the control unit 130 to the top plate for a predetermined time. Protrude or return to place. In addition, each of these hitting button 110 detects whether or not the effective hit by the external blow and outputs a blow detection signal accordingly.

In addition, the control unit 130 transmits a blow command control signal composed of an optical control signal or a sound control signal according to the received blow detection signal (hit strength detection signal) to the blow button 110, thereby providing sound or light according to the blow intensity. Make output In this case, instead of the speaker (not shown) of the hitting part 200, the speaker 181 of the upper plate of the game board 100 may be used.

In some cases, after the hitting button 110 is hit, the hitting button 110 is not driven to receive the hitting display control signal from the controller 130 to drive the hitting display unit (not shown). In accordance with the blow detection signal of the) may be output to the sound or light circuit.

Figure 2 is a block diagram illustrating the configuration of a hitting game type upper extremity exercise apparatus according to a preferred embodiment of the present invention, a first button to n-th button (110-1 to 110-n), a plurality of hitting button 110, Including a key input unit 120, a controller 130, a button driver 140, a tilting motor unit 160, a memory unit 170, a USB communication unit 190, an audio playback unit 180, a speaker 181 Is done.

The key input unit 120, the USB communication unit 190, and the speaker 181 are the same as those described with reference to FIG. 1.

Among the first to n-th buttons 110-1 to 110-n that are the plurality of hitting buttons 110, one hitting button 110 in the button driver 140 by the button selection signal output from the controller 130. ) Is selected, and the blow instruction signal is transmitted from the controller 130 to the selected blow button 110.

The selected blow button 110 drives a linear driving unit (not shown) or a light emitting diode (not shown) that drives up and down according to the blow command signal received from the controller 130, and detects whether the blow is effective and blows accordingly. Output detection signals respectively. A plurality of hitting button 110 detects the hitting strength by the hitting detection sensor 113 and outputs to the control unit 113. In this case, the light emitting diode (not shown) or the speaker 181 is driven for a predetermined time or while the striking intensity signal is detected by transmitting the light control signal or the sound control signal according to the striking intensity received from the controller 130.

The control unit 130 receives the output signal of the key input unit 120, and when the game start signal is received, at least one hitting button 110 of the first to n-th button (110-1 to 110-n) Generates a button selection signal for selecting and outputs the button selection signal to the button driver 140. In addition, the control unit 130 generates a light control signal indicating the blow command or a blow command signal that is a vertical drive signal and outputs it to the selected blow button 110, accordingly, the selected blow button 110 is driven up or down. Accordingly, when the user strikes the hitting button 110 with the palm of the hand, the hitting strength signal according to the hitting is detected from the hitting sensor 113 mounted on the hitting button 110 and transmitted to the controller 130.

The controller 130 determines whether the received hit strength signal (or hit detection signal) is a signal detected by the selected hit button 110, that is, whether it is an effective hit detection signal, and if it is an effective hit detection signal, Generated as a light control signal or a sound control signal according to the impact strength, and transmitted to the light emitting diode (not shown) or the speaker 181 of the selected blow button 110, the light emitting diode (not shown) of the selected blow button 110 Alternatively, the speaker 181 is driven accordingly, but for a predetermined time or while the striking intensity signal is detected.

In addition, the controller 130 may accumulate the number of hits and the hitting strength, and calculate the amount of exercise using a preset reference value. The reference value may be stored at the factory, and the reference value may be an amount of momentum at one reference strike strength.

In some cases, the controller may be configured to receive audio data from an external memory through a USB communication unit and output the audio data according to the detection of the hitting strength, but vary the amount of audio data output according to the hitting strength.

The button driver 140 selects the blow button 110 to be driven among the first to n-th buttons 110-1 to 110-n according to the button selection signal received from the controller 130, and selects the blow button 110. Transmits the button drive signal. In addition, the button driver 140 may be formed of an analog switch or a digital switch, and allows power to be applied to the blow button 110 to be driven.

The audio reproducing unit 180 is a means for converting and amplifying an audio signal output from the control unit 130 into an analog signal and outputting the amplified signal to the speaker 181.

The tilting motor unit 160 is a means for controlling the inclination angle of the hitting game board 100 and includes a tilting motor (not shown) and a tilting motor driving unit (not shown). When the user presses a switch for controlling the angle at the key input unit 120, the controller 130 generates a tilting motor driving signal and transmits the tilting motor driving signal to the tilting motor driving unit (not shown), and the tilting motor driving unit (not shown) is connected thereto. Thus driving a tilting motor (not shown). The rotating shaft of the tilting motor (not shown) may be positioned at a hinge portion between the striking game board 100 and a cradle (not shown) positioned below the striking game board 100.

In some cases, the tilting motor unit 160 may be omitted, and the tilting motor unit 160 may be manually adjusted to adjust the angle of the hitting game board 100.

3A is a block diagram illustrating an example of the configuration of the blow button of FIG. 2. The blow button 110 includes a blow sensor 113, a light emitter 115, a speaker 114, and a linear driver 117. It is made to include.

The controller 130 outputs a button selection signal for selecting one strike button 110 to the button driver 140, and the controller 130 strikes a light control signal or an up / down drive signal or a sound control signal indicating a blow instruction. An indication signal is generated to drive the light emitting unit 115 and the linear driving unit 117 of the selected strike button 110. The controller 130 receives the blow intensity signal from the blow detection sensor 113, generates a light control signal or a sound control signal according to the blow intensity, and transmits the light intensity signal to the light emitting unit 115 or the speaker unit 114. In some cases, instead of the speaker unit 114 in the hitting button 110, the speaker 181 and the audio player 180 in the upper plate of the hitting game board 100 may be replaced.

The hit detection sensor 113 is mounted to the hit button 110, and detects the strength by hitting the hit button 110 with the palm. The blow sensor 113 may be formed of a pressure sensor, a piezoelectric sensor, or the like.

The light emitting unit 115 includes a light emitting diode (not shown) and a light emitting driver (not shown) to emit light according to the light control signal received from the controller 130.

The speaker unit 114 includes a speaker (not shown) and a speaker driver (not shown), and outputs sound according to a sound control signal received from the controller 130. The sound control signal may be made to vary the volume and the frequency of the sound according to the striking intensity.

The linear driver 117 causes the blow button 110 to be driven up and down in the hole 103 according to the up and down drive signal received from the controller 130. The linear driver 117 may include a linear motor (not shown) and a linear motor driver (not shown), or may include a rotary motor (not shown), a ball screw (not shown), and a rotary motor driver (not shown).

FIG. 3B is a block diagram illustrating another example of the configuration of the striking button of FIG. 2.

The hitting button 110 of FIG. 3B includes the hitting sensor 113, the light emitting unit 115, the speaker unit 114, and the linear driving unit 117 like the hitting button 110 of FIG. 3A. In FIG. 3B, the light emitting unit 115 and the speaker unit 114 are not driven by the control signal of the control unit 130, but the light emitting unit 115, while the blow detection sensor 113 detects the hitting strength detection signal. The speaker unit 114 is made to be driven.

That is, in FIG. 3B, the controller 130 outputs a button selection signal for selecting one striking button 110 to the button driver 140, and the controller 130 generates the up and down driving signals indicating the striking instruction to be selected. The linear driving unit 117 of the striking button 110 is driven. When the control unit 130 receives the hitting strength signal from the hitting sensor 113, the light emitting unit 115 emits light with a predetermined light or outputs a predetermined sound from the speaker unit 114. In some cases, instead of the speaker unit 114 in the hitting button 110, the speaker 181 and the audio player 180 in the upper plate of the hitting game board 100 may be replaced.

4A is an enlarged view of the striking part (A of FIG. 5, 200 of FIG. 1) of the present invention, and FIG. 4B is a sectional view of the striking button of FIG. 4A.

Figure 4b is a cross-sectional view of the blow button excluding the light emitting diodes inside.

Strike button 110 in the present invention is a buffer member 111 is made of a transparent or translucent material is reinforced therein, the outer surface of the buffer member 111 is composed of a rubber member 112, the rubber member of the 112 A plurality of acupressure protrusions 112a are formed on the surface, respectively. The buffer member 111 may be made of a plastic material, a rubber material.

5 is a perspective view illustrating the overall configuration of the hitting game type upper limb exercise apparatus according to a preferred embodiment of the present invention, Figure 6 is a perspective view illustrating a state in which the hitting game board of Figure 5 is tilted by a predetermined angle.

Positioned below the hitting game board 100 to mount and support the hitting game board 100, the hitting game board 100 is driven tilting motor unit 160 to have an inclination angle according to the user. That is, the tilting motor unit 160 is mounted to the lower portion of the hitting game board 100, and the driving of the tilting motor unit 160 controls the tilting of the game board according to the height of the player. It is possibly configured.

That is, as illustrated in FIG. 6, the hitting game board 100 is accommodated and supported in the inside of the board housing at the top of the board holder 102. To this end, the tilting motor unit 160 is mounted to the lower portion of the hitting game board 100. The driving game board 100 is driven by the tilting motor unit 160 to adjust the inclination of the game board according to the height of the player. It is possibly configured. Here, the tilting motor unit 160 is preferably mounted inside the board holder 102.

In the present invention, the board holder 102 may have various forms, and the board holder 102 illustrated in FIGS. 5 and 6 is not intended to limit the present invention.

In particular, the hitting game board 100 has a longitudinal direction such that the entire length of the game board can be expanded or contracted left and right, respectively, around the main board 100a and the main board 100a as shown in FIG. 5. It is configured to be separated into a plurality of expansion board (100b, 100c) to be addressed. As a result, the striking game type upper limb exercise device according to the present invention enables each user to select a game range according to his or her range of motion so that a more stable and appropriate exercise effect can be obtained. In the present invention, the hitting game board 100 is driven only in the center main board 100a in the initial state when the user does not make a new setting, the left side expansion board (100b), or the right side expansion board ( The case where 100c) is set to be selectively or all driven will be described as an example.

The plurality of hitting buttons 110 are installed to be driven up and down inside each hole 103 of the hitting game board 100, and are operated by a button driving signal output from the controller 130 to protrude upwards for a predetermined time. Or return to place. In addition, each of these hitting button 110 detects whether or not the effective hit by the external blow and outputs a blow detection signal accordingly.

Each of these blow buttons 110 is a blow detection sensor 113, a blow detection signal generated from the blow detection sensor to detect a blow applied to each blow button from the outside to detect a valid blow and generate a blow detection signal accordingly The speaker unit 114 and the light emitting unit 115 are respectively mounted to be driven to generate sound of different tones and light of different wavelengths.

The controller 130 is mounted inside the hitting game board 100, drives the button driver 140 by the game start button 101, and according to the hit detection signal output from each hitting button 110 and the game score and A display control signal for accumulating the momentum and the amount of heat consumed and displaying the result is output.

In particular, the control unit 130 receives the key signal generated from the key input unit 120 when the key input unit 120 is provided, the use range of the game board, the tilting angle of the game board, the intensity of the sound, Outputs each control signal to adjust the playback speed and rhythm of the audio.

In addition, the control unit 130 is a hitting button installed on the main board (100a) or on the main board (100a) and the expansion board (100b, 100c) according to the use range of the game board selected through the key input unit 120 By selectively driving the installed hitting button, the game range is appropriately selected and driven according to the movement range set by the user.

In particular, when the memory unit 170, the audio reproducing unit 180, and the speaker 181 are included, the control unit 130 may output audio data selected by the key signal of the key input unit 120 from the memory unit 170. Access is selectively performed to control the audio data to be output through the audio reproducing unit 180 and the speaker 181. In this case, the controller 130 adjusts the playback speed of the audio playback unit 180 according to the value set by the key input unit 120 to play back the audio data accessed from the USB communication unit 190 or the memory unit 170. And rhythm can be adjusted.

In addition, when configured to further include a USB communication unit 190, the controller 130 is any one of audio data accessed from an external memory device through the USB communication unit 190, or audio data accessed from the memory unit 170. Control the operation of the audio reproducing unit to selectively output the.

The button driver 140 operates for a predetermined time thereafter according to the game start signal of the controller 130 to output an irregular button driving signal to randomly drive the plurality of hitting buttons 110.

The exercise amount display unit 150 is driven according to the display control signal of the controller to separately display the game score, the exercise amount, and the amount of heat consumed.

The tilting motor unit 160 is configured to adjust the tilting angle according to the user information set through the key input unit 120, that is, the height of the user, which is adjusted by the tilting motor driving signal output from the controller 130. Is installed.

The memory unit 170 is accessed by the controller 130 and stores a plurality of audio data that can be selectively reproduced through key input.

The audio reproducing unit 180 is a device for reproducing and outputting audio data selectively accessed by the memory unit 170 to the outside. The audio reproducing unit 180 includes a speaker 181.

The USB communication unit 190 is accessed by the control unit 130 and is provided with a communication port capable of electrical contact or separation of the external memory device.

The overall operation of the striking game type upper extremity exercising apparatus according to the present invention having such a configuration will be described.

First, when the user presses the game start button 101 of the hitting game board 100 in a state in which no new setting is made through the key input unit 120, the controller 130 controls the button according to the initial value set by the game start signal. The driving unit 140 is driven, and the button driving unit 140 randomly operates a plurality of the hitting buttons 110 so that the hitting buttons 110 installed on the main board 100a of the hitting game board 100 may protrude. To be able. In this state, when the user strikes the protruding hitting button with the palm of the hand, whether or not the effective hitting is detected by the hitting sensor 113 and transmitted to the control unit 130 as well as the speaker unit built in each hitting button 110 ( 114 and the light emitting unit 115 generates a sound and light at the same time, so that the visual and auditory effects of the hit can be felt at the same time. In addition, the controller 130 cumulatively counts these values and calculates the amount of exercise and calorie consumption accordingly, and controls the output of the game score, the amount of exercise and the amount of calories consumed according to the progress of the game through the exercise amount display unit 150.

In particular, in the course of the blow game, each hitting button 110 covers the outer surface of the buffer member 111 of a transparent or translucent material with a rubber member 112 and a plurality of acupressure protrusions 112a protrude from the rubber member 112. Since it is formed, as the player hits the rubber member 112 and the acupressure protrusion 112a by hand, the impact given to the hands, wrists and arms can be alleviated, and thus a stable hitting operation can be performed. .

On the other hand, when the player inputs a new setting desired by the player through the key input unit 120, that is, the gender, age, name, height, etc. of the game player, the controller 130 first drives the tilting motor unit 160 to extend the set game player. As shown in FIG. 3, the tilting angle is adjusted, and when the game start button 101 of the hitting game board 100 is pressed, the controller 130 drives the button driver 140 by the game start signal. Let's do it.

In addition, through the key input unit 120, another new setting that the player wants, that is, expand the range of use of the hitting game board 100 to the expansion boards (100b, 100c) on both sides, and then the game start button of the hitting game board (100). When the 101 is pressed, the controller 130 controls the button driver 140 to drive all the hitting buttons of the two expansion boards 100b and 100c according to the game start signal, thus hitting all the hits on the hitting game board 100. The buttons can protrude irregularly. As a result, the hitting game type upper extremity exercise apparatus according to the present invention can expand the game range according to the motion range of each user, thereby obtaining a more stable and proper exercise effect.

In addition, after performing a new setting to adjust the intensity of the sound, or the playback speed and rhythm of the sound through the key input unit 120, if the game start button 101 of the hitting game board 100 is pressed, the control unit may be controlled by the game start signal ( 130 may control the playback speed and rhythm of the audio accessed from the USB communication unit 190 or the memory unit 170 by adjusting the playback speed of the audio playback unit 180 while driving the blow button.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, Modification is possible. Accordingly, it is intended that the scope of the invention be defined by the claims appended hereto, and that all equivalent or equivalent variations thereof fall within the scope of the present invention.

100: hitting game board 100a: mainboard
100b, 100c: expansion board 101: game start button
102: board housing 103: hole
110: blow button 111: buffer member
112: rubber member 112a: acupressure protrusions
113: blow detection sensor 114: speaker unit
115: light emitting unit 120: key input unit
130 control unit 140 button drive unit
150: display unit 160: tilting motor
170: memory unit 180: audio playback unit
181: speaker 190: USB communication unit

Claims (15)

In the hitting game board having a plurality of hitting buttons, the hitting game type movement device configured to hit the hitting the hitting button in the palm of the hand,
A blow detection sensor mounted on the blow button and detecting a blow strength;
It sets up the blow button that is instructed among the plurality of blow buttons and generates up and down driving signal for the blow command of the set blow button, and the light control signal or sound control signal according to the blow intensity from the blow intensity signal received from the blow detection sensor A control unit for generating a;
A linear driver for driving the blow button up and down according to the up and down driving signal received from the controller;
A light emitting diode provided inside the blow button and driving the light emitting diode according to a light control signal from the controller, wherein the light emitting diode is configured to vary light intensity or frequency of light according to the blow intensity;
Blow game-type exercise device, characterized in that made. The method of claim 1,
The controller calculates an amount of exercise by accumulating the number of hits and the hitting strength,
The hitting game type exercise apparatus, further comprising a display unit for receiving and outputting the exercise amount from the control unit. In the hitting game board having a plurality of hitting buttons, the hitting game type exercise device configured to hit the indicated hitting button with a palm,
A blow detection sensor mounted on the blow button and detecting a blow strength;
It sets up the blow button that is instructed among the plurality of blow buttons and generates the light control signal for the blow instruction of the set blow button, and receives the light control signal or sound control signal according to the blow intensity from the blow intensity signal received from the blow detection sensor. A control unit for generating an exercise amount by accumulating the hit number and the hitting strength;
A light emitting diode is provided inside the hitting button, and the light emitting diode is driven according to the light control signal for the hitting instruction and the light control signal according to the hitting intensity received from the controller. A light emitting unit configured to vary light intensity or frequency of light according to intensity;
A display unit for receiving and outputting an exercise amount from the control unit;
Blow game type device, characterized in that made 4. The method according to any one of claims 1 to 3,
A sound output signal according to a sound control signal received from the controller, the sound control signal comprising: a speaker unit configured to vary a volume or a frequency of sound according to the striking intensity;
Blow game type exercise apparatus characterized in that it further comprises. A game board having a game start button for generating a game start signal, and being accommodated and supported in a board housing so as to be tilted, and having a plurality of holes formed therein into which a blow button can be inserted into the top plate;
It is installed to be driven up and down inside each hole of the hitting game board, and is operated by a button driving signal to protrude or return to the top plate for a predetermined time, and to detect the effective hitting by external hitting and hitting accordingly. A plurality of hitting buttons each outputting a detection signal;
Mounted inside the hitting game board, the button driving unit is driven by the game start button and accumulates the game score, the amount of exercise and the amount of heat consumed according to the hit detection signal output from each hitting button and displays the result. A controller for outputting a display control signal;
A button driver for randomly driving the plurality of hitting buttons by outputting an irregular button driving signal by operating for a predetermined time after the game start signal of the controller;
And a display unit which is driven according to a display control signal of the control unit and separately displays a game score, an exercise amount, and a calorific value, respectively. The method according to any one of claims 1 to 3,
It is installed on the top of the hitting game board, and has a number of function keys to enable key input by the user. The range of game board use, tilting angle of the game board, sound intensity, and audio playback according to each key input. A key input unit for generating key signals necessary for adjusting speed and rhythm;
Blow game type exercise apparatus characterized in that it further comprises. 4. The method according to any one of claims 1 to 3,
The control unit receives the audio data from the external memory through the USB communication unit, and outputs the audio data in accordance with the detection of the hitting strength, hitting game type movements, characterized in that for varying the amount of audio data output according to the hitting strength Device. The method according to any one of claims 1 to 3,
At the bottom of the hitting game board, the hitting game type exercise device, characterized in that the tilting motor that can adjust the inclination of the game board according to the height of the player is mounted. The method according to any one of claims 1 to 3,
The blow game board,
A main board positioned at the center of the hitting game board and including a game start button and a plurality of holes inserted into the hitting button;
A plurality of expansion boards having a plurality of holes inserted into the hitting buttons, the plurality of expansion boards extending in the longitudinal direction so that the entire length of the game board can be expanded or reduced from side to side, respectively;
Hitting game type device, characterized in that configured to be separated. The method according to any one of claims 1 to 3,
Each of the hitting button, the cushioning member of the transparent or semi-transparent material is reinforced therein, the outer surface of the cushioning member is characterized in that the rubber game member is configured to be covered with a rubber member. The method of claim 10, wherein each hit button,
Blow game type exercise apparatus, characterized in that a plurality of acupressure projections are formed on the surface of the rubber member, respectively. The method of claim 5, wherein each strike button,
And a blow detection sensor for detecting an effective blow by sensing an external blow applied to each blow button and generating a blow detection signal according to the blow button. The method of claim 12, wherein each hit button,
And a speaker unit and a light emitting unit which are driven according to the blow detection signal generated by the blow detection sensor to generate sounds of different tones and light of different wavelengths, respectively. 10. The method of claim 9,
The control unit, the blow game type exercise device, characterized in that for selectively driving the blow button of the main board, or the blow button of the main board and the expansion board according to the use range of the board selected through the key input unit. The method according to any one of claims 1, 3, and 5,
A memory unit which is accessed by the control unit and stores a plurality of audio data for selective reproduction through a key signal of a key input unit;
An audio reproducing unit and a speaker for reproducing and outputting audio data selectively accessed from the memory unit to the outside;
A USB communication unit accessed by the control unit and having a communication port capable of electrical contact or separation of an external memory device;
And the controller controls an operation of the audio reproducing unit to selectively output any one of audio data accessed from an external memory device or audio data accessed from the memory unit through the USB communication unit.

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