KR101726165B1

KR101726165B1 - Electronic targets assembly for fitness

Info

Publication number: KR101726165B1
Application number: KR1020160169279A
Authority: KR
Inventors: 최명학; 김영미; 김종래
Original assignee: (주) 티에스티시스포츠
Priority date: 2016-12-13
Filing date: 2016-12-13
Publication date: 2017-04-12
Also published as: WO2018110872A1

Abstract

The present invention improves the user's interest by separating and operating the first LED that is received and operated from the controller of the tablet PC and the second LED that is operated by the proximity of the user, The present invention relates to an electronic target assembly for brain fitness that allows the user to clearly recognize the illumination light of the first and second LEDs.

Description

[0001] Electronic targets assembly for fitness [0002]

[0001] The present invention relates to an electronic target assembly for brain fitness, and more particularly, it relates to an electronic target assembly for brain fitness that improves the user's interest by separating and operating the first LED, which is received and operated from the controller of the tablet PC, And also allows the user to clearly recognize the illumination light of the first and second LEDs by allowing the illumination light of the first and second LEDs to be clearly bounded by the transparent cover.

For example, an ergometer is known as a exercise apparatus. This is a device that can set the correct exercise load in the room fitness training and rehabilitation medicine. It is able to set the correct exercise load by adjusting the frictional force when the wheel rotates at a certain speed by the electronic or mechanical device usually in the form of bicycle.

However, such exercises do not entertain the user and exert the power of the body, which is half the fun.

To this end, various forms of exercise exercise devices are disclosed.

1 and 2 relate to an apparatus for physical exercise disclosed in Japanese Patent Application Laid-Open No. 3097476, in which a plurality of target members 10 having signal means 11 are attached to a support 50, The target member 10 to which the signal has been applied by the user is approximated by using the tool 30 so as to obtain a score according to the movement distance and the heat time so that exercise can be performed while enjoying the exercise.

Such exercise training apparatuses are disclosed in U.S. Patent Publication No. 2005/0167907 A1 (Fig. 3), Korean Patent Laid-Open No. 10-2005-0006148 (Fig. 4), and International Publication WO 2007/060401 A1 (Fig. 5).

3), 14 (FIG. 4), and 5 (FIG. 5) are controlled by the control signal of the control device so that the lamp emits light, There is a lack of interest in exercising because the lamp has a simple structure to turn off.

Further, in each of the above-described electronic targets, heat generated by lamp emission and driving of circuit elements of the circuit board is generated, and thus the operating characteristics of the circuit elements are degraded. Accordingly, improvement of the heat radiation structure is required.

Japanese Patent Laid-Open No. 3-97476 U.S. Published Patent Application 2005/0167907 A1 Korean Patent Publication No. 10-2005-0006148 International Publication WO 2007/060401 A1

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide an apparatus and a method for controlling the operation of the apparatus, which comprises a first LED operated by a control signal of a control device and a second LED operated by a touch or proximity of a user, And an object of the present invention is to provide an electronic target assembly for a brain fitness that can be practiced.

It is another object of the present invention to provide an improved electronic target assembly for brain fitness, which clarifies the boundary between the first LED and the second LED so that the user can exercise while enjoying without confusion.

According to an aspect of the present invention, there is provided a wireless communication system including a first LED disposed at an arbitrary position and activated by a wireless signal, wherein the first LED is inactivated by proximity or touch of a user, And a program for activating a first LED of each electronic target in order of a wireless signal and for storing an operating time of the inactivated state of the first LED sent out, In a fitness training system,

The electronic target

An infrared emitter provided in the periphery of the proximity sensor for transmitting the operation of the proximity sensor to the tablet PC; and an infrared emitter for receiving the wireless signal from the tablet PC to activate the first LED, And a plurality of second LEDs that emit light by an operation signal of the proximity sensor, wherein the infrared emitter, the infrared receiver, and the first LED are provided on the same circumference on the center portion, A second LED having a circular circuit board provided on the outermost periphery at regular intervals on the same circumference;

A battery coupled to a bottom surface of the circuit board to supply power;

And a plurality of first through holes opposed to the infrared emitter, the infrared receiver, and the first LED are formed on the bosses to form an annular groove having a bottom surface formed at regular intervals, A circular upper cover having an annular wall formed around the annular wall and having a base formed at an outer periphery of the annular wall with a plurality of second through holes facing the plurality of second LEDs at regular intervals;

A plurality of inflow protrusions coupled to the second through holes to guide the illumination light of the second LEDs and a diffusing portion extending from each inflow protrusion and formed in an annular shape on the upper surface of the base to diffuse illumination light introduced into the inflow protrusions A light guide;

A coupling ring formed in an annular ring shape and having an annular upper coupling groove formed at an upper portion of an inner circumferential surface thereof and a lower coupling groove formed at a lower portion thereof and having a supporting jaw for receiving an edge of the upper cover;

And an external terminal connected to the external power source so that one end thereof is electrically connected to the internal terminal and the other end thereof is exposed to the outside, A lower cover coupled to the lower coupling groove and screwed to the upper cover;

And a transparent cover disposed at an upper portion of the upper cover and having an edge coupled to the upper engagement groove,
A detachable groove is formed on a bottom surface of the lower cover; A detachable plate detachably coupled to the detachable groove, and a detachable member having a male Velcro attached to one surface of the detachable plate; And an adhesive member having an adhesive tape having the male Velcro and the detachable arm Velcro attached to one side and the other side attached to the bottom side of the attachment.
An opaque blocking ring is provided at the center of the inner surface of the transparent cover and has an annular fitting groove opposed to the upper end of the annular wall. The opaque blocking ring is coupled to the fitting groove and the lower surface contacts the upper end of the annular wall.

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The illumination light of the first LED is prevented from leaking outside the annular wall.

The diffuser of the light guide includes an inclined surface whose upper surface is inclined to diffuse the illumination light of the first LED radially outwardly and an annular inner side wall facing the outer surface of the annular wall,

And a reflector for reflecting the illumination of the second LED to the edge of the transparent cover is attached to the inner side wall.

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First, the electronic target assembly of the present invention allows users to activate the first LEDs 314 by the wireless signal from the tablet PC 400 and the second LEDs 315 by the proximity of the user So that it can generate interest.

Second, when the first LEDs 314 are activated and illuminated by the wireless signal from the tablet PC 400, the annular wall 335 is illuminated in an annular band shape with minimum light leakage, .

Third, by coupling an opaque blocking ring 375 that contacts the top of the annular wall 335 to the inner center of the transparent cover 370, the illumination light of the first LED 314 activated by the wireless signal from the tablet PC 400 So that the user can recognize the activated state of the first LED 314, which is clearer than the annular wall 335.

Fourth, the diffusing portion 342 of the light guide 340 comprises an annular inner wall 342b facing the inclined face 342a and the outer face of the annular wall 335, and the inner wall 342b is provided with a reflector 345 are attached to the second LED 315, so that a clear blast of the second LED 315 can be obtained.

Fifthly, a heat dissipation hole 354 is formed in the coupling ring 350 to dissipate heat, thereby preventing deterioration of the operating characteristics of the circuit elements. Further, the heat dissipation hole 354 is formed in the electronic target 300 When moisture is formed, the moisture can be released to the outside to protect the circuit elements.

1 and 2 are schematic views showing a conventional exercise practicing apparatus,
FIG. 3 is a schematic view showing another conventional exercising exercise device,
4 is a view showing another conventional practice device,
FIG. 5 is a view showing another conventional practice device,
Figure 6 is a schematic diagram of a training system having an electronic target of an embodiment of the present invention;
7 is a schematic exploded cross-sectional view of an electronic target of an embodiment of the present invention,
8 is an assembled cross-sectional view of an electronic target,
Fig. 9 is an exploded sectional view of Fig. 8,
10 is a plan view of a circuit board employed in an electronic target,
11 is a plan view of an upper cover employed in an electronic target,
12 is a cross-sectional view showing an electronic target in another embodiment,
13 is a perspective view showing the adhesive member.

The electronic target assembly for brain fitness of the present invention improves the user's interest by separating and operating the first LED that is received and operated from the controller of the tablet PC and the second LED that is operated by the proximity of the user, , Allowing the user to visually recognize the illumination light of the first and second LEDs by allowing the illumination light of the two LEDs to clearly border the transparent cover.

6, a training system having an electronic target 300 according to an embodiment of the present invention includes a plurality of electronic targets 300 disposed at arbitrary positions, and a program input to the tablet PC 400, 300 to sequentially activate the electronic targets 300 and move the target to the electronic targets 300 that are moved and activated to thereby inactivate them by touching or proximity to the targets 300. Thus, .

Also, the response time (user's response time) from activation to inactivation of the electronic targets 300 and the movement distance of movement of the user are wirelessly transmitted to the tablet PC 400, and the training data is stored and stored. .

The training data can be output to a score obtained by converting the response time and movement distance of the user so that the game can be enjoyed.

7 to 9, an electronic target 300 according to an embodiment of the present invention includes a circuit board 310, a battery 320 coupled to a lower portion of the circuit board 310 to supply power, A light guide 340 coupled to an upper surface of the upper cover 330 and an upper cover 330 disposed at a lower portion of the circuit board 310 and coupled to the upper cover 330, A transparent cover 370 disposed at an upper portion of the upper cover 330 and a coupling ring 370 coupled to an edge of the transparent cover 370 and the lower cover 360. [ (350).

8 to 10, the circuit board 310 includes a proximity sensor 311 disposed at the center and sensing proximity of a user, a proximity sensor 311 provided around the proximity sensor 311, An infrared ray receiver 313 for receiving a radio signal from the tablet PC 400 to activate the first LED 314, And a plurality of second LEDs 315 which emit light according to an operation signal of the proximity sensor 311. The infrared emitter 312, the infrared receiver 313 and the first LED 314 are provided on the same circumference on the center of the proximity sensor 311, And are provided at equal intervals on the outer edge at regular intervals.

8-10. The upper cover 330 includes a hollow boss 331 provided directly above the proximity sensor 311 and a boss 332 disposed opposite to the infrared emitter 312 and the infrared receiver 313 and the first LED 314, An annular wall 335 formed around the boss 331 to form an annular groove 334 having a bottom surface 333 formed with a plurality of first through holes 332 formed at regular intervals, And a plurality of second through holes 336 opposed to the plurality of second LEDs 315 on the outer periphery of the base 335 at regular intervals.

A locking rib 339 is formed at the edge of the upper cover 330 so that the edge of the circuit board 310 can be locked.

8 and 9, the light guide 340 includes a plurality of inflow protrusions 341 coupled to the second through holes 336 to guide illumination light of the second LEDs 315, And a diffusion unit 342 extending from the inflow protrusion 341 and annularly formed on the upper surface of the base 337 to diffuse the illumination light introduced into the inflow protrusion 341.

8 and 9, the coupling ring 350 is formed in an annular ring shape, and an annular upper coupling groove 351 is formed in an upper portion of the inner peripheral surface, a lower coupling groove 352 is formed in a lower portion, A support protrusion 353 is formed at the edge of the upper engagement groove 351 to seat the annular protrusion 338 formed at the edge of the upper cover 330.

The lower cover 360 includes an inner terminal 361 whose one end is coupled to the inner surface of one side and the other end is electrically connected to the battery 320. The lower cover 360 is electrically connected to the inner terminal 361 at one end, And an external terminal 362 coupled to the external power source so as to be exposed and coupled to the lower coupling groove 352 of the coupling ring 350 and coupled to the upper cover 330 by a screw 365 .

The battery 320 can be charged through the external terminal 362.

The transparent cover 370 is disposed on the upper portion of the upper cover 330 so as to prevent foreign matter from entering or being damaged in the upper cover 330 and has an edge connected to the upper engaging groove 351 of the engaging ring 350 .

6, 7 and 13, the electronic target 300 is fixed to the installation floor 500 or the wall surface to be exercised by the attachment means.

The attaching means is formed with a detachable groove (363) on the bottom surface of the lower cover (360);

A detachable member 380 detachably attached to the detachable groove 363, and a detachable member 380 having a male hook 382 attached to one surface of the detachable plate 381; And an adhesive member 390 having an adhesive tape 392 to which the Velcro 382 and detachable arm velcro 391 are attached to one surface and the other surface is attached to the mounting surface 500.

The adhesive member 390 removes the release paper 393 and attaches to an arbitrary position on the installation floor 500 and attaches the male velcro 382 to the upper surface of the arm velcro 391, Can be fixed to the installation floor (500).

12, which shows a modified example of the electronic target 300 according to the present invention, an annular fitting groove 371 opposed to the upper end of the annular wall 335 is formed at the center of the inner surface of the transparent cover 370 And an opaque blocking ring 375 coupled to the fitting groove 371 and contacting the upper end of the annular wall 335 is provided so that the illumination light of the first LED 314 passes through the annular wall 335 So that it is prevented from leaking outward.

The diffuser 342 of the light guide 340 has an inclined surface 342a whose top surface is inclined so as to radially diffuse the illumination light of the second LED 315 radially outwardly and an inclined surface 342a of the annular wall 335 And an annular inner side wall 342b facing the outer side, and a reflection plate 345 is attached to the inner side wall 342b.

The coupling ring 350 is provided with a radiating hole 354 passing through the inner circumferential surface and the outer circumferential surface and a lid 355 for opening and closing the radiating hole 354 on the outer circumferential surface side, And the first and second LEDs 314 and 315 to the outside.

The training system using the electronic target 300 and the tablet PC 400 configured as described above is configured such that a plurality of electronic targets 300 are disposed at arbitrary positions on the installation floor 500, The program sequentially transmits wireless signals to each electronic target 300 to activate the first LEDs 314 in order of the electronic targets 300 and moves to the electronic targets 300 that are moved and activated by the user, The sensor 311 is activated to deactivate the first LED 314 and at the same time, the second LED 315 is activated.

That is, when the wireless signal is transmitted from the tablet PC 400 to the arbitrary electronic target 300 and the wireless signal is received through the infrared receiver 313 of the corresponding electronic target 300, The LED 314 emits light.

The illumination light of the first LED 314 is reflected in the annular groove 334 of the upper cover 330 and blocked by the annular wall 335 toward the edge of the transparent cover 370, The illumination light of the first LED 314 is annularly reflected through the transparent cover 370 so that the user can clearly recognize the light at a long distance.

12, when the opaque blocking ring 375 is in contact with the top of the annular wall 335 at the center of the inner surface of the transparent cover 370, the first LED 314 are more clearly prevented from being lighted outside the annular wall 335, allowing the user to more clearly recognize at a distance.

When the user recognizes the electronic target 300 emitting the first LED 314 and quickly moves to the electronic target 300 to operate the proximity sensor 311 with the hand or foot, And the second LED 315 emits a light to enable the user to recognize that the electronic target 300 is touched.

The reflection plate 345 is attached to the inner side wall 342b of the light guide plate 340 to reflect the illumination of the second LED 315 toward the edge of the transparent cover 370, So that the annular illumination can be made clearer.

The first LED 314 and the second LED 315 are different in color from each other by selecting one of R, G, and B colors. The first LED 314 and the second LED 315 are more interesting, The first LED 314 activated by the first LED 314 is recognized as a color, thereby improving the reaction speed of the user.

As described above, when heat is generated in the closed space due to the driving of the circuit elements such as the first and second LEDs 314 and 315, the operation characteristics of the circuit elements are degraded. In the embodiment of the present invention, A heat dissipation hole 354 is formed in the coupling ring 350 to dissipate heat, thereby preventing the deterioration of the operation characteristics of the circuit elements.

When the electronic target 300 is used outdoors and the humidity is generated in the electronic target 300 due to the temperature difference during storage in the room, the air can be discharged to the outside through the air discharge hole 354, To be protected.

Reference numeral 355 denotes a cap for opening and closing the air discharge hole 354.

The electronic target assembly as described above allows users to be interested by allowing the first LEDs 314 to be activated by the wireless signal from the tablet PC 400 and the second LEDs 315 to be activated by the proximity of the user .

In addition, when the first LEDs 314 are activated and illuminated by the wireless signal from the tablet PC 400, the annular wall 335 is illuminated in an annular band shape with sharp light while minimizing light leakage, .

300 ... electronic target 310 ... circuit board
320 ... battery 330 ... upper cover
340 ... light guide body 350 ... coupling ring
360 ... lower cover 370 ... transparent cover
400 ... Tablet PC

Claims

A plurality of electronic targets having a first LED disposed at an arbitrary position and activated by a wireless signal and for deactivating the first LED by proximity or touch of a user and emitting a deactivated state of the first LED with a radio signal, A program for activating a first LED of each electronic target in order of a wireless signal, and a tablet PC for storing an operation time of the inactivated state of the transmitted first LED,
The electronic target (300)
A proximity sensor 311 disposed at a central portion of the proximity sensor 311 for sensing proximity of the user and an infrared emitter provided around the proximity sensor 311 for transmitting the operation of the proximity sensor 311 to the tablet PC 400 An infrared receiver 313 for receiving a radio signal from the tablet PC 400 to activate the first LED 314 and a second infrared receiver 313 for emitting a second infrared ray by the operation signal of the proximity sensor 311. [ Wherein the infrared emitter 312, the infrared receiver 313 and the first LED 314 are provided on the same circumference in the center portion and the plurality of second LEDs 315 are arranged in the outermost region A circular circuit board 310 provided on the circumference of the circuit board 310 at regular intervals on the same circumference;
A battery 320 coupled to the bottom of the circuit board 310 to supply power;
A hollow boss 331 provided directly above the proximity sensor 311 and a plurality of first through holes 332 opposed to the infrared emitter 312, the infrared receiver 313 and the first LED 314, (335) formed around the boss (331) to form an annular groove (334) having a bottom surface (333) formed at a predetermined distance from the annular wall (332) A circular upper cover 330 having a base 337 formed with a plurality of second through holes 336 opposed to the plurality of second LEDs 315 at regular intervals;
A plurality of inflow protrusions 341 coupled to the second through holes 336 to guide illumination light of the second LEDs 315 and a plurality of inflow protrusions 341 extending from the inflow protrusions 341, A light guide 340 having a diffusion part 342 formed on the light guide plate 341 and diffusing illumination light introduced into the light guide plate 341;
An upper annular groove 351 is formed in the upper part of the inner circumference and a lower engaging groove 352 is formed in the lower part of the upper annular groove 351. The upper engaging groove 351 is formed at the edge of the upper engaging groove 351, A coupling ring 350 having a support tab 353 on which an edge is seated;
An internal terminal 361 whose one end is coupled to the internal surface of the battery 320 and whose other end is electrically connected to the battery 320, A lower cover 360 having an external terminal 362 connected thereto and having an edge coupled to the lower engagement groove 352 and coupled with the upper cover 330 by a screw 365;
And a transparent cover (370) disposed at an upper portion of the upper cover (330) and having an edge coupled to the upper engagement groove (351)
A detachable groove 363 is formed on the bottom surface of the lower cover 360;
A detachable member 380 detachably attached to the detachable groove 363, and a detachable member 380 having a male hook 382 attached to one surface of the detachable plate 381;
And an adhesive member 390 having an adhesive tape 392 to which the Velcro 382 and the detachable arm velcro 391 are attached to one side and the other side is attached to the bottom surface 500 Electronic Target Assembly for Brain Fitness.

The transparent cover (370) according to claim 1, wherein an annular fitting groove (371) opposed to the upper end of the annular wall (335) is formed in the inner surface of the transparent cover (370) An opaque blocking ring 375 is provided which is in contact with the top of the housing 335,
So that illumination light of the first LED (314) is prevented from leaking outside the annular wall (335).

The diffuser 342 of the light guide 340 includes an inclined surface 342a having an upper surface inclined to diffuse the illumination light of the first LED 314 radially outwardly, 335, and an annular inner wall 342b facing the outer surface of the annular inner wall 342b,
Wherein a reflective plate (345) is attached to the inner wall (342b) to reflect the illumination of the second LED (315) toward the edge of the transparent cover (370).

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