KR20070053911A - Vibration shoes of operated by remote controller - Google Patents

Abstract

The present invention relates to a vibration shoe that is operated by a remote control that is configured with a control unit and a remote control unit for receiving an external wireless control command and a remote control unit for transmitting a control command to the sole of the vibration shoe to transmit the control command to the remote control unit. will be.

The characteristics of the present invention described above, the insole 20 is attached to the upper surface of the sole 10 of the shoe 1, the shiatsu sphere 30 is inserted into the first storage groove 11 formed in the sole 10 It protrudes through the coupling hole 21 drilled in the insole 20 in the state, the spring 31 is mounted in the interior of the first storage groove 11, the lower peripheral portion of the coupling hole 21 of the insole 20 elasticity And a vibrator 40 is fixed to the lower portion of the acupressure port 30, and a circuit board 60 and a battery 61 in which a timer and a relay circuit are designed in the rear second storage groove 12 of the sole 10. Inserted, the vibrator 40 is vibrated by the power of the battery 61, the insole 20 in the vibrating shoes to protrude hemispherical magnet acupressure spheres 70, the first of the sole 10 A third storage groove 13 is formed between the two storage grooves 11 and 12 so that the circuit board 60 is inserted into the circuit board 60, and the control unit includes the timer and the relay circuit. 62 ) And a receiving unit 63 for receiving a wireless control command and inputting the same to the control unit 62. The circuit board 60, the vibrator 40, and the battery 61 are electrically connected to each other. It can be achieved by a vibrating shoe operated by a remote control, characterized in that consisting of a remote control 65 for transmitting a wireless control command.

Vibration Shoe, Remote Control, Thermoelectric Module

Description

Vibration shoes operated by remote control {Vibration shoes of operated by remote controller}

1 is a perspective view illustrating an embodiment of the present invention,

2 is an exploded perspective view illustrating an embodiment of the present invention;

3 is a block diagram illustrating an embodiment of the present invention;

4 is a cross-sectional view illustrating an embodiment of the present invention;

5 is an enlarged cross-sectional view of a portion of FIG. 4;

Figure 6 is a partial cross-sectional view illustrating a plane of the shoe according to the present invention.

Explanation of symbols on the main parts of the drawings

1: shoe 10: outsole

11: first storage groove 12: second storage groove

13: 3rd storage groove 14: 4th storage groove

14a: Jam Jaw 14b: Ventilator

20: insole 21: bonding hole

30: Chiropractor 30a: Head

30b: coupling groove 31: spring

40: vibrator 50: thermoelectric module

50a: sealing agent 60: circuit board

61 battery 62 control unit

63: receiver 64: jack ball

65: remote control 70: magnet acupressure ball

The present invention relates to a vibrating shoe operated by a remote control, and more specifically, to a sole of the vibrating shoe, comprising a control unit, a receiving unit receiving an external wireless control command, and a remote control transmitting a control command to transmit a control command to the remote control. The present invention relates to a vibration shoe operated by a remote controller configured to operate the vibration shoe.

In general, a variety of menstrual blood (분포) is distributed on the sole of the person, the acupressure of the plantar acupressure eliminates the accumulation of energy to improve the flow of the meridians and activate the function of the book (臟腑) can help a healthy life It is well known that the massage of the soles of the feet or acupressure can improve blood circulation and improve fatigue and health.

Therefore, the vibration device of the shoe has been proposed to provide a vibration device to the sole of the shoe to massage the sole of the foot, so that the blood circulation of the foot is smoothly maintained to restore fatigue.

However, in order to operate the vibration device of the shoe described above, since the switch formed in the shoe must be operated, there is an inconvenience such as bending the waist to turn on / off the vibration device of the shoe. In order to operate, it was troublesome to stop walking, bend waist and turn on / off the vibrator of shoes.

The present invention has been made in view of the above-mentioned problems, and its object is composed of a control unit and a receiving unit for receiving an external wireless control command and a remote control for transmitting a control command to the sole of the vibration shoe to easily carry out the vibration shoe even while walking. It is to provide a vibrating shoe operated by a remote control that can be operated to maximize the ease of use.

Features of the present invention for achieving the above object, the insole 20 is attached to the upper surface of the sole 10 of the shoe (1), the first receiving groove 11 formed in the sole 10 acupressure ball ( 30 is protruded through the coupling hole 21 drilled in the insole 20 in the inserted state, the spring 31 is mounted in the interior of the first storage groove 11, the coupling hole 21 of the insole 20 And a circuit board 60 having a timer and a relay circuit designed in the second periphery of the sole 10 and the vibrator 40 is fixed to the lower periphery of the lower periphery, and the lower part of the acupressure port 30 is fixed thereto. In the vibrating shoe inserted into the battery 61, the vibrator 40 is vibrated by the power of the battery 61, the insole 20 has a hemispherical magnet acupressure port 70 protrudes, the sole ( A third storage groove 13 is formed between the first and second storage grooves 11 and 12 of 10 to insert the circuit board 60, and the timer and relay circuits are inserted into the circuit board 60. The control unit 62 and the receiving unit 63 for receiving a wireless control command and input to the control unit 62 is configured, the circuit board 60, the vibrator 40 and the battery 61 is electrically connected. It can be achieved by a vibration shoe operated by a remote control, characterized in that configured with a remote control 65 for transmitting a wireless control command to the receiving unit (63).

Hereinafter, described in detail by the accompanying drawings a preferred embodiment for achieving the above object is as follows.

As shown in Figure 1 to Figure 4, the insole 20 is attached to the upper surface of the sole 10 of the shoe 1, the insole 20 is fixed to the sole 10 by an adhesive. .

The center of the sole 10 is formed with a cylindrical first receiving groove 11, the cylindrical pressure port 30 is inserted into the interior of the first receiving groove (11).

The acupressure port 30 is protruded through a circular coupling hole 21 drilled in the insole 20, the upper portion of the acupressure port 30 has a head 30a forming a curved surface. The head (30a) is formed larger than the body of the shiatsu ball 30 is configured to be caught on the periphery of the coupling hole 21 in a state protruding into the coupling hole 21 of the insole 20.

The spring 31 is mounted inside the first storage groove 11 to elastically support the lower periphery of the coupling hole 21 drilled in the insole 20.

A circular coupling groove 30b is formed in the lower portion of the acupressure port 30, and a disk-shaped vibrator 40 is inserted into the coupling groove 30b to be firmly fixed.

The vibrator 40 is vibrated in a state that is elastically supported by the spring 31 together with the shijigu 30 in a state fixed to the shijigugu 30, the shijigu 30 is located in the center concave of the sole. It is possible to massage and give vibration while acupressure yongcheon blood (湧泉穴).

A second storage groove 12 is formed at the rear of the sole 10, and a battery 61 is inserted into the second storage groove 12.

A third storage groove 13 is formed between the first and second storage grooves 11 and 12 of the sole 10, and a circuit board 60 is inserted into the third storage groove 13 so that the battery ( 61) and the vibrator 40 is connected to the wire.

The circuit board 60 includes a controller 62 including a timer, a relay circuit, and a control circuit for controlling each component, and a receiver 63 for receiving a wireless control command and inputting the same to the controller 62. have.

The control unit 62 is operated by a remote control unit 65 composed of a transmission unit and a transmission control unit. When the remote control unit 65 transmits a wireless control command, the reception unit 63 receives a wireless control command and sends a signal to the control unit 62. The controller 62 receives the signal and operates the vibrator 40 to be vibrated.

In addition, the battery 61 is configured as a rechargeable battery 61, the jack of the adapter 64 formed on the side of the sole 10 is coupled to the jack of the adapter so that the battery 61 is charged by receiving external power It can also be configured.

On the other hand, the sole 10 is formed with a fourth storage groove 14, the fourth storage groove 14 is formed with a locking jaw 14a, the lower portion of the fourth storage groove (14) Vent holes 14b penetrating through 10 are formed.

The thermoelectric module 50 is disposed on the engaging jaw 14a of the fourth storage groove 14 to be electrically connected to the controller 62, and the lower part of the thermoelectric module 50 and the peripheral portion of the fourth storage groove 14 are disposed. It is sealed by the sealing agent 50a.

The thermoelectric module 50 as a resistor indicating an extremely large resistance value change against the temperature change as making a PTC thermistor for a heater PTC thermistor shows a characteristic that the resistance increases with an increase in temperature, the barium titanate (BaTio ₃ It is a kind of N type semiconductor which made electroconductivity by adding a trace amount impurity as a main component. By using these characteristics, it is used for overcurrent protection, heater, motor start, temperature sensor and so on.

According to the present invention having the above-described configuration, when the operating signal of the vibrator 40 is transmitted to the remote controller 65, the receiving unit 63 receives the signal and transmits the signal to the control unit 62. The control unit 62 supplies power to the vibrator 40. By applying the vibrator 40 is to be operated.

Therefore, since the present invention is to remotely operate the vibrator 40 by the remote control 65, it is possible to freely perform the on / off operation of the vibrator 40 while walking or standing, thereby turning on the vibrator 40. The on / off operation is easy and very convenient.

When the vibrator 40 is vibrated, the vibrator 40 is vibrated in a state in which the vibrator 40 is elastically supported by the springs 31 together with the acupressure port 30 while being fixed to the acupressure port 30. By increasing the generation of vibration while the vibration is smoothly transmitted to the sole can not only increase the effect of the massage as well as the acupressure port 30 can massage by giving the vibration while acupressure the yongcheon blood of the sole (湧泉穴) As the massage effect is doubled along with the acupressure effect, it promotes blood circulation of the soles of the feet where the blood is concentrated by walking, and acupressure can restore the fatigue by acupressure of the energy-rich menstrual blood. It can be done.

In addition, when the operating signal of the thermoelectric module 50 is transmitted to the remote controller 65, the receiving unit 63 receives the signal and transmits the signal to the control unit 62, and the control unit 62 applies power to the thermoelectric module 50. It is to heat the thermoelectric module 50.

At this time, the heat of the bottom of the thermoelectric module 50 by the heat of the thermoelectric module 50 is circulated through the vent hole 14b is discharged to the outside.

Since the thermoelectric module 50 is mounted on the acupuncture points of the foot, the heat generated by the thermoelectric module 50 is transmitted to the sole to promote blood circulation of the sole of the sole where the blood is concentrated by walking, while the energy is elevated. (經穴) to stimulate the fatigue can be restored to improve the health of the shoe wearer.

In addition, when the vibrator 40 and the thermoelectric module 50 are operated at the same time, the vibration and heat are transmitted to the bottom of the foot at the same time to maximize the effect of the massage, as well as acupressure the pressure of the sole of the sole (湧泉穴) Since it is possible to massage by giving heat, it is possible to double the effect, such as to promote the blood circulation of the soles of the blood concentrated by the massage effect and walking along with the acupressure effect.

In addition, the hemispherical magnet acupressure spheres 70 protrude from portions except the central portion of the insole 20 where the acupressure port 30 is located, and acupressure (經穴) distributed on the sole of the foot, and the magnetic field emitted from the magnet. (磁 氣 場) By inducing a smoother circulation of blood (氣) and blood by the effect of releasing the rigid muscles can be promoted metabolism can be restored to fatigue and can maximize the external competitiveness of the shoe as possible It is.

Although the preferred embodiments of the present invention have been illustrated and described above, the present invention is not limited to the above-described embodiments, and the present invention is not limited to the above-described embodiments without departing from the spirit of the present invention as claimed in the claims. Various modifications can be made by those skilled in the art, and such modifications are intended to fall within the scope of the appended claims.

As described above, the present invention comprises a control unit 62, a reception unit 63 receiving external wireless control commands, and a remote control 65 transmitting control commands to the sole 10 of the vibrating shoe, even while walking. The remote control 65 can easily operate the vibrating shoes, so the on / off of the vibrating shoes is easy and very convenient, and the fatigue caused by the heat generated by the thermoelectric module 50 promotes the blood circulation of the soles of the soles of the feet. As it can be recovered to have a variety of effects, such as to improve the health of the shoe wearer.

Claims (2)

The insole 20 is attached to the upper surface of the sole 10 of the shoe 1, the first storage groove 11 formed in the sole 10 is drilled in the insole 20 in the state in which the shiatsu port 30 is inserted Protruding through the true coupling hole 21, the spring 31 is mounted in the interior of the first storage groove 11 to elastically support the lower peripheral portion of the coupling hole 21 of the insole 20, acupressure sphere 30 The vibrator 40 is fixed to the lower portion of the sole 10, and the circuit board 60 and the battery 61 in which the timer and the relay circuit are designed are inserted into the rear second storage groove 12 of the sole 10. In the vibrating shoe that is vibrated by the power of the battery 61, the insole 20 is a hemispherical magnet acupressure spheres 70 to protrude, A third storage groove 13 is formed between the first and second storage grooves 11 and 12 of the sole 10 so that the circuit board 60 is inserted into the circuit board 60. A control unit 62 composed of a relay circuit or the like and a receiving unit 63 for receiving a wireless control command and inputting the control unit 62 are configured so that the circuit board 60, the vibrator 40, and the battery 61 are electrically connected. Is connected to, the vibration shoe operated by the remote control, characterized in that consisting of a remote control 65 for transmitting a wireless control command to the receiving unit (63). The method of claim 1, The sole 10 has a fourth storage groove 14 having a locking step 14a, the lower portion of the fourth storage groove 14 is formed with a vent hole 14b penetrating through the sole 10, The thermoelectric module 50 is disposed on the engaging jaw 14a of the fourth storage groove 14 to be electrically connected to the controller 62, and the lower part of the thermoelectric module 50 and the peripheral portion of the fourth storage groove 14 are sealing agents. Vibration shoes operated by the remote control, characterized in that sealed with (50a).

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