KR20160047699A - Foot massage apparatus with magnetic coils - Google Patents

Abstract

The present invention relates to a foot massage apparatus integrated with a magnetic coil which is capable of effectively performing a foot massage and smoothly supporting a sole of a foot while having an appearance of a simple structure. According to the present invention, provided is a foot massage apparatus integrated with a magnetic coil, which includes: an upper plate part constituting an appearance of an upper side; a first receiving part disposed at one side of the upper plate part; a second receiving part disposed at an opposite side of the upper plate part; a first coil part provided at a lower side of the first receiving part; a second coil part provided at a lower side of the second receiving part; and a control part for supplying control power to the first and second coil parts, wherein the first and second coil parts radiate magnetic fields to the foot received on upper surfaces of the first and second receiving parts.

Description

FIELD OF THE INVENTION [0001] The present invention relates to a magnetic foot-

The present invention relates to a massage device, and more particularly, to a self-coil integrated foot massager having a simple structure, effectively performing foot massage through a magnetic field, and smoothly supporting a sole .

As interest in health has increased recently, there is a growing demand for devices that relieve tension and relieve tired muscles through methods such as exercise, stretching or massaging.

Generally, a massage device is divided into a method of applying mechanical stimulation and a method of using electrical stimulation.

In the case of a method of applying mechanical stimulation, a method of directly applying pressure to a predetermined region, a method of rubbing the roller by rotating it, a method of tapping through a projection, etc. may be used. The structure of the roller is adopted in the way of applying the mechanical stimulation because of the position and the morphological limit of the roller.

Registration Utility Model No. 20-0293736 discloses a foot massage of the prior art.

Figure 1 shows this prior art foot massage.

A conventional foot massage device is configured in such a manner that a massage means (3) provided with a pressure roller which is rotatable by a driving force of a driving means is coupled to a main body (1)

Massage is performed in the course of changing the direction and magnitude of the pressure with respect to the sole according to the change of the outer surface generated by the rotating pressure roller as shown in the drawing.

However, such a structure has many problems in that the effect of massage on the entire sole is low and the pain is caused. There is also a problem in that noise generated during operation is relatively large when used in the home.

In recent years, a method of performing massage using electrical stimulation or magnetic stimulation has been proposed in order to overcome the problem of providing such a mechanical massage.

However, in this case, a body having a predetermined electric or magnetic transducer is required, and a human body contact member such as a probe is connected and used in a required portion. Therefore, There are problems with usage and dirtiness in appearance.

Even when such electric or magnetic stimulation is used, there is no apparatus for massaging the soles due to the arrangement of the various devices, the connecting portions, and the fixed relationship.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and an object of the present invention is to provide a magnetic-coil integrated foot massager having a compact appearance and maximizing the effect of massage on the sole, The purpose is to provide.

Another object of the present invention is to provide a self-coil integrated foot massager which can smoothly rest on the sole of the foot, visually confirm the operation, and excel in aesthetics, thereby providing a sense of security and satisfaction.

According to the present invention, there is provided an air conditioner comprising: an upper plate portion forming an upper external appearance; a first seat portion disposed on one side of the upper plate; a second seat portion disposed on the other side of the upper plate portion; a first coil portion provided below the first seat portion; And a control unit for supplying control power to the first coil part and the second coil part, wherein the first coil part and the second coil part have a first seating part and a second coil part, [MEANS FOR SOLVING PROBLEMS] There is provided a magnetic coil integral foot massager which emits a magnetic field to a foot rested on an upper surface of a seat part. Therefore, the portions in contact with the human body inside one structure, the coil portion and the structures for power supply can be effectively arranged.

The first seat portion and the second seat portion may each be composed of a front seat portion for contacting the forefoot portion of the foot and a rear seat portion for contacting the heel portion of the foot.

Wherein the first seat portion and the second seat portion are connected to each other so as to be stepped below the upper plate portion.

Further, the upper plate portion is divided into a front plate portion on the front side and a rear plate portion on the rear side by the bent portion, and the rear plate portion can be formed to be inclined so as to be directed to the rear side. Therefore, the foot can be effectively supported in accordance with the characteristics of the human body.

The bending portion may be disposed across the first seating portion on both sides.

And a second frame portion coupled to a lower side of the second seat portion, wherein the first frame portion and the second frame portion are respectively disposed on a bottom edge portion of the front seat portion, And a rear frame part coupled to the front frame part and the rear frame part of the rear seat part.

It is preferable that the front frame portion and the rear frame portion each become thicker in the vertical direction toward the center side.

And a light emitting unit coupled to the lower end of the front frame unit and the rear frame unit and configured to emit light for visually confirming the operation of the coil.

The first coil portion and the second coil portion may be disposed in a receiving space provided below the rear step portion formed on the front end side of the front frame portion and the front end step portion formed on the rear end side of the front frame portion, respectively. Thus, it is possible to effectively fix the first coil part and the second coil part during use and to prevent undesirable flow.

Wherein the first coil portion and the second coil portion each comprise a coil member having a coil and a heat radiating support portion having a plurality of fin portions radially formed to connect the coil member and the base, And the vibration from the coil transmitted to the base can be reduced.

And a connection unit for transmitting control power to a probe disposed outside.

According to the present invention, since the configuration of the seat part and the coil part optimized for the foot massage device is provided, convenience of use of the user is increased, and the efficiency as a massage device can be maximized.

In addition, since the operation of the coil can be easily visually confirmed through the seat part, and additional connection and control of a separate probe can be performed, satisfaction of the user can be further improved.

1 is a perspective view showing a conventional foot massage.
2 is a perspective view showing a magnetic coil integrated foot massager according to an embodiment of the present invention.
3 is a perspective view showing a state where the top plate is removed in the magnetic coil integrated foot massager of the present invention.
FIG. 4 is a side view showing a frame part and a coil part in the magnetic coil integrated foot massager of FIG. 3;
5 is a perspective view showing a preferred embodiment of the coil section in the magnetic coil integral foot massager of the present invention.
6 is a block diagram showing the operation concept of the magnetic coil integral foot massager according to the embodiment of the present invention.

Hereinafter, a magnetic coil integral foot massager according to the present invention will be described in detail with reference to the accompanying drawings.

2 is a perspective view of the magnetic coil integrated foot massager according to the embodiment of the present invention viewed from above.

The present invention basically provides a magnetic coil integral foot massager having a seat portion on which a sole is seated on both sides, and a coil for generating a magnetic field is disposed below each seating portion.

The magnetic coil integral foot type massage device of the present invention is formed in a flat plate shape whose upper surface is a rectangle by the upper plate part 1000 as a whole. It is preferable that the shape of the upper plate portion is formed to have a smooth surface shape as shown in the drawings in order to secure the area of support of the sole and to ensure safety, but it is not limited thereto.

The seating portion may include a first seating portion 1100 and a second seating portion 1500 that are spaced apart from each other in the left-right direction on the upper surface of the upper plate portion 1000. It is preferable that the arrangement of the seat portion is formed in a symmetrical shape as shown in the figure.

The spacing between the first seating part 1100 and the second seating part 1500 may be determined in consideration of the width when the general adult is standing upright or seated on the chair, .

A coil for supplying the magnetic field upward can be disposed in the space below the mount portion. The specific arrangement and operation of the coil will be described later.

The first seating part 1100 and the second seating part 1500 can be formed by two supporting members respectively and are defined as front seating parts 1110 and 1510 and rear seating parts 1120 and 1520 . Although the front seat portions 1110 and 1510 and the rear seat portions 1120 and 1520 are formed in a rectangular shape having a substantially rounded corner shape, it is not limited thereto but may have a shape corresponding to the sole, You can also give us a guide.

The front seating portions 1110 and 1510 and the rear seating portions 1120 and 1520 may be arranged in a front row and a back row in the first seating portion 1100 and the second seating portion 1500 respectively, Is preferably somewhat larger than the adult foot size. For example, the distance from the rear end side of the rear seating portions 1120 and 1520 to the front end side of the front seating portions 1110 and 1510 may be approximately 270 to 300 mm, but is not limited thereto. In some cases, the front seating portions 1110 and 1510 and the rear seating portions 1120 and 1520 may be arranged or arranged in a predetermined left-right direction rather than in a front-rear direction.

A football which is the foref area of the sole may be in contact with the front seating parts 1110 and 1510 and a heel part of the feet may be in contact with the rear seating parts 1120 and 1520. The arch portion of the sole may be disposed at a portion of the top plate portion 1000 disposed between the front seating portions 1110 and 1510 and the rear seating portions 1120 and 1520.

In such a seating part, a magnetic stimulation is made by the coil as a whole, so that massage and stimulation therapy for the feet can be performed.

The first seating part 1100 and the second seating part 1500 are connected to the upper plate part 1000 by a predetermined step so that the front seating part 1110 and the rear seating part 1510 are spaced apart from each other, The step portion 1130 may be formed to surround the seating portions 1120 and 1520, respectively.

The stepped portion of the stepped portion 1130 may be selectively formed. However, it is preferable that the stepped portion 1130 is formed to be inclined downward toward the inner side in consideration of the feel and safety of the foot during the seating process.

On the other hand, the upper plate portion 1000 is formed entirely of a flat plate on the upper surface, and it is preferable that a part or all of the upper plate portion 1000 is formed in a somewhat inclined or curved shape in consideration of the seating configuration of the sole. A more preferred embodiment of the top plate portion 1000 for this purpose will be described in detail.

The front side of the upper plate part 1000 may be divided into a front plate part 1010 and the rear side thereof may be divided into a rear plate part 1030. The front plate portion 1010 and the rear plate portion 1030 may be formed in such a manner that separate members are connected to each other in forward and backward directions. In consideration of manufacturing convenience, the front plate portion 1010 and the rear plate portion 1030 The front plate portion 1010, the rear plate portion 1030, and the side wall portion 1040 may be formed as a resin to be injection-molded as a whole.

In this case, the front plate 1010 and the rear plate 1030 can be distinguished from each other by a curvature or a slope. A connecting portion between the front plate 1010 and the rear plate 1030 is defined as a bent portion 1020 do.

In the first embodiment, the front plate portion 1010 is in the form of a flat plate parallel to the bottom surface or a base (2020 in Fig. 2) described later, and the rear plate portion 1030 is inclined downward toward the rear side, The upper surface may be formed in a gentle curve shape.

The inclination as mentioned above is generally made so that the user looks at the user from the rear side in consideration of using the user in a seated state during the operation as a foot massage.

In the second embodiment, the front plate portion 1010 has a curved shape with an upper surface gradually inclined downward toward the front side with the bent portion 1020 as a starting point, or the height is lowest at the front end side, and the rear plate portion 1030 may be curved downward to the rear side from the bent portion 1020 or may have a gently curved top surface so that the height is lowest at the rear end side.

In such a second embodiment, the rear plate portion 1030 looks at the user side and the front plate portion 1010 looks in the opposite direction.

According to the embodiment of the above-described embodiment, the feet can be naturally arranged in a concave shape with the bottom surface, so that the muscles can seat the joints in a comfortable state.

According to the above concept, the bending portion 1020 can be understood as a portion where the curvature changes or a portion where the curvature changes. Accordingly, the bent portion 1020 may be the highest portion of the magnetic coil integral foot massage device when viewed from the side.

It is also contemplated that the front seating portions 1110 and 1510 and the rear seating portions 1120 and 1520 may be symmetrical about the bending portion 1020 in the fore and aft direction. It is preferable that the bent portion 1020 is disposed across the front seating portions 1110 and 1510 in consideration of being concentrated on the front toe bone region. More preferably, the bent portion 1020 may be disposed to be offset from the front seating portions 1110 and 1510 toward the rear side.

The shapes of the front seating portions 1110 and 1510 and the rear seating portions 1120 and 1520 disposed at the respective portions according to the shape of the upper plate portion 1000 may be determined according to the inclination or curvature of the surrounding upper plate portion.

The controller unit 1200 controls the on / off or degree of the magnetic stimulation in a state where the soles of the feet are seated. Since the operation of the magnetic stimulation is hard to be sensed or visually sensed unlike the conventional mechanical stimulation, It is preferable that the operation is visually confirmed. For this purpose, a predetermined device for emitting light in the course of operation of the coil may be additionally arranged on the sides of the first seating part 1100 and the second seating part 1500. This will be described later in the description of FIG.

The controller unit 1200 may be disposed between the first and second seating units 1100 and 1500 to control the operation of magnetic stimulation. For the adjustment by the user's input of the intensity of the signal.

As a specific example, the controller unit 1200 may include a dial unit 1210 for controlling apparent intensity or a magnetic pattern, and a button unit 1220 for selecting an on-off operation or a predetermined mode.

In addition, the controller unit 1200 may further include a display unit 1230 so as to confirm power application or input state.

In this case, it is preferable that the dial portion 1210 and the button portion 1220 of the controller unit 1200 are disposed adjacent to the rear side in consideration of the arrangement relationship with the user.

Therefore, the controller unit 1200 can be disposed further adjacent to the rear side from the center side between the first seating unit 1100 and the second seating unit 1500 of the rear plate 1030, It is preferable that the top plate portion 1000 in which the controller portion 1200 is disposed to prevent interference to the dial portion 1210 or the controller portion 1200 unnecessarily in the course of the movement or the movement of the controller portion 1200 is concave downward. Accordingly, the upper plate portion 1000 on which the controller unit 1200 is disposed may be formed with a predetermined step downward.

As described later, the controller unit 1200 may be disposed directly on the upper surface of the base disposed below the upper plate unit 1000. In consideration of this relationship, the surface of the controller unit 1200, which is exposed to the outside, And may be formed to be parallel to the floor or the base.

The side wall part 1040 covers the upper surface of the upper plate part 1000 at the front, rear, left and right sides, and functions to prevent foreign substances from entering into the inside. The shape of the side surface of the side wall portion 1040 may be naturally inclined or curved according to the shape of the inclined or curved surface according to the above-described embodiments.

In the concept of the present invention, the coil is accommodated in the upper plate part 1000 and performs magnetic stimulation in a fixed form at the seating position of each foot. However, in some cases, magnetic stimulation may be required to be provided on a selected portion other than the soles of the feet. In consideration of this, a portion of the top plate 1000 includes a connection hole portion 1300 for connection of an external probe can do.

However, in the present invention, the connection of such probes may be exceptional because the device is mainly fixed and has a coil to perform the function of foot massage. In order to prevent the connection hole 1300 from being exposed to the outside, a lid part 1310 may be additionally disposed, and the lid part 1310 may be vertically rotatable or elastically deformable in the side wall part 1040 And selectively opens and closes the connection hole 1300.

3 is a perspective view for explaining an arrangement relationship between a coil and a base of the magnetic coil integrated foot massager according to the embodiment of the present invention.

The illustration shows a state in which the upper plate part 1000 is removed in the above embodiment. The structure of supporting the seating part and the structure of the coil will be mainly described.

The base 2020 may be a substantially flat frame to support the internal structures. The base 2020 may be formed with a coupling part 2010 for coupling with the upper plate part 1000 and four coupling parts 2010 are formed on the corner side of the rectangular base 2020 But is not necessarily limited thereto.

The coupling between the base 2020 and the upper plate part 1000 may be performed in the same manner as the bolting method. However, it is not excluded that the fastening method such as fastening or welding using a hook structure is used.

When the fastening part 2010 is formed, the hole of the fastening part 2010 is formed through the bottom of the base 2020 in consideration of the use state of the upper part of the foot massage device, The fastening member is inserted into a predetermined hole (not shown) formed corresponding to the lower side of the base 2020 through the lower side of the base 2020.

The first frame part 2100 and the second frame part 2500 may be formed on the lower side of the upper plate part 1000 in correspondence with the first and second seating parts 1100 and 1500 described above. The frame parts 2100 and 2500 may be coupled to the bottom of the seating parts 1100 and 1500 and / or coupled to the upper surface of the base 2020 to form a predetermined supporting structure.

For example, in the case of being coupled to the bottom surface of the seating parts 1100 and 1500, a bonding method such as adhesion or welding may be considered. More specifically, the bottom surface of the front seating part 1110 of the first seating part 1100 And the upper end of the rear frame part 2120 may be coupled to the bottom surface of the rear seat part 1120. [

As described above, the frame portions 2100 and 2500 can be formed as a single frame on the bottom surfaces of the respective seating portions 1100 and 1500, and the respective portions, that is, the front seating portions 1110 and 1510 and the rear seating portions 1120 And 1520, and each of the two members is provided on both sides.

Accordingly, the frame portions 2100 and 2500 may be composed of the front frame portions 2110 and 2510 and the rear frame portions 2120 and 2520, respectively.

Since the first frame part 2100 and the second frame part 2500 are formed in a shape and arrangement state symmetrical on both sides, the first frame part 2100 will be mainly described and the redundant explanation about the second frame part 2500 Is omitted.

The front frame portion 2110 may have a shape corresponding to the shape of the outer periphery of the front seat portion 1110, and at least a portion of the front frame portion 2110 may be arranged to pass through the upper and lower portions.

The front frame part 2110 preferably has a substantially inverted triangle shape in which the width of the front frame part 2110 decreases toward the lower side. The light emitting part 2400 may be coupled to the lower side of the front frame part 2110 .

The light emitting unit 2400 includes a predetermined light generating member such as an LED chip and emits light to the upper side of the seating units 1100 and 1500 as a predetermined color and an illuminance corresponding to the operation of the coil in the control unit 2200 .

Further, the rear frame portion 2120 may have a shape corresponding to the outer shape of the rear seat portion 1120, and may have a shape that decreases in width toward the lower side. Like the front frame part 2110, the light emitting part 2400 is coupled to the lower end of the rear frame part 2120 so that light can be projected to the upper side of the rear seat part 1120.

On the other hand, the front frame portion and the rear frame portion may be formed so as to surround the periphery where the light emitting portion is disposed, and may be formed to prevent undesired outflow of light, but this is optional.

The light emitting portion 2400 has a width corresponding to the width of the front frame portion 2110 and the rear frame portion 2120 and the upper surface of the light emitting portion 2400 is coupled to the lower ends of the front frame portion 2110 and the rear frame portion 2120 .

According to this concept, it is preferable that the seating portions 1100 and 1500 are made of a material or thickness having a higher light transmittance than that of the remaining portions of the upper plate portion 1000.

The front frame portion 2110 and the rear frame portion 2120 are spaced apart from each other because they are disposed to correspond to the arrangement and shape of the front seating portions 1110 and 1510 and the rear seating portions 1120 and 1520.

A space for accommodating the coil parts 2600 and 2700 is formed in a space between the lower side of the front frame parts 2110 and 2510 and the rear frame parts 2120 and 2520 and the base 2020 .

The first coil section 2600 is coupled to one upper surface of the base 2020 and is directed to the first seating section 1100 while the second coil section 2700 is coupled to the other upper surface of the base 2020, 2 seating portion 1500 as shown in FIG.

In the present invention, since the coil parts 2600 and 2700 are fixedly coupled to the inside of the base 2020 and the upper plate part 1000 constituting the entire housing, there is an advantage that stability of operation is improved unlike the conventional magnetic stimulation means have.

The structure of the coil portion will be described later in the description of FIG.

A control unit 2200 is coupled to a predetermined space formed between the first frame unit 2100 and the second frame unit 2500. The control unit 2200 may be a predetermined number of PCBs have. The controller unit 1200 is coupled to the rear side of the control unit 2200 so that the dial unit 1210, the button unit 1220, and the display unit 1230 are exposed to the outside when the upper plate unit 1000 and the base 2020 are coupled. .

A connection portion 2300 is coupled to the base 2020 at a portion where the connection hole 1300 for connection with the external probe is disposed. The connection portion 2300 is connected to the external And functions to supply the control power of the control unit 2200 to a separate probe.

4 is a side view showing the relationship between the frame part and the coil part.

The front frame part 2110 is coupled to the front seat part 1110 at the upper end and supports the light of the light emitting part 2400 disposed at the lower side so as to be projected to the upper side of the front seat part 1110. [

The rear seat part 1120 is coupled to the upper end of the rear frame part 2120 so that the light of the light emitting part 2400 can be projected to the upper side of the rear seat part 1120.

Here, the seating parts 1100 and 1500 pass through the upper side of the magnetic coils of the lower coil parts 2600 and 2700 to perform the function of giving a magnetic stimulus to the feet, and at the same time, So that it is possible to confirm the function of the user.

As described above, the front frame portion 2110 and the rear frame portion 2120 are spaced apart from each other in the fore-and-aft direction to form a receiving space in which the first coil portion 2600 can be received in the lower space therebetween.

Accordingly, the front frame portion 2110 has a smaller side surface thickness toward the rear end portion, and the rear frame portion 2120 has a smaller side surface thickness toward the front end portion, And a rear end step 1121. [

The front end portion 1111 and the rear end portion 1121 can be respectively referred to as a rear end portion and a front end portion having the smallest vertical thickness in the ring shape of the upper end portions of the front frame portion 2110 and the rear frame portion 2120 have.

The front end stop 1111 and the rear end stop 1121 can function as a stopper capable of restricting the upward and downward movement of the first coil portion 2600 at the bottom.

The front frame portion 2110 and the rear frame portion 2120 may have the largest thickness on the side surface of the portion where the light emitting portion 2400 is coupled, And a first and a second units 2410 and 2410, respectively.

The fixing portion 2410 may include a predetermined pin inserted into both ends of the light emitting portion 2400 formed of an LED chip, but the present invention is not limited thereto.

The front frame portion 2110 and the rear frame portion 2120 have upper ends corresponding to the shapes of the front seat portion 1110 and the rear seat portion 1120. The seat portions 1100 and 1500 have a shape It is desirable to have a curved and / or beveled shape for the seating of the bottom surface as described above.

Accordingly, the front frame portion 2110 and the rear frame portion 2120 may have a predetermined curved shape and / or a sloped shape at the upper end so as to correspond thereto.

The light emitting portion 2400 is coupled to the upper surface of the base 2020 and to the lower ends of the front frame portion 2110 and the rear frame portion 2120 in consideration of certainty of fixation of the arrangement relationship, The lower ends of the front frame portion 2110 and the rear frame portion 2120 are engaged with the front and rear seating portions 1110 and 1120 so that the bottom faces of the front end portion 1111 and the rear end portion 1121, And may be disposed in close contact with the upper end of the portion 2600. [

The front frame portion 2110 and the rear frame portion 2120 may be formed of a material having a high rigidity such that the front frame portion 2110 and the rear frame portion 2120 can be prevented from being damaged by vibration due to application of control power of the coil portion and preventing transmission of undesirable vibration to the seating portions 1100, The light emitting portion 2400 is spaced upward from the base 2020 while the front end portion 1111 and the rear end portion 1121 are spaced apart from the first coil portion 2600 at a predetermined interval It is preferable that they are spaced apart.

The first coil part 2600 is supported by the base 2020 and functions to form a magnetic field upward by receiving the control power of the control part 2200. In order to effectively attenuate or discharge the vibration and heat generated in the process, May be deployed.

The first coil part 2600 includes a coil member 2610 wound and wound with a coil and a heat radiating support part 2620 interposed between the coil member 2610 and the base 2020 to perform heat radiation, ≪ / RTI >

The coil member 2610 may be configured such that a coil wound in a cylindrical casing is received and connected to the control unit 2200.

The heat dissipating support portion 2620 may be made of a material having excellent heat dissipation performance from the coil member 2610, and will be described later.

A damper member (not shown) for attenuating vibrations generated during the operation of the first coil portion 2600 may be additionally disposed in the heat dissipation supporting portion 2620. The damper member may be rubber, synthetic resin, But the present invention is not limited thereto.

The present invention basically omits duplicate descriptions because the placement of the seating portions 1100 and 1500 on both sides and the arrangement of the coil portions 2600 and 2700 and the frame portions 2100 and 2500 are symmetrical.

5 is a perspective view showing an embodiment of the coil portion.

Although the first aspect of the present invention is described with reference to the first part of the coil, the second part of the coil may also be described as the same embodiment.

The first coil part 2600 may include a coil member 2610 in which the coil is wound and housed in the casing and a heat radiating support part 2620 for supporting the bottom surface of the coil member 2610. [

The heat dissipation supporting portion 2620 may be made of a metal material such as aluminum or copper having excellent thermal conductivity, or an alloy thereof, but is not limited thereto.

In order to maximize the heat dissipation performance, the heat dissipating support portion 2620 may have a plurality of fin portions 2621 radially arranged at equal intervals. The heat dissipation support portion 2620 may easily radiate heat due to air flowing between the fin portions 2621 Can be achieved.

The radial arrangement of the fin portions 2621 minimizes the area of contact between the coil member 2610 and the base 2020 so that the vibration of the first coil portion 2600 is transmitted to the base 2020 and the top plate portion 1000 It should also be noted that it also performs a function of reducing.

The coil member 2610 may have a hollow pillar shape and may include a communication hole portion 2611 penetrating in the vertical direction on the center side. The center of the coil member 2610 may have a through- 2612 may be disposed. With this configuration, a predetermined cooling passage can be formed inside the communication hole portion 2611. [

6 is a block diagram showing the operation of the magnetic coil integral foot massager in terms of a signal flow according to the concept of the present invention.

The control section 2200 controls the operation of the respective components, more specifically, the first coil section 2600, the second coil section 2700, and, in some cases, It is possible to control the operation of the discharging portion 2800 such as the probe of FIG.

The magnetic coil integrated foot massager according to the present invention may include a direct current input unit 2810, boosting units 2821 and 2822, a control unit 2200, a first coil unit 2600, a second coil unit 2700 ).

The DC input unit 2810 may be regarded as an element for receiving AC power from an AC outlet provided in each home and receiving DC power inputted through a transformer for converting DC power into DC power. May be understood to include.

The DC power input from the DC input unit 2810 is preferably 12V and 5A, but is not limited thereto.

The DC power may be boosted to the first boosting unit 2821 and the second boosting unit 2822, respectively, corresponding to the two coil units, and the boosted voltage may be set between 0V and 340V. The output voltages of the first boosting unit 2821 and the second boosting unit 2822 are controlled by a control signal of the control unit 2200 by the operation of the controller unit 1200 of the user and the output voltages of the coil units 2600 and 2700 It is used to adjust the intensity of the emitted magnetic field.

Therefore, the control unit 2200 can control the boost units 2821 and 2822 and the coil units 2600 and 2700, respectively.

The first coil part 2600 and the first coil part 2600 receive the power from the first step-up part 2821 and the second step-up part 2822 according to a control signal of the control part 2200 to form a magnetic field These magnetic fields are emitted to the upper side of the seating parts 1100 and 1500 so as to perform magnetic relaxation or healing function by performing magnetic stimulation on the feet.

Meanwhile, a capacitor and an inductor for charging and discharging electric power, a switching element and a resistance element for performing a predetermined switching can be coupled to the controller 2200 in various types and arrangements in order to apply the concept of the present invention.

The control unit 2200 receives a control signal from the light emitting unit 2400 and outputs light to the upper portions of the seating units 1100 and 1500 during operation of the first coil unit 2600 and the second coil unit 2700. [ Thereby visually recognizing the operation of the magnetic coil integral foot massager.

The control power applied to the first coil part 2600 and the second coil part 2700 functions to generate magnetism on the seating parts on both sides. The control part 2200 further includes a control part It is possible to generate magnetism.

Such a probe may have various shapes and configurations, and may include a predetermined coil for generating a magnetic field. However, the concept of the probe of the present invention can also be applied to a known electric stimulation generating means for performing electrical stimulation, a vibration generating mechanism for generating mechanical vibration, and a fitness apparatus for providing frictional force.

The probe may be selectively connected to the connection portion 2300 and may include a predetermined sensing resistor. The change in the power due to the sense resistor included in the probe may be detected by the control unit 2200 and act as an element for determining that an additional configuration is disposed in the connection unit 2300.

The control unit 2200 may function to operate a probe as the discharge unit 2800. For example, the first coil unit 2600, the second coil unit 2700, and the discharge unit 2800 may be connected to the user The operation of the first coil part 2600 and the second coil part 2700 is stopped and only the discharge part 2800 is operated when the connection is detected Can also be considered.

However, since the basic function of the present invention is the performance of magnetic stimulation as an integral part of the first coil part 2600 and the second coil part 2700 for operation as a foot massage

The discharge unit 2800 is connected to the first coil part 2600 and the second coil part 2700 as shown in the drawing.

The voltages applied to the first coil part 2600, the discharge part 2800 and the second coil part 2700 are preferably in the range of 0V to 340V when the DC voltage is supplied by the DC input part 2810 as described above Do.

Since the magnetic coil integrated foot massager according to the present invention has a configuration of a seat part and a coil part optimized for a foot massage device, it is possible to maximize efficiency as a massage device while improving convenience in use by a user.

In addition, since the operation of the coil can be easily visually confirmed through the seat part, and additional connection and control of a separate probe can be performed, satisfaction of the user can be further improved.

In the foregoing, the present invention has been described in detail based on the embodiments and the accompanying drawings. However, the scope of the present invention is not limited by the above embodiments and drawings, and the scope of the present invention will be limited only by the content of the following claims.

1000 ... upper plate portion 1010 ... front plate portion
1020 ... bent portion 1030 ... rear plate portion
1100 ... first seat portions 1110, 1510 ... front seat portion
1111 ... front step portion 1120, 1520 ... rear seat portion
1121 ... rear stepped portion 1130 ... stepped portion
1200 ... controller unit 1210 ... dial unit
1220 ... button portion 1230 ... display portion
1300 ... connection hole portion 1310 ... lid portion
1500 ... second seat portion 2000 ... lower plate portion
2010 ... fastening portion 2020 ... base
2100 ... first frame parts 2110, 1510 ... front frame part
2120, 1520 ... rear frame portion 2200 ... control portion
2300 ... connection portion 2400 ... light emitting portion
2410 ... fixing portion 2500 ... second frame portion
2600 ... first coil portion 2610 ... coil member
2611 ... communicating hole portion 2620 ... heat dissipating support portion
2621 ... pin portion 2612 ... insertion member
2700 ... second coil part 2800 ... discharging part
2810 ... direct current input unit 2821 ... first boost unit
2822 ... < / RTI >

Claims (11)

An upper plate portion forming an upper outer appearance;
A first seat portion disposed on one side of the upper plate portion;
A second seat portion disposed on the other side of the upper plate portion;
A first coil part provided below the first seat part;
A second coil part provided below the second seat part; And
And a control section for supplying control power to the first coil section and the second coil section,
Wherein the first coil portion and the second coil portion emit a magnetic field to the feet that are seated on the upper surfaces of the first and second seating portions. The method according to claim 1,
The first and second seat portions may be formed of a metal,
Wherein the front footrest is composed of a front seat portion in which the forefoot portions of the feet are in contact with each other and a rear seat portion in which the heel portions of the feet are in contact with each other. The method according to claim 1,
Wherein the first and second seating portions comprise:
Wherein the first and second legs are formed to be stepped below the upper plate. The method of claim 3,
The upper plate portion,
And is divided into a front plate portion on the front side and a rear plate portion on the rear side by the bent portion,
The rear plate portion
And is inclined so as to be directed toward the rear side. 5. The method of claim 4,
The bending portion
And is disposed across the first seating portion on both sides. The method according to claim 1,
A first frame part coupled to a lower side of the first seat part; And
And a second frame portion coupled to a lower side of the second seat portion,
Wherein the first frame portion and the second frame portion comprise:
And a rear frame part coupled to a front frame part and a rear frame part of the rear seat part, respectively, the front frame part and the rear frame part being coupled to a bottom edge part of the front seat part, respectively. The method according to claim 6,
Wherein the front frame part and the rear frame part comprise:
Wherein the front and rear widths decrease toward the lower side. 8. The method of claim 7,
And a light emitting unit coupled to the lower end of the front frame unit and the rear frame unit to emit light so as to visually confirm the operation of the coil. The method according to claim 6,
Wherein the first coil portion and the second coil portion are made of a single-
Wherein each of the front and rear leg portions is disposed in a receiving space provided below a rear end step portion formed on a front end side of the rear frame portion and a front end step portion formed on a rear end side of the front frame portion. 10. The method of claim 9,
Wherein the first coil portion and the second coil portion are made of a single-
And a heat radiating support portion having a plurality of fin portions radially formed to connect the coil member and the base,
The heat-
And the vibration from the coil transmitted to the base is reduced while releasing heat generated from the coil. The method according to claim 1,
And a connection part for supplying control power from a control part to a probe disposed outside the magnetic coil integrated massager.

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