KR200286853Y1 - A device for pressing a sole of a foot - Google Patents

Abstract

The present invention relates to a foot pressure device, and to form a plurality of acupressure rods to independently lift, and to each foot pressure bar is built in a heater to the sole of the foot pressure and at the same time the sole of the foot pressure device to moisturize the meridians of the sole as heat.

The present invention is capable of raising and lowering a number of acupressure rods to acupressure the soles of the soles of the feet, so that the user can achieve acupressure without stepping on their own steps, and by raising the tip of the acupressure rods that acupressure the soles of the feet It is possible to obtain the moxibustion effect on the meridians, and to provide the sole foot acupressure device, which is easy to use without the hassle of putting liquid such as water or discarding it after use, because it heats the meridians of the sole by direct heating by a pressure rod. The acupressure rod body 21, the acupressure peak body 22 having a heating element 23 therein fixed to the tip of the acupressure rod body, and a slide ball 24 mounted on the lower end of the acupressure rod body, The acupressure rod 20 is fixed by fixing an elastic contact 25 picking up a heating element power, and the acupressure rod is built in the enclosure 10 and the bottom of the acupressure rod is formed. Forming values platform having a power for lifting the rod in order to be characterized in that formed.

Description

A device for pressing a sole of a foot}

The present invention relates to a foot acupressure device, and more specifically, to form a plurality of acupressure rods to lift the foot acupressure independently to each other, and each lifting acupressure rods have a ceramic heater built-in to moisturize the soles of the soles of the soles of the foot as heat It relates to a plantar acupressure device that can be achieved at the same time.

The present invention has a technical feature of acupressure rods for acupressure the soles of the soles, and an electric heater in each of the acupressure rods to simply electrically connect the respective acupressure rods, and to elevate the concentrated acupressure rods sequentially.

It is well known that the sole of the sole is connected to the nervous system that manages various organs of the human body, so that a large number of meridians exist and that the fatigue and stress of the human body are generated according to the fatigue of the foot.

This foot is called the second heart, and the care of the foot is so close to the human health scale.

In addition, the foot is farthest from the heart of the human body and the capillaries are distributed innumerable waste is also well accumulated.

If you feel the fatigue according to the importance of the health of the foot and the position of the human body as described above, massage the foot and stimulate the meridians, the transmission of the nervous system can restore the rhythm of the body and help the bleeding to greatly improve the health To help.

Recognizing the importance of such health and massage of the foot, various types of foot pressure device or acupressure tools have been proposed in the past.

Conventionally, the most commonly used acupressure tool has been proposed to function by using the acupressure mat formed with a myriad of doldol, the user stepped up to achieve the acupressure with their own body load and to walk in place on the acupressure mat.

However, such a simple acupressure mat has the inconvenience that the user must continue to walk in place to repeatedly exercise acupressure, and also has no other effects than the simple acupressure, while the price is very low.

On the other hand, there is another conventional sole foot pressure device, 'foot massage machine' utility model registration No. 222243 of the domestic patent registration No. 208741 'foot massage combined foot bath'.

The former patent forms a massage by generating bubbles in the water or medicine, and the latter utility model is known as a device having both a footbath function and a foot massage function, and the 'multifunctional foot massage device' of Utility Model Registration No. 263391 is The water is heated to generate bubbles, and the built-in vibrator combines bubble massage and vibration massage.

They are all made up of an enclosure containing a liquid such as water to form a massage by bubbles, which is cumbersome to prepare for use, and has a structure that makes it difficult to see the thermal effect except water by heating the water to obtain a thermal effect. have.

Therefore, it is very inconvenient to manage such as heating with water and disposing of used water, and it is not possible to apply intensive heat like moxibustion to find mercury by immersing the feet in hot water as a whole. The downside is that you have to dip your feet.

The present invention has been made to solve the disadvantages of the prior art as described above has the following object.

The present invention is to provide a sole acupressure device that can achieve the acupressure even if the user does not step on the foot by the magnetic force by forming a plurality of acupressure rod to lift the acupressure of the sole.

The present invention is to provide a sole pressure acupressure device made to obtain a moxibustion effect in the meridians by heating the tip of the acupressure rod that pressures the sole to raise and lower acupressure.

The present invention is to provide a sole foot pressure device that is easy to use without the hassle of having to dispose of the liquid or water after use, so as to steam the sole of the sole by direct heating by a pressure rod.

The present invention is to provide a foot acupressure device having a convenience that can be used even when sitting or lying down without pressing by the user's body load because the foot pressure is fixed by affixing the foot to the chiropractor upper panel.

The present invention made to achieve the above object is a pin-type acupressure rod body, the acupressure peak body which is fixed to the tip of the acupressure rod body and has a heating element therein, and is equipped with a sliding ball at the lower end of the acupressure rod body, on both lower ends By forming an acupressure rod by fixing the elastic contact for picking up the heating element power, and by forming the acupressure rod inside the enclosure, and forming a lifting means having a power to sequentially lift the acupressure rod at the bottom of the acupressure rod.

1 is a plan view showing the acupressure device of the present invention.

Figure 2a, 2b is a main component diagram showing the pressure rod and the lifted state of the present invention.

Figure 3 is an excerpt perspective view showing a chiropractor of the present invention.

Figure 4 is a plan view showing a contact substrate structure for supplying a heating power to the shiatsu bar of the present invention.

Figure 5 is a block diagram showing the acupressure rod lifting structure of the present invention.

FIG. 6 is a schematic view showing a modified acupressure rod lifting structure in FIG. 5.

** Description of symbols for the main parts of the drawing **

10: enclosure 20: shiatsu rod

21 acupressure bar 22 acupressure peak body

23: heating element 24: slide ball

25: elastic contact 26: slide groove

30: printed circuit panel 31: insertion hole

32: protrusion 33: terminal

38: spring 40, 50; Hoist

41: slide rails 42, 52: motor

43: Slider 44: Chain

45: connecting member 47: sprocket

51: rotating lifting disk 54: disk support roller

Hereinafter, the technical configuration of the present invention will be described in detail with reference to the accompanying drawings.

1 to 3, the foot acupressure device of the present invention is formed by exposing the end portion of the pressure rod 20 to be elevated to the upper portion of the box-shaped enclosure 10, the pressure rod 20 is a pin type It is made of a combination of acupressure rod body (21) and through the hollow perforated, acupressure peak body (22) having a built-in heating element (23) at the upper end of the acupressure rod body, and coupled to the lower end of the acupressure rod body (21) 24) and a plurality of elastic contacts 25 for picking up and connecting power to the heating element 23 are formed on both lower ends thereof, and a plurality of slide grooves 26 are formed between the elastic contacts 25. It is formed by shaping and connecting the leads of the heating element 23 to the elastic contact 25, respectively.

The acupressure rod 20 is formed by inserting a compression spring 38 between the pin hole of the enclosure 10 and the printed circuit panel 30 to apply power to have a resilience.

As shown in FIG. 4, the printed circuit panel 30 drills an insertion hole 31 for elevating the acupressure rod 20, and a protrusion 32 for guiding the slide groove 26 on the inner circumference of the insertion hole. Is formed by opposing and protruding by pressing the terminal 33 in contact with the elastic contact 25 in a position rotated 90 degrees.

In addition, the printed circuit panel 30 is formed by forming a pattern for connecting the same electrode of the terminal 33 so as to embed a plurality of acupressure rod 20 to enable electricity.

In the case of using the printed circuit panel as described above, the operation power can be easily applied to the individual acupressure rods 20 that are concentrated in a large number, thereby simplifying the structure, and the printed circuit panel is not directly loaded, but its strength is increased. If vulnerable, additional support panels with perforated shiatsu bar holes can be constructed.

A lowering device for sequentially raising and lowering the pressure rod is added to the lower portion of the elastically installed pressure rod 20, and the pressure of the pressure rod is made by the lifting device.

Examine the lifting device.

The lifting device shown in FIG. 5 secures the slide rails 41 to the lower part of the plurality of acupressure rods 20 installed in the enclosure 10, and combines the sliders 43 to be guided to the slide rails 41 to reciprocate horizontally. The slider is formed by bending the upper surface, and the lower portion of the rail 41 is provided with a sprocket 47 and a chain 44 for driving as a motor 42 to connect the slider 43 to the chain through a connecting member 45. Combination to form the lifting device (40).

The elevating device 40 is the apex 22 of the acupressure rod 20 when the slide ball 24 provided on the lower portion of the acupressure rod 20 and the slider 43 of which the upper surface is in contact with each other reach the maximum peak that is curved. A) protruding to maximize acupressure, and the acupressure rod 20 passing through the curved slider 43 is repeatedly lifted sequentially from one side to the other side while descending into place.

The lifting device as described above may be modified as shown in FIG.

This is applied to the rotating elevating disk 51 formed by radially forming a plurality of gentle protrusions in the lower portion of the plurality of shiatsu rods 20 installed in the enclosure 10, the motor 52 for driving the rotating elevating disk, and the rotating elevating disk. To support the load of the user to guide the rotation of the plurality of disk support rollers 54 are configured to be in contact with the lower outer peripheral surface of the rotating elevating disk 51 to form a lifting device (50).

The rotating elevating disk 51 of the elevating device constitutes a smooth convex part like a wave shape in a radial direction of 360 degrees from the fixed center axis of the motor 52 in the state in which a plurality of shiatsu rods 20 are seated by rotation. It is configured to ride up and down a radial smooth ridge.

The rotary elevating disk 51 is easy to understand if the association of the rotating plate to form a water flow in the washing machine.

Reference numeral 60 denotes a support band for fixing the user's foot, 62 an operation switch, and 64 an indicator for displaying an operation state.

Looking at the operation of the present invention constituting the technical configuration as described above in more detail as follows.

Put the user's foot on the acupressure portion formed in the shape of the sole on the upper surface of the sole 10 of the foot pressure device according to the present invention and fix the foot and the foot value as the support band 60, and then turn on the power switch 62 to turn on the power. When applied, hot wire power is applied to the heating element 23 embedded in the acupressure peak body 22 to start heat generation.

The power is applied to the heating element is connected to each of the elastic contact 25 inserted into the insertion hole 31 through the terminal 33 of the printed circuit panel 30, the lead is connected through the hollow of the acupressure bar 21 The heating element 23 starts to generate heat.

The fever is transmitted to the sole of the user as indirect heat through the acupressure peak body 22 and to stimulate the meridians as to deliver a strong local heat.

In addition, the acupressure rod 20 is inserted into the protrusion 32 and the slide groove 26 of the printed circuit panel 30 and guided by a hole drilled in the enclosure 10 to prevent the rotation and to achieve a precise lift do.

The acupressure rod 20 is heat generated as described above to make a lift in accordance with the lifting gradient to move and move the slide ball 24 of the lower portion to achieve acupressure and the elastic contact 25 in the elevated position terminal 33 by the elastic force It keeps in intimate contact with the generator and thus the heating power is continuously supplied.

Of course, the control of the exothermic temperature can be controlled at a desired temperature by a conventional controller not shown.

It looks at the lifting operation of the plurality of acupressure rods 20 as described above.

The lifting device 40 shown in FIG. 5 is a curvature coupled to the chain 44 as a connecting member 45 in accordance with the left and right transfer of the chain 44 caught by the sprocket driven by the motor 42 driving. Slider 43 is interlocked and moved left and right.

In the illustrated embodiment, a plurality of sliders 43 are configured, and these sliders are transferred to the left and right repeatedly by a predetermined section according to the forward and reverse driving of the motor 42.

In the conveying process, the acupressure holes 20 are raised while the slide ball 24 is in sliding contact with the surface of the curved slider 43, and after the slider passes, it returns to its elasticity again in the spring 38.

The left and right reciprocating sliders 43 are supported between the slide rails 41 to be fixedly coupled to the conventional bearing built-in sliders embedded in the slide rails to achieve reciprocating driving and support of the user's body load.

As this action is repeated, the action of moxibustion by the acupressure peak body 22 heated at the same time as the pressure of the sole occurs.

On the other hand, the modified lifting device 50 of FIG. 6 is similar to the above-described lifting device, but the motor 52 is different from the type that rotates in one direction without reverse.

That is, when the driving of the motor 52 starts, the slide ball 24 slides along the radially curved convex part formed on the elevating disk 51 when the rotating elevating disk 51 coupled to the shaft rotates and interlocks. Ascending and alternating while maintaining contact, the sole of the foot is pressed and moisturized.

The elevating disk 51 is formed in the same horizontal surface of the lower outer periphery of the disk in order to smooth the rotation while supporting the body load of the user and constitutes a disk support roller 54 for supporting the lower surface to ensure a stable disk A meeting is made.

The operation of the acupressure as described above can control the use time, heat generation temperature, acupressure speed, etc. by a controller (not shown) and such a control situation can be displayed on the display unit 64 on the upper part of the enclosure 10.

The present invention as described in detail above is capable of raising and lowering a plurality of acupressure rods to acupressure the soles of the soles of the feet, so that the user can achieve acupressure without stepping on their own steps by foot force, and the soles are convenient. By heating the tip of the shiatsu bar to raise and lower the shiatsu, it is possible to obtain the moxibustion effect on the meridians, which is beneficial for the rapid recovery of fatigue and the improvement of health. It is easy to use without the hassles that need to contain liquid or discard after use, and it does not need to be pressed by user's body load and can be used even when sitting or lying down because the foot pressure is fixed by fixing the foot tightly to the upper panel of the rod. Very practical design with many excellent effects A.

Finally, the technical idea of the present invention is not limited to the contents of the claims, and may be easily modified from the contents of the claims. For example, the lifting device may be replaced by a wire or a timing belt instead of a chain. It is noted that such modifications belong to the scope of the present invention.

Claims (4)

In the foot pressure device comprising a pressure bar that the user stepped up to form a foot pressure of the sole, The pin-type acupressure rod body, the acupressure peak body fixed to the tip of the acupressure rod body, and the heating element is built-in, and the sliding ball is mounted on the lower end of the acupressure rod body, and the elastic contact for picking up the heating element power at both lower ends, Acupressure rod, Sole acupressure apparatus, characterized in that the pressure rod is built in the interior of the enclosure and formed by lifting means having a power to raise and lower the pressure rod sequentially in the lower end of the pressure rod. The method according to claim 1, wherein a plurality of end portions of the pressure bar 20 to be elevated to the upper portion of the box-shaped enclosure 10 is formed by forming, the pressure bar 20 is made of a pin type, the pressure bar body through the hollow perforated (21) and the acupressure peak body (22) incorporating the heating element (23) at the upper end of the acupressure rod body are fixed and coupled, the lower end of the acupressure rod body (21) is formed by mounting a sliding ball 24, both lower ends The plurality of elastic contacts 25 for picking up and connecting power to the heating element 23 are formed in a plurality, and a slide groove 26 is formed between the elastic contacts 25 to form a lead of the heating element 23. To each of the elastic contacts 25, The acupressure rod 20 is formed by inserting the compression spring 38 between the pin hole of the enclosure 10 and the printed circuit panel 30 for applying power to have a resilience force, The printed circuit panel 30 drills the insertion hole 31 for elevating the acupressure rod 20, and protrudes from the inner circumference of the insertion hole to face the protrusion 32 that guides the slide groove 26. The terminal 33 is in contact with the elastic contact 25 at a position rotated by 90 degrees to be pressed and fixed, wherein the printed circuit panel 30 is a plurality of acupressure rods 20 so as to enable power supply to the terminal The sole pressure finger device, which is formed by forming a pattern for connecting the same electrodes of (33). The slider 43 according to claim 1, wherein the elevating means fixes the slide rails 41 to the enclosure under the plurality of pressure rods 20 installed in the enclosure 10 and is guided to the slide rails 41 to horizontally reciprocate. Combining the slider is formed by bending the upper surface, the lower portion of the rail 41 is provided with a sprocket 47 and a chain 44 for driving as a motor 42 to the chain through the connecting member 45 to the slider ( Sole foot acupressure device, characterized in that consisting of a lifting device 40 combined 43). The method of claim 1, wherein the elevating means is a rotating elevating disk (51) formed by radially forming a plurality of smooth projections on the lower portion of the plurality of acupressure rod (20) installed in the enclosure 10, and the motor for driving the rotating elevating disk And a plurality of disk support rollers 54 for supporting the user's load applied to the rotating elevating disk and guiding the rotation to contact the lower outer circumferential surface of the rotating elevating disk 51. Sole acupressure device, characterized in that made.