KR20130000184U - A foot clean plate - Google Patents

Abstract

The present invention relates to a foot clean device, which moves the foot back and forth without the use of hands to wash or exfoliate the entire foot (foot sole, instep, between the toes, heel) by friction, and at the same time supply water and washing liquid The present invention relates to a foot clean device configured to implement a massage function throughout the entire foot during washing or exfoliation.

Description

Foot Cleaner {A FOOT CLEAN PLATE}

The foot clean device of the present invention, more specifically, by moving the foot back and forth without the use of hands to remove all the feet (foot soles, instep, between the toes, heel) or friction by friction, and at the same time water and washing liquid It provides a follow-up work by supplying, as well as a foot clean device configured to implement a massage function throughout the foot during washing or exfoliation.

Generally, when washing feet, soap and wheat flour are used to towels or towels, and the toes are washed using fingers and the like.

In general, keratin is a cell membrane of keratin (structural protein such as skin) that is produced by itself at regular intervals to protect the skin from the external environment. In particular, where external shocks are frequent or severe, such as hands or soles, a thicker stratum corneum is formed in the human body to protect the skin against the shock, which is commonly called callus or dead flesh. have.

Such keratin is formed in the skin itself in order to form a protective film on the skin to protect the skin from other external environment, constant and normal keratin is an essential element to the human body.

However, after a certain time after the production of keratin dead dead keratin or aging keratin or a thick keratin accumulated more than necessary to prevent the pores of the skin rather than the harmful effect on the skin. In addition, the remaining keratin is a good food for the bacteria to help the bacteria propagate, causing skin troubles, athlete's foot, etc., and furthermore, the keratin cracking phenomenon that is very painful and the possibility of bacteria penetration is very high. Can be generated. Therefore, proper exfoliation within the range that does not cause damage to the skin is required.

Conventional methods of exfoliation include a method of soaking a foot in a bath and soaking it for a long time, and then crushing the heel with a rough surface of the towel or a stone with rough unevenness. There are a method of cutting or scraping callus with a sharp blade and a method of removing dead skin by rubbing the soles of the stones with rough unevenness in public baths. In addition, recently, an exfoliation method using an exfoliator with a handle or an electric exfoliator using a high speed rotary motor has been in the spotlight.

However, the aforementioned conventional exfoliation mechanisms are not only difficult to effectively remove aging or dysfunctional keratin, but rather are strongly irritated to the normal skin and can be damaged. In addition, it is reported that the foot rub position using the hand for exfoliating the sole of the foot far from the hand is quite difficult and difficult.

In particular, conventional manual or electric exfoliators, even if they are hardly deteriorated, are used to remove exfoliants (rough textures of stone surfaces and types of abrasive materials, while ignoring the unique properties of keratin, which are fundamentally different from normal solids). Particle size, etc.), and as a result, it is difficult to expect high efficiency of exfoliation, and thus there is a continuous demand for improvement.

Normally, keratin is a hardened body of keratin (structural proteins such as skin), which is part of the outer skin of the human body, and may be slightly different depending on the constitution, such as dry and oily skin, but it is soft when wet or dipped in water. When it is kept dry, it becomes quite hard. By the way, in the soft state with water on the keratin, polishing itself is not good even if it is pushed with abrasive stones, etc., but it is a tricky method, but it is more effective to call it off for a long time and then forcefully rub it off with coarse stones or peel it off.

In addition, when the keratin is dried and very hard, it is better to grind using abrasive stones or the like than the above method.

Particles stick between the abrasive grains and dull the rough abrasive surface, making effective polishing difficult.

According to the characteristics of these keratin, satisfactory efficiency cannot be expected even if the above-described conventional exfoliation method as well as various other exfoliation methods or apparatuses thereof are difficult to be expected. You need to wash your feet separately and remove the surroundings to get rid of

Meanwhile, it has been disclosed in the exfoliation scaffolding (Publication Number: 10-2010-0086205) by a conventional registered technology.

This conventional exfoliation scaffold is a structure in which the keratin of the sole is removed by the projections, and the toes are washed by the cleaning brush.

However, the conventional exfoliation scaffolding has a problem that the follow-up work is required by hand because the keratin and heel of the foot and the heel can not be washed.

In addition, only between the toes can be washed only by the cleaning brush, there was a problem that can not remove the dead skin.

The present invention was devised in view of the above problems, and the first object of the present invention is to remove the dead skin of the entire foot by friction by moving the foot back and forth without using a hand, and at the same time supplying water and a washing solution to carry out subsequent work. Of course, to provide a foot clean device configured to implement acupressure and massage functions throughout the entire foot during exfoliation.

The second purpose of the present invention is to remove keratin by friction between the toes, the heel and the instep of the foot, but the size and arrangement of the protrusions to remove the keratin between the toes is the end of the toe and the toe of the human body The present invention provides a foot clean device having a structure that can effectively remove keratin by configuring a corresponding to to smoothly enter the toes between the protrusions.

According to a feature of the present invention for achieving the object as described above, the first design relates to a foot clean device, scaffold body (10); And an arched foot cover 20 formed on the foot body so as to cover the foot. However, the foot body 10 and the foot cover 20 are formed on the foot body 10 and the foot cover 20 so that the foot can be washed by the friction. It is characterized in that it further comprises a brush 41 or the projection (40).

The second draft, the sole foot-shaped foot groove is formed, the other side of the foot groove protruding upward in the shape of the heel footrest body having a curved heel contact portion; and, so as to cover the back of the foot seated in the footrest groove A foot cover having an arch shape of the foot body; and a protrusion protruding vertically upwardly on one side of the foot groove so as to be guided between the toes exposed to one side of the foot cover; And a plurality of protrusions formed on the foot groove and the foot cover and the heel contact portion so as to remove keratin of the foot by friction, wherein the protrusions are guided between the toes and face to face so as to enter the toes. The width of the other side is characterized in that the streamlined shape is gradually smaller than one side.

In the third draft, in the first draft, the scaffolding body is curved downward to smooth the water drainage.

In the fourth eye, in the first eye or the second eye, it is preferable that a plurality of cubic chambers are further formed on the rear surface of the scaffold body to prevent slippage.

In the second eye, in the second eye, it is preferable that the footrest groove further includes embossing so as to acupressure and massage the sole of the foot.

In the sixth draft, in the second or fifth draft, it is preferable that the scaffold groove is further formed with a water receiving groove formed at a predetermined interval in the width direction so as to receive and wash the washing water.

In the seventh eye, in the first eye or the second eye, it is preferable that a plurality of through holes are further formed in the instep cover.

In the eighth design, in the second design, the scaffold grooves are preferably formed in the scaffold body in a pair of left / right.

In the ninth design, in the eighth design, the size and arrangement of the protrusions correspond to the distance between the toes of the human body and the ends between the toes.

According to the foot clean device according to the present invention, the foot is moved back and forth without the use of hands to exfoliate or clean the entire foot by friction, and at the same time supply water and washing liquid to perform subsequent work, as well as acupressure throughout the sole of the foot. And massage also has a possible effect.

In addition, there is an effect that can remove the dead skin by friction with the projections between the toes, heels, and instep.

In addition, the size and arrangement of the protrusions to remove keratin between the toes is configured to correspond to the toe spacing of the human body and the ends between the toes to configure the smooth toe to enter between the protrusions can effectively remove keratin. .

1 is a perspective view of a foot clean device according to a first embodiment of the present invention,
2 is a cross-sectional view of Fig.
3 is a perspective view of a foot clean device according to a second embodiment of the present invention;
4 is a partially cutaway perspective view of FIG. 3;
5 is an operation of the foot clean device according to the second embodiment according to the present invention,
6 is a perspective view of a foot clean device according to a third embodiment of the present invention,
FIG. 7 is a plan view of FIG. 6.

Hereinafter, with reference to the accompanying drawings with respect to the foot clean device according to the present invention will be described in detail.

1 is a perspective view of a foot clean device according to a first embodiment of the present invention, Figure 2 is a cross-sectional view of FIG.

As shown in Figures 1 and 2, the present invention relates to a foot clean device 100 of the structure that can wash the entire foot (between the sole, the foot, toes) by friction by moving the foot back and forth without using the hand will be.

The foot clean device 100 is composed of two parts, which is composed of a footrest body 10 and the foot cover 20 formed on the footrest body 10.

Wherein the scaffolding body (10) is in the shape of an oval, made of elastic material such as silicone, rubber, artificial rubber and synthetic resin material, and set the standard for children or adolescents or adults, 120% than the sole size of the human body It is formed to be 150% large and can be used regardless of foot size. In addition, a plurality of cuboid 11 is further formed on the back to prevent slipping and is configured to be temporarily fixed to the bathroom floor by pressing.

And the upper surface of the scaffolding body 10 is formed so that a plurality of brushes 41 are integrally formed to wash between the soles and toes by friction.

In addition, the edge of the scaffold body 10 has a downward curved shape, so that water is not accumulated on the scaffold body 10 and is configured to drain water along the outer edge of the scaffold body 10.

In addition, the inside of the foot cover 20 is also a structure in which a brush 41 which can be washed by friction with the foot and the side surface is formed. At this time, the foot cover 20 has a structure in which a plurality of through-holes 21 for introducing water and washing water are further formed.

As described above, in the first embodiment, when the foot is placed on the footrest body 10 and the foot is moved back and forth, the entire foot can be washed by the brush 41 formed on the footrest body 10 and the foot cover 20. .

3 is a perspective view of a foot clean device according to a second embodiment of the present invention, Figure 4 is a partial cutaway perspective view of FIG.

As shown in Figures 3 and 4, the present invention moves the foot back and forth without using the hand to remove the dead skin of the entire foot (sole, instep, between the toes, heel) by friction, and at the same time supply water and washing liquid By performing the subsequent work, as well as to the foot clean device 100 configured to implement a massage function throughout the entire foot during exfoliation.

The foot clean device 100 includes a footrest body 10, a footrest groove 12, a heel contact part 13, a foot cover 20, and a protrusion part 30, and the foot is removed by friction. A plurality of protrusions 40 are formed in the footrest groove 12, the foot cover 20, the heel contact part 13, and the protrusion part 30 to remove keratin.

The scaffolding body 10 is made of a flexible material such as silicone, rubber, artificial rubber and synthetic resin material, and a plurality of cubic rooms 11 are further formed on the back to prevent slipping, thereby temporarily pressing the bathroom floor. It is configured to be fixed.

And the footrest groove 12 is formed on the footboard body 10 in the shape of the sole of the human body, the size is determined for children or adolescents or adults, the size of the foot by forming 120% ~ 150% larger than the size of the foot of the human body It is configured to be available regardless.

The scaffold groove 12 has a plurality of protrusions 40 for removing keratin by friction with the sole, and the embossing 121 is further formed to acupressure and massage the sole.

In addition, the scaffolding groove 12 is further formed with a water receiving groove 122 formed at a predetermined interval in the width direction so that the wash water is temporarily accommodated to wash the sole.

Therefore, the scaffolding groove 12 has a function of acupressure and massage by the embossing 121 along with the exfoliation due to the friction with the projection 40, as well as temporarily storing water through the water receiving groove 122 to wash the soles of the feet. Configured to do so.

In addition, the water receiving groove 122 formed in the scaffolding groove 12 is formed with a plurality of through holes, the diameter of the through hole 123 can be configured to prevent the rapid drainage of water by forming around 1mm.

In addition, the other side of the footrest groove 12 is protruded upward in the shape of the heel is curved heel contact portion 13 is formed.

Such a structure removes the dead skin of the heel by the friction of the projection 40 while the heel contact portion 13 that is in close contact with the heel is pushed to the other side when the foot is moved to the other side, and then the heel contact portion 13 It is a structure that can remove the keratin of the heel of the human body again while promoting the movement of the foot to one side by the elastic restoring force of).

In addition, the foot cover 20 is a structure formed in the footrest body 10 to cover the foot of the foot seated in the footrest groove (12).

The inside of the instep cover 20 also has a protrusion 40 to remove keratin is configured to remove keratin by friction with the instep. In addition, the foot cover 20 is formed with a plurality of through holes 21 are further configured to be washed by introducing the wash water through the through hole 21 of the foot cover 20 while removing the dead skin.

The protruding portion 30 is a structure that protrudes vertically upward on one side of the footrest groove 12 to remove keratin between the toes exposed to one side of the foot cover.

The protrusions 30 are arranged between the big toe and the index finger, between the index finger and the middle toe, between the middle toe and the ring finger, and between the toe and the small toe, a total of four protrusions are formed. It is a structure.

And the protrusion 30 has a streamlined shape in which the width of the other side facing between the toes is gradually smaller than one side so as to be guided smoothly between the toes to enter.

These protrusions 30 are also configured to protrude protrusions on the outer circumferential surface to remove keratin between the toes by friction.

Hereinafter, the use and function of the foot clean device according to the present invention will be described briefly.

5 is an operation of the foot clean device according to a second embodiment of the present invention.

As shown in FIG. 5, first, the foot is placed on the scaffold groove 12, the water is sprayed on the scaffold body 10 using a shower, etc., and the foot is moved to the front / back side (one side and the other side).

Then, the sole of the sole is removed from keratin at the same time as the pressure by the embossing 121 and the protrusion 40 formed in the footrest groove 12.

Since the washing water is accumulated in the water receiving groove 122 formed in the scaffolding groove 12 when supplying the washing water, the sole can be washed by the washing water accommodated in the water receiving groove 122 without continuously supplying water. .

In addition, the water receiving groove 122 is because the corner portion scratches the sole, it is possible to remove the sole keratin also in the water receiving groove 122 in addition to the projection (40).

On the other hand, as shown in (b) of Figure 5, when the heel moves the foot backward, the heel contact portion 13 is elastically pushed back to remove the keratin of the heel by the projection 40. Thereafter, the keratin of the heel is removed again while the foot is moved forward by the elastic restoring force of the heel contact portion 13.

At the same time, the keratin of the foot can be removed by the protrusion 40 provided on the inside of the foot cover 20. At this time, the upper part of the foot cover 20 is formed with a plurality of through-holes 21 can be continuously supplied with the washing water can be washed by supplying the washing water containing soapy water after exfoliation.

In addition, the foot cover 20 is in close contact with the side of the foot as well as the foot, it is possible to remove the keratin of the side of the foot.

" 형상을 갖는 유선형의 돌출부(30)에 의해 안내되어 발가락 사이가 벌어지면서 돌출부(30)에 형성된 돌기(40)를 통해 각질이 제거된다.In addition, as shown in Figure 5 (b), moving the foot forward, while the toes are exposed to one side of the foot cover 20 "

The keratin is removed through the protrusion 40 formed in the protrusion 30 while being guided by the streamlined protrusion 30 having the shape of “toe”.

That is, four protrusions 30 are disposed between each of the toes. When the feet are moved forward (one side), the keratin is removed between the toes while the toes are separated by the planetary protrusions 30.

As such, the foot clean device of the present invention moves the foot forward and backward without using hands to remove the dead skin of the entire foot (foot sole, instep, between the toes, and the heel) by friction, and at the same time, supplies water and washing liquid to carry out subsequent work. Of course, during exfoliation can also implement a massage function throughout the foot.

6 is a perspective view of a foot clean device according to a third embodiment of the present invention, and FIG. 7 is a plan view of FIG. 6.

As shown in Figs. 6 and 7, the second embodiment includes the first embodiment.

The foot clean device 100 of the second embodiment is formed in the scaffolding body 10 in a pair of left / right pairs of scaffolding grooves 12 so as to be able to exfoliate both feet at the same time.

And the size and arrangement of each protrusion 30 formed in each of the footrest grooves 12 has a structure corresponding to the interval between the toes of the human body and the end between the toes.

" 형상을 갖는 유선형을 취하지만, 그 크기는 엄지발가락과 검지발가락 사이에 배치되는 돌출부(30)가 가장 크고, 약지발가락과 소지발가락의 사이에 배치되는 돌출부(30)의 크기는 가장 작은 구조이다.Wherein each of the protrusions 30 is the same as the first embodiment.

"Take a streamlined shape, but the size of the protrusion 30 disposed between the big toe and index toe is the largest, the size of the protrusion 30 disposed between the toe and the small toe is the smallest structure. .

In addition, the left / right arrangement interval of each of the protrusions 30 has a shape in which the arrangement interval is narrowed toward the small toe direction.

In addition, the front and rear arrangement interval of each of the protrusions 30, the protrusions disposed between the toe and the small toe is disposed at the rearmost (the other side), the protrusions disposed between the index toe and the middle toe ( 30 is a structure disposed at the most front (one side).

The size and arrangement of each of the protrusions 30 is configured to correspond to the end of the toes between the toes and the toes of the human body so as to smoothly enter the protrusions 30, the interval between the toes are different, all the toes.

Although the present invention has been described in connection with the above-mentioned preferred embodiments, various other modifications and variations may be made without departing from the spirit and scope of the present invention. Accordingly, it is intended that the appended claims cover such modifications and variations as fall within the true scope of the present invention.

10: scaffolding body 11: cuban 12: scaffolding groove
121: embossing 122: water receiving groove
123: through hole 13: heel contact
20: Foot cover 21: Through hole
30: protrusion
40: turning 41: brush
100: Foot Clean Device

Claims (9)

Scaffolding body 10; And
Arched foot cover 20 formed on the footrest body to cover the foot; including;
Foot cleaning device, characterized in that it further comprises a brush (41) or protrusions (40) formed on the scaffold body (10) and the foot cover (20) to wash the feet and to exfoliate the foot by friction.
Footrest foot-shaped footrest groove 12 is formed, the footrest body 10 having a heel contact portion 13 is protruded upward in the heel shape on the other side of the footrest groove 12;
Foot cover 20 in the shape of an arch formed of the footrest body 10 to cover the foot seated in the footrest groove 12;
A protrusion 30 protruding upward from one side of the footrest groove 12 so as to be guided between the toes exposed to one side of the foot cover 20; And
Including a plurality of brushes 41 or protrusions 40 formed in the footrest grooves 12, the foot cover 20, and the heel contacting portion 13 so that the foot is washed and the dead skin is removed by friction. It's done,
The protruding portion 30 is a foot clean device, characterized in that the width of the other side facing between the toes gradually become smaller than one side so as to be guided between the toes to enter.
The method of claim 1,
The scaffolding body is a foot clean device, characterized in that the edge is curved downward to facilitate water drainage.
3. The method according to claim 1 or 2,
Foot scaffolding device is characterized in that the back of the scaffold body 10 is further formed with a plurality of cubang (11) to prevent slipping.
The method of claim 2,
The footrest groove 12 is a foot clean device, characterized in that it further comprises an embossing (121) to acupressure and massage the sole of the foot.
6. The method according to claim 2 or 5,
Foot scaffolding device 12, characterized in that the water receiving groove 122 is formed with a predetermined interval in the width direction so as to accommodate the washing water to be washed.
3. The method according to claim 1 or 2,
The foot cover device 20, characterized in that the plurality of through-holes 21 are further formed.
The method of claim 2,
The scaffold groove 12 is a foot clean device, characterized in that formed in the scaffold body (10) in a pair of left / right.
The method of claim 8,
The size and arrangement of the protrusions 30 is characterized in that the foot clean device, characterized in that corresponding to the interval between the toes and the end of the toes of the human body.

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