KR102325203B1 - Correction tools set for toenails - Google Patents

Abstract

The present invention relates to a correcting tool for toenails capable of conveniently correcting toenails having a modified shape by a simple tool by conveniently binding a pair of correction wires mounted in the toenails with a binding wire and a binding vibrating tool. The correcting tool for toenails according to the present invention conveniently corrects the toenails having the modified shape by the simple tool. Since the correcting wire provides an excellent correcting effect with a wide area to which a toenail correcting unit to be touched to the toenails by integrally combining a front correcting unit and a back correcting unit by the binding vibrating unit as a structure of arranging two rows. In addition, since the present invention uses the correcting wires and the binding wire as a wire for correcting a set of teeth to maximally reduce an area touched to upper surfaces of the toenails, a user cannot feel different in a state of wearing shoes. In particular, the present invention increases the correcting effect by maximally preventing foreign substances from a gap between the toenails and the correcting wires when correcting the toenails and cleanly managing the toenails. The present invention can conveniently correct the toenails by conveniently binding the wire by an operation of an on/off switch of the binding vibrating tool.

Description

Toenails {Correction tools set for toenails}

The present invention relates to an orthodontic appliance for toenails, and more specifically, a toenail having a deformed shape by a simple tool by simply binding a pair of orthodontic wires mounted on the toenail using a binding wire and a binding electric tool. It relates to an orthodontic appliance for toenails, characterized in that it can be conveniently corrected.

Toenails are a hard material that covers the tip of the toes to protect the toes, and grows to protect the toes. However, as people walk in shoes to protect their feet, when the lining of the shoe presses on the toenail, the toenail cannot grow forward and grow diagonally to the side, and both ends of the toenail dig into the flesh, causing pain. It occurs or is clogged with flesh, so it does not grow naturally and grows in a curved shape.

If the toenail grows deformed like this, especially when the toe is worn, the toe is pressed by the inner skin of the shoe, which intensifies the pain. even throw it away

Therefore, various toenail correction devices for correcting the deformed toenails as described above have been developed and applied for a patent.

Patent Document 1 relates to an ingrown toenail corrector, and as shown in FIG. 1 , the body 110 is bent oppositely with a horizontal portion 114 of a predetermined shape therebetween and opposed bent portions 116a and 116b and for hooking. As a complex structure composed of the bent portions 112a and 112b, there is a problem in that it is not possible to wear shoes when correcting the toenails.

Patent Document 2 is a nail corrector, and unlike the ingrown toenail corrector of Patent Document 1, it has a simple structure as shown in FIG. It relates to a nail corrector that is pressed to make contact with the inside of the nail 50 by pressing it curved toward, but the corrector is not uniformly arranged on the upper surface of the nail, but is partially arranged on one side, so the correction effect is low as well as the nail (50) ), there was a problem in that it was difficult to adjust both ends of the orthodontic appliance pushed in to curve inward to correspond to the curved surface of the deformed toenail to be corrected.

Domestic Registered Patent Publication No. 10-1659219 (Announced on September 22, 2016) Ingrown toenail corrector Domestic Patent Publication No. 10-2011-0118701 (published on October 31, 2011) Ingrown nail correction tool

The present invention is a method for improving the problems as described above, by simply binding a pair of orthodontic wires mounted on the toenails using a binding wire and a binding electric tool, thereby reducing the shape deformed by a simple tool. An object of the present invention is to provide an orthodontic appliance for toenails that can conveniently correct the toenails.

And since the present invention has a structure in which the front orthodontic part and the rear correction part of the orthodontic wire are integrally combined by the binding electric tool and arranged in two rows, the area in contact with the toenail is wide when the corrective part for the toenail is mounted on the upper surface of the deformed toenail. Therefore, it is another task to provide an orthodontic appliance for toenails with excellent correction effect.

In addition, the present invention uses the orthodontic wire used in dentistry as a material for the orthodontic wire and the binding wire, so that the contact area with the upper surface of the toenail can be reduced as much as possible, so that you can not feel the sense of alienation in the state of wearing shoes. Another task is to provide a corrective device for toenails that can improve the corrective effect while keeping the toenails clean by preventing foreign substances from being caught between the toenails and the orthodontic wire as much as possible during the correction of the toenails.

In addition, the present invention is the on/off switch of the power tool for binding by hooking the rotary ring of the power tool for bundling to the ring for bundling the wire for binding through the straightening ring of the orthodontic wire and then rotating to bind the wire for bundling. Another task is to provide an orthodontic appliance for toenails that can be corrected by conveniently binding the wire by the operation of the .

A pair of orthodontic appliances for toenails according to a preferred embodiment of the present invention is a pair of first orthodontic wires 100 ′ and second orthodontic wires 100 ″ mounted on the upper surface of the toenails 400 spaced apart from each other by a predetermined distance. a wire for orthodontic treatment (100); A power tool for binding ( 300);

The orthodontic wire 100 is a structure arranged in two rows, and consists of a front orthodontic member 100a, and a rear orthodontic member 100b that extends integrally to the front orthodontic member 100a and is symmetrically disposed do it with

And the anterior correction member (100a), the anterior correction ring (110a), and the anterior correction part (120a) extending to the front correction ring (110a) to form a curved surface of the convex (凸) shape, and, the front It is characterized in that it is extended to the correction part (120a) and consists of a hooking bent part 130 for hanging on the lower surface of the side of the toenail (400).

The rear correction member 100b is extended integrally to the hooking bent portion 130 of the front correction member 100a to form a convex curved surface symmetrically to the front correction unit 120a. (120b) and the rear correction portion (120b) extending to the front correction ring (110a) and characterized in that it consists of a posterior correction ring (110b) formed symmetrically.

The binding wire 200 includes a first binding ring 210a formed at one end; a binding wire part 220 extending from the first binding ring; and a second binding ring (210b) extending from the binding wire part and formed at the other end.

The power tool 300 for binding is, the hook 311 is integrally coupled to the upper end of the rotating shaft 311 so as to be detachable in the detachable slit 321 formed on the motor shaft 325 provided inside the body 320. rotating ring 310; and a body 320 provided with a detachable slit 321 and a power switch 322 on which the rotating shaft 311 is detachably formed.

The correction mechanism for toenails according to the present invention can conveniently correct toenails having a deformed shape by a simple tool, and the orthodontic wire has two rows of straightening wires in which the front correction unit and the rear correction unit are integrally coupled by a power tool for binding. Since the structure is arranged, the correction effect for the toenail is excellent because the area in contact with the toenail is wide when the correction part for the toenail is installed on the upper surface of the deformed toenail.

And, the present invention uses orthodontic wire used in dentistry as a material for orthodontic wire and binding wire, so that the area in contact with the upper surface of the toenail can be reduced as much as possible, so that you cannot feel a sense of heterogeneity in the state of wearing shoes, In particular, during toenail correction, it is possible to prevent foreign substances from being caught between the toenail and the orthodontic wire as much as possible, so that the toenail can be kept clean and the correction effect can be enhanced. It has the effect that it can be conveniently corrected by binding it.

1 is a view showing a state in which the ingrown toenail corrector of Patent Document 1, which is a prior art, is applied to an ingrown toenail.
2 is a view showing a state in which the ingrown nail correction tool of Patent Document 2, which is a prior art, is applied to the ingrown toenail.
Figure 3 is a view showing a corrective device for toenails according to a preferred embodiment of the present invention.
Figure 4 is a view showing a plane of the orthodontic wire shown in Figure 3;
5 is a view showing a side of the orthodontic wire shown in FIG.
Figure 6 is an enlarged view of the rotary power tool shown in Figure 3;
7 is a view showing a state in which the orthodontic wire is attached to the rice saw.
8 to 11 are views for explaining a process of strengthening the binding force while twisting the orthodontic wire using a tightening wire and a rotating electric tool.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail based on the accompanying drawings. And, only the technical configuration related to the present invention has been briefly illustrated or described.

The term 'correction device for toenails' as described in the specification of the present invention may be applied to the correction of nails as well as correction of toenails.

As shown in FIG. 3 , the orthodontic appliance for toenails according to a preferred embodiment of the present invention includes a pair of orthodontic wires 100 , a binding wire 200 and a binding power tool 300 .

For reference, Figure 3 attached to the specification of the present invention is a view showing an orthodontic appliance for toenails according to the present invention, Figure 3 (a) is a pair of orthodontic wires 100, Figure 3 (b) is for binding Wire 200, Figure 3 (c) shows the power tool 300 for binding, respectively.

Hereinafter, the orthodontic appliance for toenails according to the present invention will be described in detail with reference to FIGS. 3 to 11 attached to the present specification as follows.

As shown in Figures 3 (a) and 7, the orthodontic wire 100 is a first orthodontic wire 100' and a second orthodontic wire 100 ″) fixed on the upper surface of the toenail 400 . Install at a distance apart.

The binding wire 200 has a structure as shown in FIG. 3(b), and as shown in FIG. 8, the spacing between the first straightening wire 100 ′ and the second straightening wire 100 ″. It is used for binding to narrow.

The power tool 300 for binding has a structure as shown in Fig. 3(c), and as shown in Figs. 9 and 10, a binding ring formed at the left and right ends of the binding wire 200 ( It is a mechanism for binding by rotating the left and right parts of the binding wire 200 by hooking the binding ring 310 to the 210).

The orthodontic appliance for toenails according to the present invention is preferably made of orthodontic wire having excellent mechanical properties and elasticity using the orthodontic wire 100 and the binding wire 200 in dentistry.

The orthodontic wire includes a stainless steel wire (SS wire), a Ni-ti wire (Ni-ti wire), a titanium molybdenum alloy wire (TMA wire), and it is preferable to select and use a wire of an appropriate material in the orthodontic step .

Since the stainless steel wire (SS wire) is a hard wire, it has high mechanical properties and strength, and has almost no elasticity.

Ni-ti wire (Ni-ti wire) is a shape memory alloy wire, it does not bend well even when bent, and it is a wire used for leveling at the initial stage of calibration because it has a strong tendency to return to its original shape due to its strong elasticity.

In addition, the titanium molybdenum alloy wire (TMA wire) is a material having properties intermediate to that of a stainless steel wire (SS wire) and a Ni-ti wire (Ni-ti wire), and is a material for use in the last stage or part of calibration am.

The correction device for toenails according to the present invention uses a wire-type correction means to reduce the area in contact with the upper surface of the toenails 400 as much as possible. It is characterized by preventing foreign substances from being caught between the toenail and the orthodontic wire as much as possible when correcting the toenail, thereby improving the correction effect while keeping the toenail clean.

Hereinafter, the orthodontic wire 100, the binding wire 200, and the binding electric tool 300 of the orthodontic appliance for toenails according to the present invention will be described in detail as follows.

The orthodontic wire 100 is a structure in which the plane is arranged in two rows as shown in FIG. 4, and the front orthodontic member 100a and the front orthodontic member 100a are integrally extended and symmetrically disposed. member 100b.

In addition, the side structure of the orthodontic wire 100, as shown in FIGS. 4 and 5, consists of a straightening ring 110, a straightening unit 120, and a hooking bending part 130, and the hooking The bent portion 130 preferably has a shape corresponding to the shape of the upper surface of the toenail 400 and is formed in a shape that forms a gentle curved surface in the upper direction.

And, the front orthodontic member 100a, the front orthodontic ring 110a, and the front orthodontic portion 120a extending to the front orthodontic ring 110a to form a convex curved surface, and the It extends to the front correction part (120a) and consists of a hooking bent part 130 for hanging on the lower surface of the toenail 400 side.

In addition, the rear correction member (100b) is extended integrally to the bending portion 130 for the locking of the front correction member (100a) to symmetrically to the front correction unit (120a) is formed with a convex (凸) curved surface is formed rear The orthodontic part 120b and the rear correction part 120b are extended to the front correction ring 110a and formed symmetrically with the rear correction ring 110b.

Therefore, in the present invention, the orthodontic wire 200 is a front straightening part 120a and a rear straightening part 120b, which are formed with a convex curved surface, are integrally coupled by a power tool for binding and are arranged in two rows. Due to its structure, when it is installed on the upper surface of the deformed toenail, the corrective part for the toenail has a large area in contact with the toenail, so the correction effect is excellent.

And, the binding wire 200, as shown in Figure 3 (b), a first binding ring (210a) formed at one end; a binding wire part 220 extending from the first binding ring; and a second binding ring 210b extending from the binding wire part and formed at the other end.

In addition, as shown in FIGS. 3 ( c ) and 6 , the power tool 300 for binding has a structure similar to that of a conventional power tool for nail polishing, and a motor shaft 325 provided inside the body 320 . a rotary ring 310 in which a hook 311 is integrally coupled to the upper end of the rotary shaft 311 so as to be detachable within the detachable slit 321 formed in; and a body 320 provided with a detachable slit 321 and a power switch 322 on which the rotating shaft 311 is detachably formed.

That is, the power tool 300 for binding is the upper end of the motor shaft 325 so that the rotation shaft 311 of the rotation ring 310 can be detachably coupled to the motor shaft 325 provided in the body 320 . A detachable slit 321 is formed therein, a binding spring 326 is installed on its outer circumferential surface, and the rotating shaft 311 of the rotating ring 310 can be detachably inserted into the detachable slit 321 . That is, when the rotating shaft 311 is inserted into the detachable slit 321, the inner diameter of the binding spring 326 is enlarged, so that the rotating shaft 311 can be elastically inserted into the detachable slit 321, and the rotating shaft 311 ) after being completely inserted into the removable slit 321, the inner diameter of the binding spring 326 is restored to be elastically supported so as not to fall out from the removable slit 321.

A small motor (not shown in the drawing) capable of forward and reverse rotation of the motor shaft 325 is installed inside the body 320 of the power tool 300 for binding, and is connected to the power switch 322 to apply power. The rotation of the motor shaft 325 is operated.

As the power for operating the power tool 300 for binding, it is possible to select AC power or DC power.

On the other hand, the power tool 300 for binding is built in the body 320, the rotation direction and rotation of the motor shaft 325 by the operation of the rotation direction switching switch and the rotation speed control unit connected to the PCB board, which is a means not shown in the drawing. You can also adjust the speed appropriately.

Hereinafter, the process of correcting the toenail having a deformed shape using the corrective device for toenails according to the present invention will be described in detail with reference to FIGS. 7 and 8 to 11 as follows.

First, the first orthodontic wire 100' and the second orthodontic wire 100" are, as shown in FIGS. 7 and 8, the first orthodontic wire so as to be spaced apart on the toenail 400 by a predetermined interval. (100') and the second bending portion 130 for the hooking of the orthodontic wire 100" hangs on the lower part of both sides of the toenail 400 as shown in FIG. 7(b), respectively.

And, as shown in Figure 9, for binding to the front orthodontic ring 110a and the rear orthodontic ring 110b respectively formed on the first orthodontic wire 100' and the second orthodontic wire 100" The wire part 220 for binding of the wire 200 is fastened, and the hook 311 of the power tool 300 for binding is hung on the binding rings 210a and 210b of the wire 200 for binding.

Subsequently, as shown in FIG. 10 , when power is applied using the power switch 322 mounted on the power tool 300 for binding, the motor shaft 325 rotates, and a detachable slit formed on the motor shaft 325 . The rotating ring 310 to which the hook 311 mounted in the 321 is coupled is interlocked and rotated for binding while the first binding ring 210a and the second binding ring 210b of the binding wire 200 rotate while rotating The wire part 220 is bound and the front orthodontic ring 110a and the rear orthodontic ring 100b of the first orthodontic wire 100' and the second orthodontic wire 100" connected thereto are also interlocked and bound while The first orthodontic wire 100' and the second orthodontic wire 100" are in close contact with the front orthodontic portion 120a and the rear orthodontic portion 120b in which the convex-shaped curved surface is formed.

And the first straightening wire 100 ' and the second straightening wire 100" of the front correction part 120a and the rear correction part 120b are fixed to the upper surface of the toenail 400, and then in FIG. As shown, in the binding part of the binding wire part 220, an appropriate position where the binding part is not released is cut using a cutter.

The process of mounting the first orthodontic wire 100 ′ and the second orthodontic wire 100 ″ to the toenail 400 is completed through the process as described above, and then after an appropriate period of time, in the above again The toenails are corrected through the same process as described.

Therefore, the orthodontic appliance for toenails according to the present invention simply binds a pair of orthodontic wires 100 mounted on the toenails 400 using the binding wires 200 and the binding electric tools 300, There is an effect that can conveniently correct the toenail having a shape deformed by the tool.

As described above, the corrective device for toenails according to a preferred embodiment of the present invention has been described above and illustrated in the drawings, but this is merely an example and various changes and changes within the scope not departing from the technical spirit of the present invention It will be appreciated by those skilled in the art that modifications are possible.

100: calibration wire 100 ': first calibration wire
100": second calibration wire 200: binding wire
300: power tool for binding 400: claw
100a: front correcting member 100b: rear correcting member
110a: ring for anterior correction 120a: anterior correction unit
130: bending part for hooking
110b: posterior correction ring 120b: posterior correction unit
210a: first binding ring 210b: second binding ring
220: wire for binding 310: rotating ring
311: axis of rotation 312: hook
320: body 321: removable slit
322: power switch 325: motor shaft
326: binding spring

Claims (6)

As a structure in which the first orthodontic wire 100' and the second orthodontic wire 100" are mounted at a predetermined interval on the upper surface of the toenail 400, the front orthodontic member 100a and the front orthodontic member ( 100a) is integrally extended and made of a structure arranged in two rows by the rear correction member 100b that is symmetrically arranged,
The front orthodontic member 100a, the front orthodontic ring 110a, and the anterior orthodontic ring 110a extend to the convex (凸) shape of a structure arranged and mounted in 2 rows, the front orthodontic member 100a ) and a rear correction member (100b) extending integrally and symmetrically disposed on the front correction member (100a),
The anterior correction member 100a, the anterior correction ring 110a, and the anterior correction unit 120a extending to the anterior correction ring 110a to form a convex curved surface, and the anterior bridge It extends to the top 120a and consists of a hooking bent part 130 for hanging on the lower surface of the claw 400 side,
The rear correction member 100b is extended integrally with the bending portion 130 for the locking of the front correction member 100a to form a convex curved surface symmetrically to the front correction unit 120a. A pair of orthodontic wires 100 consisting of a front orthodontic ring 110b that is extended to the top 120b and the rear orthodontic unit 120b and is formed symmetrically with the front orthodontic ring 110a;
The first orthodontic wire 100' and the second orthodontic wire 100" for binding by narrowing the spacing between the binding wires 200;
A power tool for binding ( 300);
Correction device for toenails, characterized in that it comprises a.
delete delete delete According to claim 1,
The binding wire 200,
A first binding ring formed at one end (210a);
a binding wire part 220 extending from the first binding ring; and
a second binding ring (210b) extending from the binding wire part and formed at the other end;
Corrective device for toenails, characterized in that it comprises a.
According to claim 1,
The power tool 300 for binding,
a rotating ring 310 in which a hook 311 is integrally coupled to the upper end of the rotating shaft 311 so as to be detachable within a detachable slit 321 formed on the motor shaft 325 provided in the body 320; and
a body 320 provided with a detachable slit 321 and a power switch 322 on which the rotating shaft 311 is detachably formed;
Correction device for toenails, characterized in that it comprises a.

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