WO2020235896A1

WO2020235896A1 - Ring type nail curing machine

Info

Publication number: WO2020235896A1
Application number: PCT/KR2020/006473
Authority: WO
Inventors: 이연아
Original assignee: Lee Yeona
Priority date: 2019-05-17
Filing date: 2020-05-18
Publication date: 2020-11-26

Abstract

The present invention relates to a ring type nail curing machine which effectively cures nail coating materials such as gel type nail polish applied to a nail, by intensively irradiating the nail with ultraviolet rays while being worn on a finger of a person receiving a manicure.

Description

Ring type nail hardener

The present invention relates to a ring-type nail curing machine, and to a ring-type nail curing machine that effectively cures a nail coating material such as a gel-type nail polish applied to the nails by intensively irradiating the nails with ultraviolet rays while being bound to the finger of a person to be treated. .

Recently, the popular nail art prefers to apply gel-type manicure or pedicure to nails and toenails rather than simply manicure or pedicure.

If the lasting power of a typical manicure is one week, the gel type can last up to 3 weeks on average, and the gel type has the advantage that gloss does not occur easily, whereas the general manicure easily generates and becomes dirty.

Even in the drying method, in the case of a general manicure, it is a method of drying in the air, whereas a gel-type manicure differs in that it is cured using ultraviolet rays as a UV gel is used.

In order to cure the above UV gel, a separate UV curing machine is required, and in general, shops such as nail shops use UV curing machines for gel nails using UV lamps having a size that can accommodate all five fingers or feet. The gel-type manicure or pedicure is cured.

As described above, since the conventional method is to cure all five fingers at once, a gel-type manicure is applied to all five fingers and then curing is performed.

However, in the case of gel-type manicure, unlike ordinary manicures, it does not harden when exposed to the air, and because it flows well because it is a liquid type, it flows out soon and comes into contact with the skin next to the nail. There was a problem that the picture became indistinct as it gradually blended like giving a gradation.

In order to overcome the failure of such a procedure, after finishing the art of one finger, one by one is slowly hardened in the order of light color (this procedure is included in the nail national examination process, and the test is being taken as an absolute evaluation). Usually takes 30 seconds up to 3 minutes.

However, since conventional UV curing machines cure all five fingers at once, art treatments cannot be performed or are not effective. As UV rays are irradiated with all fingers inserted, the skin around the fingernails and the back of the finger There were problems such as damage to the skin by exposure to ultraviolet rays.

Therefore, the treatment is performed by a method of hardening by treating one finger at a time instead of all five fingers.In this case, since hardening is required by one finger at a time, it is necessary to wait until hardening is completed for 30 seconds to 3 minutes. It consumes time and stamina. Moreover, if the operator concentrates on the conversation with the customer who is the person being treated, mistakes will occur during the art procedure, and from the operator's point of view, the stress and burden that the person being treated cannot imagine increases.

On the other hand, in recent years, technology for a miniaturized UV curing device for gel nails has been researched, for example, Korean Patent Registration No. 1220132, Korean Patent Publication No. 10-2013-0060099, and Korean Utility Model Publication No. 2016-0000978. have.

Patent Registration No. 1220132 and Utility Model Publication No. 2016-0000978 are portable miniaturized curing machines, and as they are portable, they can be used without being placed in a place and are easy to handle.

However, the above techniques are unreasonable to say that ultraviolet light can be intensively irradiated only on the nails due to their structure, and accordingly, during the curing process, the skin not to be cured may be damaged. Usually, the skin burns black, and the skin is irritated by heat. It can cause soreness and pain. In addition, since ultraviolet rays are exposed to the outside, there is a problem in that the vision of the operator or the person being treated may be damaged by ultraviolet light, and even headache and dizziness may be caused.

In addition, as the above techniques are a method of directly irradiating ultraviolet rays onto the nails of the person to be treated while the operator or the person to be treated is holding the curing device, as well as the inconvenience of having to continue holding the curing device, shaking occurs. There were problems such as deterioration of the quality as well as re-treatment due to the inability to constantly irradiate UV rays on the location.

In addition, during hardening of one finger, there is a problem in that the efficiency is not good, such as an increase in operation time due to difficulty in nail art treatment of another finger.

Patent Publication No. 10-2013-0060099 is a technology in which an opening/closing cover is provided in a main body housing, and a finger is inserted inside through the opening of the opening/closing cover to harden it.

However, since the above patent is used while being placed on the upper surface of a table, etc., the movement of the person to be treated is restricted during the curing operation, so it is inconvenient to use by having to remain seated in the chair for the curing time. Even with a structure that can be used, there is a problem that is cumbersome or inconvenient to use because it is somewhat unreasonable to harden all fingers one by one due to the relatively large volume.

The present invention was invented to solve the above problems, and it is used in a state bound to the finger as well as a structure in which the cover is rotated, so nail art treatment and hardening work are possible while being bound to the finger. The goal is to provide a ring-type nail curing machine that is convenient for use as the person to be treated can move during the process.

In addition, the present invention is to provide a ring-type nail curing machine that can be used conveniently without discomfort even when the volume is relatively small and bound to each of all fingers, as well as a relatively small volume while curing one finger. .

The problem solving means of the present invention for achieving the above object includes: a finger binding portion 10 formed of an elastic piece having a ring shape or partially cut to be used by directly fitting one finger of the operator to be treated; A cover (20) for covering the fingernail with a predetermined distance apart from the upper side of the fingernail in a state in which one end portion is coupled to the upper side of the finger binding unit 10 and provided horizontally; Ultraviolet rays including an ultraviolet LED 31 installed on the other side of the cover 20 facing the nail of the patient to irradiate ultraviolet rays to the nail surface, and a controller board 32 on which the ultraviolet LED 31 is mounted Irradiation unit 30; A power supply means (40) installed on one side of the finger binding unit (10) or on one side of the cover (20) to supply power to the ultraviolet irradiation unit (30); Consisting of a manipulation button 50 installed on the finger binding unit 10 or the cover 20 to turn on and off the ultraviolet LED 31, the cover 20 includes the finger binding unit 10 The upper one side and one end of the cover 20 are coupled to the hinge shaft 25 or the middle portion of the cover 20 is coupled to the hinge shaft 25 to rotate the hinge upward, so that the finger fastening part 10 is It is configured to perform nail art treatment and hardening work through the rotational motion of the cover 20 in the inserted state.

At this time, it is preferable that a support part 60 is formed at one lower part of the cover 20 so as to support the cover 20 while being supported on the upper surface of the finger in a state where the finger binding part 10 is inserted and bound to the finger of the person to be treated.

According to the ring-type nail curing machine of the present invention having the above configuration, it is easy to handle because it has a structure that is simple to use and fits on the finger. In particular, nail art treatment and hardening work through rotation of the cover while being bound to the finger As it can be performed, there is an effect that can increase convenience in use for both the operator and the person to be treated.

In addition, it is possible to perform nail art treatment on another finger at the same time as the hardening operation (it is possible to perform nail art on another finger during the hardening process of the gel nail by binding to one finger), so there is no need for unnecessary waiting during hardening. The nail art treatment time can be significantly shortened, as well as the effect of reducing the physical waste of the practitioner and the practitioner.

In addition, since ultraviolet rays can be irradiated intensively only on the nails, the curing time can be shortened and satisfactory quality can be obtained, as well as the effect of preventing damage to the skin around the nails and fingers that may occur during the curing process as much as possible.

1 is a perspective view of a ring-type nail curing machine according to the present invention,

Figure 2 is a side cross-sectional view of the ring-type nail curing machine according to the present invention,

3 is a front view of a ring-shaped nail curing machine bound to a finger according to the present invention,

Figure 4 is a hinge rotation state of the cover according to the present invention,

5 is a state diagram showing a cover made to receive power through an electrode according to the present invention,

Figure 6 is a perspective view showing a ring-type nail curing machine charged by the charging jack according to the present invention.

Hereinafter, a ring-type nail curing machine according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

As shown in the drawings, the ring-type nail curing machine according to the present invention is configured in a ring shape as in the name, and is a curing machine that is used by being inserted into each finger of a person to be treated.

In the state that the cover 20 is rotated upward in the state of being bound to the finger, nail art is applied to the nail of the finger, and then the cover 20 can be restored to its original position and immediately cured. Even when drawing a design or attaching an artificial gem such as a cubic, it can be hardened in a short time without the artificial gem falling down.

Conventionally, since the entire finger had to be put into the curing machine, manicure treatment of other fingers was not possible during curing. In particular, it was not possible to harden the nails intensively, so about 30 seconds to 3 minutes (up to 3 minutes in case of hard gel, depending on product properties) It takes a different time to cure), but in the present invention, it is possible to perform manicure treatment of other fingers during curing, as it is a structure that is used by being inserted into each finger. There is an advantage that it can be cured within 30 seconds as it can be.

The ring-type nail curing machine of the present invention is horizontal to cover the upper side of the nail while being spaced a predetermined distance from the person's nail on the upper one side of the finger binding unit 10 and the upper side of the finger binding unit 10 that are inserted and bound to the finger of the person to be treated. The cover 20 is formed of, and the UV LED 31 is installed on the lower surface of the cover 20 facing the nail of the person to be treated to irradiate UV light to the surface of the nail of the person to be treated, and the control board on which the UV LED 31 is mounted An ultraviolet irradiation unit 30 including 32, a power supply unit 40 installed on one side of the finger binding unit 10 or the cover 20 to supply power to the ultraviolet irradiation unit 30, and the It consists of a manipulation button 50 installed on the finger binding unit 10 or the cover 20 to turn on and off the ultraviolet LED 31.

The finger binding part 10 is a part that is inserted into the finger and is bound, and is formed in a ring shape or as an elastic piece provided so that a part of the ring is cut open as shown in the attached drawing, and is opened by an elastic force and the inner diameter is increased. Can be.

The finger binding portion 10 is formed to be opened by an elastic force so that the inner diameter can be adjusted, so that even if the thickness of the fingers of the person to be treated is different, it can be effectively bound.

When the finger binding portion 10 is formed in a ring shape, it is preferable to form a material such as rubber so as to provide an elastic force by itself, and when a part is formed to be cut, it may be formed of a resin material other than rubber.

The cover 20 is coupled to the upper one side of the finger binding unit 10 to be formed horizontally, and can be formed to have a length of approximately 3 to 4 cm, and may be spaced a predetermined distance from the nail and the upper side of the finger of the patient. It will have to be equipped.

Such a cover 20 may be formed integrally by molding together when molding the finger binding portion 10, or may be formed in a separate type to be separated and coupled.

At this time, the cover 20 has one end portion coupled to the upper one side of the finger coupling portion 10 and the hinge shaft 25, or the middle portion of the cover 20 is coupled to the hinge shaft 25 to move upward. It may be provided to be hinged.

FIG. 4 is a view configured to rotate the other side of the cover 20 on which the UV LED is installed so that the middle portion of the cover is provided to rotate with a hinge axis.

Since the cover 20 is provided to rotate, it is possible to perform a nail art treatment operation and a curing operation in a state in which the curing machine is bound to the finger.

Before nail art treatment, the cover 20 should be rotated upward, and after nail art treatment such as gel nail manicure application in this state, the cover rotated upwards and then rotated downward to restore it to its original position, and then irradiated with ultraviolet rays. It is possible to perform hardening work.

Therefore, it is possible to facilitate the hardening work as well as the nail art treatment work, and there is an advantage in that the treatment work can be performed conveniently and conveniently because nail art treatment can be performed while the hardener is bound to the finger.

The ultraviolet irradiation unit 30 is composed of an ultraviolet LED 31 and a controller plate 32 on which the ultraviolet LED is mounted, as known.

One or more of the UV LEDs 31 are installed on the lower surface of the cover 20 facing the person's nails. As they are provided for curing the gel nails, they are essentially provided at a certain distance from the nails and applied to the nails. Avoid contact with old gel nails and artificial gems.

As the UV LED 31 is provided at a certain distance from the nail, a distance for the diffusion of the emitted UV rays is secured, so that even a small number of UV LEDs irradiate sufficient UV rays to the entire surface of the patient's nails, the gel nail You can harden your nail polish.

The power supply means 40 is provided to supply power by circuit connection with the controller board, and may be installed by forming a separate space on one side of the finger binding unit 10 or the cover 20.

As an example of the power supply means 40, a battery, a storage battery, a mercury battery, etc. can be used.In the case of the present invention, since the size must be relatively small as it is bound to a finger, it is preferable to use a mercury battery. It will have to be provided while being wrapped by a cover means such as a cover or silicone so as not to be exposed.

When the power supply means is used as a storage battery capable of charging and discharging, a charging terminal 41 may be formed on one side of the cover 20 so that a charging jack 45 can be inserted for charging the storage battery.

Of course, although not shown, the charging terminal 41 may not be formed in a form in which the charging jack 45 is inserted, but may be formed in an electrode form to be charged by contacting an electrode of a separately manufactured dedicated charger.

The operation button 50 is provided to control the on-off operation of the ultraviolet irradiation unit, specifically, the on-off operation of the ultraviolet LED 31, and is configured to include an operation button 51 as shown in the accompanying drawings. By operating the UV LED can be turned on or off.

At this time, the UV LED 31 is turned on to be controlled by a signal set in advance. For example, it can be controlled to be operated by blinking 2 to 3 times with an ON operation signal and then ON operation for several tens of seconds or repeatedly lighting and blinking for several seconds.

At this time, heat is generated due to the ON operation of the UV LED. In order to prevent failure due to damage or damage caused by such heat generation, the circuit can be configured to automatically turn off when a preset condition is satisfied. have.

That is, when the UV LED is turned on and the temperature of the control panel 32 is higher than or equal to a set temperature, or when the UV LED is turned on for a set time, it can be controlled to be turned off.

By turning off the UV LED 31, it is possible to increase the curing quality by adjusting the curing temperature of the nail polish, and limiting the temperature increase of the control panel 32 to control the UV LED that may be generated due to heat generation. It is possible to prevent damage or breakage of the substrate.

The nail curing machine of the present invention configured as described above rotates the cover 20 of the curing machine inserted in the finger in a state that is inserted like a ring on the finger of the person to be treated, and then rotates the cover 20 upward, and then performs nail art such as gel nails and artificial jewelry. After the art treatment, the cover 20 is restored to its original position, and the operation button 50 is turned on to proceed with the curing operation.

As the nail curing machine of the present invention can perform nail art treatments one by one finger, it is possible to perform nail art treatments on the other finger among hardening work on one finger, and accordingly, there is an advantage that the nail art treatment can be completed in a shorter time.

In particular, as the gel nail polish can be cured immediately after application, the treatment can be performed without dripping of the nail polish, thereby improving the treatment quality.

Here, a detection sensor 55 is installed on the lower surface of the cover 20 to detect the distance between the upper surface of the finger or the surface of the fingernail and transmit the detection information to the control panel 32, and the control panel 32 A circuit may be configured to turn on or off the UV LED 31 according to the detection information received from the detection sensor 55.

That is, when the UV LED is not manually turned on and off through the manipulation of the operation button 50, and when the original position is restored by the downward rotation of the cover 20, a finger and a fingernail are detected by the detection sensor 55 The UV LED is turned on by generating a control signal so that the UV LED is automatically turned on.

At this time, the ultraviolet irradiation unit 30 may be configured to receive power by being connected to the power supply unit 40 by wire or to receive power through an electrode as shown in FIG. 5.

That is, the power supply means 40 is provided on a lower surface of one side of the cover 20 adjacent to the finger fastening unit 10, and the amount of the cover 20 connected by the hinge shaft 25 facing each other A first electrode 26 and a second electrode 27 are provided on the sidewalls, respectively.

The first electrode 26 is provided to be connected to the control plate 32, the second electrode 27 is provided to be connected to the power supply means 40, and the ultraviolet light part 30 is When a part of the installed cover 20 is lowered and rotated and restored to its original state horizontally, the first electrode 26 and the second electrode 27 contact each other and the electrodes are connected to power the controller board from the power supply means. It is made to be supplied.

When a part of the cover 20 is rotated upward, power supply is cut off, and when a part of the cover 20 is rotated downward and restored, power is supplied.

In this case, it is preferable that the cover 20 is formed to be curved so that the cross section has an arc shape so as to correspond to the upper part of the finger and the nail of the person to be treated.

Therefore, by preventing the light emitted from the UV LED 31 from being irradiated or exposed to the outside through the side, it is possible to prevent damage to eyesight or skin damage to adjacent fingers that may occur when exposed to the UV rays.

In addition, as the cover 20 is provided on one side of the finger binding unit 10 at a certain distance from the upper surface of the finger, even if the finger binding unit 10 is bound to the finger, shaking may occur. There is a possibility that the other lower surface of the cover 20 comes into contact with the upper surface of the nail.

In order to solve this, by forming a support part 60 to be supported on the upper surface of the finger of the person to be treated at a lower part of one side of the cover 20 adjacent to the finger binding part 10, it is possible to prevent the cover 20 from shaking.

When the support part 60 is formed, a space may be formed therein to accommodate the power supply unit 40.

In addition, when the power supply means 40 is provided under one side of the cover 20, a support 60 may be provided on the lower surface of the power supply means 40, and the exposure of the power supply means 40 is prevented. In order to prevent it, a cover means such as silicone or rubber wrapped around may be replaced with the support part 60.

In the present invention, the control plate 32 may be formed in an arc shape or a'∧' shape in cross section, and may be provided with a flexible material to enable arc shape or bending.

At this time, there are 1 to 3 UV LEDs 31 installed, and if one is installed, they are installed in the center of the control board.

Of course, when two or more UV LEDs 31 are installed, they are preferably mounted to be provided on each of the left and right sides in the width direction of the bent controller plate 32 or mounted to be provided at the left and right sides and the center in the width direction of the control plate. something to do. This is to ensure that UV rays are evenly irradiated to the entire surface of the nail as the nail is formed by being convexly curved.

Here, a diffusion lens 35 may be installed on the front side of the UV LED 31 so that light emitted from the UV LED 31 is diffused and irradiated onto the nails.

This is because the area of the cover 20 is not wide and is provided quite close to the nail, so the installation space of the UV irradiation unit 30 including the UV LED installed on the lower surface of the cover is limited, and the number of UV LEDs is 1 to 3 It has to be installed. Therefore, even if the number of UV LEDs is small and the irradiation height is low, the installation of the diffusion lens diffuses the UV rays emitted from the UV LEDs so that the entire surface of the nails can be irradiated, thereby effectively curing the nail polish applied to the nails. It is for sake.

In addition, heat is generated due to the ON operation of the UV LED 31. To dissipate the heat, the controller plate 32 may be provided with a heat dissipation means such as a heat dissipation plate or a thermoelectric element.

In addition, the control board may be made of a heat-dissipating material to prevent or minimize heat generated from the UV LED 31 from being transferred to the control board, or an insulating layer may be formed on the surface of the control board to produce a substrate with high heat dissipation. .

Claims

Finger binding portion 10 formed of a ring-shaped or partially cut-out elastic piece to be used directly on one finger of the operator;

A cover (20) for covering the fingernail with a predetermined distance apart from the upper side of the fingernail in a state in which one end portion is coupled to the upper side of the finger binding unit 10 and provided horizontally;

Ultraviolet rays including an ultraviolet LED 31 installed on the other side of the cover 20 facing the nail of the patient to irradiate ultraviolet rays to the nail surface, and a controller board 32 on which the ultraviolet LED 31 is mounted Irradiation unit 30;

A power supply means (40) installed on one side of the finger binding unit (10) or on one side of the cover (20) to supply power to the ultraviolet irradiation unit (30);

Consists of; an operation button 50 installed on the finger binding unit 10 or the cover 20 to turn on and off the ultraviolet LED 31,

The cover 20, the upper one side and one end of the finger fastening portion 10 are coupled by a hinge shaft 25 or the middle portion of the cover 20 is coupled with a hinge shaft 25 to be hinged upwardly. A ring-shaped nail curing machine, characterized in that it is provided to be rotated, and configured to perform nail art treatment and hardening work through the rotational motion of the cover 20 in a state where the finger binding part 10 is inserted into the finger.
The method of claim 1,

A ring-shaped nail, characterized in that a support part 60 is formed at one lower part of the cover 20 so as to support the cover 20 while being supported on the upper surface of the finger in a state in which the finger binding part 10 is inserted and bound to the finger of the person to be treated. Curing machine.
The method according to claim 1 or 2,

The control plate 32 is a ring-shaped nail curing machine, characterized in that it is formed in an arc shape or made of a flexible material so that the center or left and right sides are bent at a certain angle.
The method according to claim 1 or 2,

A ring type nail curing machine, characterized in that a diffusion lens 35 is installed on the front side of the UV LED 31 so that the light emitted from the UV LED 31 is diffused and irradiated onto the nails.
The method according to claim 1 or 2,

The control plate 32 is provided with a heat dissipation means for heat dissipation, or a ring-shaped nail, characterized in that it is made of a heat-dissipating material or an insulating layer is formed on the surface so that heat generated from the UV LED 31 is not transferred to the control plate Curing machine.
The method according to claim 1 or 2,

Ring type nail curing machine, characterized in that a charging terminal 41 is formed at one side of the cover 20 to charge the power supply means 40 by inserting a charging jack 45.
The method according to claim 1 or 2,

A detection sensor 55 is installed on the lower surface of the cover 20 to detect the distance between the upper surface of the finger or the surface of the fingernail and transmit the detection information to the control plate 32,

The control plate (32) is a ring-shaped nail curing machine, characterized in that the circuit is configured to operate the on- or off-operation of the ultraviolet LED (31) according to the detection information received from the sensor (55).
The method of claim 1,

A first electrode 26 and a second electrode 27 are respectively installed on both sidewalls of the cover 20 connected by the hinge shaft 25 facing each other, and the first electrode 26 is the control plate ( 32), and the second electrode 27 is provided to be connected to the power supply means 40,

When a part of the cover 20 on which the UV light part 30 is installed is lowered and rotated to restore the original state horizontally, the first electrode 26 and the second electrode 27 contact each other, and the electrode is connected to the power supply. Ring type nail curing machine, characterized in that power is supplied to the control plate from the supply means.