KR102004719B1 - UV curing apparatus for nails - Google Patents

Abstract

The present invention relates to a nail ultraviolet curing device for a finger binding type, which is capable of reducing the entire nail art procedure time. The nail ultraviolet curing device comprises: a finger fastener (100) formed in a clamp structure; an LED module (200) equipped with an ultraviolet LED (210); an on/off switch (300) formed for an on/off operation of the ultraviolet LED (210); a battery for supplying power to the LED module (200); and a power charging means (400) for charging the battery.

Description

[0001] The present invention relates to a UV curing apparatus for nails,

The present invention relates to an ultraviolet curing apparatus for a finger binding nail for curing a nail coating material such as nail polish coated on a nail through ultraviolet ray irradiation using an ultraviolet lamp.

Recently popular nail arts have traditionally preferred to apply gel-type manicures or pedicures to nails and claws rather than just nail polish or pedicure.

If the duration of normal manicure is one week, it can last up to 3 weeks in case of gel type. Generally, manicure is easy to occur and dirty, but gel type does not easily develop.

In the drying method, the conventional manicure is dried in the air, whereas the gel-type manicure is different in that it is cured using ultraviolet rays by using a UV gel (Ultra Violet Gel).

In order to cure the above-mentioned UV gel, a separate ultraviolet ray curing machine is required. Usually, in a shop such as a nail shop, an ultraviolet ray curing machine for gel nail using an ultraviolet lamp having a size such that five fingers or feet can be introduced To cure gel-type manicure or pedicure.

Accordingly, although a technique for a miniaturized UV curing machine for gel nails has been studied, satisfactory results are not obtained in terms of portability and ease of use.

As a conventional portable ultraviolet ray curing device, Patent Registration No. 1220132 and Utility Model Publication No. 2016-0000978 are filed and registered.

The above-mentioned Patent Registration No. 1220132 and Utility Model Laid-Open No. 2016-0000978 are miniaturized portable hardeners that can be portable, and thus can be used without being flogged in place, and are easy to handle.

However, it is difficult to say that ultraviolet light can be intensively irradiated to the fingernails due to its structure. Therefore, it is possible to damage the skin rather than the hardening object during the curing process. Usually, the skin is blackened, It also causes pain and discomfort. In addition, since the ultraviolet rays are exposed to the outside, there is a problem that the visual acuity of the practitioner or the subject can be damaged by the ultraviolet light, and sometimes the headache and dizziness are caused.

In addition, since the nail art used for manicure or the brush with pedicure and gel type nail polish is exposed to ultraviolet rays, it hardens or damages the product, so that the product is broken, and after the hardening is completed, And the inconvenience that can not be. A problem may arise in which the client can not obtain a satisfactory result in terms of time.

Moreover, the biggest problem is that it takes a lot of time, which starts with the principle of gel nails. Unlike normal manicure, gel type manicure does not harden even when exposed to air. Moreover, since it flows well because it is a liquid type, it touches the skin next to the nail, and it seems that it keeps a certain time when drawing an art picture such as a certain figure or a pattern, but it gradually mixes with the feeling giving gradation gradually over time, .

In order to overcome the failure of the procedure, one finger is slowly cured from the order of light color gradually after finishing the art of one finger. (See FIG. 1, Curing time is usually 30 seconds to 3 minutes.

However, conventionally, since five fingers are cured at one time, the art can not be performed or effectively performed. Even if only one finger is cured, the gel product itself such as a brush or a gel container, The procedure was completely impossible due to breakage. Also, even if the finger is pulled out to the outside in the middle during the baking for 10 to 20 seconds, the air inside the nail is burnt and becomes rugged.

As a result, you can not pull your hands out during hardening, so you have to wait 30 seconds to 3 minutes for curing to complete each time you cure, and that will waste a lot of time and energy. Furthermore, if the practitioner concentrates on conversation with a client who is a sick person, a mistake will occur in the art procedure, and the stress and burden that the sick person can not imagine will increase in the case of the practitioner.

Furthermore, although gel nail has the maximum sustaining power for 3 weeks, it is more expensive because of the high price, and if you correct the mistake to improve the perfection, a considerable amount of time will be spent and time will be wasted, And the next reservation was pushed away.

Therefore, there is a disadvantage in that the above-described techniques have a drawback in that the curing machine must be continuously held by holding the curing device with the finger and irradiating ultraviolet rays directly to the nail. In case of hardening by ultraviolet irradiation, And the efficiency is lowered.

Patent Registration No. 1220132 (2013.01.03, Portable Functional Ultraviolet Curing Device) Published Utility Model Publication No. 2016-0000978 (Feb. 25, 2016, portable gel nail curing machine)

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and an object of the present invention is to provide a hand held finger tying device, In the process, the nail polish, the pedicure and the brush are not exposed to the ultraviolet light to prevent the damage of the product. In addition, it is possible to perform other fingers while one finger is cured, thereby shortening the curing time, Which is capable of shortening the time and reducing the wasting of the physician and the physician.

In addition, the present invention provides a finger-binding nail ultraviolet curing machine capable of minimizing or preventing skin damage that may occur during the curing process by intensively irradiating ultraviolet rays only to the fingernail, There is.

Further, the present invention provides an ultraviolet curing apparatus for a finger-binding type nail which can prevent visual damage to an operator and a subject by ultraviolet light by being used in a state in which an external exposure of ultraviolet rays is interrupted by being engaged with a finger I have to.

In addition, the present invention can alleviate the stress of the practitioner such as pressure, anxiety, and reservation on the perfection of the art procedure due to the complaints of the physician and the worry about the jungle, and the relationship between the practitioner and the physician And an object of the present invention is to provide an ultraviolet curing device for a finger-binding nail capable of improving the adhesion.

In order to attain the above object, the present invention provides a finger-binding type nail curing machine comprising a finger support piece on which a finger of a subject is raised and a finger cover piece provided on an upper portion of the finger support piece to cover the finger, A finger binding port 100 formed in a tongue structure such that the finger support portion and the other side of the finger cover portion are hinged to each other such that the finger inlet 101 is opened or closed; An ultraviolet LED 210 which is provided at an inner upper portion of the finger binders 100 and is spaced apart from the upper side of the nail so as not to contact the nail of the person who is to be nursed and irradiates ultraviolet rays onto the nail surface of the finger drawn through the finger inlet 101 A light emitting diode module 200; Off switch 300 formed on one side of the outer circumferential surface of the finger binders 100 for on / off operation of the ultraviolet LED 210; A battery for supplying power to the LED module 200, and a power charging means 400 for charging the battery, wherein the finger cover piece has an inner side The finger binding port 100 is formed in a shape of '∩' in cross section so as to cover both sides and upper sides of a finger drawn into the space, so that the finger is not exposed to the outside. And a contact member 600 is formed on the upper surface of the finger binding member 100 to form a spacing space between the inner surface of the finger cover member and the finger while being moved downward by the elastic force of the elastic means. And a lead-in space adjusting piece 500 is provided so as to be in close contact with the upper surface of the finger drawn in by the finger-in opening 101 and the lead-in space of the finger- .

As an embodiment of the finger binding member 100, a finger supporting piece 110 is provided on the upper surface of the finger supporting piece 110 to support the finger supporting piece 110, A finger cover piece 120 having a cross section formed in a shape of '∩' so as to cover the upper side of the finger placed on the finger support piece 110 and the other side of which is coupled to the other side of the finger support piece 110 by a hinge shaft 130, And a torsion spring 140 installed on the finger support piece 110 to provide an elastic force so that the one finger insertion port 101 of the finger cover piece 120 is pinched.

delete

According to the finger binding nail type curing unit constructed as described above, since it is structured so as to be easily and quickly inserted into fingers, it is easy to use and is easy to handle, and is smaller in volume than a conventional product and light in weight , Especially during hardening Gel nail treatment is possible (it is possible to apply nail art to other fingers during the process of curing of gel nail by putting it on one finger), so there is no need for unnecessary waiting due to hardening. It is possible to reduce the physical strength of the practitioner and the physician.

In addition, since ultraviolet rays can be intensively irradiated only to the fingernail, it is possible to prevent the skin damage which may occur during the hardening process to the utmost, and further, the external exposure of the ultraviolet rays is blocked, thereby preventing damage to the eyes of the operator and the subject And it is possible to prevent deterioration of quality such as hardening or damage in a short time due to the fact that a tool such as a manicure, a pedicure and a brush is not exposed to ultraviolet rays.

1 is a perspective view of an ultraviolet curing apparatus for a nail according to the present invention,
Fig. 2 is a sectional view of Fig. 1,
FIG. 3 is a state of use of the ultraviolet curing apparatus for nails according to the present invention,
FIG. 4 is a perspective view of an ultraviolet curing apparatus for a nail according to another embodiment of the finger binding suture according to the present invention,
FIG. 5A is a longitudinal sectional view of an ultraviolet curing apparatus for a nail provided with a lead-
FIG. 5B is a cross-sectional view of an ultraviolet curing unit for a nail provided with a lead-
Fig. 6 is a use state of the nail UV curing apparatus of Fig. 5A,
FIG. 7 is a sectional view showing a UV curing apparatus for a nail provided with a foamed molded member according to the present invention,
Fig. 8 is a use state of the nail UV curing apparatus of Fig. 7,
FIG. 9 is a view showing a charging unit according to the present invention,
FIG. 10 is a view showing a finger binding port provided with a power supply terminal according to the present invention,
11 is a view showing an ultraviolet curing apparatus for a nail which is controlled by a controller according to the present invention.

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, an ultraviolet curing apparatus for a finger binding nail according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

The finger-binding nail ultraviolet curing machine of the present invention can be used by putting it on fingers as well as fingers, and it is possible to sequentially cure only fingers or toes of the nail art.

In the following description, the finger is used for convenience of explanation.

In general, when applying nail art, the base coat is applied on the nail surface in the order of base coat-> nail polish (in the case of art) -> top coat order. After applying the base coat to the nail, However, in the case of applying gel-type manicure, it is preferable that the gel-type nail polish is not exposed to light in order to prevent the deterioration of the quality of the procedure.

Therefore, in the present invention, gel type manicure is applied to one finger or two fingers rather than a method of applying the gel type manicure to all the fingers and then finishing the procedure completely including curing, At the same time, since the ultraviolet light is shielded, an environment in which the brush can be used freely is naturally created, so that the art of gel nail can be performed simultaneously with curing.

Especially, when applying various designs on the surface after application of manicure or attaching artificial jewelry such as cubic zirconia, it becomes easier to harden after one finger operation. (In case of cubic zirconia, Also moved quickly)

Conventionally, since the entire finger has to be put in the hardening machine, it is impossible to perform manicure of other fingers during hardening, and since the hardening of the fingernail can not be intensively performed, it takes about 30 seconds to 3 minutes (it takes up to 3 minutes for hard gel, However, according to the present invention, it is possible to perform manicure of other fingers during curing due to the structure used by being put on the fingers. As the nails of the fingers of the fingers can be intensively cured, Curing is possible in about 20 seconds.

1 to 3, the ultraviolet curing apparatus for a finger binding nail according to the present invention comprises a finger binding port 100 having a finger inlet 101 formed on one side thereof for drawing a finger of a subject, An LED module 200 provided on an inner upper side of the finger 100 and equipped with an ultraviolet LED 210 for irradiating ultraviolet rays onto fingernails of fingers drawn through the finger inlet 101, Off switch 300 formed on one side of the outer circumferential surface of the finger binders 100 for on / off operation of the LED module 200, a battery for supplying power to the LED module 200, and a power charging means 400).

The finger binders 100 are formed as a claw structure and are hinged to each other so as to be opened or closed so that the finger of the person to be squeezed can be engaged or disengaged with the finger inlet 101.
As will be described later, the finger binders 100 are provided with finger support pieces 110 and 150 on which the fingers of a person to be treated are raised and held, and finger covers 110 and 150 provided on the upper parts of the finger support pieces 110 and 150, And the other end of the finger cover is hinged to the other end of the finger cover, and the other end of the finger insertion port 101 Is formed.

In use, a practitioner opens the finger insertion port 101 and inserts the finger into the finger binding port 100 by inserting the finger into the finger of the subject, so that the finger insertion port 101 is pinched so that the finger is not pulled out. .
1 to 3, 6, and 8, the finger cover pieces 120 and 160 are formed in a shape of '∩' in cross section, and in a state where the finger binding hole 100 is closed The upper side of the finger drawn into the inner space is wrapped on both sides, of course, so that the finger is not exposed to the outside.
Since the finger cover piece is formed in the shape of '∩', the finger is effectively covered and covered so that the light irradiated from the ultraviolet LED does not leak to the outside but is concentrated on the fingernail. In the course of the procedure, the nail polish, The tool of the present invention is not exposed to the ultraviolet light, so that the damage of the product can be prevented.

The LED module 200 is configured to irradiate ultraviolet rays onto the fingernail of the subject who is brought into the finger binders 100 to cure the on / off switch 300. The on / off switch 300 is a switch for controlling on / off operation of the LED module And the power supply charging means 400 is configured to supply power to the LED module. The LED module 200, the on-off switch 300, and the power charging means 400 can use a known configuration .

However, in the present invention, the LED module 200 is installed inside the finger joint 100 so as to block ultraviolet rays from being exposed to the outside, so that it is possible to prevent visual acuity damage of the practitioner and the patient, At the same time, the product can be protected.

As described above, the present invention is a curing apparatus in which the nail polish is cured by binding each finger with the finger binders 100, rather than a conventional curing apparatus in which the entire finger is inserted and cured.

A diffusion lens 220 may be installed on the front side of the ultraviolet LED 210 of the LED module 200 to diffuse the ultraviolet light emitted from the ultraviolet LED 210. This is because the space of the LED module 200 including the ultraviolet LEDs installed therein is limited due to the small volume of the finger binding holes, so that one or two ultraviolet LEDs may be installed. Therefore, even if the number of ultraviolet LEDs is small, the ultraviolet rays emitted from the ultraviolet LED can be effectively diffused by the diffusion lens, so that the nail varnish coated on the nail can be cured.

Since the ultraviolet curing apparatus of the present invention as described above binds one finger and hardens it, it is possible to carry out a manicuring operation of another finger such as a finger or the like during curing by binding one finger, for example, a thumb, And external exposure of the ultraviolet rays is blocked, thereby protecting the eyesight as well as protecting the skin from being damaged, and preventing the nail polish from hardening and deterioration of the quality of tools such as brushes.

In this case, the UV curing machine for nails according to the present invention can be used by putting it into one finger or by using two fingers in each case. In this case, the finger binders 100 , Two fingers inlets 101 are formed and fingers are inserted into the fingers of each finger.

Meanwhile, the finger binders 100 are formed in a clamping structure, and the shape thereof can be embodied in various forms. As shown in FIG. 2, the torsion spring 140 may be provided as a first embodiment of the present invention. The torsion spring 140 may be formed of a conventional torsion spring structure in which the finger insertion port 101 is formed by the elastic force of the torsion spring.

A finger support piece 110 provided on the upper side of the finger support piece 110 and having a cross section so as to cover the upper side of the finger put on the finger support piece 110; A finger cover piece 120 formed on the hinge shaft 130 and having the other end connected to the other side of the finger support piece 110 by a hinge shaft 130, And a torsion spring 140 for providing an elastic force so that the one finger insertion port 101 of the finger cover piece 120 is pinched.

The reason why the finger cover piece 120 is formed in the shape of "∩" is that the finger of the subject can be effectively covered and covered while stably supporting the finger of the person to be treated with the finger support piece 110 as described above .

The finger binding member 100 having the structure of the first embodiment is configured such that the operator presses the other side of the finger support piece 100 and the finger cover piece 120 and rotates about the hinge axis 130 The finger holding portion 100 and the finger cover piece 120 are pinched by the elastic force of the torsion spring 140 and the finger Thereby binding the fingers drawn into the inlet 101.

Further, as shown in Fig. 4 as a second embodiment, it is possible to cause the formed portion of the finger inlet 101 to be wedged or opened in a latching manner without using a torsion spring.

Specifically, a finger support piece 150 having a 'U' shape in cross section so that the finger of the subject can be supported on one side of the upper surface and hinge protrusions 151 on both sides of the finger support piece 150, And a finger fixing hole 161 is formed on the other side of the finger fixing protrusion 151 so that the hinge protrusion 151 is inserted into the finger fixing hole 161. [ A finger protrusion 160 formed on an outer surface of one side of the finger support piece 150 and an engagement protrusion 170 formed on an outer surface of the finger cover piece 160 to form the finger insertion port 101, And a plurality of engaging grooves 180 formed on inner surfaces of one side of the engaging grooves 180.

The finger binding instrument 100 having the structure of the second embodiment is configured such that the operator releases the engagement between the engagement protrusion 170 and the engagement groove 180 to release one side of the finger support piece 100 and the finger cover piece 120 The finger cover piece 120 is pivoted downward so that the locking protrusion 170 is caught in the locking groove 180 so that the finger insertion port 101 To adjust the inner diameter of the finger binding port 100 to bind the finger binding port 100 to the finger.

In the second embodiment, a difference in inner diameter occurs in the finger inlet 101 depending on the engagement position of the engagement groove 180 in which the engagement protrusion 170 is engaged.

As in the first and second embodiments described above, the other side of the finger binders 100 is hinged, so that the one side opening space is opened or closed by the pivoting operation, so that the inner diameter of the finger inlet 101 However, since the other side is hinged, when the finger is rotated within a predetermined angle to bind the finger, the nail of the finger inserted into the finger may come into contact with the upper side of the finger binding hole 100.

5A and 6, an insertion space adjusting piece 500, which is elastically moved downward by the elastic force of the elastic means, may be installed on the upper side of the finger binding opening 100 . The reason why the insertion space adjusting piece 500 is provided is that it can be used irrespective of the thickness of the fingers depending on the thickness of the fingers for each individual patient, In order to prevent the finger binding hole 100 from being flowed and to maintain a stable binding state while the finger binding hole 100 is not provided, The nail may be brought into contact with the nail, but the spacing space with the LED module is formed by installing the insertion space adjusting member, thereby making it possible to secure the irradiation space of the ultraviolet ray while eliminating the possibility of contact.

7 and 8, a contact member 600 may be provided on the inner circumferential surface of one side of the finger binders 100 so as to be in close contact with the upper surface of the finger drawn through the finger inlet 101 .
8, only one side of the upper surface of the finger is brought into contact with the contact member, the other upper surface of the finger is separated from the inner surface of the finger cover member so as not to be in contact with the inner surface of the finger cover member, So that a space is formed between the LEDs.
Due to the formation of the spacing space, the ultraviolet LED is prevented from contacting the nail surface.

As an example of the contact member 600, the finger member 100 may be foam-molded so as to be in contact with the surface of the finger while being contracted by the pressure of the finger binding member 100. For example, a memory foam may be used .

As an embodiment of the power charging means 400 for charging the battery that supplies power to the LED module 200, a connection (not shown) provided on the outer surface of the finger coupling 100 and connected to the built- A terminal 410 and a plurality of seating grooves 421 in which a part of the finger binders 100 are inserted and fixed are formed on one side of the inner surface of the seating groove 421, And a charging unit 420 having a charging terminal 422 for charging the battery.

Accordingly, power is charged through the connection terminal contacting the charging terminal, and the LED module 200 can be turned on using the charged power.

10, a power supply terminal 430 is provided on the outer surface of the finger binding member 100, and a power jack 435 is inserted into the power supply terminal 430 to directly supply power, So that the LED module 200 is turned on.

On the other hand, the ON / OFF operation of the LED module installed in the finger binders 100 of the present invention can be remotely controlled. To this end, the finger bonding tool 100 is provided with a Bluetooth module and a controller 440 for transmitting a control signal for turning on / off the LED module 200 through communication with the Bluetooth module.

The controller 440 may be a separately manufactured radio controller or a portable terminal such as a smart phone. When a portable terminal is used as a controller, an application provided by a curing machine manufacturing company of the present invention can be executed to perform an on / off operation of a finger binding opening. An ID is assigned to the finger binding opening to separately control each finger binding opening .

Therefore, even if the operator does not operate the on / off switch manually while the finger binding unit 100 is engaged with the finger of the patient, the controller 440 can control the operation of the LED module 200 of the finger binding unit 100, It is possible to perform the ON operation.

In the present invention, since ultraviolet rays can be projected on a side edge of the finger binders 100 in a state in which they are sandwiched between the fingers of a subject and fingers, the light blocking film Is preferably provided.

According to the present invention having the structure as described above, since it is structured to be fitted to the finger of a patient, other fingers can be used during curing, thereby shortening the overall nail art procedure time, It is a useful invention that protects the eyes as well as protects the skin.

100: finger binding sphere 101: finger inlet
110, 150: finger support piece 120, 160: finger cover piece
130: Hinge shaft 140: Torsion spring
151: hinge projection 161: projection fixing hole
170: engaging projection 180: engaging groove
200: LED module
210: ultraviolet LED 220: diffuse lens
300: On-off switch 400: Power supply means
410: connection terminal 420:
421: seating groove 422: charging terminal
430: power supply terminal 435: power supply jack
440: Controller 500: Inlet space control unit
550: elastic means 600: tight contact member

Claims (8)

And a finger cover piece provided on the upper portion of the finger support piece for covering the finger. The finger support portion is formed so that the finger insertion port 101 formed on one side is opened or closed, A finger coupling 100 formed in a clamp structure in which the other sides of the finger are hinged to each other;
An ultraviolet LED 210 which is provided at an inner upper portion of the finger binders 100 and is spaced apart from the upper side of the nail so as not to contact the nail of the person who is to be nursed and irradiates ultraviolet rays onto the nail surface of the finger drawn through the finger inlet 101 A light emitting diode module 200;
Off switch 300 formed on one side of the outer circumferential surface of the finger binders 100 for on / off operation of the ultraviolet LED 210;
A battery for supplying power to the LED module 200 and a power charging means 400 for charging the battery,
The finger cover piece is formed in a shape of a cross section so as to surround both sides and the upper side of a finger which is drawn into the inner space in a state where the finger binding hole 100 is clogged and the finger is not exposed to the outside,
A contact member 600 is provided on one inner circumferential surface of the finger binders 100 to closely contact the upper surface of the finger drawn through the finger inlet 101 and form a space between the inner surface of the finger cover and the fingers.
The upper end of the finger binders 100 is moved downward by the elastic force of the elastic means to adjust the insertion space of the finger insertion opening 101 and to be in close contact with the upper surface of the finger drawn in by the finger insertion opening 101, (500) is provided on the surface of the nail.
The method according to claim 1,
The finger binding unit 100 includes a finger supporting piece 110 on which a finger of the subject is raised and supported on one side of the upper surface of the finger supporting piece 110, A finger cover piece 120 which is coupled to the other side by a hinge shaft 130 and a finger insertion port 101 provided on the hinge shaft 130 and one finger inlet 101 of the finger support piece 110 and the finger cover piece 120 And a torsion spring (140) for providing an elastic force so as to be pulled out.
The method according to claim 1,
The finger binding unit 100 includes a finger support piece 150 having a section having a 'U' shape and having hinge protrusions 151 formed on both sides thereof so as to be supported on one side of the upper surface of the finger, A finger cover piece 160 provided at an upper portion of the finger 150 and having a protrusion fixing hole 161 for fixing the hinge protrusion 151 to be fixed to both sides thereof, And a plurality of engaging grooves 180 formed on the inner surfaces of the finger cover pieces 160 on both sides of the finger cover piece 160 so as to be engaged with the engaging protrusions 170, For ultraviolet curing of finger nail type.
delete The method according to claim 1,
Wherein the tightening member (600) is formed by foam molding so as to be contracted by a pressure that the finger binding port (100) is to be pinched in a state of being in tight contact with the surface of the finger drawn through the finger inlet (101) UV curing machine for nails.
The method according to claim 1,
The power charging means 400 includes a connection terminal 410 formed on the outer surface of the finger coupling member 100 and connected to a built-in battery, a seat on which a part of the finger coupling hole 100 is inserted, And a charging part 420 having a plurality of grooves 421 formed at one side of the inner surface of the seating groove 421 and connected to the connection terminal 410 and provided with a charging terminal 422 for charging the battery through power supply The ultraviolet curing machine for nail with finger binding type characterized by.
The method according to claim 6,
And a power supply terminal 430 connected to the LED module 200 to directly supply power to the finger binding member 100 through a power jack 435 is provided on the outer surface of the finger binding member 100. [ UV curing machine.
The method according to claim 1,
A Bluetooth module is installed in the finger binders 100,
And a controller (440) for transmitting a control signal for turning on / off the LED module (200) through communication with the Bluetooth module.

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