WO2020209417A1

WO2020209417A1 - Rotary gel nail container storage case

Info

Publication number: WO2020209417A1
Application number: PCT/KR2019/004338
Authority: WO
Inventors: 윤경아
Original assignee: 윤경아
Priority date: 2019-04-11
Filing date: 2019-04-11
Publication date: 2020-10-15
Also published as: KR101988200B1

Abstract

The present invention provides a rotary gel nail container storage case comprising: container binding parts which have mounting plates so that gel nail containers are laid and mounted on the upper side thereof, and which have binding pieces provided on both sides of the mounting plate so as to be opened or closed in directions corresponding to each other, thereby binding the gel nail container at both sides thereof; a case main body of which the upper side is opened so as to be opened/closed by means of a cover, and in which the plurality of container binding parts are aligned at predetermined intervals and rotatably provided; a driving motor provided on one side of the inner part of the case main body so as to rotate the container binding parts; a heating element provided inside the mounting plate and/or the case main body so as to heat the gel nail container while being heated at a set temperature when the heating element is turned on; and a control part provided on one side surface of the case main body so as to control the on/off operations of the driving motor and the heating element, the driving time of the driving motor, and the temperature of the heating element.

Description

Rotating Gel Nail Container Storage Case

The present invention is a storage case for storing while rotating a container (gel nail container) containing a gel-type solution, and the solution in the container is hardened by rotating the container accommodated inside and heating the container to a set temperature. It relates to a rotating gel nail container storage case capable of preventing sediment from being generated in the container as well as preventing lumping or clumping.

Recently, as interest in nail or toenail beauty has increased, various methods such as removing cuticles, applying various colored enamels, bonding artificial nails to hands/toenails, or applying oils and lotions. I am managing my nails.

Solutions generally used for nail care include cleaning agents and nutrients, enamel solutions of various colors, and solutions containing shiny vinyl in a transparent solution.

Gel nails are made of a gel type, so they not only protect the outer surface of the nail, but also create beauty using a variety of colors and designs, which is gaining popularity with many people.

Conventionally, the gel nail container containing the gel nail solution had to be placed on the table as if it were displayed on the table, so the operator had to store each gel nail container in a separate storage box and take it out each time a nail is applied. There was discomfort, and there was a problem that the person to be treated was unpleasant due to the dirty table environment.

In addition, since the gel nail solution contained in the gel nail container is a state in which components having different specific gravity are mixed, the components are separated from each other over a certain period of time, and in the case of a solution in which two or more colors are mixed, Fig. 1 As shown in FIG. 2, there is a problem in that the color development power is decreased due to the separation of each color as shown in FIG.

In addition, since the gel nail solution is viscous, as the external temperature decreases, a problem occurs that cannot be used properly because it hardens or clumps together, and this problem is common not only in winter but also in the case of strong cooling in summer.

If you continue to use the gel nail solution in a state where the gel nail solution is not properly mixed, the mixing ratio of the ingredients is broken and the product is damaged and the product value decreases, and even if the nail is applied, the lasting power is weakened. There was a problem that the entire nail was separated from the nail or toenail.

Accordingly, most users had to shake the gel nail container several times before use so that the gel nail solutions were evenly mixed.

However, if the gel nail container is shaken each time it is used, there is a problem that the gel nail container is missed during the shaking process and damage and disturbing the surrounding environment.Because it has to be shaken at a fast and strong speed to mix well, it may cause strain on the wrist or shoulder. Etc. This caused the user to experience big and small inconveniences.

In addition, by shaking the gel nail container, the gel nail solution in a clustered or precipitated state may be mixed to some extent, but if the gel nail solution is already agglomerated or precipitated, the solution by shaking for a short time cannot be evenly mixed. Even if it did, there was a problem that the satisfaction level eventually fell.

The present invention is to solve the conventional problems as described above, it is possible to easily store a container containing a gel-type solution used for nail art treatments such as nails or toenails, and rotate the stored gel nail container. A rotating gel nail container storage case that can prevent the gel nail solution from sedimentation and formation of sediment from the gel nail solution according to the cooling process, and also prevents the gel nail solution from hardening or clumping in the gel nail container. To provide.

The configuration of the present invention to achieve the above object is provided with a seating plate 11 so that the gel nail container 1 containing the gel nail solution is laid on the upper side, and both sides of the seating plate 11 correspond to each other. A container binding unit 10 provided with binding pieces 15 that are provided to be opened or closed in a direction that binds the gel nail container 1 seated on the mounting plate 11 from both sides; The upper side is opened and opened and closed by the cover 21, and a predetermined accommodation space is formed therein so that a plurality of the container binding units 10 are arranged at regular intervals to be rotatably installed; A driving motor 30 coupled to an inner side of the case body 20 by a drive shaft with one end of the container fastening part 10 to rotate the container fastening part 10; A heating element 40 that is installed inside one or more of the seating plate 11 and the binding piece 15 to heat the gel nail container 1 while being heated at a set temperature during the ON operation; It consists of a control unit 50 installed on one side of the case body 20 to control the on-off operation of the driving motor 30 and the heating element 40, a driving time of the driving motor, and a temperature of the heating element.

Here, as an embodiment, guide rails 12 are formed on both inner sides of the mounting plate 11 to guide a part of the binding piece 15 drawn into the inside so that the binding piece 15 slides horizontally, , In the interior of the seating plate 11, a forward-reverse motor 60 is installed that is driven forward and backward by receiving a control signal from the control unit 50 and has a rotating shaft 61 having a gear formed on the surface thereof, and the binding piece 15 A movement guide that is gear-coupled with the rotation shaft 61 of the forward and reverse motor 60 on a part of the surface to guide the binding pieces 15 to be closed or open in a direction corresponding to each other by the forward and reverse driving of the forward and reverse motor 60 A gear 63 is formed, and a control button 70 for controlling the operation of the forward and reverse motor 60 is installed on the container binding unit 10 or the case body 20.

At this time, a detection sensor 75 is installed on the surface of the mounting plate 11 to sense the gel nail container 1 placed on the mounting plate surface for binding and transmit the detection signal to the control unit 50.

In addition, as another embodiment, guide rails 12 are formed on both inner sides of the seating plate 11 to guide a portion of the binding piece 15 drawn into the inside so that the binding piece 15 slides horizontally. , In the interior of the seating plate 11, a spring 65 is installed that is connected to each of the binding pieces 15 provided on both side surfaces to provide an elastic force so that the binding pieces 15 are closed in a direction corresponding to each other.

As described above, the rotating gel nail container storage case according to the present invention can be easily taken out and used when necessary after storing a container containing a gel-type solution during nail art treatment on a nail or toenail, and rotating the gel nail container during storage. By doing so, the gel nail solution is prevented from sedimentation in the gel nail container, and heat is applied to the gel nail container at a set temperature to prevent the gel nail solution from hardening or clumping.

1 is a photograph showing a state in which the gel nail solution contained in a conventional gel nail container is not properly mixed and thus the color development power is reduced.

2 is a photograph showing a state in which a conventional gel nail solution is precipitated in a gel nail container,

3 is a photograph showing a state in which a gel nail applied to a conventional nail is separated;

Figure 4 is an exploded perspective view showing a rotating gel nail container storage case according to an embodiment of the present invention,

5 is a cross-sectional view taken along line A-A of FIG. 4;

6 is a cross-sectional view taken along line B-B of FIG. 4;

7 is an excerpt showing the container binding unit rotated by the drive motor according to the present invention,

Figure 8 is a flat cross-sectional view of the container binding unit according to the present invention,

9 is a state diagram showing a binding piece that slides in an automatic manner according to the present invention;

10 is a state diagram of a gear coupling between a rotation shaft and a binding piece of a forward and reverse motor according to the present invention,

11 is a cross-sectional plan view of a container binding portion showing a binding piece that is sliding and moved in a manual manner according to the present invention,

Figure 12 is a state diagram in which the gel nail container is bound to the container binding unit according to the present invention.

Hereinafter, a rotating gel nail container storage case according to an embodiment of the present invention will be described in detail with reference to FIGS. 4 to 11.

The rotating gel nail container storage case according to the present invention has a certain accommodation space so that a plurality of container binding units 10 and container binding units 10 are arranged inside the gel nail container 1 containing the gel nail solution. For controlling the formed case body 20, the driving motor 30 for rotating the container binding unit 10, the heating element 40 for heating the gel nail container 1 by applying heat, the driving motor and the heating element It consists of a control unit 50.

The gel nail container 1 is a container containing a gel-type gel nail solution that is applied to nail art, and the container may have a rectangular, circular, elliptical, or polygonal shape like a commercially available container.

The container binding unit 10 is provided with a mounting plate 11 so as to lay the gel nail container 1 on the upper side and seat it, and both sides of the mounting plate 11 are opened or closed in a direction corresponding to each other. A binding piece 15 is provided.

The binding piece 15 binds the gel nail container 1 mounted on the mounting plate 11 from both sides, so that the gel nail container 1 is removed from the mounting plate 11 while the container binding portion 10 is rotated. It is provided to prevent separation.

At this time, it is preferable that the anti-slip member 16 is installed on the surfaces corresponding to each other of the binding pieces 15 to prevent slipping while the gel nail container 1 is bound.

Due to the installation of the slip preventing member 16, the bound gel nail container does not slip easily, so that the phenomenon of releasing the binding during rotation does not occur.

The binding piece 15 is provided to open or close in an automatic method or a manual method, and automatic and manual structures will be described later.

The container binding portion 10 is rotatably installed at both ends of the case body 20 through a bearing.

The case body 20 may be formed of a resin material that is resistant to temperature or may be formed of a metal material, and is formed in an approximately hexahedron.

The case body 20 has an upper side open as shown in the drawing, and the opened upper side is provided to be opened and closed by a cover 21, so that when the gel nail container is accommodated and stored therein, it is opened by the cover 21. The upper side is closed and the gel nail container is stored without being exposed to the outside.

A predetermined accommodation space is formed inside the case body 20, and a plurality of the container binding portions 10 are arranged at regular intervals in this accommodation space to be rotatably installed.

The case body 20 is provided with a power supply means such as a battery or a mercury battery to supply power to a driving motor, a heating element, and a control unit. Unlike this, a wire and a wire plug are installed in the case body to receive external commercial power. You can do it.

In addition, all or part of the case body 20 and the cover 21 may be formed of a transparent material so that the user can identify the gel nail container 10 stored therein.

The driving motor 30 is installed on one side of the case body 20 and is coupled to one end of the container binding unit 10 by a driving shaft to rotate the container binding unit 10.

Such a drive motor 30 may be installed by being directly coupled to one side of the case body or coupled to a separate bracket to prevent flow, and a reduction gear unit is installed on the drive shaft for deceleration to rotate the container binding unit in a decelerated state. Can be configured to

The heating element 40 is a configuration for heating the gel nail container 1 by applying heat, and may be installed on one or more of the mounting plate 11 and the case body 20, and controlled by the control unit 50 During ON operation according to the signal, heat is generated at the set temperature.

When installing the heating element 40 on the mounting plate 11, a separate space is formed inside the mounting plate, and when installed in the case body 20, it is installed on the bottom surface of the case body 20 or It may be installed by forming a space inside the case body.

At this time, an insulation material 22 is separately installed inside the case body 20 to block the heat radiated from the heating element 40 from being transferred to the outside of the case body 20 to prevent risk of burns to the user. It is desirable to do it.

The control unit 50 includes a PCB substrate installed on one side of the case body 20 and an operation unit installed to be exposed to the outer surface of the case body 20, and the driving motor 30 and the heating element 40 The on-off operation of the motor, driving time of the driving motor, and temperature of the heating element are controlled.

In order to supply power, drive the driving motor, and control the temperature of the heating element, a motor control unit 51 and a temperature control unit 52 formed of a plurality of buttons or dials are provided on one side of the case body 20 to be exposed to the outside. , At one side of the motor control unit and the temperature control unit, a display window 53 is formed to visually check the driving time and temperature.

As an example, in the drawing, the motor control unit 51 is formed of two buttons, and each button is configured to drive the driving motor for a preset time while power is supplied at the same time as the button is pressed.

The temperature control unit 52 is formed as a dial, and power is supplied to the heating element while rotating the dial in either right or left direction. At this time, the initial set temperature of the heating element should be set to be adjusted from the preset temperature (eg 40℃).

Looking at the operating state of the rotating gel nail container storage case of the present invention configured as described above,

To store the gel nail container inside the case body 20, after opening the cover 21, insert the gel nail container 1 into the container binding part 10 from the top and bind it, and then the case body 20 The opened upper side of the cover is covered with a cover (21).

Thereafter, when the driving motor is turned on by manipulating the motor control unit 51, the driving motor is driven, and the driving time of the driving motor is driven for a predetermined time. Of course, when the motor control unit is configured with a dial, the driving time of the driving motor can be adjusted through rotation of the dial.

Before or after the operation of the motor control unit, the temperature can be set by operating the temperature control unit 52 with a button or dial.

When the temperature control unit 52 is formed with a button, the heating element is heated at a preset temperature when the button is operated, and when it is formed with a dial, the heating element is turned on when rotating, and the user can arbitrarily adjust the rotation of the dial. You can set the temperature of the heating element.

When the driving motor 30 is driven by the operation of the motor operation unit, the container binding unit 10 is rotated at a set rotational speed, and the gel nail container bound to the container binding unit 10 is rotated.

Due to the rotation of the gel nail container, precipitation or agglomeration of the gel nail solution contained therein is prevented, and the gel nail solution is prevented from hardening as the heating element is heated at a set temperature.

On the other hand, in order to guide a part of the binding piece 15 so as to be easily slid in the horizontal direction, guide rails 12 are formed on both inner sides of the mounting plate 11.

At one end of the guide rail 12, a locking jaw 13 is formed so as not to escape from the mounting plate when the binding piece 15 is opened, and guided to the guide rail in a state inserted into the mounting plate 11 On both sides of one end portion of the binding piece 15 that is slidingly moved, locking protrusions 16 are formed so as to be caught on the locking jaws.

In the present invention, the binding piece 15 is provided to automatically slide or move manually.

8 to 10 are diagrams for explaining the moving structure of the binding piece of the automatic method, and referring to this, the moving structure of the binding piece of the automatic type will be described. The inside of the seating plate 11 includes the control unit 50 A forward and reverse motor 60 is installed that is driven forward and backward by receiving a control signal and has a rotation shaft 61 with a gear formed on the surface, and a rotation shaft 61 and a gear of the forward and reverse motor 60 are on a partial surface of the binding piece 15 It is combined to form a moving guide gear 63 for guiding the binding pieces 15 to be closed or open in a direction corresponding to each other by the forward and reverse driving of the forward and reverse motor 60.

In addition, a control button 70 for controlling the operation of the forward/reverse motor 60 is installed on the container binding unit 10 or the case body 20.

Therefore, by operating the control button 70 to drive the forward and reverse motor 60 in the forward and reverse direction, the binding piece 15 is opened and then closed, thereby performing the binding operation of the gel nail container.

Of course, when the bound gel nail container is unbound, pressing the control button allows the binding piece to be opened so that the gel nail container can be unbound.

At this time, since it may be cumbersome for the user to drive the forward and reverse motor 60 by pressing the control button 70, a separate sensor may be provided to enable the forward and reverse motor to be driven when the gel nail container is detected.

To this end, a detection sensor 75 is installed on the surface of the mounting plate 11 to sense the gel nail container 1 placed on the mounting plate surface and transmit the detection signal to the control unit 50. The detection sensor 75 may be an infrared sensor as an example.

At this time, the control unit 50, upon receiving the detection signal of the gel nail container 1 from the detection sensor, controls the forward/reverse motor 65 to operate in a reverse direction so that the binding pieces 15 open in a direction corresponding to each other. And, after a set period of time (approximately 1 to 3 seconds) has elapsed, the forward and reverse motor 65 is controlled to operate in the forward direction so that the opened binding pieces are closed in a direction corresponding to each other, and the gel nail container has been seated on the mounting plate 11. (1) is bound.

In this way, the forward and reverse motor and the moving guide gear are formed to be gear-coupled to the rotation shaft of the forward and reverse motor, so that the gel nail container can be easily fixed and unbound.

And, as a structure for moving the binding piece in a manual manner, as shown in Figure 11, the inside of the mounting plate 11 is connected to the binding pieces 15 provided on both sides, respectively, the binding pieces 15 A spring 65 that provides an elastic force to be closed in a direction corresponding to each other is installed so that the binding piece 15 can be kept in a closed state.

In the case of binding the gel nail container (1) in this state, the user directly applies pressure to spread the binding pieces (15) apart, and the gel nail container is brought into the space between them, and the opened binding pieces (15) By releasing the pressure applied to the gel nail container, the binding piece is closed by the elastic force of the spring (65).

Meanwhile, in the present invention, a partition plate 25 may be provided in the case body 20 so as to partition between the container binding portions 10 arranged. In this case, the partition plate 25 may be provided to accommodate the heating wire 26 generated by the supply power.

The heating wire 26 is provided to apply heat to the gel nail container 1 rotated while being bound to the container binding part 10.

The gel nail container, which is seated on the mounting plate 11 and the bottom surface is in close contact with each other and the two sides are bound by the binding piece 15, is open on the top surface of the gel nail container that is opened when the container binding unit rotates. It is to provide heat.

As described above, the gel nail container storage case of the present invention rotates the gel nail container accommodated in the case body and heats it to a set temperature, thereby preventing the solution contained in the container from hardening or clumping. It is a very useful invention that makes it possible to prevent the formation of precipitates.

Claims

A mounting plate 11 is provided to lay the gel nail container 1 containing the gel nail solution on the upper side and seat it, and both sides of the mounting plate 11 are provided to be opened or closed in a direction corresponding to each other. ) A container binding portion 10 provided with binding pieces 15 for binding the gel nail container 1 seated on both sides;

The upper side is opened and opened and closed by the cover 21, and a predetermined accommodation space is formed therein so that a plurality of the container binding units 10 are arranged at regular intervals to be rotatably installed;

A driving motor 30 coupled to an inner side of the case body 20 by a drive shaft with one end of the container fastening part 10 to rotate the container fastening part 10;

A heating element 40 that is installed inside one or more of the seating plate 11 and the case body 20 to heat the gel nail container 1 while being heated to a set temperature during the ON operation;

A control unit 50 installed on one side of the case body 20 to control an ON/OFF operation of the driving motor 30 and the heating element 40, a driving time of the driving motor, and a temperature of the heating element;

Rotating gel nail container storage case, characterized in that consisting of.
The method of claim 1,

Guide rails 12 are formed on both inner sides of the mounting plate 11 to guide a portion of the binding piece 15 drawn into the inside so that the binding piece 15 slides horizontally,

Inside the seating plate 11, a forward-reverse motor 60 is installed that is driven forward and backward by receiving a control signal from the control unit 50 and has a rotating shaft 61 with a gear formed on the surface thereof, and into the inside of the seating plate 11 On a partial surface of the inserted binding piece 15, the binding piece 15 is gear-coupled with the rotation shaft 61 of the forward and reverse motor 60, and the binding pieces 15 are driven in the forward and reverse direction of the forward and reverse motor 60 in a direction corresponding to each other. A moving guide gear 63 for guiding to be closed or open is formed,

A rotating gel nail container storage case, characterized in that a control button (70) for controlling the operation of the forward and reverse motor (60) is installed on the container binding unit (10) or the case body (20).
The method of claim 2,

A detection sensor 75 is installed on the surface of the mounting plate 11 to detect the gel nail container 1 placed on the mounting plate surface for binding and transmit the detection signal to the control unit 50,

When receiving the detection signal of the gel nail container 1, the controller 50 controls the forward and reverse motor 65 to operate in a reverse direction so that the binding pieces 15 open in a direction corresponding to each other, and the set time After the flow, the forward and reverse motor 65 is controlled to operate in a forward direction, so that the opened binding pieces are closed in a direction corresponding to each other to bind the gel nail container (1) seated on the mounting plate (11). Typical gel nail container storage case.
The method of claim 1,

Guide rails 12 are formed on both inner sides of the mounting plate 11 to guide one side of the binding piece 15 drawn into the inside so that the binding piece 15 slides horizontally,

In the interior of the seating plate 11, a spring 65 is installed which is connected to each of the binding pieces 15 provided on both sides to provide an elastic force so that the binding pieces 15 are closed in a direction corresponding to each other. Rotating gel nail container storage case.
The method of claim 1,

A rotating gel nail container storage case, characterized in that a slip preventing member (16) is installed on the surfaces corresponding to each other of the binding pieces (15) to prevent slipping of the gel nail container (1).
The method according to claim 1 or 2,

A partition plate 25 is provided inside the case body 20 so as to partition between the container binding portions 10 listed therein,

A rotating gel nail container storage case, characterized in that the partition plate (25) is provided with a heating wire (26) that generates heat by a supply power source.