KR102600600B1 - Device for stamping water-soluble film to skin - Google Patents

Abstract

A water-soluble film stamping device is disclosed. A probe capable of contacting the skin by attaching a water-soluble film: a heat/vibration generator capable of applying heat, vibration, or both to the probe; And a plurality of operation switches to control the power supply and cutoff of the heat/vibration generating unit are installed and a handle that the user can hold, so that the water-soluble film can be easily and conveniently attached to the desired area of the skin requiring care. there is.

Description

Water-soluble film stamping device {DEVICE FOR STAMPING WATER-SOLUBLE FILM TO SKIN}

The present invention relates to a water-soluble film stamping device, and more specifically, to a water-soluble film stamping device that can efficiently adhere to a desired area on the skin surface and promote absorption of active ingredients into the skin.

In general, polymer films are widely used not only in industrial fields such as fine chemicals and electronic materials, but also in household goods such as personal care products such as pharmaceuticals and cosmetics, and household goods.

Water-insoluble polymer films include poultice sheets or adhesive skin attachment sheets on which medicinal ingredients and active ingredients are laminated. At this time, the polymer-containing film forms a matrix and exhibits west-direction properties.

Water-soluble films are characterized by easily dissolving in water and not maintaining their shape. Films have been mainly manufactured using polymers such as alginate, hydroxypropyl methylcellulose, starch, and pectin.

However, when a water-soluble film containing the above-described conventional polymer is manufactured, attached to the skin, and the film is dissolved, there is a residual feeling after moisture evaporation, so it sticks to the skin surface like dead skin cells, or is pushed away when friction is applied when there is a certain amount of moisture. It happens.

In addition, water-soluble films that have been conventionally used for skin care are mainly adhered to the skin using hands. When adhering water-soluble films for skin care to the skin, they may be affected by foreign substances on the hands, and may be affected by foreign substances on the skin. There was a possibility that it would not be adhered neatly to the desired area.

Additionally, it took a considerable amount of time for the water-soluble film attached to the skin to dissolve, causing discomfort to the user.

Meanwhile, a mask-type film is used as a means to care for the entire facial skin, but depending on the user's behavior and skin condition, such as lifestyle, care may be needed for local areas. Currently, films are applied to localized areas of the skin. There were no appropriate tools or devices to properly and effectively bond, so development of these became necessary.

Republic of Korea Patent Publication No. 10-2017-0074399

In an embodiment of the present invention, a water-soluble film can be easily and conveniently adhered by stamping and pressing a desired area of the skin using the stamp principle, and heat or vibration can be applied as necessary to allow the water-soluble film to be easily dissolved. The object is to provide a water-soluble film stamping device.

A water-soluble film stamping device according to an embodiment of the present invention includes a probe capable of contacting the skin by attaching a water-soluble film: a heat/vibration generator capable of applying heat, vibration, or both to the probe; And a plurality of operation switches for controlling the power supply and cutoff of the heat/vibration generating unit may be installed and may be provided with a handle that can be held by the user.

The heat/vibration generating unit includes a cylindrical operating rod; a heater coil installed inside the operating rod to apply heat to the operating rod; An eccentric cam that reciprocates the operating rod to generate vibration; And it may include a drive motor capable of forward and reverse rotation connected to the eccentric cam to rotate the eccentric cam.

The handle portion includes a cylindrical grip rod so that the user can easily grip it; And it may be provided with a plurality of button switches installed on the outer peripheral surface of the grip rod so that the user can easily turn it on or off.

The plurality of button switches include a power button switch that controls supply and cutoff of power; A heat generation button switch that turns on or off power to the heater coil through the power button switch; It may include a vibration generating button switch that allows power to be applied to the driving motor through the power button switch to generate vibration, or blocks power supply to the driving motor.

The handle portion includes a first operation mode button switch that allows the operation rod to be accommodated within the probe; A second operating mode button switch may be provided to cause the operating rod to protrude from the probe.

The driving motor may be capable of forward and reverse rotation.

The water-soluble film can be placed on a paper magnet.

The water-soluble film and the paper magnet may be covered by a waterproof film.

The surface area of the protruding operating rod may be between 50% and 90% of the area of the water-soluble film.

According to the water-soluble film stamping device according to an embodiment of the present invention, when the water-soluble film is attached to the probe of the stamping device and the stamp is stamped in contact with the desired area of the skin requiring care, the water-soluble film is separated from the stamp and the skin Since it is adhered to the desired area, there is no fear of foreign substances being attached when attaching the water-soluble film to the skin, and the water-soluble film can be attached simply and conveniently to the area requiring skin care.

In addition, after attaching the water-soluble film to the skin, if heat, vibration, or both are applied to the water-soluble film simultaneously through a stamp, the skin care active ingredients contained in the water-soluble film can effectively penetrate the skin, and the dissolution time of the water-soluble film can be shortened. It can be shortened to provide convenience of use.

1 is a perspective view of a water-soluble film stamping device according to an embodiment of the present invention.
Figure 2 is a cross-sectional view of a water-soluble film stamping device according to an embodiment of the present invention.
Figure 3 is a perspective view of the handle portion according to an embodiment of the present invention.
Figure 4 is a top view of a water-soluble film according to an embodiment of the present invention.
Figure 5 is an explanatory diagram of the first operating mode of the water-soluble film stamping device according to an embodiment of the present invention.
Figure 6 is an explanatory diagram of a second operating mode of the water-soluble film stamping device according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the attached drawings.

Referring to Figure 1, the water-soluble film stamping device according to an embodiment of the present invention can adhere the water-soluble film 20 by stamping and pressing it to a desired area of the skin 10 that needs care.

That is, the stamping device includes a generally cylindrical probe (30), a heat/vibration generating unit (40) coupled to apply heat or vibration to the probe (30), and; It may include a handle portion 50 that a user can easily hold with his or her hand and is provided with a plurality of operating switches that can control the heat/vibration generating portion 40.

Referring to FIG. 2, the heat/vibration generating unit includes a generally cylindrical operating rod 42, a heater coil 44 installed inside the operating rod 42 to apply heat to the operating rod 42, An eccentric cam 46 that reciprocates the operating rod 42 to generate vibration, and a drive motor 48 capable of forward and reverse rotation connected to the eccentric cam 46 to rotate the eccentric cam 46. may include.

Referring to FIG. 3, the handle portion 50 includes a generally cylindrical gripping rod 51 so that the user can easily grip it; A plurality of button switches may be installed on the outer peripheral surface of the grip rod 51 so that the user can easily turn them on or off.

The plurality of switches includes a power button switch 52 that controls the supply and cutoff of power, and a heat generation button switch that allows power to be supplied or cut off to the heater coil 44 through the power button switch 52. (54) and a vibration generating button switch (56) that causes vibration to be generated by applying power to the driving motor (48) through the power button switch (52) or blocks the power supply to the driving motor (48). may include.

In addition, the handle portion 50 includes a first operation mode button switch 57 that allows the operating rod 42 to be accommodated within the probe 30, and a first operation mode button switch 57 that causes the operating rod 42 to protrude from the probe 30. Two operation mode button switches 58 may each be provided.

Since the drive motor 48 is a motor capable of forward and reverse rotation, when the first operation mode button switch 57 is pressed, the drive motor 48 rotates forward, for example, by the forward rotation of the cam 46. The operating rod 42 can be accommodated within the operating rod 42 (state shown in Figure 5), and when the second operating mode button switch 58 is pressed, the driving motor 48 rotates, for example, in reverse. The operating rod 42 may protrude from the probe 30 by reverse rotation of the cam 46. (State shown in Figure 6)

Referring to FIG. 4, the water-soluble film 20 may be disposed to overlap on the paper magnet 22, and the waterproof film 24 may be disposed on the outside of the paper magnet 22.

The paper magnet 22 serves to maintain the water-soluble film 20 stably attached to the probe 30 and the operating rod 42.

At this time, the edge area 32 of the probe is made of a magnetic material or metal material to which a paper magnet can easily attach.

The probe 30 is first aligned with the position of the water-soluble film 20 and brought into contact with the probe 30. In this case, it can be adhered well by slightly moistening it with a mist before attaching it.

As described above, while the water-soluble film 20 is attached to the operating rod 42 and the probe 30 through the paper magnet 22, the water-soluble film 20 is brought into contact with the desired area of the skin 10 requiring care. Then, the second operation mode button switch 58 is pressed to cause the operation rod 42 to protrude from the probe 30. (State shown in Figure 6)

Then, the water-soluble film 20 is brought into close contact with the skin 10 by the protruding force of the operating rod 42, so that the water-soluble film 20 can be easily and conveniently attached to the desired area of the skin.

With the water-soluble film 20 attached to the skin 10 as described above, when the heat generation button switch 54 is pressed, heat is applied to the operating rod 42 and transferred to the water-soluble film 20, so that the water-soluble film It is possible to promote the dissolution of (20), and when the vibration generating button switch (56) is pressed, vibration is applied to the operating rod (42), so that the active ingredient contained in the water-soluble film (20) is absorbed into the skin by heat and vibration. It can be absorbed well.

After completely attaching the water-soluble film 20 to the skin 10, when the first operation mode button switch 57 is pressed, the operating rod 42 is received into the probe 30 and the water-soluble film 20 is applied to the skin ( 10) and remains attached to it. (State shown in Figure 5)

Afterwards, if the paper magnet 22 attached to the probe 30 is removed, it returns to its initial state.

Meanwhile, the water-soluble film 20 and the paper magnet 22 can be covered with a waterproof film 24 and protected by the waterproof film 24, as shown in FIG. 4.

Before using the water-soluble film 20, it is desirable to first peel off the waterproof film 24.

In addition, the surface area of the protruding operating rod 42 is preferably in the range of 50% to 90% of the area of the water-soluble film 20. If the surface area of the protruding operating rod 42 is less than 50%, it is difficult to separate the water-soluble film and attach it to the skin, and if it is more than 90%, there is not enough area for the paper magnet to attach to the edge of the probe.

As described above, the present invention has been described through limited examples and drawings, but the present invention is not limited thereto, and the technical idea of the present invention and the description below will be understood by those skilled in the art to which the present invention pertains. Various modifications and variations are possible within the scope of equivalence of the patent claims.

10: skin
20: Water-soluble film
30: probe
40: Heat/vibration generator
42: operating rod
44: heater coil
46; cam
48; drive motor
50: handle part
51: Phage load
52: Power button switch
54: heat generation button switch
56: Vibration generation button switch
57: first operating mode button switch
58: second operating mode button switch

Claims (9)

A probe capable of contacting the skin by attaching a water-soluble film;
a heat/vibration generator capable of applying heat, vibration, or both to the probe; and
A handle portion that can be held by a user and is equipped with a plurality of operation switches that control power supply and cutoff of the heat/vibration generating unit;
Equipped with
The heat/vibration generator,
A cylindrical operating rod;
An eccentric cam that reciprocates the operating rod to generate vibration;
a drive motor capable of forward and reverse rotation connected to the eccentric cam to rotate the eccentric cam; and
a heater coil installed inside the operating rod to apply heat to the operating rod;
A water-soluble film stamping device comprising a. delete According to paragraph 1,
The handle part,
A cylindrical gripping rod that allows the user to easily grip it; and
A plurality of button switches installed on the outer peripheral surface of the grip rod so that the user can easily turn them on or off;
A water-soluble film stamping device comprising: According to paragraph 3,
The plurality of button switches are,
Power button switch to control supply and cut off of power;
A heat generation button switch that turns on or off power to the heater coil through the power button switch; and
A vibration generating button switch that applies power to the driving motor through the power button switch to generate vibration or blocks power supply to the driving motor;
A water-soluble film stamping device comprising a. According to paragraph 1,
The handle part
a first operating mode button switch allowing the operating rod to be received within the probe; and
a second operating mode button switch causing the operating rod to protrude from the probe;
A water-soluble film stamping device comprising: According to paragraph 1,
The water-soluble film stamping device is characterized in that the driving motor is capable of forward and reverse rotation. According to paragraph 1,
A water-soluble film stamping device, characterized in that the water-soluble film is disposed on a paper magnet. In clause 7,
A water-soluble film stamping device, characterized in that the water-soluble film and the paper magnet are covered by a waterproof film. According to clause 5,
A water-soluble film stamping device, characterized in that the surface area of the protruding operating rod is between 50% and 90% of the area of the water-soluble film.

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