KR20140058327A - Mask apparatus for skin beauty care using light - Google Patents

Abstract

The present invention relates to an optical mask apparatus for skin care. The optical mask apparatus for skin care comprises: a face mask having an opening where the facial part of the human body is inserted so as to be worn on the face of the human body; a light-emitting unit mounted in the face mask to emit light onto the face of a user wearing the face mask; a light-emission driving unit configured to turn the light-emitting unit on/off; an operating unit configured to select the operation of the light-emitting unit; and a control unit configured to control the light-emission driving unit in accordance with an operating signal of the operating unit. The light-emitting unit is formed by arraying a plurality of light-emitting diodes on a first flexible board mounted on an area corresponding to the face of a wearer in the face mask. The light-emission driving unit and the control unit are built on a second flexible board connected to the first flexible board on an upper part of the face mask facing the head of the human body from an upper part of the first flexible board. Thus, the optical mask apparatus for skin care can be easily attached to or detached from the face, and can simplify the structure by improving the arrangement efficiency of the circuit board.

Description

[0001] The present invention relates to a skin mask for skin care,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0002] The present invention relates to a skin beauty light mask apparatus, and more particularly, to a skin beauty light mask apparatus adapted to illuminate a face with light in a state of being worn on the face.

Methods for using cosmetics are widely used as a method for managing the facial skin so as not to lose elasticity and to keep young and beautiful.

However, a thick protective layer of protein is formed underneath the horny layer of the epidermis of the skin to protect the epidermis and the epidermis of the skin by the protective layer of the protein. Therefore, cosmetics with excellent skin protection effect Even though the dirt accumulated in the dermis layer can not be removed and the nutrition of cosmetics can not penetrate deeply into the dermis layer, the skin protection effect is very insufficient.

In order to solve such problems, various skin aesthetic devices have recently been known which use the galvanic ion current, far-infrared ray, or vibration to skin the skin.

However, in the conventional skin beauty device, there is an inconvenience in operation because the user must operate the device while contacting the face with the beauty device being paused continuously in use.

The Applicant has proposed a skin-beauty optical mask device disclosed in Korean Patent No. 10-1074882 in order to solve such a problem, and a structure for simplifying the structure and simplicity of wearing has been required.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a skin beauty optical mask device which can easily detach and attach the face but can simplify the structure.

According to an aspect of the present invention, there is provided a facial mask comprising: a face mask having an opening for inserting a face portion of a human body so as to be mounted on a face of a human body; A light emitting unit mounted in the face mask and capable of emitting light to a face of a user wearing the face mask; A light emitting driver for driving the light emitting unit on / off; An operation unit for selecting driving of the light emitting unit; And a control unit for controlling the light emission driving unit according to an operation signal of the operation unit, wherein the light emitting unit is formed by arranging a plurality of light emitting diodes on a first flexible substrate mounted in a region corresponding to a face of a wearer in the face mask And the light emitting driver and the control unit are mounted on the second flexible substrate connected to the first flexible substrate in the face mask above the first flexible substrate toward the head of the human body.

And a wearer member coupled to the facemask, the wearer member being adapted to wear the facemask by wrapping the facemask on the head of the wearer, wherein the wearer is hinged to the inner face of the facemask, and in a direction away from the facemask A main strip portion formed in the shape of a ring-shaped band so that both end portions can be mutually coupled and separated in a length-adjustable manner; A first upper joining strap extending upward from one side in a direction transverse to the main strap portion; And a second upper joining strap extending upward from the other side of the main strap in a direction transverse to the main strap and adapted to be coupled with the first upper joining strap so as to adjust the tightening length, wherein the wearing member is integrally formed of a synthetic resin material .

In addition, the face mask has a transparent visual field formed by a transparent material capable of externally sighting the area corresponding to the wearer's eyes.

Wherein the wear member is hinged to the face mask such that the pivotable range is such that in a first position the mainsignal portion with respect to the facemask extends at an angle of intersection of 80 to 110 relative to the facemask, To the position where the mutual coupling of the portions and the separated both end portions into the ceiling of the face mask are limited.

A cylindrical hinge pin extending into the face mask; And a rotation restricting protrusion protruding upward toward the second upper joining band is formed on the upper end of the hinge pin. The face mask includes a main hinge hole into which the hinge pin is inserted and a main hinge hole extending from the main hinge hole to the rotation restricting jaw And a rotation restricting hole having an arc-shaped trajectory toward a central portion of the face mask with a locus corresponding to the rotatable range in a corresponding size and communicating with the main hinge hole.

The skin-beauty photomask device according to the present invention provides an advantage of facilitating the removal of the face and facilitating the arrangement efficiency of the circuit board to simplify the structure.

1 is an exploded perspective view of a skin and cosmetic light masking apparatus according to the present invention,
Fig. 2 is a perspective view showing the wearing member of Fig. 1 separated,
FIG. 3 is a rear view schematically showing the opening face direction of the face mask of FIG. 1,
FIG. 4 is a side view showing a state in which the optical beauty mask apparatus of FIG. 1 is worn.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a skin-beauty optical masking apparatus according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a perspective view illustrating a skin-light photomask according to the present invention, FIG. 2 is a perspective view of the wearer shown in FIG. 1, and FIG. 3 is a cross- Back view.

1 to 3, the skin-beauty optical mask apparatus 100 includes a face mask 110, a wear member 130, first and second light emitting units 150 and 160, a light emitting driver 170 An operation unit 180, and a control unit 190. [

The face mask 110 is formed in a hemispherical helmet shape having an opening 110a into which a face portion of a human body is inserted so as to be mounted on the face of a human body.

In the face mask 110, a region corresponding to the wearer's eyes is formed with a transparent visual field portion 112 formed of a transparent material capable of externally visible, corresponding to both eyes.

The face mask 110 has a structure in which the finish cover 115 covering the front portion including the transparent visual field portion 112 is coupled at the front and has a hemispherical shape in appearance.

Reference numeral 114 denotes a coupling hole formed on the face mask 110 for coupling the finishing cover 115 and reference numeral 117 denotes a locking piece formed to be capable of fitting the finishing cover 115 to the coupling hole 114. [

The face mask 110 may be formed of a hard synthetic resin material.

The wear member 130 is coupled to the face mask 110 and is formed in a shape of a fastening band that can be adjusted to be worn so that the face mask 110 can be worn to support the face when the face mask 110 is worn on the head .

The main body portion 132 and the first and second upper joining bands 136, 137 are divided into the wearable members 130.

The main strip portion 132 is hinged to the inner surface of the face mask 110 and is in the shape of a circular band so that both end portions of the wearer's head back portion in a direction away from the face mask 110 can be adjustably coupled and separated in length Respectively.

A coupling pin 133 is formed to protrude from one end 132a of the main strip portion 132 to be mutually engaged and separated and a one end 132a is formed to enter the other end 132b, A binding ring 134 is formed. A plurality of detachable grooves 135 are formed at the other end 132b of the main strip portion 132 so that the engaging pins 133 can be fitted into the detachable grooves 135 along a direction away from the engaging ring portion 134.

The first upper joining strip 136 extends upward from one side of the main strip portion 132 in a direction crossing the second upper joining strip 137 in a cross shape and has an engagement pin 136a protruding Respectively.

Here, the first upper joining band 136 is formed to extend upward at a position corresponding to the head side of the wearer, which is a position adjacent to the left hinge 141 described later.

The second upper joining band 137 extends upward at a position opposed to the starting position of the first upper joining band 136 which is the other side of the main band portion 132 in the transverse direction, A coupling ring 137a having the same structure as that of the main strip portion 132 and a detachable groove 137b along the direction moving away from the longitudinal end are coupled to the coupling pin 136a of the main body 136 to adjust the tightening length, Respectively.

Such a wearing member 130 is integrally formed of a bendable synthetic resin material.

The wearable member 130 is hinged to the face mask 110 so that the pivotable range is substantially perpendicular to the first main strip portion 132 with respect to the vertical direction along the open face of the face mask 110, At which the mutually coupled or separated ends of the main strip portions 132 enter the ceiling corresponding to the head-over portion of the facial mask 110, As shown in FIG.

The pivotable range limiting structure of the wearing member 130 includes cylindrical hinge pins 141 and 142 that enter the main hinge holes 118 formed in the face mask 110 and hinge pins 141 and 142, The rotation restricting protrusions 141a and 142a protruding upward toward the second upper joining band 137 and inserted into the rotation restricting holes 119 are integrally formed on the upper and lower surfaces of the first and second upper joining members 137 and 137, And is formed in the main strip portion 132 adjacent to the joining strip.

In the face mask 110, a locus corresponding to the rotation range from the main hinge hole 118 in which the hinge pins 141 and 142 are inserted to a size corresponding to the rotation restricting tabs 141a and 142a, The front face of the face mask 110 and the front face portion of the face mask 110 are aligned with each other, And a rotation restricting hole 119 is formed so as to communicate with the main hinge hole 118 with a trajectory.

1, the right lower portion of the face mask 110 is opened (i.e., opened) at a first position corresponding to the downward rotation restricting position in a state where the wear member 130 is hinged to the face mask 110, So that the wearer can enter the wearer's body through the head in the process of entering the face mask 110 into the face mask 110 or the wearer member 130 can be slightly rotated in the counterclockwise direction, Provides a very convenient advantage.

The main coupling band 132 and the first and second upper coupling bands 136 and 137 of the wearing member 130 are integrally formed of a synthetic resin material that can be bent and can be adjusted in length to fit the wearer, Simplified benefits are also provided.

A plurality of light emitting diodes 151 and 161 are mounted on the inner surface of the face mask 110 so as to emit light to the face of a user wearing the face mask 110, And is divided into a first light emitting portion 150 and a second light emitting portion 160 so as to selectively control light emission.

The first light emitting unit 150 includes a light emitting diode 151 for emitting light to a region around the eye around the eye of the wearer wearing the face mask 110 among the light emitting diodes 151 and 161 constituting the light emitting unit, Is an arrayed portion.

The second light emitting portion 160 is a portion in which the light emitting diodes 161 are arranged to irradiate light from the forehead to the jaw portion of the entire light emitting diodes 151 and 161 constituting the light emitting portion other than the region around the eyeball of the wearer. That is, the second light emitting unit 160 is a portion formed by the light emitting diodes 161 except for the first light emitting unit 150.

Here, the first light emitting unit 150 and the second light emitting unit 160 can be controlled to emit light as a whole or the second light emitting unit 160 alone.

The light emitting diodes 151 and 161 applied to the first and second light emitting units 150 and 160 may be an infrared light emitting diode that emits infrared light having a wavelength of 750 to 1000 nm.

Alternatively, the light emitting diodes 150 and 160 applied to the first and second light emitting units 150 and 160 may be configured to emit light within a wavelength range of 400 nm to 1000 nm.

The light emission driving unit 170 is controlled by the controller 190 so that the first light emitting unit 150 and the second light emitting unit 160 that are light emitting units can be simultaneously turned on and off or selectively turned on and off.

The light emission driving unit 170 adjusts the average power by varying the current or duty applied to the light emitting diodes 151 and 161 so as to adjust the intensity of light emitted from the light emitting diodes 151 and 161 according to a control signal .

The operation unit 180 is provided on the side of the edge of the face mask and is capable of selecting driving on / off or adjusting the intensity of light to the first light emitting unit 150 and the second light emitting unit 160

The operation unit 180 includes a power switch 181, a light emission area selection switch 182, and a light intensity control switch 183.

The power switch 181 is a switch for supplying and disconnecting power to and from a control element including the light emission driving part 170 through a power supply line 101.

Here, the power supply line 181 is a power supply line that can receive power from the outside through an adapter.

The light emission area selection switch 182 is operated by a total light emission mode in which both the first light emission section 150 and the second light emission section 160 are lighted and a partial light emission mode in which only the second light emission section 160 is lighted So that it can be selected.

The light intensity control switch 183 is configured to select the light intensity with the first light intensity when the upward operation is performed and the second light intensity with the second light intensity lower than the first intensity when the operation is performed downward.

The control unit 171 controls the first light emitting unit 150 and the second light emitting unit 160 or only the second light emitting unit 160 to emit light according to the light emitting area selection signal and the light emitting intensity operation signal of the operation unit 180 And controls the light emission driving unit 170 to emit light to the light emission intensity.

In this structure, the first and second light emitting units 150 and 160 include the light emitting diodes 151 and 161 on the first flexible substrate 103 mounted in the area corresponding to the wearer's face in the face mask 110, And on the second flexible substrate 105 connected to the first flexible substrate 103 in the face mask 110 located upward from the top of the first flexible substrate 103 toward the head of the human body And the light emitting driver 170 and the controller 190 are mounted on the light emitting diode.

It is needless to say that the first flexible substrate 103 and the second flexible substrate 105 can be formed as a single flexible substrate.

According to the wiring and electrical component mounting structure, an element for driving the light emitting diodes 151 and 161 is mounted on the second flexible circuit board 105 in an area surrounding the head of the facial mask 110, The first flexible substrate 103 corresponding to the region can be easily mounted and mounted, and the thickness of the face mask 110 can be reduced, thereby simplifying the structure.

103: first flexible substrate 105: second flexible substrate
110: face mask 150: first light emitting portion
160: second light emitting unit 190:

Claims (3)

A face mask having an opening for inserting a face portion of a human body so as to be mounted on a face of a human body;
A light emitting unit mounted in the face mask and capable of emitting light to a face of a user wearing the face mask;
A light emitting driver for driving the light emitting unit on / off;
An operation unit for selecting driving of the light emitting unit;
And a control unit for controlling the light emission driving unit according to an operation signal of the operation unit,
Wherein the light emitting unit is formed by arranging a plurality of light emitting diodes on a first flexible substrate mounted on an area corresponding to a face of the wearer in the face mask, Wherein the light emitting driver and the control unit are mounted on the second flexible substrate connected to the first flexible substrate in the face mask. [2] The apparatus according to claim 1, further comprising a wearer coupled to the facemask, the wearer being able to wear the facemask around the wearer's head,
The wearing member
A main strip portion hinged to the inside face of the face mask and formed in a ring shape so that both end portions of the face mask in a direction away from the face mask can be mutually coupled and separated in length;
A first upper joining strap extending upward from one side in a direction transverse to the main strap portion;
And a second upper joining strap extending upward from the other side of the main strap in a direction transverse to the main strap and adapted to be coupled with the first upper joining strap to adjust the tightening length, Wherein the mask is a photomask. [3] The face mask of claim 2, wherein the area corresponding to the wearer ' s eyes is formed with a transparent visual field formed of a transparent material capable of externally visible,
Wherein the wear member is hinged to the face mask such that the pivotable range is such that in a first position the mainsignal portion with respect to the facemask extends at an angle of intersection of 80 to 110 relative to the facemask, Wherein the mutually coupled portions of the face mask and the separated both end portions are limitedly joined to a position where the mutually engaged portions and the separated both end portions enter into the ceiling of the face mask.

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