WO2018174345A1 - One-touch cosmetic case - Google Patents

Abstract

A one-touch cosmetic case, according to one embodiment of the present invention, comprises as main components: a main casing unit for accommodating contents; a button casing unit for accommodating button-related elements; a button unit used as a one-touch button for opening the main casing unit; a casing locking unit interlocked with a one-touch operation of the button unit to enable attachment/detachment of the button casing unit to/from the main casing unit; and a button latch unit for interlocking the button unit with the casing locking unit by restricting a vertical movement site of the button unit. According to one embodiment of the present invention, since contents do not leak out of a contents container for existing makeup, the inside and outside of the case is prevented from becoming contaminated, and the convenience of use is improved by opening with one-touch.

Description

One touch cosmetic case

The present invention relates to a one-touch cosmetic case, and more particularly to a one-touch cosmetic case that can be used properly by one-touch opening the contents inside the case.

In general, the cosmetic compact case is configured to have a contents main body with the contents disposed underneath, and an inner cover covering the contents main body disposed on the contents container to primarily block leakage of the contents.

In addition, an upper cover of the inner cover and the upper portion of the contents container is positioned at the upper portion of the contents main body, and the outer cover is hinged to the contents main body or male and female to block the contents secondary.

In such conventional cosmetic compact cases, it is often found that the contents leak out when the outer cover on the contents body is opened. In other words, the contents inside the body of the contents were found to leak between the gap between the contents body and the inner cover. The contents leaked to the outside of the contents body contaminated the inner cover and the outer cover.

Accordingly, the brush or sponge or puff used to dip the contents are contaminated by the contents, which is inconvenient to use, and there is a problem that the contents that can be used are substantially reduced due to leakage of the contents.

Existing cosmetic cases could open the inside by pressing the small button on one end of the outer cover and rotating it to one side to open the outer cover with respect to the contents body to use the contents. Had to turn open. Such a conventional cosmetic case was inconvenient to use to open and close, there was a fear that the contents leaked due to carelessness when opening and closing.

One embodiment of the present invention, the contents for the makeup in the closed state does not leak to the outside of the contents container to prevent contamination inside and outside the case, to provide a one-touch cosmetic case that can be added to the convenience of use by one-touch open. .

One-touch cosmetic case according to an embodiment of the present invention, the main casing unit for receiving the contents; A button casing unit mounted on the main casing unit so as to open and close the main casing unit, the button casing unit having a cylindrical guide portion provided with a plurality of latch rail portions up and down and a latch guide rod inside the cylindrical guide portion; A button unit mounted on the button casing unit to move upward and downward, and used as a button for opening and closing the main casing unit; A casing locking unit mounted on the button casing unit and configured to be detachable from the button casing unit with respect to the main casing unit in association with a touch operation of the button unit; And a button casing unit mounted on the button casing unit to move along the latch rail unit, and interlocked with the touch operation of the button unit for engaging and releasing the main casing unit of the casing locking unit. And a button latch unit configured to limit the position.

The button latch unit is connected to the center lower portion of the button unit, a guide protrusion for vertical movement is guided along the latch rail portion of the cylindrical guide portion is provided, the rotary drive tooth is formed in the lower end corresponding to the guide protrusion rotation A drive unit; The rotary guide rod is guided by the rotary guide rod so as to be rotatable and vertically flowable, and the rotary tooth protrusion rotatable by the rotary drive tooth is provided at intervals on the outer wall, and is rotated by the rotary drive unit to rotate the rotation. A rotary latch unit in which the tooth projection is fixed to and released from the lower end of the latch rail unit; And it may include a latch spring for elastically supporting the rotary latch portion.

The main casing unit has a space open to the upper side is provided in the vertical direction, and has a locking projection for engaging in the upper position, the button casing unit surrounds the upper portion of the main casing unit, Openings are formed in lower portions, and mounting plates are provided between upper and lower openings, openings are provided in upper portions of the cylindrical guides, and the casing locking unit is rotatable and rotatably coupled to the mounting plate. It may be provided with a locking portion that is elastically connected to the engaging projection of the main casing unit.

On the mounting plate of the button casing unit, a pair of rotary support portions rotatably coupled to the rotating portion of the casing locking unit are arranged at a predetermined angle interval, and the casing locking units are respectively located corresponding to the rotary support portion, The mounting plate may be provided with a flow through part which the locking part is movable up and down and rotatable with respect to the rotating part.

The button latch unit is configured to selectively perform a position fixing where the button unit is moved downwards to fix the position of the button casing unit and a release that releases the position fixing by pressing the button unit, wherein the button When the unit is pressurized, the pressing of the locking portion by the button unit is released as the button unit is moved upward by the release of the fixing of the button latch unit, and the locking portion is separated from the locking projections, so that the locking of the main casing unit is performed. The interior may be configured to open.

The lower end of each of the plurality of latch rail portions has the rotary tooth protrusion in contact with each other to implement the position fixing with respect to the button unit. On the contrary, the contact of the rotary tooth protrusion is detached to provide a latch inclination portion capable of releasing the fixing. Can be.

When the rotary latch portion is moved to the lower portion of the cylindrical guide portion by the pressing of the button unit, the rotary latch portion is rotated so that the position fixing of the button unit is realized, and the rotary tooth projection is a latch inclined portion of the latch rail portion. Pressing of the locking part by the button unit is maintained by contact with the bottom surface, so that the locking part is caught by the locking projection, and after the button unit is fixed in position, the rotation latch part is further rotated by pressing the button unit. As the rotary tooth projection is separated from the bottom of the latch inclined portion and positioned between the plurality of latch rail portions, the button unit is moved upward of the button casing unit by the latch spring, and the locking portion is pressed by the button unit. Is released so that the locking portion Emitter can be separated.

The button casing unit is coupled to the mounting plate in the lower portion of the mounting plate and the latch guide rod is located in the center portion, the latch guide portion configured to fix the latch spring; And a bottom cover portion coupled to a lower portion of the latch guide portion and configured to open and close an upper portion of the main casing unit.

A bottom portion of the button unit is provided with a connecting cylindrical portion to which the rotary driving portion is inserted and connected, and the rotary driving portion is enlarged and enlarged than the upper portion such that an upper portion thereof is fitted into the connecting cylindrical portion to be fixed. The rotary latch unit may have a shape corresponding to an upper portion and a lower inner wall portion of the rotary driver, and includes a fixed hook portion fitted to an upper end of the rotary driver and a top bar coupled to the rotary driver so as to be movable up and down. can do.

An inner casing unit configured to be settled in a space of the main casing unit and storing contents for makeup; And it may further include an inner cover unit detachably configured inside the upper end of the inner casing unit to protect the contents of the inner casing unit.

One embodiment of the present invention as described above, the contents for the makeup in the closed state does not leak to the outside of the contents container to prevent contamination inside and outside the case, it can be added to the convenience of one-touch open.

1 is a three-dimensional view of a one-touch cosmetic case according to an embodiment of the present invention.

FIG. 2 is a three-dimensional view of the openable state in which the button unit protrudes from FIG. 1.

3 is an exploded view of FIG. 1.

4 is a rear view of FIG. 3.

5 is a cross-sectional view taken along the line II of FIG. 1.

6 is a state diagram in which the button unit is pressed in FIG. 5.

FIG. 7 is a state diagram in which the rotation latch unit of the button latch unit is latched to the latch rail unit in FIG. 6 to fix the position of the button unit.

8 is a conceptual view illustrating the operation of the button latch unit of FIGS. 5 to 7.

9 is a three-dimensional view of the button casing unit and button latch unit of FIG.

FIG. 10 is a three-dimensional view of the button casing unit separated from FIG. 9.

FIG. 11 is a perspective view of the button unit separated from FIG. 1. FIG.

Hereinafter, various embodiments of the present invention will be described with reference to specific embodiments shown in the accompanying drawings. It should be understood that the differences in the embodiments are not mutually exclusive, and the specific shapes, structures, and characteristics described in relation to one embodiment may be implemented in other embodiments without departing from the spirit and scope of the invention. Can be.

The position or arrangement of individual components according to embodiments of the present invention should be understood as being changeable, and like reference numerals in the drawings may indicate the same or similar functions throughout the various aspects, and the length, area, thickness, etc. The form may be exaggerated for convenience of explanation.

The directions and positions of the drawings are described assuming an XYZ Cartesian coordinate system, and it is assumed that the top, bottom, left and right correspond to the XY coordinate plane system, and the front, rear, left and right correspond to the plane system of the YZ coordinate. Each unit, module, part, or member in which the lower elements are not described in the drawings of the embodiments is assumed to include conventional lower elements for each having a given function, but is not limited to the lower elements shown in the drawings. . Although illustrated, components that are not described generally will be understood to be included in the embodiments.

The terms used should be understood to have attributes that match the dictionary meanings of ordinary Chinese, Korean or English, or terms used in the field, except those that are specifically defined. "Include, consist, or have" means that it may further have other components; "fixed and constrained" means that movement and movement are limited; "rotating and hinge" means that some or all of the target object is rotated Means that it can be moved.

As shown in Figures 1 to 4, the one-touch cosmetic case according to an embodiment of the present invention, the main casing unit 100 for receiving the contents, to be connected and disconnected on the main casing unit 100 The button unit 150 mounted on the button casing unit 140 and the button casing unit 140 to accommodate the button-related one-touch functional elements, and used as a one-touch button for opening the main casing unit 100. A casing locking unit 160 mounted on the button casing unit 140 and configured to be detachable from the button casing unit 140 with respect to the main casing unit 100 in association with the one-touch operation of the button unit 150. And it is mounted on the button casing unit 140 to connect the button casing unit 140 and the button unit 150, by limiting the vertically moved position of the button unit 150, the casing locking mechanism Comprises 160 of the main housing unit (100) engaging and locking the release button unit 150, button latch unit 170 is configured to interlock with one-touch operation in accordance with the action on the key configuration.

As shown in FIGS. 5 to 7, the button unit 150 is supported, connected and fixed on the button latch unit 170 in a state of being inserted into the button casing unit 140. The button unit 150 is fixed by the button latch unit 170 while being one-touch pressed, and the position fixing is released to protrude upward of the button casing unit 140.

When the button unit 150 is in a position fixed by the button latch unit 170, the casing locking unit 160 mounted on the button casing unit 140 is pressed by the downward movement of the button unit 150. The main casing unit 100 is caught, and the button casing unit 140 is fixed to the main casing unit 100 so that the upper portion of the main casing unit 100 is closed.

When the button unit 150 is in the unlocked state by the button latch unit 170, the button unit 150 is moved upwards to release the pressing of the casing locking unit 160 by the button unit 150, and the casing locking is performed. Since the button casing unit 140 can be moved upward by the release of the unit 160 and the main casing unit 100, the main casing unit 100 can be opened.

As described above, the locking and the locking of the casing locking unit 160 with respect to the main casing unit 100 according to the one-touch position selection of the position fixing and the fixing release of the button unit 150 are determined. The main casing unit 100 is closed by being fixed to the casing unit 100, and the main casing unit 100 may be opened by separating the main casing unit 100.

As described above, the one-touch cosmetic case according to the exemplary embodiment of the present invention does not leak contents of the cosmetic container by the button casing unit 140 in the closed state of the main casing unit 100 to the outside of the contents container, thereby preventing contamination of the inside and outside of the case. It is prevented, and the one-touch opening of the button unit 150 can add convenience in use.

1 to 4 will be described in detail the main components of the one-touch cosmetic case according to an embodiment of the present invention.

First, the main casing unit 100 may be provided with an open space upward in the vertical direction, and may have an annular locking protrusion 101 for locking the casing locking unit 160 at an upper position thereof.

The button casing unit 140 surrounds an upper portion of the main casing unit 100, and openings are formed in upper and lower portions, respectively, in an up and down direction, and a mounting plate 141 is provided between the upper and lower openings. A cylindrical guide 148 for vertically guiding is provided at the central portion of the cylinder 141, and an opening is provided at an upper portion of the cylindrical guide 148.

The button unit 150 is connected to the button latch unit 170 and configured to be movable up and down in the button casing unit 140, and the inner wall part is provided to contact the casing locking unit 160.

The button unit 150 is inserted into the connecting cylindrical portion 152 and the mounting plate 141 to which the rotation driving unit 171 of the button latch unit 170 is connected to the locking portion 165 of the casing locking unit 160. It may include a stopper 153 in contact. The stopper 153 at the bottom of the button unit 150 may contact the locking portion 165 to limit the position of the locking portion 165.

The casing locking unit 160 is located at an inner lower portion of the button unit 150, and has a rotating unit 161 rotatably coupled to the mounting plate 141, and is elastically connected to the rotating unit 161. It is disposed to the lower end of 150 and has a locking portion 165 that is caught on the locking projection 101 of the main casing unit 100.

The casing locking unit 160 is configured such that the locking portion 165 is pressed by the stoppers 153 of the button unit 150 so that the locking portion 165 is caught by the locking protrusion 101. The locking unit 165 includes a locking end 166 that can be locked to the locking protrusion 101 and a locking guide 167 that can contact the serration annular portion 111 of the inner casing unit 110 described later.

The button latch unit 170 is connected to the button unit 150 so as to elastically support the button unit 150, and the position fixing to fix the position that the button unit 150 is moved below the button casing unit 140 and It is configured to selectively perform the release of the lock to release the position by pressing the button unit 150.

The button latch unit 170 is configured to perform position fixing and unlocking according to the one-touch of the button unit 150. Accordingly, the latching and the latching release of the casing locking unit 160 may be linked to each other. The casing unit 100 may be closed and open. The casing locking unit 160 and the button latch unit 170 will be described later in detail.

On the mounting plate 141 of the button casing unit 140, a pair of rotation support parts 142, to which the rotation part 161 of the casing locking unit 160 is rotatably coupled, are disposed at regular angle intervals, and the casing locking The unit 160 is located in correspondence with the pair of rotary feet 142, and the mounting plate 141 is provided with a flow through portion 143 so that the locking portion 165 can be moved up and down and spread outward. do. The locking part 165 may be elastically rotated with respect to the rotating part 161 at the flow through part 143 of the main casing unit 100.

5 to 7, the one-touch cosmetic case according to an embodiment of the present invention, when the button unit 150 is pressed by the release of the button unit 150 of the button latch unit 170 is fixed The button unit 150 is moved upward, and as the button unit 150 is moved, the pressing of the locking unit 165 by the stoppers 153 of the button unit 150 is released, and the locking unit 165 is Since it is elastically opened to the outside from the rotating part 161 can be separated from the locking projection 101 of the main casing unit 100. Accordingly, since the button casing unit 140 is movable above the main casing unit 100, the inside of the main casing unit 100 may be opened.

Hereinafter, the interlocking and operating relations with specific elements of the casing locking unit 160 and the button latch unit 170 for attaching and detaching the main casing unit 100 and the button casing unit 140 will be described in detail. .

The button latch unit 170 illustrated in FIGS. 3 and 4 includes a rotation driver 171, a rotation latch unit 175, and a latch spring 185.

The rotation driving unit 171 is connected to the lower center of the button unit 150 so as to move together with the button unit 150, and in contact with the latch rail unit 180 in the inner wall of the cylindrical guide 148 to move up and down. The guide protrusion 172 to be guided is provided in the outer wall portion.

The cylindrical upper end of the rotary drive unit 171 is provided with a guide hole 174 to which the rotary latch unit 175 is vertically connected, so that the rotary latch unit 175 can be rotated at the lower end of the large cylindrical shape. Rotary drive tooth 173 is provided.

The rotation driving unit 171 includes a guide protrusion 172 to guide the movement in the vertical direction along the latch rail unit 180 provided in the inner wall of the cylindrical guide unit 148. The rotation driver 171 may be moved while the rotation is prevented by the latch rail unit 180.

In the rotary latch unit 175, a plurality of upper bars 178 is connected to the guide hole 174 of the rotation driver 171. The plurality of top bars 178 are arranged in an annular shape. The rotary latch unit 175 may be inserted into the rotary driver 171 and may rotate and move up and down.

The rotary latch unit 175 is provided with a rotary tooth projection 176 for fixing the position of the button unit 150 at an interval below the outer wall, the rotary tooth projection 176 is rotated by the rotary drive unit 171 The position is fixed to the latch rail portion 180 at the bottom of the inner wall portion of the cylindrical guide portion 148. The rotary latch unit 175 is provided with a guide passage 179 into which the latch guide rod 191 of the latch guide 190 described later is inserted.

The latch rail unit 180 is disposed along the up and down direction in the inner wall portion of the cylindrical guide part 148, and is disposed at intervals along the circumferential direction so that the guide protrusion 172 of the rotary latch part 175 is positioned to move up and down. It is configured to be possible.

The latch spring 185 is positioned on the mounting plate 141 to elastically support the rotary latch unit 175. The latch spring 185 elastically supports the button unit 150 and is positioned above the button unit 150 when the position of the button unit 150 is inserted into the button casing unit 140 and released from the fixed position. Provides mobility

The lower part of the rotary drive unit 171 as described above can contact the rotary teeth projection 176 of the rotary latch unit 175 and rotate the rotary latch unit 175 by a predetermined angle by the vertical movement of the rotary drive unit 171. An annular saw tooth-shaped rotary drive tooth 173 is provided.

In addition, the lower end of each of the latch rail portion 180, the rotary teeth projection 176 is in contact with the fixed position to the button unit 150 and the contact of the rotary teeth projection 176 is released in a certain direction that can be fixed Latch inclination portion 181 is provided.

5 to 10, the operation structure of the button latch unit according to an embodiment of the present invention will be described.

5 to 10, in the one-touch cosmetic case according to the embodiment of the present invention as described above, the rotary latch portion 175 of the cylindrical guide portion 148 by the pressing of the button unit 150 When moved downward, the rotary latching portion 175 is rotated so that the rotation latching portion 175 is rotated so that the position fixing of the button unit 150 is implemented, and the rotary tooth projection 176 is formed on the bottom surface of the latch inclined portion 181 of the latch rail portion 180. Contact is supported.

5 and 8, the rotary teeth 176 of the rotary latch unit 175 contact the rotary drive tooth 173 of the rotary drive unit 171 along the latch rail portions 180. As the rotary latch unit 175 rotates in one direction, the rotary tooth protrusion 176 contacts and latches the latch inclined unit 181. Accordingly, the downwardly moved position of the button unit 150 is fixed.

In addition, as the button unit 150 is moved downward, the pressing of the locking portion 165 by the locking contact portion 151 in the inner wall portion of the stoppers 153 of the button unit 150 is implemented, so that the locking portion 165 is provided. The locking protrusion 101 is caught, and the button casing unit 140 is fixed to the main casing unit 100 so that the main casing unit 100 is closed.

On the contrary, when the button unit 150 is pressed again by one touch so that the main casing unit 100 is opened, the rotary latch unit 175 rotates by pressing the button unit 150 after the button unit 150 is fixed in position. While being moved to the lower portion of the cylindrical guide portion 148, the rotary tooth projection 176 is separated from the bottom of the latch inclined portion 181 is positioned between the plurality of latch rail portion 180 is implemented to unlock.

After this, the button unit 150 is moved above the button casing unit 140 by the latch spring 185, and the pressing of the locking portion 165 by the stoppers 153 of the button unit 150 is released. The locking unit 165 is released to be separated from the locking protrusion 101, and the main casing unit 100 may be opened.

The rotation driving unit 171 may be slightly up and down flowing along the upper bar 178 of the rotation latch unit 175 with respect to the rotation latch unit 175. Accordingly, when the rotary drive unit 171 is moved downward, the rotary tooth projection 176 of the rotary latch unit 175 is caught by the rotary drive tooth 173 of the rotary drive unit 171 to rotate between the latch rail unit 180. do.

After this, a structure in which the rotary tooth protrusion 176 moves upward along the latch rail portion 180 together with the guide protrusion 172 is made, and the rotary driving portion 171 and the rotary latch are formed by the latch spring 185. The unit 175 and the button unit 150 may be moved upward by the guide of the latch rail unit 180.

Meanwhile, the rotary latch unit 175 moves along the latch guide rod 191 of the latch guide unit 190, thereby moving up and down between the rotary drive unit 171 and the rotary latch unit 175 by the one-touch action of the button unit 150. This is done reliably.

Hereinafter, referring to FIGS. 1 to 5 and 11, an element mounted to the button casing unit 140 and the button unit 150 in an auxiliary manner with respect to the button latch unit 170 according to an embodiment of the present invention. Look at them.

As shown in FIGS. 3 to 6, the latch guide portion 190 is positioned under the mounting plate 141 of the button casing unit 140. The latch guide 190 is coupled to the mounting plate 141 and has a latch guide rod 191 for guiding the vertical movement of the rotary latch 175 and supports the latch spring 185. The latch guide 190 is configured to fix the latch spring 185.

A lower cover portion 195 is disposed at the lower portion of the latch guide portion 190 and the outer circumference portion is coupled to the mounting plate 141 and closes the upper portion of the main casing unit 100. The latch guide portion 190 and the bottom cover portion 195 have a central region coupled thereto.

The bottom portion of the button unit 150 is provided with a connecting cylindrical portion 152 to which the rotary driving unit 171 is inserted and connected. The upper portion of the rotary driving unit 171 is fitted into the connecting cylindrical portion 152 to fix the position. It is configured to be larger than the upper portion so as to contact the rail unit 180.

The rotary latch unit 175 is configured in a shape corresponding to the upper and lower inner wall portion of the rotary drive unit 171, is provided with a fixed hook portion 177 is fitted to the upper end of the rotary drive unit 171 is fixed.

1 to 6, the elements related to the sealing of the contents in the main casing unit according to an embodiment of the present invention will be described.

The main casing unit 100 has a support jaw 102 for supporting the upper casing. The button casing unit 140 surrounds the upper portion of the main casing unit 100 and has an annular member 105 formed in the inner wall portion corresponding to the support jaw 102 so as to be limited by the support jaw 102.

On the main casing unit 100 is an inner casing unit 110 is configured to be settled in the space of the main casing unit 100 and the contents for the makeup is stored.

The inner casing unit 110 includes an inner cover unit 120 that is detachably attached to the inside of the upper end of the inner casing unit 110 to protect the contents of the inner casing unit 110. The inner cover unit 120 has a convex handle piece 121.

The upper end of the inner casing unit 110 is male and female coupled to the upper end of the main casing unit 100, the serration annular portion 111 having protrusions on the outer surface is provided. When the locking portion 165 of the casing locking unit 160 is rotated downward by the stopper 153 of the button unit 150 to be caught by the locking projection 101 of the main casing unit 100, the serration annular portion The protrusions 111 may contact the locking guide 167 of the locking unit 165 to guide the locking end 166 to the locking protrusion 101 and limit the movement of the locking end 166.

As described above, one embodiment of the present invention has been described, but on the basis of this, those of ordinary skill in the art, within the scope of not departing from the spirit of the invention described in the claims, addition, change, The present invention may be variously modified and changed by deletion or addition, etc., which will also be included within the scope of the present invention.

Claims (10)

A main casing unit for receiving the contents; A button casing unit mounted on the main casing unit so as to open and close the main casing unit, the button casing unit having a cylindrical guide portion provided with a plurality of latch rail portions up and down and a latch guide rod inside the cylindrical guide portion; A button unit mounted on the button casing unit to move upward and downward, and used as a button for opening and closing the main casing unit; A casing locking unit mounted on the button casing unit and configured to be detachable from the button casing unit with respect to the main casing unit in association with a touch operation of the button unit; And Mounted on the button casing unit to be moved along the latch rail portion, the position moved up and down of the button unit in conjunction with the touch operation of the button unit for the engaging and releasing action for the main casing unit of the casing locking unit One-touch cosmetic case comprising a button latch unit configured to limit. According to claim 1, The button latch unit, A rotation drive unit connected to a center lower portion of the button unit, and having a guide protrusion for guiding vertical movement along the latch rail portion of the cylindrical guide portion, the rotation drive tooth being formed at a lower end corresponding to the guide protrusion; The rotary guide rod is guided by the rotary guide rod so as to be rotatable and vertically flowable, and the rotary tooth protrusion rotatable by the rotary drive tooth is provided at intervals on the outer wall, and is rotated by the rotary drive unit to rotate the rotation. A rotary latch unit in which the tooth projection is fixed to and released from the lower end of the latch rail unit; And One-touch cosmetic case including a latch spring for elastically supporting the rotary latch unit. The method of claim 2, The main casing unit is provided with a space open to the upper direction up and down, and has a locking projection for locking in the upper position, The button casing unit surrounds an upper portion of the main casing unit, and openings are formed in upper and lower portions, respectively, in an up and down direction, mounting plates are provided between upper and lower openings, and openings are provided in upper portions of the cylindrical guides. , The casing locking unit is a one-touch cosmetic case having a rotating part rotatably coupled to the mounting plate and a locking part elastically connected to the rotating part and caught by a locking projection of the main casing unit. The method of claim 3, wherein On the mounting plate of the button casing unit, a pair of rotary support portions rotatably coupled to the rotating portion of the casing locking unit are arranged at a predetermined angle interval, and the casing locking units are respectively located corresponding to the rotary support portion, The mounting plate is a one-touch cosmetic case that the locking portion is movable up and down and is provided with a flow through portion rotatable with respect to the rotating part. The method of claim 3, wherein The button latch unit is configured to selectively perform position fixing by which the button unit is moved downward of the button casing unit to be fixed and release of fixing by releasing the position fixing by pressing the button unit, When the button unit is pressed, the pressing of the locking unit by the button unit is released as the button unit is moved upward by the release of the locking of the button latch unit, and the locking unit is separated from the locking protrusion to separate the main casing. One-touch cosmetic case configured to open the inside of the unit. The method of claim 5, The lower end of each of the plurality of latch rail portions has the rotary tooth protrusion in contact with each other to implement the position fixing with respect to the button unit. On the contrary, the contact of the rotary tooth protrusion is detached to provide a latch inclination portion capable of releasing the fixing. One-touch cosmetic case. The method of claim 6, When the rotary latch portion is moved to the lower portion of the cylindrical guide portion by the pressing of the button unit, the rotary latch portion is rotated so that the position fixing of the button unit is realized, and the rotary tooth projection is a latch inclined portion of the latch rail portion. By being held in contact with the bottom surface portion, the pressing of the locking portion by the button unit is maintained so that the locking portion is caught by the locking projections. After the button unit is fixed in position, the rotary latch portion is further rotated by the pressing of the button unit, and the rotary tooth projection is separated from the bottom surface of the latch inclined portion and positioned between the plurality of latch rail portions, thereby allowing the button unit to latch the latch. The one-touch cosmetic case is moved upward of the button casing unit by a spring, the pressing of the locking portion by the button unit is released so that the locking portion is separated from the locking projection. The method of claim 2, The button casing unit is coupled to the mounting plate in the lower portion of the mounting plate and the latch guide rod is located in the center portion, the latch guide portion configured to fix the latch spring; And A one-touch cosmetic case is coupled to the lower portion of the latch guide, and comprising a bottom cover portion configured to open and close the upper portion of the main casing unit. The method of claim 8, A bottom portion of the button unit is provided with a connecting cylindrical portion to which the rotary drive unit is inserted and connected, The rotary drive unit is configured to be enlarged than the upper portion so that the upper portion is fitted into the connection cylindrical portion and the lower portion is in contact with the latch rail portion, The rotary latch unit has a shape corresponding to an upper portion and a lower inner wall portion of the rotary driver, a one-touch having a fixed hook portion fitted into an upper end portion of the rotary driver and a top bar coupled to the rotary driver so as to be movable up and down. Cosmetic case. The method according to any one of claims 1 to 8, An inner casing unit configured to be settled in a space of the main casing unit and storing contents for makeup; And One-touch cosmetic case further comprises an inner cover unit detachably configured inside the upper end of the inner casing unit to protect the contents of the inner casing unit.

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