WO2018174412A1 - One-touch cosmetic case - Google Patents

Abstract

A one-touch cosmetic case according to an embodiment of the present invention comprises as major elements: a main casing unit for receiving a content; a button casing unit for receiving button-related elements; a button unit used as a one-touch button for opening the main casing unit; a casing locking unit linked with a one-touch operation of the button unit to allow the button casing unit to be attached to/detached from the main casing unit; and a button restriction unit for restricting a vertical movement position of the button unit to link the button unit with the casing locking unit. In an embodiment of the present invention, a preexisting cosmetic content does not leak out of a content container, thereby preventing the contamination of the inside and outside of a case. Further, the case can be opened through one touch, thus improving a convenience in use thereof.

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 be connected and disconnected and for receiving button related one-touch elements; A button unit mounted on the button casing unit to move up and down, and used as a one-touch button to open 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 one-touch operation of the button unit; And a button mounted on the button casing unit, the button interlocked with a one-touch operation of the button unit and configured to limit the vertically moved position of the button unit for the latching and the latch releasing action of the casing locking unit with respect to the main casing unit. An intermittent unit, wherein the button intermittent unit is connected to the button unit to resiliently support the button unit, wherein the button unit is moved downward of the button casing unit to release the fixed position and the fixed position May be selectively performed by pressing the button unit.

The casing unit has a space opened upwardly in an up and down direction, and includes a locking protrusion for locking in an upper position, and the button casing unit surrounds an upper portion of the main casing unit, and an upper and a lower portion in an up and down direction. Openings are formed in the upper and lower openings, and a mounting plate is provided between the upper and lower openings, a cylindrical guide portion for vertically guiding is provided at a central portion of the mounting plate, and an opening is provided at an upper portion of the cylindrical guide portion. The button casing unit is configured to be movable up and down, and engaging contacts are provided at predetermined intervals on the upper inner wall, and the casing locking unit is located at an inner lower portion of the button unit and is rotatably coupled to the mounting plate. The rotating part is provided, is elastically connected to the rotating part is disposed to the lower end of the button unit and And a locking portion engaged with the locking protrusion of the casing unit, wherein the locking portion is pressed by the locking contact portions of the button unit so that the locking portion is caught by the locking protrusion, and when the button unit is pressed, the As the button unit is moved upward by the release, the pressing of the locking part by the locking contact parts of the button unit is released, and the locking part may be separated from the locking protrusion to open the inside of the button casing unit. have.

On the mounting plate of the button casing unit, a pair of rotation support parts rotatably coupled to the rotation part of the casing locking unit are disposed at predetermined angle intervals, and the casing locking units are positioned corresponding to the rotation support parts, respectively. The plate may be provided with a flow penetrating part which the locking part is movable up and down and rotatable relative to the rotating part.

The button control unit connects the button casing unit and the button unit, and is connected to a lower portion of the center of the button unit so as to move together with the button unit, and a guide protrusion is guided to move up and down along the inner wall of the cylindrical guide unit. A fixed gear provided on the outer wall; It is fitted to the fixed gear so as to rotate and move up and down, the locking projections for fixing the position of the button unit is provided at intervals below the outer wall, rotated by the fixed gears, the locking projections are the lower end of the inner wall of the cylindrical guide portion A rotary gear configured to be fixed in position; A plurality of guide locking rails disposed in an inner wall portion of the cylindrical guide part and disposed at intervals along the circumferential direction to guide vertical movement of the guide protrusion; And a button spring positioned on the mounting plate to elastically support the rotary gear.

A lower portion of the fixed gear is in contact with the locking projection of the rotary gear, a plurality of rotary guide gears configured to rotate the rotary gear by a predetermined angle by the vertical movement of the fixed gear is provided, the plurality of guides The lower end of each of the locking rails may be in contact with the locking protrusion to implement the position fixing with respect to the button unit, and on the contrary, the inclined curved portion may be provided in a predetermined direction in which the locking protrusion is detached to release the fixing.

When the rotary gear is moved to the lower portion of the cylindrical guide portion by the pressing of the button unit, the locking projection is rotated so that the position fixing of the button unit is realized, the bottom surface of the inclined curved portion of the guide locking rail Pressing of the locking portion by the engaging contacts of the button unit is realized by the contact portion, so that the locking portion is caught by the locking projection, and after the button unit is fixed in position, the rotary gear is rotated by pressing the button unit. While moving to the lower portion of the cylindrical guide portion and the locking projection is separated from the bottom surface of the inclined curved portion is located between the plurality of guide locking rails and the fixing release is implemented by the button spring by the button spring of the button casing unit Is moved upward, the button unit Pressing the locking portion by engaging the contact portion is released can be separated from the locking portion the engaging projection.

A locking guide unit coupled to the mounting plate at a lower portion of the mounting plate and having a rotation guide rod configured to guide the vertical movement of the rotary gear; And a spring support unit positioned on the locking guide unit, coupled to a lower portion of the mounting plate, and provided with a guide hole through which the rotation guide rod penetrates, and configured to support the button spring under the cylindrical guide portion. It may further include.

The bottom portion of the button unit is provided with a connecting cylindrical portion to which the fixed gear is inserted and connected, the fixed gear is configured to be larger than the upper portion so that the upper portion is fitted into the connecting cylinder portion and the lower portion is in contact with the guide locking rail. The rotating gear may have a shape corresponding to an upper portion and a lower inner wall portion of the fixed gear, and may include a fixed hook portion fitted into an upper end portion of the fixed gear and an upper bar coupled to the fixed gear so as to be movable up and down. Can be.

The button intermittent unit may include: a moving cylinder positioned below the center of the button unit to move together with the button unit, and inserted into the cylindrical guide part such that vertical movement is guided along an inner wall of the cylindrical guide part; A locking link connected to the moving cylinder and an upper cylindrical guide part, the locking link configured to be movable up and down along the side wall of the cylindrical guide part; And a button spring positioned on the mounting plate and elastically supporting the upper and lower cylinders. The side wall portion of the cylindrical guide portion is provided with a vertical rail for guiding the locking link up and down and a locking rail which is connected to the lower end of the upper and lower rails to limit the vertical movement of the locking link, the locking link is the moving cylinder It may include an upper member rotatably contacting the upper portion and a locking member connected to the upper and lower rails.

The main casing unit has a support jaw for supporting the upper portion, the button casing unit may be provided with an annular member corresponding to the support jaw so that the position is limited by the support jaw.

An inner casing unit configured to be settled in a space of the main casing unit and storing contents for makeup; A covering unit detachably configured inside the upper end of the inner casing unit to protect contents of the inner casing unit and having a convex handle piece; And a hook unit for being mounted in a hook structure on a bottom portion of the button casing unit, and may further include a decor panel unit that is disposed directly on the covering unit to open and close an upper end of the inner casing unit.

The hook coupling part corresponding to the hook part of the decor panel unit may be provided on the mounting plate of the button casing unit, and a convex hook cover part may be provided to accommodate and protect the hook part.

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 one-touch cosmetic case in a state in which the button unit protrudes and is opened in 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.

FIG. 6 is a II-II cross-sectional view of FIG. 2, which is the operating state of FIG. 5.

7 is an exploded view of a part of the main casing unit of FIG. 1 separated.

8 is an exploded view of a part of the main casing unit of FIG. 2 separated;

9 is a partially exploded view of the button casing unit is separated in FIG.

FIG. 11 is a perspective view of the button casing unit of FIG. 7. FIG.

12 is an exploded view of a one-touch cosmetic case according to another embodiment of the present invention.

FIG. 13 is an enlarged view of FIG. 12.

14 is an enlarged view of the locking rail and latch link of 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.

1 is a three-dimensional view of the one-touch cosmetic case according to an embodiment of the present invention, Figure 2 is a three-dimensional view of the one-touch cosmetic case in a state capable of opening the button unit in Figure 1, Figure 3 is an exploded view of Figure 1 4 is a rear view of FIG. 3, FIG. 5 is a sectional view taken along line II of FIG. 1, and FIG. 6 is a sectional view taken along line II-II of FIG. 2 in an operating state of FIG. 5.

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. And a casing locking unit 160 mounted on the button casing unit 140 and configured to be attached to and detached 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 the casing locking is mounted on the button casing unit 140 to connect the button casing unit 140 and the button unit 150 to limit the vertically moved position of the button unit 150. Includes the units 160 of the main housing unit (100) engaging and unlatching operation button unit 150, intermittent button unit 170 is configured to interlock with one-touch operation in accordance with for the main component.

As shown in FIG. 5, the button unit 150 is fixed by the button control unit 170 in a state where the button unit 150 is inserted into the main casing unit 100.

As shown in FIG. 6, the button unit 150 is one-touch pressed to release the position by the button control unit 170 to protrude to the upper portion of the button casing unit 140.

When the button unit 150 is in a position fixed by the button interrupting 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 state of being released by the button control unit 170, the button unit 150 is moved upward as described above to release the pressure of the casing locking unit 160 by the button unit 150, Since the button casing unit 140 may be moved upward by the release of the casing locking unit 160 and the main casing unit 100, the main casing unit 100 may be opened.

As described above, the main casing unit 100 is opened by the locking and the release of the casing locking unit 160 with respect to the main casing unit 100 according to the one-touch selection state of the position fixing and the unlocking of the button unit 150. And closure can be made.

Thus, the one-touch cosmetic case according to an 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 of the inside and outside of the case, it is possible to add the convenience of use by one-touch open. .

1 to 6 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. Cylindrical guide portion 148 for up and down guidance is provided in the central portion of the cylinder 141, and an opening may be provided in an upper portion of the cylindrical guide portion 148.

The button unit 150 is configured to be movable up and down in the button casing unit 140, and the locking contact parts 151 may be provided at a predetermined interval on the upper inner wall. The button unit 150 may include a connecting cylindrical portion 152 to which the fixed gear 171 is connected and a stopper 153 which is in contact with the mounting plate 141. The stopper 153 at the bottom of the button unit 150 may contact the mounting plate 141 to limit the downward movement position of the button unit 150.

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 may be configured such that the locking portion 165 is pressed by the locking contact portions 151 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 through which the locking protrusion 101 can be locked, and a locking guide 167 that is movable in contact with the serration annular portion 111 of the inner casing unit 110 described below. .

The button interrupting unit 170 is connected to the button unit 150 to elastically support the button unit 150, and fixing the position at which the button unit 150 is moved below the button casing unit 140. It may be configured to selectively perform the unlocking to release the position lock by pressing the button unit 150.

The button control unit 170 is configured to perform position fixing and release fixing according to the one-touch of the button unit 150. Accordingly, the locking and the locking 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 control unit 170 will be described later in detail.

In the one-touch cosmetic case according to one embodiment of the present invention, when the button unit 150 is pressed, the button unit 150 is moved upward by releasing the fixing of the button unit 150 of the button control unit 170. As the button unit 150 is moved, the pressing of the locking portion 165 by the locking contact portions 151 of the button unit 150 is released, and the locking portion 165 elastically moves outward from the rotating portion 161. Therefore, it 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.

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, is disposed at an angular interval, and the casing locking unit 160 is positioned corresponding to the pair of rotary support 142, the mounting plate 141 is provided with a flow through portion 143 so that the locking portion 165 can move up and down and open to the outside. . 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.

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

3 to 6, the button control unit 170 includes a fixed gear 171, a rotary gear, a guide locking rail 180, and a button spring 185.

The fixed gear 171 is connected to the lower center of the button unit 150 so as to move together with the button unit 150, the guide protrusion 172 which is in contact with the inner wall of the cylindrical guide 148 to guide the vertical movement is As provided in the outer wall portion, the upper end of the small cylindrical shape is provided with a guide hole 174 is connected to the rotating gear 175 in a vertical flow, the lower end of the large cylindrical shape is guided to rotate the rotating gear 175 Gear 173 is provided.

The fixed gear 171 is guided in the vertical direction along the guide locking rail 180, the guide protrusion 172 is provided on the inner wall portion of the cylindrical guide portion 148, the rotation is guided by the guide locking rail 180 It can be moved while being prevented.

The rotary gear 175 is fitted to the inside of the fixed gear 171 so that the upper bar 178 is connected by the guide hole 174 of the fixed gear 171 to rotate and move up and down, the button unit 150 Locking protrusions 176 for fixing the position is provided at intervals below the outer wall, is rotated by the fixing gear 171 is configured to lock the locking protrusions 176 to the inner wall of the cylindrical guide portion 148. Inside the rotary gear 175 is provided with a guide passage 179 into which the rotary guide rod 191 of the locking guide unit 190 to be described later in the vertical direction.

The guide locking rail 180 is disposed along the up and down direction on the inner wall portion of the cylindrical guide portion 148 and is disposed at intervals along the circumferential direction so that the guide protrusion 172 of the rotary gear 175 is positioned to move up and down. It is configured to.

The button spring 185 is positioned on the mounting plate 141 and elastically supports the rotary gear 175. The button spring 185 elastically supports the button unit 150 and the position of the button unit 150 is the button casing unit 140. ) And provides upward movement force of the button unit 150 when it is released in the fixed position.

The lower portion of the fixed gear 171 as described above is in contact with the locking projection 176 of the rotary gear 175 and configured to rotate the rotary gear 175 by a predetermined angle by the vertical movement of the fixed gear 171. A plurality of toothed rotation guide gears 173 are provided.

In addition, the lower end of each of the plurality of guide locking rails 180, the locking projection 176 is in contact with the fixed position to the button unit 150 and the locking projection 176 in contact with the locking protrusion 176 in a fixed direction that can be released The curved portion 181 is provided.

FIG. 7 is an exploded view of a part of the main casing unit 100 of FIG. 1 in which the button unit 150 is fixed, and FIG. 8 illustrates that the button unit 150 is unlocked to allow the main casing unit 100 to be opened. 2 is an exploded view of the main casing unit 100 of FIG. 2, and FIGS. 9 and 10 are partial exploded views of the button casing unit 140 of FIG. 7.

5 to 10, the one-touch cosmetic case according to an embodiment of the present invention as described above, the rotary gear 175 by the pressing of the button unit 150 to the lower portion of the cylindrical guide portion 148. When moved, the locking projection 176 is in contact with the bottom portion of the inclined curved portion 181 of the guide locking rail 180 while the rotary gear 175 is rotated so that the position fixing of the button unit 150 is implemented.

In this case, the locking protrusion 176 of the rotary gear 175 is moved in contact with the rotation guide gear 173 of the fixed gear 171, and the locking protrusion 176 is inclined curved portion as the rotary gear 175 rotates in one direction. 181) is caught in contact with. Accordingly, the downwardly moved position of the button unit 150 is fixed.

In addition, as the downward movement of the button unit 150, the pressing of the locking portion 165 by the locking contact portions 151 of the button unit 150 is implemented, so that the locking portion 165 is caught by the locking protrusion 101. 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 pressurized by one touch so that the main casing unit 100 is opened, the cylinder is rotated while the rotary gear 175 is rotated by pressing the button unit 150 after the button unit 150 is fixed in position. The locking protrusion 176 is moved to the lower portion of the guide portion 148 to be separated from the bottom surface of the inclined curved portion 181 to be positioned between the plurality of guide locking rails 180 to release the lock.

Thereafter, the button unit 150 is moved upward of the button casing unit 140 by the button spring 185, and the pressing of the locking unit 165 by the engaging contacts 151 of the button unit 150 is released. The locking unit 165 is separated from the locking protrusion 101, and the main casing unit 100 may be opened.

At this time, the fixed gear 171 is a state capable of a slight up and down flow along the upper bar 178 of the rotary gear 175 with respect to the rotary gear 175, which is bitten by the rotation guide gear 173 of the rotary gear 175. As the locking protrusion 176 of the rotary gear 175 is rotated, the locking protrusion 176 is made to move upward along the guide locking rail 180, and the rotary gear 175 by the button spring 185. The fixed gear 171 and the button unit 150 may be moved upward by the length of the guide locking rail 180.

Hereinafter, with reference to the button control unit 170 according to an embodiment of the present invention looks at the elements mounted to the button casing unit 140 and the button unit 150.

As shown in Figure 3 to 6, the lower portion of the mounting plate 141 of the button casing unit 140 is coupled to the mounting plate 141 and the rotation guide rod 191 for guiding the vertical movement of the rotary gear 175 And a guide hole 196 coupled to the lower portion of the mounting plate 141 on the locking guide unit 190 and having a rotary guide rod 191 therethrough. The spring supporting unit 195 is configured to support the button spring 185 while closing the lower portion of the guide 148.

In addition, the bottom portion of the button unit 150 is provided with a connecting cylindrical portion 152 to which the fixed gear 171 is inserted and connected, and the fixed gear 171 has its upper part fitted into the connecting cylindrical portion 152 to be fixed in position, and a lower portion thereof is guided. It is configured to be enlarged than the upper portion so as to contact the locking rail 180.

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

In addition, with reference to Figures 1 to 6, in the main casing unit according to an embodiment of the present invention looks at the elements associated with the sealing of the elements and the elements that can help open.

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 a covering unit 120 detachably inside the upper end of the inner casing unit 110 to protect the contents of the inner casing unit 110. The covering 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. The projections of the serration annular portion 111 are connected to the engaging contact portion 151 of the button unit 150 so that the locking portion 165 of the casing locking unit 160 is caught by the locking projection 101 of the main casing unit 100. When it is rotated downward by the contact with the locking guide 167 of the locking portion 165 can guide the locking end 166 to the locking projection 101 side.

The hook unit 131 is provided on the bottom of the button casing unit 140 in a hook structure on the covering unit 120, and immediately above the covering unit 120 to open and close the upper end of the inner casing unit 110. Placeable deco panel unit 130 is located.

On the other hand, the hook coupling portion 145 corresponding to the hook portion 131 of the decor panel unit 130 is provided on the mounting plate 141 of the button casing unit 140, and accommodates and protects the hook portion 131 Convex hook cover portion 146 may be provided.

Hereinafter, a one-touch cosmetic case according to another embodiment of the present invention will be described. In the one-touch cosmetic case according to another embodiment, since the button control unit is different from the above technique, and other components are similar, the overlapping description of the same or similar elements will be described. The following will mainly describe the button control unit and its operation.

12 is an exploded view of a one-touch cosmetic case according to another embodiment of the present invention, FIG. 13 is an enlarged view of FIG. 12, FIG. 14 is a sectional view of FIG. 12, and FIG. 15 is an operating state diagram of FIG. 14.

 In the one-touch cosmetic case according to another embodiment of the present invention, as described above, the button unit is controlled by the button control unit up and down position, the locking of the casing locking unit is maintained in accordance with the position control of the button control unit button unit In terms of the release is the same as the above embodiment. Since the position regulation structure of the button unit by the button interruption unit is different from the above embodiment, the following description will be given.

As shown in FIGS. 12 to 14, the button control unit 270 according to another embodiment of the present invention includes a moving cylinder 271, a latch link 272, and a button spring 285.

The moving cylinder 271 is positioned below the center of the button unit 250 to move together with the button unit 250, and is inserted into the cylindrical guide part 248 to guide the vertical movement along the inner wall of the cylindrical guide part 248. It is.

The latch link 272 is settled on the moving cylinder 271. The latch link 272 is connected to the moving cylinder 271 and the cylindrical guide portion 248 and is configured to be movable up and down along the sidewall portion of the cylindrical guide portion 248.

The button spring 285 is positioned on the mounting plate 241 and elastically supports the upper and lower cylinders.

The latch link 272 moves downward together with the moving cylinder 271 by the one-touch pressurization of the button unit 250 while the button unit 250 protrudes to the upper portion of the button casing unit 240, and guides the cylinder. It is moved from the top to the bottom of the portion 248 and is fixed in position on the lower sidewall portion.

Accordingly, the position of the button unit 250 is regulated in the state moved downward by the latch link 272. Accordingly, as the button unit 250 is lowered, the position of the button casing unit 240 is fixed to the main casing unit 200 by the casing locking unit 260. Position restrictions on the button casing unit 240 of the casing locking unit 260 are as described above.

In this state, when the button unit 250 is one-touch pressed, the latch link 272 is released from the lower sidewall portion of the cylindrical guide portion 248 and the button unit 250 is moved upward by the button spring 285. do. Accordingly, the position restriction of the button casing unit 240 is released, and all elements mounted on the button casing unit 240 may be separated from the main casing unit 200 together with the button casing unit.

The structure for the movement and position control of the latch link 272 with respect to the side wall portion of the cylindrical guide portion 248 as described above is as follows.

In order to regulate the position of the latch link 272, the side wall portion of the cylindrical guide portion 248 is bent and connected to the lower end of the upper and lower rails 248a and the upper and lower rails 248a for guiding the latch link 272 up and down. A locking rail 248b is provided to limit the vertical movement of the link 272.

The latch link 272 may include an upper member 273 rotatably contacting an upper portion of the moving cylinder 271 and a locking member 274 connected to the upper and lower rails 248a.

The locking member 274 of the latch link 272 may be moved along the upper and lower rails 248a provided in the side wall portion of the cylindrical guide portion 248 to move toward the locking rail 248b, and the end of the locking rail 248b may be moved. Is restricted to move upwards.

As shown in Figs. 12 to 14, the locking rail 248b is configured to guide the locking member 274 toward the upper and lower rails 248a when the locking member 274 is moved downward. Accordingly, the position restriction of the latch link 272 with respect to the locking rail 248b is released, and the latch link 272 is in a state in which it can be moved upward along the upper and lower rails 248a.

When the locking member 274 of the latch link 272 is moved downward along the upper and lower rails 248a and positioned as the locking rail 248b, the button case unit is moved by the casing locking unit 260 to the main casing unit 200. It is connected to the main casing unit 200 is maintained in a closed state, the locking member 274 is separated from the locking rail 248b is located on the upper and lower rails 248a and moved to the upper portion of the main casing locking unit 260 The latch on the casing unit 200 is released and the button casing unit 240 may be separated from the main casing unit 200 to open the main casing unit 200.

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.

[Description of the code]

100: main casing unit 101: locking projection

102: support jaw 105: annular member

110: inner casing unit 111: serration annular portion

120: covering unit 121: handle

130: Deco panel unit 131: hook portion

140: button casing unit 141: mounting plate

142: rotary base 143: flow through

145: hook coupling portion 146: hook cover portion

148: cylindrical guide portion 150: button unit

151: engaging contact portion 152: connecting cylindrical portion

153: stopper 160: casing locking unit

161: rotating portion 165: locking portion

166: jam step 167: jam guide

170: button interruption unit 171: fixed gear

172: guide projection 173: rotation guide gear

174: guide hole 175: rotary gear

176: locking projection 177: fixed hook portion

178: upper bar 179: guide passage

180: guide locking rail 181: inclined curved portion

185: button spring 190: locking guide unit

191: rotary guide rod 195: spring support unit

196: Information Hall

200: main casing unit 240: button casing unit

241: mounting plate 248: cylindrical guide portion

248a: upper and lower rails 248b: locking rail

250: button unit

260: casing locking unit 270: button control unit

271: moving cylinder 272: latch link

273: upper member 274: locking member

285: button spring

Claims (12)

A main casing unit for receiving the contents; A button casing unit mounted on the main casing unit so as to be connected and disconnected and for receiving button related one-touch elements; A button unit mounted on the button casing unit to move up and down, and used as a one-touch button to open 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 one-touch operation of the button unit; And It is mounted to the button casing unit, interlocked with the one-touch operation of the button unit button intermittent button configured to limit the vertically moved position of the button unit for the engaging and releasing action for the main casing unit of the casing locking unit Unit, The button control unit is connected to the button unit to elastically support the button unit, and the button unit is moved to the lower side of the button casing unit to fix the position and release the lock to release the position fixing the button One-touch cosmetic case configured to selectively perform by pressurization of the unit. According to claim 1, The casing unit is provided with a space opened upwards in the vertical direction, and provided with 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, and a mounting plate is provided between the upper and lower openings. A cylindrical guide is provided, an opening is provided in the upper portion of the cylindrical guide, The button unit is configured to be movable up and down on the button casing unit, the engaging contacts are provided at a predetermined interval on the upper inner wall, The casing locking unit is located at an inner lower portion of the button unit and is provided with a rotatable portion rotatably coupled to the mounting plate. The casing locking unit is elastically connected to the rotatable portion and disposed at a lower end of the button unit. And a locking part engaged with the locking protrusion, wherein the locking part is pressed by the locking contact parts of the button unit so that the locking part is locked to the locking protrusion, When the button unit is pressurized, as the button unit is moved upward by the release of the fixing of the button control unit, the pressing of the locking part by the locking contact parts of the button unit is released, and the locking part is separated from the locking protrusion. One-touch cosmetic case configured to open the inside of the main casing unit. The method of claim 2, On the mounting plate of the button casing unit, a pair of rotation support parts rotatably coupled to the rotation part of the casing locking unit are disposed at predetermined angle intervals, and the casing locking units are positioned corresponding to the rotation support parts, respectively. The plate is a one-touch cosmetic case that the locking portion is movable up and down and is provided with a flow through which is rotatable relative to the rotating part. The method of claim 3, wherein The button interrupting unit connects the button casing unit and the button unit, A fixed gear connected to the center lower portion of the button unit to move together with the button unit, and having a guide protrusion provided on an outer wall of the cylindrical guide to guide the vertical movement along the inner wall; It is fitted to the fixed gear so as to rotate and move up and down, the locking projections for fixing the position of the button unit is provided at intervals below the outer wall, rotated by the fixed gears, the locking projections are the lower end of the inner wall of the cylindrical guide portion A rotary gear configured to be fixed in position; A plurality of guide locking rails disposed in an inner wall portion of the cylindrical guide part and disposed at intervals along the circumferential direction to guide vertical movement of the guide protrusion; And A one-touch cosmetic case on the mounting plate and including a button spring for elastically supporting the rotary gear. The method of claim 4, wherein A lower portion of the fixed gear is in contact with the locking projection of the rotary gear, a plurality of rotary guide gear is configured to rotate the rotary gear by a predetermined angle by the vertical movement of the fixed gear is provided, Each of the lower end portions of the plurality of guide locking rails is configured to contact the locking protrusion to implement the position fixing with respect to the button unit, and on the contrary, the contact of the locking protrusion is released to provide a predetermined inclined curved portion capable of releasing the fixing. One-touch cosmetic case. The method of claim 5, When the rotary gear is moved to the lower portion of the cylindrical guide portion by the pressing of the button unit, the locking projection is rotated so that the position fixing of the button unit is realized, the bottom surface of the inclined curved portion of the guide locking rail As the contact portion is supported by the locking unit, the locking portion is pressed by the locking contacts of the button unit so that the locking portion is caught by the locking protrusion. After the button unit is fixed in position, the rotary gear is rotated by the pressurization of the button unit and moved further to the lower portion of the cylindrical guide, so that the locking protrusion is separated from the bottom surface of the inclined curved portion and positioned between the plurality of guide locking rails. As the locking release is implemented, the button unit is moved upward of the button casing unit by the button spring, and the pressing of the locking portion by the locking contact portions of the button unit is released to release the locking portion from the locking protrusion. The one touch cosmetic case. The method of claim 5, A locking guide unit coupled to the mounting plate at a lower portion of the mounting plate and having a rotation guide rod configured to guide the vertical movement of the rotary gear; And Located on the locking guide unit is coupled to the lower portion of the mounting plate, provided with a guide hole through which the rotary guide rod is located, and further comprising a spring support unit configured to support the button spring in the lower portion of the cylindrical guide portion One touch cosmetic case included. The method of claim 5, A bottom portion of the button unit is provided with a connecting cylindrical portion to which the fixed gear is inserted and connected, The fixed gear is configured to be enlarged than the upper portion so that the upper portion is fixed to the connection cylindrical portion and the lower portion is in contact with the guide locking rail, The rotary gear is configured in a shape corresponding to the upper and lower inner wall portion of the fixed gear, a one-touch having a fixed hook portion which is fitted to the upper end of the fixed gear and fixed to the position and an upper bar coupled to the fixed gear so as to be movable up and down Cosmetic case. The method of claim 3, wherein The button control unit, A moving cylinder positioned below the center of the button unit to move together with the button unit, and inserted into the cylindrical guide part to guide the vertical movement along the inner wall of the cylindrical guide part; A latch link connected to the moving cylinder and an upper cylindrical guide part, the latch link configured to be movable up and down along the side wall part of the cylindrical guide part; And A button spring positioned on the mounting plate and elastically supporting the upper and lower cylinders; The side wall portion of the cylindrical guide portion is provided with a vertical rail for guiding the latch link up and down and a locking rail that is refractedly connected to the lower end of the upper and lower rails to limit the vertical movement of the latch link, The latch link is a one-touch cosmetic case including an upper member rotatably contacting the upper portion of the moving cylinder and a locking member connected to the upper and lower rails. The method according to any one of claims 1 to 9, The main casing unit is a one-touch cosmetic case is provided in the upper support jaw for support, the button casing unit is provided with an annular member corresponding to the support jaw so that the position is limited by the support jaw. The method of claim 10, An inner casing unit configured to be settled in a space of the main casing unit and storing contents for makeup; A covering unit detachably configured inside the upper end of the inner casing unit to protect contents of the inner casing unit and having a convex handle piece; And And a deco panel unit provided on the bottom of the button casing unit in a hook structure to be mounted in a hook structure and disposed directly on the covering unit to open and close an upper end of the inner casing unit. The method of claim 10, A one-touch cosmetic case is provided on the mounting plate of the button casing unit corresponding to the hook portion of the decor panel unit, and a convex hook cover portion for accommodating and protecting the hook portion.

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