Patent Description:
A cosmetic product is an article used to beautify the appearance of a human body and cover defects of the appearance to enable the human body to appear attractive or to maintain a health of skis, hairs, etc..

The cosmetic product is classified into base cosmetics, color cosmetics, and functional cosmetics according to the purpose of use, and produced in a liquid or gel form or a solid or powder form according to characteristics thereof and stored and used in various types of cosmetic containers.

Accordingly, it is necessary to develop containers for various types of cosmetic products according to the purpose of use and characteristics of the cosmetic product. In general, a liquid or gel cosmetic product is used in such a manner that a user fills a glass container or a tube container with the liquid or gel cosmetic product, puts the cosmetic product on his/her hands for use or squeezes the cosmetic product from the container, and then applies the cosmetic product onto his/her skins.

However, according to such a conventional cosmetic container, there is an inconvenience that the user is required to wash his/her hands on which a cosmetic material is put whenever the user uses the cosmetic material and there is a problem that the cosmetic material is wasted.

In order to solve the problems as described above, a compact container in which a puff is mounted has been developed, so that the cosmetic material is not put on the hands and the puff is easily carried.

<CIT> discloses such a conventional compact container, in which the conventional compact container includes an outer container, a refill container coupled to an inside of the outer container and having a cosmetic material contained therein, a refill container lid for opening and closing the refill container, and an outer container lid for opening and closing the outer container, and the outer container and the refill container are undercut-coupled to each other in a detachable manner, such that when the cosmetic material contained in the refill container is used up, the refill container may be separated from the outer container and a new refill container may be coupled to the outer container.

However, the conventional compact container is inconvenient in use, in which the outer container lid and the refill container lid have to be opened from the outer container and the refill container, respectively, in order to check a type and color of a cosmetic material contained in the refill container.

In addition, since the conventional compact container has a push button installed on the front of the outer container, even when both the outer container and the refill container are formed of a transparent material to allow the cosmetic material contained in the refill container to be reflected on the outside, a part of the outer container is blocked by the push button, such that the push button installed on the outer container interferes with checking the type and color of the cosmetic material and occupies a predetermined space inside the outer container, thereby resulting in a structural limitation that a space for containing the cosmetic material is reduced.

In order to solve the above problem, <CIT> discloses a compact container for cosmetics having an opening/closing button on a lid, in which an accommodation space for the opening/closing button in a container body is removed by forming the opening/closing button on a container lid, and a main container required for assembling the opening/closing button is removed to maximize the accommodation space for the cosmetic material in the container body, so that a lot of cosmetic materials can be effectively filled, thereby eliminating the need for frequently filling the cosmetic materials.

However, the conventional compact container as described above has a structure in which the compact container is hinge-coupled to the container body in a state in which the mirror is fixedly coupled to an inner side of the container lid, such that it was inconvenient to use the mirror by holding the container body with the container lid open, and it is problematic that the container lid is arbitrarily closed due to external impact or inclination of the container body to cover the mirror.

Accordingly, a mirror provided on the container lid may be separately used by applying a structure in which the container lid of the compact container is detached from the container body. In this case, in order to separate the container lid from the container body, there was inconvenience that a button is pushed to release fastening between the container lid and the container body, and then the container lid is forcibly removed and separated from the container body. In addition, the container lid of the compact container is formed with two or more configurations of an upper plate and a lower plate that are detachably coupled to each other, and the mirror may thus be separately used by separating an upper portion of the container lid from a lower portion thereof. In this case, because a button is installed on one side of the container lid, the button interferes with a detachment process between the container lid and the container body.

Therefore, it is necessary to develop a cosmetic container, in which the button does not interfere with separating or coupling between the container body and the container lid when separating the container lid installed with the button from the container body in order to separately use or recycle the mirror.

Further technological background is known from <CIT>, <CIT>, <CIT>, <CIT> and <CIT>.

In order to solve the problems, the subject matter of the independent claim is provided. An object of the present disclosure is to provide a cosmetic container having a button-separable structure, preferably in which when an upper container is separated from a lower container in order to separately use or recycle a mirror provided in the upper container, some components of a button installed on the upper container are allowed to be separated together, so that the button does not interfere with detachment of the upper container from the lower container.

Another object of the present disclosure is to provide a cosmetic container having a button-separable structure, preferably in which a lower container is formed of a transparent material, and a button is installed on an upper container which opens and closes the lower container, such that contents are reflected on the outside through the entire transparent outer wall of the lower container, so that the user can easily check the contents, aesthetic feeling can be improved, and an internal space of the lower container can be easily secured.

In order to achieve the above objects, the present disclosure provides a cosmetic container having a button-separable structure including: a lower container; an upper container which opens and closes the lower container; a button installed on the upper container; and a mirror formed on the upper container, wherein the upper container includes a connection member coupled to the lower container and a cover member detachably coupled to the connection member, and the button is divided into an elastic locking member formed on the connection member and a pressing member formed on the cover member.

In addition, the lower container may be formed of a transparent material so that contents stored in the lower container may be reflected on an outside.

In addition, the lower container may be mounted with a content container which contains contents and a content container cover which opens and closes the content container.

In addition, the lower container may further include an intermediate body having a locking protrusion on one side thereof.

In addition, the cover member of the upper container may be rotatably coupled to an extent of a predetermined section while covering an upper portion of the connection member.

In addition, the connection member of the upper container may be formed with an insertion groove and a fixing protrusion to fix the elastic locking member of the button.

In addition, an elastic protrusion may be formed on the connection member of the upper container to horizontally and elastically support the elastic locking member of the button while allowing the elastic locking member to be spaced apart from an outer surface of the connection member at a predetermined interval.

In addition, a fastening portion including a horizontal fastening groove and a vertical separation groove may be formed on the connection member of the upper container, and a fastening protrusion may be formed on the pushing member of the button so that the pushing member of the button may be fastened to the horizontal fastening groove or located in the vertical separation groove.

In addition, a locking hook may be formed on an elastic locking member of the button, and elastic blades may extend from both sides of the locking hook.

In addition, the pushing member of the button may include a pushing portion exposed to an outside of the upper container and a coupling portion coupled to the cover member.

In addition, the coupling portion of the pushing member may be formed in a ring shape and coupled to an inside of the cover member, and the pushing portion may protrude outward from the coupling portion and be located in front of the elastic locking member.

In addition, the cover member of the upper container may be fastened to the connection member or fastening between the cover member and the connection member may be released while being rotated to an extent of a predetermined section, and simultaneously, the pushing member may be rotated together with the cover member so that the pushing member of the button may be connected to or separated from the elastic locking member.

According to the aspect of the present disclosure, when the upper container is separated from the lower container in order to separately use or recycle the mirror provided in the upper container, some components of the button installed on the upper container are allowed to be separated together, so that the button does not interfere with detachment of the upper container from the lower container.

According to the aspect of the present disclosure, the lower container is formed of a transparent material, and the button is installed on the upper container which opens and closes the lower container, such that the contents are reflected on the outside through the entire transparent outer wall of the lower container, so that the user can easily check the contents, aesthetic feeling can be improved, and an internal space of the lower container can be easily secured.

The detailed description of the present disclosure will be described below with reference to the accompanying drawings showing specific aspects in which the present disclosure can be embodied. These aspects will be described in detail as sufficient as to enable those skilled in the art to practice the present disclosure. It may be understood that the various aspects of the present disclosure do not need to be mutually exclusive although they are different from each other. For example, the specific shapes, structures, and characteristics disclosed herein may be implemented in other aspects in relation to one aspect without departing from the and scope of the present disclosure, as long as they fall within the scope of the claims.

Accordingly, the detailed description described below is not intended to be taken as a restrictive meaning, but if it is properly described, the scope of the present disclosure is restricted only by the appended claims. In the drawings, the similar reference symbols refer to the same or similar functions throughout several aspects.

The terms used in the present disclosure have been selected from currently widely used general terms in consideration of the functions in the present disclosure. However, the terms may vary according to the intention of one of ordinary skill in the art, case precedents, and the advent of new technologies. Also, for special cases, meanings of the terms selected by the applicant are described in detail in the description section. Accordingly, the terms used in the present disclosure are defined based on their meanings in relation to the contents discussed throughout the specification, not by their simple meanings.

When a part may "include" a certain constituent element, unless specified otherwise, it may not be construed to exclude another constituent element but may be construed to further include other constituent elements.

Hereinafter, a cosmetic container having a button-separable structure according to one aspect of the present disclosure will be described in detail with reference to <FIG>.

<FIG> is a perspective view of a cosmetic container according to one aspect of the present disclosure, <FIG> is an exploded perspective view of the cosmetic container according to one aspect of the present disclosure, and <FIG> is a sectional view of the cosmetic container according to one aspect of the present disclosure.

As illustrated in the drawings, the present disclosure includes a lower container <NUM>, an upper container <NUM>, a button <NUM>, and a mirror <NUM>, in which the upper container <NUM> includes a connection member <NUM> coupled to the lower container <NUM> and a cover member <NUM> detachably coupled to the connection member <NUM>, and the button <NUM> is divided into an elastic locking member <NUM> formed on the connection member <NUM> and a pushing member <NUM> formed on the cover member <NUM>.

The lower container <NUM> stores a cosmetic product and is formed in a cylindrical shape with an open top and bottom. In the drawings of the cosmetic container according to one aspect of the present disclosure, the lower container <NUM> is illustrated as having a cylindrical shape with a lower height and a wide width, but is not limited thereto, and may be changed into various shapes according to convenience of use or preference or fashion of a purchaser.

The entire lower container <NUM> may be formed of a transparent material so that contents stored in the lower container <NUM> may be reflected on the outside. That is, even though a user does not directly check the contents stored in the lower container <NUM> by opening the upper container <NUM> from the lower container <NUM>, the contents are reflected on the outside through the entire transparent outer wall of the lower container <NUM>, such that the contents stored in the lower container <NUM> can be easily checked, and accordingly, aesthetic feeling of an appearance of the cosmetic container can be improved.

As illustrated in <FIG>, a hinge insertion hole <NUM> may be formed in one side of the lower container <NUM>, and a hinge insertion protrusion 12a may be formed on the hinge insertion hole <NUM> so that the upper container <NUM> may be hinge-coupled to the lower container <NUM>. In this case, the hinge insertion protrusion 12a preferably protrudes in a pair from both side walls of the hinge insertion hole <NUM>.

In addition, a ring-shaped intermediate body <NUM> may be further provided on an upper end of the lower container <NUM>. The intermediate body <NUM> is formed on the upper end of the lower container <NUM> in a ring shape, and a locking protrusion 14a protrudes upward from one side thereof and is engaged with a button <NUM> installed on the upper container <NUM>. The locking protrusion 14a may have a protrusion portion formed on an inner upper portion thereof, an outer wall may extend to both lower portions of the protrusion portion, and a groove may be formed between the protrusion portion and the outer wall.

As illustrated in <FIG>, a bonding groove 14b may be formed on a lower end of the intermediate body <NUM>, and a bonding protrusion <NUM> may be formed on the upper end of the lower container <NUM>, so that the intermediate body <NUM> and the lower container <NUM> may be bonded to each other while they are fitted with each other. In this case, the intermediate body <NUM> is preferably bonded to the upper end of the lower container <NUM> through ultrasonic bonding, high-frequency bonding, or thermal bonding. This is to prevent the aesthetic feeling of the cosmetic container from being degraded due to the coupling structure when the lower container <NUM> and the intermediate body <NUM> have separate coupling structures.

Meanwhile, a content container <NUM> for containing contents and a content container cover <NUM> for opening and closing the content container <NUM> may be mounted in the lower container <NUM>.

The contents are contained in the content container <NUM> or an impregnated sponge impregnated with contents is mounted in the content container <NUM>, the impregnated sponge is preferably formed of at least one material selected from the group consisting of butadiene rubber (BR), styrene butadiene rubber (SBR), natural rubber (NR), natural rubber styrene butadiene rubber (NRSBR), acrylonitrile-butadiene rubber (NBR), wet urethane, dry urethane, polyether, polyester, polyvinyl chloride, polyethylene, latex, silicone, polyvinyl alcohol (PVA), nitrile rubber, butyl rubber, and neoprene.

Like the lower container <NUM>, the content container <NUM> may have a surface formed of a transparent material, such that the contents contained in the content container <NUM> may be reflected on the outside through the transparent content container <NUM> and lower container <NUM>, thereby allowing the user to easily check the contents.

Meanwhile, the lower container <NUM> and the content container <NUM> may adjust transparency (a value expressed as a ratio of light transmitted through a mineral) for improving information delivery function or aesthetic feeling. For example, the contents contained in the lower container <NUM> and the content container <NUM> can be clearly visible through the lower container <NUM> and the content container <NUM> by increasing the transparency of the lower container <NUM> and the content container <NUM>, the contents contained in the lower container <NUM> and the content container <NUM> can be delicately visible through the content container <NUM> and the lower container <NUM> by lowering the transparency.

As illustrated in <FIG>, a ring-shaped content container coupling ring <NUM> is coupled to an upper end of the content container <NUM>, in which the content container coupling ring <NUM> may seal the inside of the content container <NUM>, and simultaneously, may be shaft-coupled to the content container cover <NUM>.

First and second lower extension protrusion rings 52a and 52b may vertically extend from a lower edge of the content container coupling ring <NUM>, and a third lower extension protrusion ring 52c may vertically extend while being inwardly spaced apart from the first and second lower extension protrusion rings 52a and 52b. As illustrated in <FIG>, the first and second lower extension protrusion rings 52a and 52b are coupled while surrounding an upper end of the outer wall of the content container <NUM>, and when the content container cover <NUM> is closed, the third lower extension protrusion ring 52c comes into close contact with a sealing protrusion ring <NUM> formed on a lower portion of the content container cover <NUM> to seal the inside of the content container <NUM>. In this case, a horizontal extension protrusion ring 52d may horizontally extend from an inside of the third lower extension protrusion ring 52c, in which the horizontal extension protrusion ring 52d may limit an exposed portion of the impregnated sponge contained in the content container <NUM> or prevent the impregnated sponge from going out.

In addition, a first hinge coupling portion <NUM> may protrude from one side of an upper portion of the content container coupling ring <NUM>, so that the content container coupling ring <NUM> may be hinge-coupled to the content container cover <NUM>.

The content container cover <NUM> is hinge-coupled to the content container coupling ring <NUM> and rotates about an axis to open and close the content container <NUM>. The sealing protrusion ring <NUM> may extend downward from the lower portion of the content container cover <NUM>, come into close contact with an inner periphery of the third lower extension protrusion ring 52c of the content container <NUM> when the content container cover <NUM> is closed, and a makeup tool storage groove <NUM> may be formed on an upper portion of the content container cover <NUM> to store a makeup tool (not illustrated).

In addition, as illustrated in <FIG>, a second hinge coupling portion <NUM> may be formed on one side of the content container cover <NUM> to be hinge-coupled to the first hinge coupling portion <NUM> of the content container <NUM>, and a knob <NUM> may be formed on an opposite side of the second hinge coupling portion <NUM> and protrude outward so as to allow the user to easily hold the knob <NUM>.

The upper container <NUM> is coupled to one side of the lower container <NUM> to open and close the lower container <NUM>. The upper container <NUM> may include the connection member <NUM> coupled to the lower container <NUM> and the cover member <NUM> detachably coupled to the connection member <NUM>.

The connection member <NUM> has a ring shape where a center thereof is perforated, connects the cover member <NUM> and the lower container <NUM> to each other, and is hinge-coupled to the upper portion of the lower container <NUM> so as to rotate about an axis.

As illustrated in <FIG>, an insertion groove 22a may be formed in one side of the connection member <NUM>, a pair of insertion grooves 22a may be formed in front of the connection member <NUM> while being spaced apart from each other at a predetermined interval, and both end portions of the button <NUM> are inserted into the pair of insertion grooves 22a to horizontally fix the button <NUM>. At least one fixing protrusion 22b is formed on a front upper end of the connection member <NUM>, in which the fixing protrusion 22b presses the upper end of the button <NUM> to vertically fix the button <NUM>. As a result, the button <NUM> is stably fixed in front of the connection member <NUM> by the insertion groove 22a and the fixing protrusion 22b.

An elastic protrusion 22c may protrude adjacent to the insertion groove 22a and the fixing protrusion 22b of the connection member <NUM>, that is, between the pair of insertion grooves 22a, in which like the insertion groove 22a, a pair of elastic protrusions 22c is formed while being spaced apart from each other at a predetermined interval to support a rear surface of the elastic locking member <NUM> of the button <NUM>. Accordingly, the elastic protrusion 22c vertically and elastically supports the elastic locking member <NUM> while being spaced apart from an outer periphery of the connection member <NUM> at a predetermined interval.

An insertion hole 22d may be formed in a front side of the connection member <NUM>. The locking protrusion 14a of the lower container <NUM> and a locking hook 34a of the button <NUM> are inserted into the insertion hole 22d together and fastened to each other.

In addition, a hinge connection portion 22e is formed opposite to the insertion hole 22d and inserted into the hinge insertion hole <NUM> of the lower container <NUM> to allow the lower container <NUM> to shaft-couple to the connection member <NUM>, in which a hinge insertion groove 22f is formed in the hinge connection portion 22e so that the hinge insertion protrusion 12a of the lower container <NUM> is fitted into the hinge insertion groove 22f. In this case, like the hinge insertion protrusion 12a, a pair of hinge insertion grooves 22f is preferably formed on both side walls of the hinge connection portion 22e.

Meanwhile, a fastening portion <NUM> including a horizontal fastening groove 26a and a vertical separation groove 26b may be formed on the outer periphery of the connection member <NUM>. In this case, the horizontal fastening groove 26a and the vertical separation groove 26b are disposed continuously or adjacent to each other, in which the horizontal fastening groove 26a is preferably formed as a groove vertically extending along the outer periphery of the connection member <NUM>, and the vertical separation groove 26b is preferably formed as a groove with an open upper portion by vertically extending in a height direction of the connection member <NUM>. As illustrated in a partially enlarged view of <FIG>, a separation prevention protrusion 26c may protrude outward from an upper portion adjacent to the horizontal fastening groove 26a, and an oblique surface 26d inclined at a predetermined angle may be formed on one side surface of the vertical separation groove 26b adjacent to the horizontal fastening groove 26a. That is, the separation prevention protrusion 26c may prevent the fastening protrusion 34c of the pushing member <NUM> from being separated from the upper portion of the connection member <NUM>, and the fastening protrusion 34c of the pushing member <NUM> may be smoothly moved from the vertical separation groove 26b to the horizontal fastening groove 26a by the oblique surface 26d during rotation of the cover member <NUM>.

In addition, the cover member <NUM> has a disc shape having open one side and provided with a certain space inside thereof, and is rotatably coupled to the extent of a predetermined section from the connection member <NUM> while covering the upper portion of the connection member <NUM>. A button through-hole 24a may be formed in a front side of the cover member <NUM> of the upper container <NUM>, and at least a part of the button <NUM> may pass through the button through-hole 24a.

At least one mirror guide protrusion 24b may be formed on an inner upper surface of the cover member <NUM>, in which the mirror guide protrusion 24b is disposed in a circle along an edge of the cover member <NUM>, and the mirror <NUM> is inserted into an inside of the mirror guide protrusion 24b. In addition, a first coupling protrusion 24c may be formed on an inner periphery of the cover member <NUM> so that the cover member <NUM> is fixedly coupled to the pushing member <NUM> of the button <NUM>.

The button <NUM> may be installed and pushed by the user so that the upper container <NUM> may be fastened or released from the lower container <NUM>, and the button <NUM> may be divided into the elastic locking member <NUM> and the pushing member <NUM>.

The elastic locking member <NUM> may be formed on one side of the connection member <NUM> and located on a rear side of the pushing member <NUM> to provide elasticity to the pushing member <NUM>, and the locking hook 32a fastened to the locking protrusion 14a of the intermediate body <NUM> may be formed on a center thereof. In this case, the upper portion of the locking hook 32a is more recessed inward than other parts, so that the locking protrusion 14a is preferably inserted into the recessed portion.

In addition, a pair of elastic blades 32b may be formed on both sides of the locking hook 32a, in which the elastic blade 32b extends in a curved shape corresponding to a surface of the connection member <NUM> so that an end portion thereof is inserted into the insertion groove 22a of the connection member <NUM>, and the upper end of the elastic blade 32b comes into close contact with the fixing protrusion 22b of the connection member <NUM>, and simultaneously, a back surface thereof comes into close contact with the elastic protrusion 22c of the connection member <NUM>, such that the elastic blade 32b is horizontally or vertically fixed and horizontally supported while being spaced apart from the surface of the connection member <NUM> at a predetermined interval.

The pushing member <NUM> is formed on an inner side of the cover member <NUM>, and located in front of the elastic locking member <NUM>, so that the pushing member <NUM> pushes the elastic locking member <NUM> rearward or moves forward by a restoring force of the elastic locking member <NUM>. The pushing member <NUM> may include a pushing portion 34a exposed to the outside of the cover member <NUM> of the upper container <NUM> and a coupling portion 34b coupled to the cover member <NUM>. In this case, the pushing portion 34a preferably protrudes outside from the coupling portion 34b, and the coupling portion 34b is preferably formed in a ring shape to be coupled to the inner side of the cover member <NUM>. In this case, the ring-shaped coupling portion 34b assists the elastic movement of the pushing portion 34a as its shape is deformed when the pushing portion 34a is pressed.

As illustrated in <FIG>, at least a part of the pushing portion 34a may be exposed to the outside while passing through the button through-hole 24a of the cover member <NUM>, and pressed by the user, in which the pushing portion 34a may be located in front of the elastic locking member <NUM> and formed with a contacting protrusion 34d on one side thereof so that the pushing portion 34a may make contact with the outer periphery of the elastic locking member <NUM>. In this case, a pair of contacting protrusions 34d preferably protrudes from both side walls on an inner periphery of the pushing portion 34a in order to stably contact and press the elastic locking member <NUM>.

In addition, the fastening protrusion 34c may be formed on the pushing member <NUM>, and as illustrated in <FIG>, the fastening protrusion 34c may be inserted into and fastened to the horizontal fastening groove 26a or located in the vertical separation groove 26b to be released from the vertical separation groove 26b. That is, in a state in which the fastening protrusion 34c is inserted into the horizontal fastening groove 26a, if the fastening protrusion 34c moves to the vertical separation groove 26b by a rotation of the cover member <NUM> to an extent of a predetermined section, the fastening between the cover member <NUM> and the connection member <NUM> is released so that the cover member <NUM> is in a separable state. In this case, as the pushing member <NUM> installed on the cover member <NUM> moves to the side, it deviates from the center of the elastic locking member <NUM>, and in contrast, in a state in which the fastening protrusion 34c is located in the vertical separation groove 26b, if the fastening protrusion 34c goes over the oblique surface 26d by the rotation of the cover member <NUM> to the extent of a predetermined section so that the fastening protrusion 34c is inserted into the horizontal fastening groove 26a, the connection member <NUM> is fastened to the cover member <NUM>. In this case, the pushing member <NUM> installed on the cover member <NUM> moves to its original position, so that it is located on the front center of the elastic locking member <NUM>.

Briefly, the cover member <NUM> of the upper container <NUM> may be fastened to or released from the connection member <NUM> while being rotated to the extent of a predetermined section, and simultaneously, the pushing member <NUM> of the button may come into close contact with or be separated from the elastic locking member <NUM> while being rotated together.

In addition, a second coupling protrusion 34e may be formed on an outer periphery of the pushing member <NUM> to be under-coupled to the first coupling protrusion 24c formed on the cover member <NUM>. In the drawings of the cosmetic container according to one aspect of the present disclosure, it is illustrated that the cover member <NUM> of the upper container <NUM> is undercut-coupled to the pushing member <NUM> of the button <NUM>, but the present disclosure is not limited thereto, and various coupling methods may be used to the extent that the pushing member <NUM> may be firmly and fixedly coupled to the inner side of the cover member <NUM>, such as coupling by protrusions and grooves, forced fitting, or screw coupling.

The mirror <NUM> is attached to the inner side of the upper container <NUM> to reflect a makeup area of the user. As illustrated in <FIG>, the mirror <NUM> is attached to an inner upper surface of the upper container <NUM>, in which an outer surface of the mirror <NUM> is in close contact with an inner surface of the mirror guide protrusion 24b and fixed in a state in which the mirror <NUM> is located on the inner center of the upper container <NUM>. Meanwhile, the mirror <NUM> may be located between the cover member <NUM> and the connection member <NUM> in a state in which the mirror <NUM> is not attached to the inner side of the cover member <NUM> so that the mirror <NUM> is easily collected during separation of the cover member <NUM> from the connection member <NUM>, and as illustrated in <FIG>, the mirror <NUM> may be fixed while being pressed by the edge part of the connection member <NUM>.

As described above, the cosmetic container according to one aspect of the present disclosure is configured such that the button <NUM> is divided into the elastic locking member <NUM> and the pushing member <NUM>, and the elastic locking member <NUM> and the pushing member <NUM> are installed on the connection member <NUM> and the cover member <NUM> of the upper container <NUM>, respectively so as to be disposed in front and back of the button <NUM> to each other, such that when the cover member <NUM> is separated from or coupled to the connection member <NUM>, the pushing member <NUM> is also separated from or connected to the elastic locking member <NUM>, and accordingly, the button <NUM> does not interfere with a detachment process between the connection member <NUM> and the cover member of the upper container <NUM>.

<FIG> are views illustrating use and assembly of the cosmetic container according to one aspect of the present disclosure, and illustrate a method for using the cosmetic container according to one aspect of the present disclosure with reference to <FIG>.

<FIG> is a sectional view illustrating a state of opening the cosmetic container according to one aspect of the present disclosure, <FIG> is a perspective view illustrating a state in which a lower container is fastened to an upper container according to one aspect of the present disclosure, <FIG> is a perspective view illustrating a state in which fastening between a cover member of the upper container and the connection member is released by rotating the cover member according to one aspect of the present disclosure, <FIG> is a perspective view illustrating a state in which the cover member of the upper container is lifted to be separated from the connection member according to one aspect of the present disclosure. , <FIG> is a perspective view illustrating a state in which the cover member of the upper container is coupled to an upper portion of the connection member according to one aspect of the present disclosure. , and <FIG> is a perspective view illustrating a state in which the cover member of the upper container is fastened to the connection member by reversely rotating the cover member according to one aspect of the present disclosure.

In order to use the cosmetic container according to one aspect of the present disclosure, first, the button <NUM> exposed to one side of the upper container <NUM> is pushed to release the fastening between the upper container <NUM> and the lower container <NUM> as illustrated in <FIG>, and the upper container <NUM> is then rotated to open the upper container <NUM>, the refill container cover <NUM> is rotated to open the refill container <NUM>, and then makeup is performed with the cosmetic product contained in the refill container <NUM>. In this case, as the pushing member <NUM> of the button <NUM> is pushed, the contacting protrusion 34d of the pushing member <NUM> pushes the front surface of the elastic locking member <NUM>, and simultaneously, the locking hook 32a of the elastic locking member <NUM> is pushed back, thereby releasing the fastening between the locking protrusion 14a of the intermediate body <NUM> and the locking hook 32a.

Meanwhile, the mirror <NUM> may be separately used or recycled by separating the mirror <NUM> from the cosmetic container. Before separating the mirror <NUM> from the cosmetic container, as illustrated in <FIG>, the elastic locking member <NUM> is installed on the inner side of the connection member <NUM> of the upper container <NUM> and the pushing member <NUM> of the button <NUM> is installed on the inner side of the cover member <NUM>, so that the pushing member <NUM> and the elastic locking member <NUM> are disposed to be in close contact with each other in front and back, and the fastening protrusion 34c of the pushing member <NUM> is fixed while being inserted into and fastened to the horizontal fastening groove 26a of the connection member <NUM>. In this case, the fastening protrusion 34c of the pushing member <NUM> may be prevented from being separated from an upper side of the horizontal fastening groove 26a by a separation prevention protrusion 26c formed on the upper portion of the horizontal fastening groove 26a.

As illustrated in <FIG>, when the cover member <NUM> of the upper container <NUM> is rotated to the extent of a predetermined section in any one direction, as the fastening protrusion 34c of the pushing member <NUM> is moved to the side together with the cover member <NUM> and inserted into the vertical separation groove 26b, the fastening between the cover member <NUM> and the connection member <NUM> is released, such that the cover member <NUM> is in a separable state. In this case, as the pushing member <NUM> installed on the cover member <NUM> is moved to the side and deviates from the center of the elastic locking member <NUM>, the button <NUM> including the elastic locking member <NUM> and the pushing member <NUM> is in an inoperable state.

Thereafter, as illustrated in <FIG>, the cover member <NUM> of the upper container <NUM> is lifted and separated from the connection member <NUM>, and the mirror <NUM> attached to the inner side of the cover member <NUM> is used or recycled.

Meanwhile, the cover member <NUM> of the upper container <NUM>, which is separated from the cosmetic container, may be coupled again and used. First, as illustrated in <FIG>, the cover member <NUM> covers the open upper portion of the connection member <NUM> while allowing the fastening protrusion 34c of the pushing member <NUM> to be inserted into the open upper portion of the vertical separation groove 26b.

Thereafter, as illustrated in <FIG>, when the cover member <NUM> of the upper container <NUM> is rotated to the extent of a predetermined section in an opposite direction, the fastening protrusion 34c of the pushing member <NUM> is moved to the side together with the cover member <NUM>, and goes over the oblique surface 26d, so that it is inserted into and fastened to the horizontal fastening groove 26a. In this case, as the pushing member <NUM> installed on the cover member <NUM> is moved to its original position, the pushing member <NUM> is located on the front center of the elastic locking member <NUM>, and the contacting protrusion 34d of the pushing member <NUM> is in close contact with the outer periphery of the elastic locking member <NUM>, so that the button <NUM> including the elastic locking member <NUM> and the pushing member <NUM> is in an operable state.

Although the above description has been made with reference to illustrative aspects and drawings as well as certain matters such as specific elements, the aspects are provided for overall understanding of the present disclosure, and the present disclosure is not limited to the aspects. It is understood by those skilled in the art that various changes and modifications can be made in these aspects.

Claim 1:
A cosmetic container having a button-separable structure, the cosmetic container comprising:
a lower container (<NUM>); an upper container (<NUM>) which opens and closes the lower container; a button (<NUM>) installed on the upper container;
wherein the upper container includes a connection member (<NUM>) coupled to the lower container and a cover member (<NUM>) detachably coupled to the connection member; characterized in that a mirror (<NUM>) is formed on the upper container and the button is divided into an elastic locking member (<NUM>) formed on the connection member and a pressing member (<NUM>) formed on the cover member