KR200274568Y1 - Structure for case a refill of face powder compact - Google Patents

Abstract

The present invention relates to a powder compact refill case structure, in particular, in the refill case used to be inserted into the compact, the refill case 20, the refill container 22 having an upper opening, and the refill container 22 Inserted through the upper opening of the silicon container 24, the upper portion is opened to store a certain amount of powder (P) therein and to scatter the powder (P) while moving up and down by its elastic force when an external force is applied. And, the mesh 26 having a predetermined size mesh (MESH) in the center so as to be seated on the upper surface of the silicon container 24 to guide the powdered powder P in the silicon container 24 to the outside by a predetermined amount, and the Since it is composed of a refill cover 28 which is rotatably coupled to the upper opening of the refill container 22 and opened in the center to press the upper edge of the mesh 26, the powdered powder P in the silicon container 24 is formed. Refill when exhausted The cover 28 and the net body 26 can be separated to recharge only the powdered powder P, and thus, the entire refill case 20 can be reused, thereby eliminating the burden on consumers when purchasing the refill case 20. At the same time, environmental pollution can be minimized.

Description

Refill Case Structure for Powder Compacts {STRUCTURE FOR CASE A REFILL OF FACE POWDER COMPACT}

The present invention relates to a powder compact refill case structure, and more particularly, to a powder compact refill case structure that can be reused by recharging only powdered powder when the powder (powder) is exhausted.

As shown in FIG. 1, the conventional powder compact refill case 1 is inserted into a powder compact (not shown) when the product is shipped, and when the powder powder P is used up, the entire refill can be replaced with a new one. It is.

That is, the refill case 1 stores a refilling container 3 having an upper opening to be inserted into a powder compact (not shown), and stores a predetermined amount of powdered powder P therein, and simultaneously opens the upper opening of the refilling container 3. A silicone container 5 having an upper portion opened so as to move up and down by its elastic force and scattering powder powder P, and an outer lower surface of the silicone container 5 and an inner lower surface of the refill container 3. An adhesive member 7 interposed between and bonded to each other, a mantle 9 penetrated centrally to be integrally fixed to an upper edge of the silicon container 5, and heat-sealed to an upper surface of the mantle 9 It is composed of a network 11 having a mesh (MESH) of a predetermined size so as to be integrally attached to each other to guide the powder (P) in the silicon container (5) to flow out by a predetermined amount.

However, the powder compact refill case 1 according to the related art thus constructed is shipped and sold with the silicon container 5, the mantle 9, and the net 11 integrally fixed, so that a user may When the powder (P) is used up, a new refill case (1) produced by the manufacturer must be purchased and used. Accordingly, there was a problem that the cost and environmental pollution when purchasing the entire refill case (1).

Therefore, the present invention was devised to solve the above problems, and the object of the present invention is to eliminate the burden on consumers when purchasing the entire refill case by recharging only the powdered powder when the powder is used up in the refill case. At the same time, it provides a powder compact refill case structure to minimize environmental pollution.

Powder compact refill case structure according to the present invention made to achieve the above object is a refill case used to be inserted into the compact, the refill case, through the top of the refill container and the top opening of the refill container Inserted to store a certain amount of powdered powder therein, and when the external force is applied to move up and down by its own elastic force and the upper opening to disperse the powdered powder, and the powdered powder in the silicon container is seated on the upper surface of the silicone container With a mesh having a predetermined size mesh (MESH) in the center to guide the flow out of the predetermined amount, and a refill cover with a central opening to press the upper edge of the mesh to be detachably rotated to the upper opening of the refill container Characterized in that configured.

In addition, a plurality of rotation locking grooves are formed at a position divided by a predetermined angle with respect to the upper outer circumference of the refill container, and each of the plurality of rotation locking grooves at a position divided by a predetermined angle with respect to the lower inner circumference of the refill cover. Correspondingly coupled or separated a plurality of rotating locking projections are characterized in that each protruding.

1 is a cross-sectional view showing a conventional powder compact refill case;

Figure 2 is a combined perspective view showing a refill case for powder compact according to the present invention,

Figure 3 is an exploded perspective view showing a refill case for powder compact according to the present invention,

Figure 4 is a combined cross-sectional view showing a powder compact refill case according to the present invention.

Explanation of symbols on the main parts of the drawings

20: Refill Case 22: Refill Container

22a: rotating locking groove 24: silicon container

24a: flange 24b: slope

26: mesh 28: refill cover

28a: rotary locking protrusion P: powdered powder

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

For reference, the same components and the same reference numerals are assigned to the same components as the conventional components in the drawings, and detailed description thereof will be omitted.

The powder compact refill case 20 according to the present invention has a refill container 22 having an upper opening to be inserted into a powder compact (not shown), as shown in FIGS. 2 to 4, and the refill container 22. Inserted through the upper opening of the silicon container 24, the upper portion is opened to store a certain amount of powder (P) therein and to scatter the powder (P) while moving up and down by its elastic force when an external force is applied. And, the mesh 26 having a predetermined size mesh (MESH) in the center so as to be seated on the upper surface of the silicon container 24 to guide the powdered powder P in the silicon container 24 to the outside by a predetermined amount, and the It is composed of a refill cover 28 is detachably coupled to the upper opening of the refill container 22, the center of which is opened to press the upper edge of the mesh body 26.

At this time, a plurality of rotation locking grooves 22a are formed at positions divided in three directions, for example, with respect to the outer circumference of the upper end of the refill container 22.

A plurality of rotation locking projections coupled or separated to correspond to a plurality of rotation locking grooves 22a formed in the refill container 22 at positions divided in three directions with respect to the lower inner circumference of the refill cover 28, for example. 28a are each protruded.

The silicon vessel 24 extends horizontally around the upper outer circumference thereof so that the flange 24a is integrally formed so that the edge of the net body 26 is in intimate surface contact, and the flange 24a is perpendicular to the lower circumference thereof. The inclined surface 24b is formed so that it may have an elastic force easily in the direction.

Of course, the entirety of the silicone container 24 may be bonded between the outer bottom surface of the silicon container 24 and the inner bottom surface of the refill container 22 so that the entirety of the silicon container 24 does not flow laterally.

Next, the operation and effects of the present invention configured as described above will be described.

In order to assemble the refill case 20 disassembled as shown in FIG. 3 as shown in FIG. 2, first, the silicon container 24 is inserted through the upper opening of the refill container 22 and the upper flange of the silicon container 24 ( After mounting the net body 26 to 24a), the refill cover 28 is inserted into the upper outer circumference of the refill container 22 and simultaneously pressed to rotate in one direction.

At this time, the plurality of rotary locking projections 28a protruding in three directions on the lower inner circumference of the refill cover 28 is the upper portion of the refill container 22 when the refill cover 28 is fitted to the upper outer circumference of the refill container 22. When the rotary locking groove 22a divided into three directions on the outer circumference thereof is pressed vertically and rotates in one direction, the plurality of rotation locking projections 28a and the rotation locking groove 22a are caught in the rotational direction. They are engaged with each other by force and are combined so as not to be released without artificial manipulation.

When the refill container 22 and the refill cover 28 are assembled to correspond to each other, the silicon container 24 and the net body 26 accommodated in the refill container 22 have a silicon container 24 as shown in FIG. 4. The edges of the flange 24a and the net body 26 formed at the top edge of the are closely assembled to each other and pressed to be pressed.

At this time, although the silicon container 24 is pressed by the net body 26 in a state in which a predetermined amount of powdered powder P is charged, the powdered powder P is in the center of the net body 26 when hitting the upper part of the net body 26. It flows out through a predetermined size mesh (MESH) formed in the.

Therefore, the consumer can use the powdered powder P accommodated in the refill container 22 in the state which accommodated the refill case 20 in the powder compact (not shown) using a puff (not shown).

That is, when the upper portion of the net body 26 is hit by a certain force using a puff (not shown), by this force the silicone container 24 in the refill container 22 is contracted in the vertical direction as shown in FIG. After the elastic force is expanded (restored), and the elastic force causes vibration on the inclined surface 24b formed around the lower end of the silicon container 24, the powdered powder P in the silicon container 24 is moved upward. You will be drunk.

On the other hand, when all the powder P in the silicon container 24 is exhausted, the refill case 20 and the refill container 22 of the refill case 20 at the same time, while separating the refill case 20 in a powder compact (not shown) The lid 28 is separated by the reverse operation described above.

Then, the net body 26 is separated from the silicon container 24 in the refill container 22, and then a suitable amount of refilled powder powder P commercially available is inserted through the upper part of the open silicon container 24, and then the silicon The refill container 22 and the refill cover 28 are assembled with each other in the same manner as the above-described operation while mounting the net body 26 on the upper portion of the container 24.

Accordingly, the refill case 20 is separated from the silicon container 24 and the net body 26 accommodated in the refill container 22, and the net body 26 is a refill cover detachable from the upper opening of the refill container 22. Since the pressing force of 28 is in close contact with the silicon container 24, when the powder P in the silicon container 24 is exhausted, the refill cover 28 and the net body 26 are separated and the powder powder ( Only P) can be recharged, and because of this, the entire refill case 20 can be reused, thereby eliminating the burden on consumers when purchasing a separate refill case 20 and minimizing environmental pollution.

As described above, the powder compact refill case structure according to the present invention has a structure that can be reused by filling the powder powder in an appropriate amount if necessary, and refills the powder powder by separating the refill cover and the net when the powder powder in the silicon container is exhausted. In this way, the entire refill case can be reused, thereby eliminating the burden on consumers when purchasing a separate refill case, and minimizing environmental pollution.

Claims (2)

In a refill case inserted and used in a compact, The refill case 20, Refill container 22 having an upper opening, It is inserted through the upper opening of the refill container 22 to store a certain amount of powder (P) therein, and the upper portion is opened so as to scatter the powder (P) while moving up and down by its own elastic force when an external force is applied Silicon container 24, A mesh body 26 having a mesh (MESH) having a predetermined size in the center thereof to be seated on the upper surface of the silicon container 24 to guide the powdered powder P in the silicon container 24 to flow out by a predetermined amount; Refill case structure for powder compact, characterized in that consisting of a refill cover 28, the center is opened so as to be detachably rotatably coupled to the top opening of the refill container 22 to press the top edge of the mesh (26). The method of claim 1, A plurality of rotation locking grooves 22a are formed at positions divided at predetermined angles with respect to the outer circumference of the upper end of the refill container 22, and at the positions divided at predetermined angles with respect to the inner circumference of the lower end of the refill cover 28. Refill case structure for a powder compact, characterized in that each of the plurality of rotating locking projections (28a) that are coupled or separated corresponding to each of the plurality of rotating locking grooves (22a).