KR20100010225U - container for usuable grinding of solid powder - Google Patents

Abstract

The present invention relates to a pulverized powder container that can be used to pulverize the solid powder, and more specifically, to the pulverizing container that can be used only when the solid powder is required by controlling the rotation of the pulverizing container in both directions It relates to a design to improve the usability by allowing the solid powder grinding while rotating.

The present invention is a case body 10 is installed in the solid body case 30 to receive a reaction force of the support spring 20 mounted therein, and is installed to be rotatable in the upper portion of the case body 10 to crush the solid powder In a container capable of pulverizing a solid powder, comprising a pulverization container 40 to be used and a lid 50 including a puff or a puff to be made by applying the pulverized powder, the upper edge of the case body 10 Concave-convex groove 11 and protrusion 12 are formed on the part, and is pushed when the lid 50 is closed on the flange 42 forming the upper edge of the grinding container 40 having the grinding hole 41. It can be achieved by a solid powder container capable of regulating the rotation of the pulverization vessel formed with a locking member 43 is placed in the groove 11 of the case body 10 to regulate the rotation of the pulverization vessel (40).

Case body, groove, protrusion, inclined surface, grinding container, flange, locking member, incision groove, elastic piece, locking protrusion, push rod, lid, drum rotating body

Description

Solid powder container with controlled grinding container {container for usuable grinding of solid powder}

The present invention relates to a pulverized powder container that can be used to pulverize the solid powder, and more specifically, to the pulverizing container that can be used only when the solid powder is required by controlling the rotation of the pulverizing container in both directions It relates to a design to improve the usability by allowing the solid powder grinding while rotating.

Women use various cosmetics to express themselves more beautifully, and one of them is powder.

When the powder is lightly spread on the skin, it feels good and feels fresh, as well as natural makeup.

In general, when the user wants to make up using the powder, the powder contained in the powder container is buried in a separately provided puff to make up.

When the makeup is applied to the puff, which is separately provided as described above, the powder is scattered to the outside so that a lot of powder is lost, and the makeup is very cumbersome because the powder is held in one hand and the puff is held in the other hand.

In order to eliminate the disadvantages of the powder container described above is a powder container formed by the puff integrally formed in the container body.

Powder containers in which puffs are integrally formed in the container body include "cosmetic powder containers" of Utility Model Registration No. 385928, "portable powder container" of Utility Model Registration No. 358809, and "Powder containers with Puffs" of Utility Model Registration No. 341812. , Utility Model Registration No. 262453, "Puff with a container" Patent Application No. 2004-9670 cosmetic puff "was conceived.

The pre-registered or previously filed cosmetic puffs can be used to discharge the powder by hitting the puffs installed on the container body with the powder contained in the container body, but the puff can be more comfortably used than the powder powder separately provided, The powder flowed out too much into the space where the puff was used, and the use of the powder that had been smeared out too much on the puff caused the use of the powder, as well as the problem of the powder being scattered.

The powder that solves the disadvantages of the powder formed integrally with the puff separation type and the lid described above is a pulverized powder container.

The above-mentioned pulverized powder container is to be used by grinding (grinding) the solid powder filled, the pulverized powder container is applied to Utility Model Application No. 20-1991-1104, Japanese Patent Application No. 9-336733, Utility Model Application No. 20-2005-28296 and Utility Model Application No. 20-2006-31607.

In the above-mentioned pulverized powder container, the solid powder is pulverized by using a pulverized body placed at the top, and the pulverized powder is introduced into the pulverized body so that the powder is buried in the puff located at the top of the pulverized body. Done.

As described above, by pulverizing and using as much powder as necessary during make-up using powder, it was possible to solve the problem that the powder is excessively buried in the puff.

The pulverized powder container, which is pre- filed so that the solid powder can be pulverized as described above, has the above advantages, but the pulverized structure is always rotated so that the solid powder is pulverized even when no powder is required. have.

The present invention is devised to solve the disadvantages of the pulverized powder container that can be used to grind the conventional solid powder, the purpose is to push the lid closed on the flange forming the upper edge of the pulverization container for grinding the solid powder As the locking projection is inserted into the groove formed at the upper edge of the case body, the rotation of the pulverization container is regulated, thereby eliminating the problem that the powder is stuck to the puff too much due to solid powder pulverization in an undesired situation. It is to provide a solid powder container capable of regulating the rotation of the grinding container to improve the usability by enabling bi-directional rotary grinding.

The present invention for achieving the above object, the solid body case 30 is installed to receive the repulsive force of the support spring 20 mounted therein, rotatable in the upper portion of the case body 10 In the container that can be used to grind the solid powder consisting of a pulverizing container 40 to enable the use of the pulverized powder and a lid 50 including a puff or a puff so as to be buried in the pulverized powder,

Uneven grooves 11 and protrusions 12 are formed on the upper edge of the case body 10, and a lid is formed on the flange 42 forming the upper edge of the grinding vessel 40 having the grinding holes 41. 50 is closed and pushed to be fitted in the groove 11 of the case body 10, the locking member 43 is characterized in that the locking member 43 for regulating the rotation of the pulverization container 40 is formed is formed. It can be achieved by a powder container.

As described above, the solid powder container capable of regulating the rotation of the grinding container of the present invention is pushed when the lid 50 is closed on the flange 42 forming the upper edge of the grinding container 40 for grinding the solid powder. 46 is placed in the groove 11 formed in the upper edge of the case body 10 to regulate the rotation of the pulverization container 40, so that the solid powder is pulverized in an undesired situation, so that too much powder in the puff Not only solved the problem to be asked, but also has the advantage of improving the usability by enabling bi-directional rotary grinding.

Hereinafter, with reference to the accompanying drawings, preferred embodiments for achieving the above object in detail as follows.

1 to 4, the solid powder container capable of regulating the rotation of the pulverization container according to the present invention is subjected to the repulsive force of the case body 10 and the support spring 20 mounted to the case body 10. A solid case 30 to be installed, a pulverization container 40 for pulverizing the solid powder of the solid case 30, and a rotation for mounting and holding the pulverization container 40 on the case body 10. It consists of a drum 50 and the lid 50 which is located in the pulverization container (40).

The case main body 10, when the groove 11 and the locking projection 46, which the locking projection 46 of the locking member 43 of the crushing container 40 is selectively fitted to the upper edge portion is over. Protrusion 12 is formed to form a slope that the upper surface is lowered to both sides from the center so as to smoothly pass over.

A support spring 20 for pushing up the solid content case 30 upward by the repulsive force is mounted inside the case body 10.

The solid content case 30 supported by the support spring 20 has a guide protrusion 31 on the upper portion so that it can be moved only up and down, and the guide protrusion 31 has a guide hole of the case body 10. 14).

In the grinding container 40 for grinding the solid powder stored in the solid content case 30, a grinding hole 41 for grinding the solid powder is formed at the bottom surface, and a flange 42 is formed at the upper edge. have.

A locking member 43 is formed on the flange 42.

The locking member 43 has an elastic piece 45 which is formed to be cut from the flange 42 by the cutting groove 44 to enable elastic operation.

The bottom end of the elastic piece 45 is formed with a locking projection 46 is fitted to the groove 11 of the case body 10, the upper surface is fastened to the case body 10 to the grinding container 40 A push rod 47 is formed which protrudes into the hole 62 of the inner rib meat 61 of the rotating drum body 60 to be retained and is pushed by the lid 50.

The pulverization container 40 is to be mounted and maintained by the rotating drum body 60 which is mounted undercut to the case body (10).

The rotary drum body 60 has rib ribs 61 formed on the inner surface thereof, and the push rods 47 constituting the locking member 43 of the pulverization container 40 are inserted therethrough. A hole 62 to be formed is formed.

The lid 50 having the puff 51 is fixed to the rotating drum body 60.

In the solid powder container capable of regulating the rotation of the grinding container of the present invention having the above-described configuration, the guide protrusion 31 of the solid content case 30 is placed in a state where the support spring 20 is placed inside the case body 10. It is assembled by matching with the guide hole 14 of the main body 10.

After placing the pulverization container 40 thereon in a state where the solid case 30 is temporarily assembled in the case body 10, the pulverizing container ( 40) to be kept mounted.

Push bar 47 for forming the catching member 43 of the crushing container 40 in the hole 62 formed in the rib meat 61 when assembling the drum rotating body 60 to the case body 10 as described above It will be assembled so that this position is through.

When the make-up using the powder of the container that can be used as a solid powder pulverization of the present invention is assembled as described above, after removing the lid 50 from the case body 10, by rotating the grinding container 40 The solid powder is used for pulverization. The reason why the lid 50 is to be removed first is that the push rod 47 of the catching member 43 of the pulverization container 40 is pressed by the lid 50 so that the case body ( This is because the rotation is possible only when the engaging projection 46 fitted in the recess 11 of the 10 is removed.

As described above, the locking protrusion 46 of the locking member 43 in the state where the lid 50 is removed is positioned as shown in FIG. 3.

Therefore, the solid powder accommodated in the solid content case 30 is pulverized by the pulverization hole 41 formed on the bottom surface while the pulverization container 40 is interlocked by the rotation of the drum rotating body 60.

The solid powder may be polished by the grinding hole 41 because the solid powder is pressed and adhered by the repulsive force of the support spring 20.

The powder pulverized by the rotation of the pulverization container 40 is ejected to the pulverization container 40, and the powder is buryed in the puff 51 formed on the lid 50 to make up.

Rotation of the pulverization container 40 for grinding the solid powder while rotating as described above is capable of bidirectional rotation.

The pulverization container 40 is capable of rotating in both directions is formed on the upper surface of the projection 12 formed on the upper edge of the case body 100 to form an inclined surface lowering to both sides from the center as the locking member 43 of Since the locking protrusion 46 is easily crossed, bidirectional rotation is possible.

In addition, since the locking member 43 includes an elastic piece 45 formed by being cut by the cutting groove 44 in the flange 42 of the crushing container 40, bidirectional rotation can be freely performed.

The powder pulverized by the rotation of the pulverization container 40 is ejected to the pulverization container 40, and the powder is buryed in the puff 51 formed on the lid 50 to make up.

When the makeup is finished using the powder as described above, the lid 50 is mounted and stored, and when the lid 50 is mounted to be fixed to the drum rotating body 60, the drum is rotated by the lid 50. The push rod 47 of the locking member 43 of the crushing container 400 protruding into the hole 62 of the entirety 60 is pressed, and the push rod 47 is pressed as described above. The locking projections 46 formed below are inserted into the recesses 11 of the case body 10 as shown in FIG. 4 to restrict the rotation of the pulverization container 40.

Therefore, in the powder container of the present invention, the pulverization container 40 is rotated during storage so that the solid powder is not unnecessarily pulverized.

1 is a partially separated perspective view of a solid powder container capable of regulating the rotation of the grinding container according to the present invention.

Figure 2 is a cross-sectional view of a solid powder container capable of regulating the rotation of the grinding container according to the present invention.

Figure 3 is an illustration of a state in which the locking projection formed in the pulverization container of the solid powder container capable of regulating the pulverization container rotation according to the present invention is spaced apart from the groove of the case body to rotate the pulverization container.

Figure 4 is an illustration of a state in which the locking projection formed in the grinding container of the solid powder container capable of regulating the rotation of the grinding container according to the present invention is inserted into the groove of the case body and the grinding container is rotationally regulated.

Description of the Related Art

10 case body 11: groove

12: protrusion 13: inclined surface

14: guide hole 20: support spring

30: solid content case 31: guide protrusion

40: grinding container 41: grinding hole

42: flange 43: locking member

44: incision groove 45: elastic piece

46: engaging projection 47: push rod

50: lid 51: puff

60: drum rotating body 61: rib meat

62: hole

Claims (3)

 The case body 10 in which the solid case 30 is installed to receive the repulsive force of the supporting spring 20 mounted therein, and the case body 10 is installed to be rotatable in the upper portion of the case body 10 so as to grind and use the solid powder. In the container that can be used for pulverizing the powder consisting of a pulverization container 40 and a lid 50 including a puff or a puff to be buried crushed powder to make up, Uneven grooves 11 and protrusions 12 are formed on the upper edge of the case body 10, and a lid is formed on the flange 42 forming the upper edge of the grinding vessel 40 having the grinding holes 41. 50 is closed and pushed to be fitted in the groove 11 of the case body 10, the locking member 43 is characterized in that the locking member 43 for regulating the rotation of the pulverization container 40 is formed is formed. Powder container. The solid powder container of claim 1, wherein the protrusions 12 of the case body 10 form an inclined surface 13, the upper surface of which is lowered to both sides from the center. The holding member 43 of the crushing container 40 is an elastic piece 45 which is formed from the flange 42 by the cutting groove 44 to enable elastic operation, and the elastic piece ( 45 is formed at the bottom of the distal end of the case protrusion 10 to be fitted into the groove 11 of the case body 10, the upper surface of the rotating drum for fastening and holding the crush container 40 to the case body 10 A solid powder container capable of regulating the pulverization vessel, characterized in that the push rod 47 is formed to protrude into the hole 62 of the inner rib meat 61 of the sieve 60 and to be pushed by the lid 50. .

Images