POWDER CASE

• US 20110020052A1
• Filed: 07/27/2009
• Published: 01/27/2011
• Est. Priority Date: 07/27/2009
• Status: Abandoned Application

• Current Assignee: Tae Yeon Kim
• Original Assignee: Tae Yeon Kim
• Inventors: KIM, Tae Yeon
• Application Number:
  US12/510,103
• Publication Number:
  US 20110020052A1
• Time in Patent Office: Days
• US Class Current: 401/277
• CPC Class Codes: A46B 11/0013 dispensing by gravity or by shaking
• CPC Class Codes: A46B 11/0062 Brushes where the reservoir is specifically intended for being refilled when empty
• CPC Class Codes: A46B 17/04 Protective covers for the bristles
• CPC Class Codes: A46B 7/026 where the bristle carrier collapses

Abstract

The present invention relates to a powder case, the powder case including: a case body; a powder chamber that is elevatably installed in the case body and includes a brush provided on an upper surface thereof; powder supplying units that supply powders inside the chamber to the brush side of the upper side when penetrating through the center of the powder chamber; and an elevation operating unit that elevates the powder chamber, thereby making it possible to conveniently wear powders and reduce the amount wasted to transfer powders to the brush. In addition, the present invention wears powders using the brush and then receives the brush in the case body, making it possible to easily open and close the cap directly transfers and applies powders to the brush by the powder supplying device that is configured to penetrate through the powder chamber by the elevation operation, such that a predetermined amount of powders are applied on the brush, making it possible to minimize the waste of powders, stably apply powders even in the state where the brush faces up, and increase the use convenience.

Claims

1. A powder case, comprising:

a case body 110;

a powder chamber 130 that is elevatably installed in the case body 110 and includes a brush 120 provided on an upper surface thereof;

powder supplying units 140 that supply powders inside the chamber to the brush 120 side of the upper side when penetrating through the center of the powder chamber 130; and

an elevation operating unit 150 that elevates the powder chamber 130.

2. The powder case according to claim 1, wherein when the powder chamber 130 rises, powders are loaded on the upper part of the powder supplying unit 140 and when the powder chamber 130 falls, powders are loaded on the upper part of the powder supplying unit 140 and are supplied to the center of the brush 120.

3. The powder case according to claim 1, wherein the plurality of powder supplying units 140 are installed to simultaneously penetrate through the powder chamber 130.

4. The powder case according to claim 1, wherein the elevation operating unit 150 is formed with a vertical guide groove 151 that cuts the case body 110 in a vertical direction and is installed with a lever 152 to penetrate through the vertical guide groove 151 in a direction from the outside to the inside, so that the powder chamber 130 is elevatably operated by the lever.

5. The powder case according to claim 1, wherein the elevation operating unit 150 forms a vertical guide groove 151 that cuts the case body 110 in a vertical direction and forms guide projections 153 on an outer surface of the powder chamber 130 to be protruded to the outside of the vertical guide groove 151, so that an outer tub 155 having a spiral guide groove 154 formed in an inner diameter thereof and rotatably coupled with the outer diameter of the case body elevates the powder chamber 130 therein when rotating, the spiral guide groove being coupled with the guide projection 153 and guiding it.

6. The powder case according to claim 5, wherein the plurality of guide projections 153 are formed at the outer diameter of the powder chamber 130 and the plurality of vertical guide grooves 151 and the spiral guide grooves 154, which are coupled with the guide projections 153, are formed in a circumferential direction.

7. The powder case according to claim 1, wherein the powder chamber 130 is formed with a sealing unit for sealing the through hole 131 of the upper surface with which the brush 120 is coupled.

8. The powder case according to claim 1, wherein the powder chamber 130 is separately configured of a plurality of chambers and each of the powder chambers 130 includes the separate brush 120, lever 152, and powder supplying unit 140.

9. The powder case according to claim 1, wherein the elevation operating unit 150 is rotatably coupled with the rotating handle 156 at the lower part of the case body 110 and is formed with a screw rotational shaft 157 to be penetrated from the center of the rotating handle 156 to the upper part of the case body 110, so that the screw rotating shaft 157 rotates interlocking with the rotating handle 146 to elevate the power chamber 130.

10. The powder case according to claim 1, wherein the powder supplying unit 140 is manufactured in a pillar shape having a cross section in various shapes such as a circle, a triangle, a quadrangle and the brush 141 covered and transferred with powders is formed at the under end of the pillar.

11. A powder case, comprising:

a case body 110;

a powder chamber 130 that is integrally installed in the upper part of the case body 110 and includes a brush 120 provided on an upper surface thereof;

powder supplying units 140 that supply powders inside the chamber to the brush 120 side of the upper side while penetrating through the center of the powder chamber 130 and elevating it;

and an elevation operating unit 150 that elevates the powder supplying unit 140.

12. The powder case according to claim 11, wherein when the powder supplying unit 140 falls in a state where the powder chamber 130 is fixed, powders are loaded on the upper part of the powder supplying unit 140 and when the powder supplying unit rises, powders loaded on the upper part of the powder supplying unit 140 are supplied to the center of the brush 120.

13. The powder case according to claim 11, wherein the plurality of powder supplying units 140 are installed to simultaneously penetrate through the powder chamber 130.

14. The powder case according to claim 11, wherein the elevation operating unit 150 is formed with a vertical guide groove 151 that cuts the case body 110 in a vertical direction and is installed with a lever 152 to penetrate through the vertical guide groove 151 in a direction from the outside to the inside, so that the powder supplying unit 140 is elevatably operated by the lever.

15. The powder case according to claim 11, wherein the elevation operating unit 150 is formed with a vertical guide groove 151 that cuts the case body 110 in a vertical direction and is formed with guide projections 153 on an outer surface of the powder chamber 140 to be protruded to the outside of the vertical guide groove 151, so that an outer tub 155 having a spiral guide groove 154 formed in an inner diameter thereof and rotatably coupled with the outer diameter of the case body elevates the powder supplying unit 140 therein when rotating, the spiral guide groove being coupled with the guide projection 153 and guiding it.

16. The powder case according to claim 15, wherein the plurality of guide projections 153 are formed at the circumference of the powder supplying unit 140 and the plurality of vertical guide grooves 151 and spiral guide grooves 154, which are coupled with the guide projections 153, is formed in a circumferential direction.

17. The powder case according to claim 11, wherein the powder chamber 130 is formed with a sealing unit for sealing the through hole 131 of the upper surface with which the brush 120 is coupled.

18. The powder case according to claim 11, wherein the powder supplying unit 140 is manufactured in a pillar shape having a cross section in various shapes such as a circle, a triangle, a quadrangle and the brush 141 covered and transferred with powders is formed at the under end of the pillar.