Rotary dispenser-type cosmetics container

Abstract

A rotary dispenser-type cosmetics container in which, when a button part rotates, guide protrusions move along a bottom surface of a pumping guide formed on an inner peripheral surface of the button part and then an ascending and descending member ascends and descends, whereby a pumping action is conducted. Therefore, the container discharges contents in a fixed state in which the height of the button part is not changed, and is thereby capable of preventing contents from unnecessarily leaking due to pressing a button by an external pressure.

Claims

1. A rotary dispenser-type cosmetics container comprising: a container body wherein contents are held, further comprising a piston which ascends inside the container body according to the use of contents; a housing which is combined to an upper portion of the container body, further comprising a contents inflow part forming a contents inflow hole at the center of a lower end of the housing so that contents contained in the container body flow in, and a multitude of vertical guide grooves formed along an outer circumferential surface with a fixed distance apart; a button part combined to an upper portion of the housing to be rotatable, further comprising a rotation guide which forms a flexure portion upwards and downwards alternatively encasing an inner circumferential surface, and a discharging hole where contents are discharged on an upper end; and an ascending and descending member which is ascended and descended by rotation of the button part, comprising a multitude of guide protrusions which move along a bottom surface of the rotation guide in a state of being inserted into the vertical guide groove and ascend and descend inside the vertical guide groove; wherein at an inner surface of the button part is installed a combining tube which encases the discharging hole, thereby guiding the vertical movement of an ascending and descending member, and wherein at the ascending and descending member is combined a contents movement tube which is combined to the combining tube and moves along an inner wall of the combining tube, forming a passage where contents move.

2. The rotary dispenser-type cosmetics container of claim 1, wherein at an inner surface of an ascending and descending member is combined a piston rod which moves along together with movement of the ascending and descending member, and wherein at a lower portion of the piston rod is combined a seal cap which closely encases an inner circumferential surface of the contents inflow part, thereby changing the pressure of an interior of the contents inflow part according to the ascent and descent of the piston rod and guiding contents held in the container body to flow into the interior of the contents inflow part.

3. The rotary dispenser-type cosmetics container of claim 1, further comprising a combining ring which combines the button part to the housing so as to be rotatable.

4. The rotary dispenser-type cosmetics container of claim 1, wherein at the discharging hole is combined a nozzle tip which is opened when contents are discharged, and at an inner circumferential surface of the discharging hole a multitude of support protrusions form a nozzle-tip combining hole and are protrusively combined with a fixed distance detached so as to support the nozzle tip.

5. The rotary dispenser-type cosmetics container of claim 4, wherein the nozzle tip comprises an opening and closing plate which covers an upper end of the discharging hole, and a support bar which is extended from the center to the lower portion of the opening and closing plate and combined to the nozzle-tip combining hole, thereby supporting the opening and closing plate, and wherein at a lower portion of the support bar is installed a fixing protrusion which encases an outer circumferential surface at a lower portion of the support bar, so as to prevent the nozzle tip from moving upwards and thereby being detached from the discharging hole.

6. The rotary dispenser-type cosmetics container of claim 5, wherein an upper end of the fixing protrusion is positioned, detached from a lower end of the support protrusion, and then moves upwards by the pressure generated when contents are discharged, thereby meeting a lower end of the support protrusion.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 is a perspective view illustrating a rotary dispenser-type cosmetics container according to an exemplary embodiment.

(2) FIG. 2 is a cross-sectional view illustrating a configuration of the rotary dispenser-type cosmetics container according to an exemplary embodiment.

(3) FIG. 3 is an explanatory drawing illustrating a moving state of guide protrusions of the rotary dispenser-type cosmetics container according to an exemplary embodiment.

(4) FIG. 4 is an explanatory drawing illustrating the operational state of the rotary dispenser-type cosmetics container according to an exemplary embodiment.

DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS

(5) Hereinafter, exemplary embodiments will be described in detail with reference to the accompanying drawings. The same reference numerals provided in the drawings indicate the same members.

(6) FIG. 1 is a perspective view illustrating a rotary dispenser-type cosmetics container according to an exemplary embodiment. FIG. 2 is a cross-sectional view illustrating a configuration of the rotary dispenser-type cosmetics container according to an exemplary embodiment. FIG. 3 is an explanatory drawing illustrating a moving state of guide protrusions of the rotary dispenser-type cosmetics container according to an exemplary embodiment.

(7) Referring to FIGS. 1 to 3, a rotary dispenser-type cosmetics container according to an exemplary embodiment includes a container body 100, a housing 200, a button part 300, and an ascending and descending member 400.

(8) The container body 100 that contains contents comprises a piston which ascends inside the container body according to the use of contents.

(9) The housing 200, which is combined to an upper portion of the container body 1100 and sucks in contents contained in the container body 100 by pumping action according to the ascent and descent of an ascending and descending member 400, comprises a contents inflow part 210 which forms a contents inflow hole 211 at the center of a lower end of the housing 100 so that contents contained in the container body 100 may flow in.

(10) At the contents inflow hole 211 is installed a check valve 212 which opens and closes a contents inflow part 210 by the pressure generated in the interior of the contents inflow part 210 when a piston rod 430 and a seal cap 440 ascend and descend inside the contents inflow part 210.

(11) On the other hand, according to the present disclosure, at an outer circumferential surface of the housing 200 is longitudinally installed a vertical guide groove so that a guide groove 410 to be described later is inserted and guided upwards and downwards. The vertical guide grooves 220 are preferred to be installed in a way that three of the grooves are formed with a fixed distance apart in an interval of 120 degree as in FIG. 1 so as for an ascending and descending member 400 to function stably.

(12) In the presently described embodiments, the vertical guide grooves 220 is viewed as three grooves are formed with a fixed distance apart in an interval of 120 degree; however, it is possible to install a variety of exemplary embodiments such as installing two of the grooves on both sides.

(13) Meanwhile, an over cap 700, encasing a button part 300, is combined at an outer side of the housing 200 so as to be attached and detached easily.

(14) The button part 300 is rotatably combined to an upper portion of the housing 200, comprising a discharging hole 320 on the upper end where contents are discharged.

(15) At the discharging hole 320 is combined a nozzle tip 600 which opens when contents are discharged, wherein at an inner circumferential surface are installed a multitude of support protrusion 321 so as to support the nozzle tip 600, as protrusively forming a nozzle-tip combining hole 322 with a fixed distance detached. The multitude of the support protrusions 321 makes contents move upwards through a space separated with a fixed distance.

(16) The nozzle tip 600 comprises an opening and closing plate 610 in a circular shape which is positioned in a state that a discharging hole 320 is closed when in ordinary condition and then positioned in a state that a discharging hole 320 is opened by the pressure of contents, and a support bar 620 which is extended from the center of a lower end of the opening and closing plate 610 and combined to the nozzle-tip combining hole 322, thereby supporting the opening and closing plate 610. It is desired that a fixing protrusion 621 should be installed, encasing an outer circumferential surface at a lower portion of the support bar 620, so as to prevent the nozzle tip 600 from moving upwards and being detached from a discharging hole 320.

(17) An upper end of the fixing protrusion 621 is positioned, detached from a lower end of the support protrusion 321, and moves upwards by the pressure generated when contents are discharged, thereby meeting a lower end of the support protrusion 321. Therefore, contents are not discharged as an opening and closing plate 610 is being overturned upwards. Instead, contents moving upwards are discharged to a sideway by an opening and closing plate 610 in a state that a nozzle tip 600 moves upwards with as small a margin as a detached space between a support protrusion 321 and a fixing protrusion 621 and thereby opens a discharging hole 320, as a result, preventing contents from being shot outwards.

(18) Furthermore, the nozzle tip 600 is closely contacted to an inner surface of a combining tube 330 and closes a discharging hole 320 when a contents movement tube 420 which ascends and descends, is ascending, thereby preventing contents discharged to an upper end of a button part 300 from being sucked to a contents movement tube 420.

(19) Meanwhile, it is featured that at an inner surface of the button part 300 is installed a rotation guide 310 which forms a flexure portion upwards and downwards alternatively, encasing an inner circumferential surface. The rotation guide 310, as viewed in FIG. 3, guides the movement of guide protrusions 410 along a bottom surface when the button 300 rotates, wherein the guide protrusions 410 are descended by pressurization of the rotation guide 310 while the guide protrusions 410 are ascended by elastic force of springs.

(20) Meanwhile, at an inner surface of the button part 300 is installed a combining tube 330 which encases the discharging hole 320, and extends downwards, wherein the combining tube 330 guides the movement of a contents movement tube 420 which moves along an inner wall of the combining tube 330, moving vertically without distortion when the ascending and descending member 400 ascends and descends.

(21) Meanwhile, between the button part 300 and the housing 200 is installed a combining ring 500 which rotatably combines the button part 300 to the housing 200.

(22) The ascending and descending member 400 is ascended an descended by rotation of the button part 300, and causes a pumping action for moving contents held in the container body 100 to the discharging hole 320, wherein at an inner surface is combined a piston rod 430 which moves along the movement of the ascending and descending member 400. And at a lower portion of the piston rod 430 is combined a seal cap 440 which closely encases an inner circumferential surface of the contents inflow part 210 and changes the pressure of an interior of the contents inflow part 210 by the ascent and descent of the piston rod 430 and guides contents held in the container body 100 to flow into the interior of the contents inflow part 210.

(23) It is featured that at an outer circumferential surface of the ascending and descending member 400 are installed a multitude of guide protrusions 410 which move along a bottom surface of the rotation guide 310 in a state of being inserted into the vertical guide groove 220 and ascend and descend inside the vertical guide groove 220. The guide protrusions 410 are pressed by the surface of the rotation guide 310 when the button part 300 rotates, and then moves downwards inside of the vertical guide groove 220, and thereby, descends the ascending and descending member 400, making it possible that contents flowing into the contents inflow part 210 can move to an upper portion according to the change of pressure of the contents inflow part 210; meanwhile, when pressurization by the rotation guide 310 is released, in other words, when the guide protrusions 410 move up from the lowest point of the flexure portion formed alternatively, the guide protrusions 410 ascend along a bottom surface of the rotation guide 310 by elastic force of springs and moves upwards inside the vertical guide groove 220, thereby ascending the ascending and descending member 400 and making it possible that contents held in the container body 100 can be sucked into a contents inflow part 210 according to the change of pressure of the contents inflow part 210.

(24) Meanwhile, at the ascending and descending member 400 is combined a contents movement tube 420 which is combined to the combining tube 330 and ascends and descends along an inner wall of the combining tube 330, therein forming a passage where contents move.

(25) In the following, referring to FIG. 4, an operational procedure of a rotary dispenser-type cosmetics container according to an exemplary embodiment will be explained. FIG. 4 is an explanatory drawing illustrating an operational state of a rotary dispenser-type cosmetics container according to an exemplary embodiment.

(26) Referring to FIG. 4, as for a rotary dispenser-type cosmetics container according to an exemplary embodiment, when a user rotates a button part 300 in a state that contents flow into the interior of a contents inflow part 210, guide protrusions 410 of an ascending and descending member 400 move along a rotation guide 310 formed at an inner surface of the button part 300; at this moment, due to the shape of the rotation guide 310, the guide protrusions 410 move downwards inside the vertical guide groove 220 as descending the ascending and descending member 400.

(27) When the ascending and descending member 400 descends as the above, the pressure inside the contents inflow part 210 changes as a piston rod 430 and a seal cap 440 descend together, which leads contents flowing into the contents inflow part 210 is discharged through a contents movement tube 420; at the moment, contents moving upwards move to a sideway by an opening and closing plate 610, in a state that a nozzle tip 600 moves upwards with as small a margin as a detached space between a support protrusion 321 and a fixing protrusion 621 and thereby opens a discharging hole 320, and are discharged at an upper end of the button part 300.

(28) In the presently described embodiments, contents are not discharged directly to a upward direction, but to a sideway after the discharging direction is changed by an opening and closing plate 610 in a state that a nozzle tip 600 moves upward with a small margin and firstly opens a discharging hole 320, and therefore prevents contents from being shot abruptly.

(29) As described above, optimal embodiments have been disclosed in the drawings and the specification. Although specific terms have been used herein, these are only intended to describe the disclosed embodiments and are not intended to limit the meanings of the terms or to restrict the scope recited in the accompanying claims. Accordingly, those skilled in the art will appreciate that various modifications and other equivalent embodiments are possible from the above embodiments. Therefore, the scope of the present invention should be defined by the technical spirit of the accompanying claims.