JP6514339B2 - Compact container with ring button member - Google Patents

Description

  The present invention relates to a compact container provided with a ring button member, and more specifically, a ring-shaped ring button member is formed at the lower portion of the discharge plate, and compression grooves are formed at two diagonally opposite lower ends of the ring button member. Forming a distributor plate at the lower part of the ring button member, and forming compression protrusions at two places facing diagonally on the outer side of the distributor plate to correspond to the position of the compression groove of the ring button member, When the ring button member is pressed to discharge the contents by combining the discharge plate and the distribution plate to form the content discharge path, even if the ring button member is pressed while being inclined, Phosphorus, which allows the distributor plate to pressurize the pump vertically as the diagonally formed compression grooves of the ring button members press the top of the distributor plate's compression protrusions About compact container provided with a button member.

  Color tone cosmetics are those used for the purpose of beautifully changing the appearance and directing the skin beautifully, base makeup used to make skin color uniform and cover defects, lips, eyes, nails, etc. Partly divided into point makeup used to enhance the three-dimensional effect. Base makeup includes makeup base, foundation, powder and the like, and point makeup includes lipstick, eyeliner, mascara and the like.

  The foundations are classified into solid foundations, liquid foundations and gel foundations according to the type of cosmetic. In the case of solid foundation, although the covering power is high, there is a defect that it may come off at the time of make-up, and in the case of liquid foundation, there is a defect that although the feeling of adhesion is good, the persistence is weak. Therefore, a large number of consumers have recently preferred gel-like foundations which have considerable durability and good adhesion upon application to the skin.

  For this reason, the development of a container for gel-like foundation has also been required. Generally, a gel-like foundation is filled in a glass container or a tube container, and the user picks and squeezes it out to use it. It was used by the method of applying to the skin using a hand.

  However, in the prior art, since the cosmetic is hand-painted every time the user uses it, it is inconvenient in use, such as having to wash the hands each time, and washing the hand with the cosmetic as described above There was a problem that cosmetics were lost by

  In order to solve such problems, as shown in FIG. 1, the applicant disclosed a compact container having an airless pump in Korean Registered Utility Model No. 20-0470757, but this prior invention relates to a mixing member The distributor plate and the pump are pressurized by pressurizing the container, and after the gel cosmetic filled in the container body is discharged onto the distributor plate, the cosmetic is applied to the mixing member formed on the upper part of the distributor plate. By allowing the user to take up and use the cosmetic impregnated in the mixing member with a puff so that the cosmetic can be used without putting on the hand during use. It is

  However, in the prior art pump, the space between the vertical movement member and the bushing is formed tight so that the vertical movement member moves vertically, so that the pump operates only when the piston central axis coincides with the cylinder central axis. However, if the user does not press the middle of the mixing member when operating the pump, as shown in FIG. 2, the vertical movement member is inclined and the vertical movement member is not held in the bushing and does not operate. there were. As a result, since the cosmetic is not pumped unless the user vertically presses the central portion of the mixing member using a puff when using cosmetics, the pressing position is limited when the mixing member is pressed, which is inconvenient for use There was a problem that it was.

  Further, in the above-mentioned prior art, since the mixing member is exposed, the cosmetic impregnated with the mixing member is not only contaminated when the cosmetic is used, but the oil and water are volatilized and evaporated to make up the cosmetic. There is a problem that it becomes dry and the function of the cosmetic is not properly exhibited.

  The present invention has been made to solve the above-mentioned problems, and its object is to form a ring-shaped ring button member at the lower part of the discharge plate, and to make a diagonal direction of the lower end of the ring button member. Forming a compression groove at two points facing each other and forming a distribution plate at the lower part of the ring button member, corresponding to the position of the compression groove of the ring button member at two diagonally opposite sides of the distribution plate The ring button member is inclined when pressing the ring button member to discharge the contents by forming a pressing projection on the same and forming the content discharge path by combining the discharge plate and the distribution plate. To allow the distributor plate to vertically pressurize the pump as the diagonally formed compression grooves of the ring button member press the upper portion of the distributor plate's compression protrusions, even when pressurized with And to provide a compact container provided with a ring button member.

  Further, the other object of the present invention is not limited to the method in which the ring button member must be pressurized to pump the cosmetic, and the cosmetic can be easily applied even if the discharge plate is pressurized as in the prior art. The end portion of the bushing into which the vertical movement member is inserted when the bushing is coupled to the upper part of the pump cylinder is formed in a round shape, and between the bushing and the vertical movement member. A method of pumping the cosmetics vertically on the center of the discharge plate by forming a gap of 0.3 mm to 1.2 mm to allow the vertical movement member to move freely in the bushing and shortening the stroke distance of the pump The ring button member is not limited to having to be pressurized, and the cosmetic can be easily discharged by pressing any part on the discharge plate. It is to provide a compact container was painting.

  In addition, another object of the present invention is to prevent the contamination of the cosmetic for a long period of time by forming the discharge plate so that the cosmetic incorporated in the container body does not come in contact with the air. Another object of the present invention is to provide a compact container provided with a ring button member that can be used hygienically.

The present invention is a compact container comprising a container body 10 having a button 11 formed on one side, and a container lid 20 hinged to one side of the container body 10 and opened and closed.
An inner container 30 having a content storage space 31 formed therein;
A pump support 40 coupled to an upper portion of the inner container 30 to seal the inner container 30;
A pump 50 disposed at a central upper portion of the pump support 40 and pumping contents;
A distribution plate 60 coupled to an upper portion of the pump 50 and having compression protrusions 61 formed at two diagonally opposite outer sides;
And a ring button member 70 coupled to the upper portion of the distribution plate 60 and having compression grooves 71 formed at two diagonally opposite positions of the lower end,
The compression projection 61 of the distribution plate 60 is fitted in the compression groove 71 of the ring button member 70, and the diameter of the compression projection 61 is smaller than the inner diameter of the compression groove 71. Ring Provided is a compact container provided with a button member.

  In addition, the upper surface of the distribution plate 60 is characterized in that a content discharge path 62 for moving the content is formed.

  In addition, the ring button member 70 has a ring shape, and the pressing portion 72 is protruded upward on one side, and the axial protrusion 73 is formed on the outer side opposite to the pressing portion 72. I assume.

  In addition, the pressing protrusion 61 of the distribution plate 60 has a semicircular or circular shape, and the pressing groove 71 of the ring button member 70 has a semicircular shape.

  In addition, a discharge plate 80 attached to the upper surface of the distribution plate 60 and mounted on the upper portion of the ring button member 70 and having a plurality of discharge holes 81 is further provided.

  Preferably, the discharge plate 80 is attached to the upper surface of the distribution plate 60 by a double adhesive tape.

  The pump 50 is formed on the center upper side of the pump support 40 and has a cylinder 51 having a content suction hole 58 at its bottom and a bottom surface of the cylinder 51. The content suction hole 58 is selectively selected. A suction valve plate 52 that opens and closes, a bushing 53 coupled to the outside of the cylinder 51 so as to be placed on the upper end of the cylinder 51, a piston 54 formed on the inside of the cylinder 51, and the outside of the piston 54 The piston ring 55 which is fitted and in close contact with the inner surface of the cylinder 51, the vertical moving member 56 which is coupled to the inner peripheral surface of the piston 54 and which moves vertically, and the elastic member 57 which elastically supports the vertical moving member 56. And is characterized in that

  An inner extension ring 561 connected to the piston 54 is extended at a central lower side of the vertical movement member 56, and the piston ring 55 is spaced apart from the inner extension ring 561 by a predetermined distance. It is characterized in that an outer extension collar 562 fitted to the outside is extended.

  Further, a through hole 531 is formed at the center of the bushing 53 through which the outer extension ring 562 of the vertical moving member 56 penetrates, and an inner horizontal extension piece 532 is extended inside the through hole 531 and the through hole A plurality of elastic member accommodating portions 533 are formed on the outer side of 531, and an outer horizontal extension piece 534 to be inserted into the pump support 40 is formed on the outer side of the elastic member accommodating portions 533.

  In addition, an inner end portion of the inner horizontal extension piece 532 of the bushing 53 may be formed in a round shape.

  In addition, between the inner horizontal extension piece 532 of the bushing 53 and the outer extension ring 562 of the vertical movement member 56, the vertical movement member 56 can move 0.3 mm through 1 so as to move freely in the bushing 53. A gap 59 of .2 mm is formed.

  In the present invention, a ring-shaped ring button member is formed at the lower portion of the discharge plate, compression grooves are formed at two places facing diagonally of the lower end of the ring button member, and a distribution plate is formed at the lower portion of the ring button member However, pressing projections are formed at two diagonally opposite positions on the outer side of the distribution plate to correspond to the position of the compression groove of the ring button member, and the discharge plate and the distribution plate are combined to form a content discharge path. When pressing the ring button member for discharging the contents by forming the pressure groove, the compression groove formed in the diagonal direction of the ring button member is a distribution plate even if the ring button member is pressed in a tilted state This has the effect of providing a compact container with a ring button member that allows the distributor plate to press the pump vertically as it compresses the top of the compression projection.

  Further, the present invention is not limited only to the method in which the ring button member must be pressurized to pump the cosmetic, and the cosmetic can be easily discharged even if the discharge plate is pressurized as in the prior art. However, the end of the bushing into which the up-and-down moving member is inserted when the bushing is joined to the upper portion of the pump cylinder is formed in a round shape, and 0.3 mm or more between the bushing and the up-and-down moving member The cosmetic pumping method must vertically press the center of the discharge plate by forming a gap of 1.2 mm to allow the up and down moving members to move freely in the bushing and shortening the stroke distance of the pump. There is no limitation to what has to be done, and it is possible to easily discharge the cosmetic material by pressing any part on the discharge plate, it is provided with a ring button member. The effect of providing a transfected container.

  In addition, the present invention prevents the contamination of the cosmetic by forming the discharge plate so that the cosmetic incorporated in the container main body does not come in contact with the air, and thus cleans and sanitizes for a long time This has the effect of providing a compact container with a ring button member that can be used.

FIG. 6 is a cross-sectional view of a compact container having a conventional airless pump. It is a figure which shows the state which pressurized the compact container which has the conventional airless pump. It is a perspective view of a compact container provided with a ring button member concerning the present invention. It is an exploded perspective view of a compact container provided with a ring button member concerning the present invention. It is sectional drawing along the AA of the compact container provided with the ring button member which concerns on this invention. It is sectional drawing which followed the BB line of the compact container provided with the ring button member which concerns on this invention. It is sectional drawing along the AA which shows the state to which the pressurization button of the compact container provided with the ring button member which concerns on this invention was pressurized. It is a sectional view along the B-B line which shows the state where the pressurization button of the compact container provided with the ring button member concerning the present invention was pressurized. It is sectional drawing along the AA which shows the state which pressurization of the compact container provided with the ring button member which concerns on this invention was cancelled | released.

  Hereinafter, embodiments of a compact container provided with a ring button member according to the present invention will be described with reference to the attached drawings.

  3 is a perspective view of a compact container provided with a ring button member according to the present invention, FIG. 4 is an exploded perspective view of a compact container provided with a ring button member according to the present invention, and FIG. 5 is a ring button member according to the present invention. 6 is a cross-sectional view of a compact container provided with a ring button member according to the present invention, taken along the line B-B, and FIG. 7 is provided with a ring button member according to the present invention 8 is a cross-sectional view of the compact container along the line A-A showing a pressurized state of the compact container, and FIG. 8 is a state where the pressure button of the compact container provided with the ring button member according to the present invention is pressurized. And FIG. 9 is a cross-sectional view taken along the line A-A showing a state in which the compact container provided with the ring button member according to the present invention is released from pressure.

  The compact container provided with the ring button member according to the embodiment of the present invention is hinged to the container body 10 having the button 11 formed on one side and one side of the container body 10 as shown in FIG. In a compact container comprising a container lid 20 which is opened and closed, an inner container 30 in which a content storage space 31 is formed, a pump support 40 which is coupled to the upper portion of the inner container 30 and seals the inner container 30; A pump 50 disposed at a central upper portion of a pump support 40 and pumping contents, and a distribution plate 60 coupled to the upper portion of the pump 50 and having compression protrusions 61 formed at two diagonally opposite outer sides. A ring button member 70 coupled to the upper portion of the distribution plate 60 and having a compression groove 71 formed at two points diagonally opposite to the lower end of the distribution plate 60; Caused 61 is fitted in the pressure groove 71 of the ring button member 70, the diameter of the compression protrusion 61 is characterized by being smaller than the inner diameter of the compression groove 71.

  An inner container storage space 12 for storing an inner container 30 is formed inside the container body 10, and a first mounting protrusion 13 and an upper side of the first mounting protrusion 13 are separated by a predetermined distance on an inner side surface. The second and third mounting protrusions 14 and 15 are formed. Further, a shaft coupling groove 16 is formed on the inner side surface of the container body 10 in the diagonal direction of the button 11.

  A button 11 is integrally formed on one side of the container body 10, and a locking projection 17 is provided on the upper side of the button 11 in a protruding manner.

  The container lid 20 opens and closes the container body 10, and a hook 21 having a projection shape is formed at a position corresponding to the locking projection 17 of the container body 10 on one side of the container lid 20. It is fastened to the locking projection 17.

  Further, a mirror 22 is provided on the inside of the container lid 20 so that the user can easily make up.

  A push-up plate 32 is formed on the inner side of the inner container 30 to push the contents upward, and the push-up plate 32 is in close contact with the inner side surface of the inner container 30.

  The inner container 30 includes an inner container bottom surface 33, an inner wall 35 extending upward from the inner container bottom surface 33, and an outer wall 36 formed to be spaced apart from the inner wall 35 by a predetermined distance.

  A mounting groove 361 is formed on the lower outer periphery of the inner container 30 and is coupled to the first mounting protrusion 13 of the container body 10, and a coupling groove 362 is formed on the inner peripheral edge of the outer wall 36.

  In addition, an air flow hole 34 into which external air flows is formed in the inner container bottom surface 33 of the inner container 30.

  The pump support 40 is formed in a plate shape and is coupled to the upper portion of the inner container 30 to seal the inner container 30.

  In the pump support 40, a cylinder 51 is integrally formed at the center, and a bushing connecting groove 41 to which the bushing 53 of the pump 50 is connected is formed on the outside of the cylinder 51. The lower extension collar 42 is extended downward.

  A connection protrusion 421 is formed on the outer peripheral edge of the lower extension ring 42 of the pump support 40 and is connected to the connection groove 362 of the inner container 30, and a mounting ring 422 protrudes on the upper side of the connection protrusion 421. Thus, it is sandwiched between the second mounting protrusion 14 and the third mounting protrusion 15 of the container body 10.

  The pump 50 pumps the contents and is formed of a cylinder 51, a suction valve plate 52, a piston 54 and a piston ring 55 like a conventional pump, but the pump 50 holds the contents in the inner container 30. Unlike the conventional pump, the stroke distance is 1.5 mm to 2.5 mm, and the ratio of the stroke distance to the inner diameter of the cylinder 51 is different from that of the conventional pump in order to maximize the area of the space 31. Is 1: 5 to 1:13, and the pump 50 is formed by a pump 50 whose stroke distance is extremely short as compared with the conventional pump and the inner diameter of the cylinder 51 is large.

  The ratio between the stroke distance of the conventional pump and the inner diameter of the cylinder is as shown in Table 1 below.

  As shown in Table 1, the conventional pump is formed such that the stroke distance is 3.0 mm to 6.3 mm, and the stroke distance of the pump and the inner diameter of the cylinder are in the ratio of 1: 1 to 1: 3. However, when the conventional pump is applied to a compact container having a short vertical length and a long horizontal length, the conventional pump is contained in the content storage space formed in the container body. There is a problem that it occupies a lot of area of object accommodation space.

  In order to solve such problems, the compact container provided with the pump having a short stroke distance according to the present invention reduces the stroke distance of the pump 50 to 1.5 mm to 2.5 mm and enlarges the inner diameter of the cylinder 51. The ratio of the stroke distance to the inner diameter of the cylinder 51 is changed from 1: 5 to 1:13 and installed on the upper part of the plate-like pump support 40, the content storage space 31 of the inner container 30. To make the best use of

  The pump 50 is formed on the center upper side of the pump support 40 and mounted on a cylinder 51 having a content suction hole 58 at the bottom and a bottom of the cylinder 51 to selectively open and close the content suction hole 58 A suction valve plate 52, a bushing 53 coupled to the outside of the cylinder 51 so as to be placed on the upper end of the cylinder 51, a piston 54 formed on the inside of the cylinder 51, and a fitting on the outside of the piston 54 A piston ring 55 in close contact with the inner surface of the cylinder 51, a vertical moving member 56 coupled to the inner peripheral surface of the piston 54 to move vertically, and an elastic member 57 resiliently supporting the vertical moving member 56. Be done.

  An inner extension ring 561 connected to the piston 54 is extended at a central lower side of the vertical movement member 56, and is spaced apart from the inner extension ring 561 by a predetermined distance to the outside of the piston ring 55. An outer extension collar 562 to be fitted is extended.

  Also, an upper extension collar 563 to which the distributor plate 60 is connected is extended on the center upper side of the vertical movement member 56.

  A plurality of slits 564 (slit: narrow gap) through which the pumped content passes are formed on the outer peripheral edge of the inner extension collar 561 of the vertical movement member 56.

  An upper portion of the piston ring 55 is expanded outward, and a contact protrusion ring 551 is provided on the upper outer peripheral edge of the piston ring 55, and the cylinder 51 is provided below the contact protrusion ring 551. The piston blade 552 closely attached to the inner side wall of the

  A through hole 531 is formed at the center of the bushing 53, through which the outer extension ring 562 of the vertical moving member 56 penetrates, and an inner horizontal extension piece 532 is extended inside the through hole 531, and the through hole is formed. A plurality of elastic member accommodating portions 533 are formed on the outside of 531, and an outer horizontal extension piece 534 to be inserted into the pump support 40 is formed on the outer side of the elastic member accommodating portions 533.

  The inner end of the inner horizontal extension 532 of the bushing 53 is preferably formed in a round shape.

  The vertical movement member 56 may move 0.3 mm to 1.2 mm between the inner horizontal extension piece 532 of the bushing 53 and the outer extension ring 562 of the vertical movement member 56 so that the vertical movement member 56 can move freely within the bushing 53. A gap 59 is formed.

  That is, the upper portion of the piston ring 55 is expanded outward, and the contact protrusion ring 551 is formed, and the piston ring 55 is closely inserted inside the outer extension protrusion ring 562 of the vertical movement member 56 A piston blade 552 is formed on the lower portion of the ring 55, and by closely adhering to the inner side surface of the cylinder 51, the piston can be moved even when the vertically moving member 56 is pressurized while being inclined to one side. The ring 55 seals the inside of the cylinder 51 and the pump 50 operates normally.

  Therefore, the user does not vertically press the central portion of the discharge plate 80, but presses a portion deviated from the central portion, and the piston ring 55 is normal inside the cylinder 51 even if the vertical movement member 56 is inclined. The contents are easily pumped.

  The distribution plate 60 has a pair of compression protrusions 61 formed on the outer edge, a content discharge path 62 for moving the contents on the upper surface, and an upper extension ring 563 of the vertical movement member 56 at the center. A coupling hole 63 is formed in which is inserted.

  The pressing protrusion 61 of the distribution plate 60 is formed to correspond to the position of the pressing groove 71 of the ring button member 70, and is fitted to the pressing groove 71 of the ring button member 70.

  The compression protrusion 61 of the distribution plate 60 is semicircular or circular so that it can be easily rotated within the compression groove 71 of the ring button member 70.

  The ring button member 70 has a ring shape, and the pressing portion 72 is provided to protrude upward on one side, and the axial protrusion 73 is formed on the outer side opposite to the pressing portion 72. The shaft coupling groove 16 is fitted. In addition, a pair of compression grooves 71 are formed at positions perpendicular to the direction in which the pressure portion 72 and the axial projection 73 are connected.

  The compression groove 71 of the ring button member 70 is formed in a semicircular or polygonal shape.

  The diameter of the compression protrusion 61 of the distribution plate 60 is smaller than the inner diameter of the compression groove 71 of the ring button member 70.

  That is, the pressing protrusion 61 of the distribution plate 60 has a semicircular or circular shape, the pressing groove 71 of the ring button member 70 has a semicircular shape, and the diameter of the pressing protrusion 61 is equal to the inner diameter of the pressing groove 71. Also, the ring button member 70 or the ring button member 70 is pressed when the user presses the pressing portion 72 or the discharge plate 80 of the ring button member 70 to discharge the contents, because Even if the discharge plate 80 is pressed in a tilted state, the pressing groove 71 of the ring button member 70 changes the center to be pressed while being idlely rotated at the upper portion of the pressing protrusion 61 of the distribution plate 60. The distribution plate 60 can vertically press the vertically moving member 56 of the pump 50.

  A discharge plate 80 is formed on the upper side of the distribution plate 60. The discharge plate 80 is attached to the upper surface of the distribution plate 60 and is mounted on the upper portion of the ring button member 70, and has a plurality of discharge holes 81. .

  Under the respective discharge holes 81, a discharge ring 82 attached to the content discharge path 62 of the distribution plate 60 is extended, but the discharge ring 82 can allow the contents to pass through. Thus, one side of the outer peripheral edge is open.

  The discharge plate 80 is preferably attached to the upper surface of the distribution plate 60 by a double adhesive tape.

  Next, a method of assembling a compact container provided with the ring button member configured as described above will be described.

  In order to assemble the compact container provided with the ring button member according to the present invention, first, as shown in FIGS. 4 and 5, the inner container 30 is housed inside the container body 10 to which the container lid 20 is hinged at one side. Wear

  Thereafter, the push-up plate 32 is inserted into the inside of the inner container 30, and after the contents are injected, the pump support 40 is coupled to the upper portion of the inner container 30. Is inserted between the inner wall 35 and the outer wall 36 of the inner container 30, and at the same time, the mounting protrusion ring 422 of the lower extension protrusion ring 42 is between the second mounting protrusion 14 and the third mounting protrusion 15 of the container body 10. Combine so as to be sandwiched.

  Then, the pump 50 is installed on the upper portion of the pump support 40, the distribution plate 60 is coupled to the upper portion of the vertical moving member 56 of the pump 50, and the ring button member 70 is mounted on the upper portion of the distribution plate 60. The axial projection 73 of the ring button member 70 is fitted in the axial coupling groove 16 of the container body 10 while aligning and mounting the compression projection 61 of the distribution plate 60 and the compression groove 71 of the ring button member 70.

  Finally, by attaching the discharge plate 80 to the upper side of the ring button member 70 and attaching it to the upper side of the distribution plate 60, the assembly of the compact container provided with the ring button member according to the present invention is completed.

  The use of a compact container with a ring button member assembled in the manner as described above is as follows.

  In order to use the compact container provided with the ring button member according to the present invention, first, as shown in FIGS. 7 and 8, the upper surface of the pressing portion 72 of the ring button member 70 or the discharge plate 80 is pressed.

  When the pressure unit 72 is pressurized, the ring button member 70 moves downward while tilting, and the distribution plate 60 mounted below the ring button member 70 also moves downward.

  At this time, the pressing protrusion 61 of the distribution plate 60 is semicircular or circular, the pressing groove 71 of the ring button member 70 is semicircular, and the diameter of the pressing protrusion 61 is the inner diameter of the pressing groove 71. The compression groove 71 of the ring button member 70 is a compression protrusion of the distribution plate 60 even if the ring button member 70 is pressed while being inclined because the compression groove 71 is smaller than the compression groove 71. The distributor plate 60 vertically urges the vertically moving member 56 of the pump 50 as the pressure is applied from the upper portion 61.

  When the discharge plate 80 is directly pressurized, the distribution plate 60 coupled to the discharge plate 80 is pressurized and moved downward together, and the vertically moving member of the pump 50 coupled to the distribution plate 60 56 moves downward.

  By the downward movement of the vertical movement member 56, the piston 54 coupled to the lower side of the vertical movement member 56 is also moved downward together, and at this time, the piston ring 55 is in close contact with the inner surface of the cylinder 51. Therefore, while only the piston 54 moves downward, a gap is generated between the piston 54 and the piston ring 55 to create a discharge passage for contents.

  Thereafter, when the vertical movement member 56 is continuously pressed, the piston ring 55 abuts on the vertical movement member 56 and moves downward with the piston 54 to reduce the internal volume of the cylinder 51, thereby accommodating the cylinder 51 The contents which had been taken out come out between the piston 54 and the piston ring 55 and pass through the slit 564 of the vertical movement member 56 and then the discharge of the discharge plate 80 through the content discharge path 62 of the distribution plate 60 It is discharged from the hole 81.

  At the same time, the discharge pressure in the cylinder 51 causes the suction valve plate 52 to close the content suction hole 58 formed on the bottom surface of the cylinder 51.

  Thereafter, when the pressing of the pressing portion 72 or the discharge plate 80 of the ring button member 70 is released, as shown in FIG. 9, the vertical moving member 56 is upward due to the elasticity of the elastic member 57 elastically supporting the vertical moving member 56. And the piston 54 coupled to the lower side of the vertical movement member 56 moves upward. At this time, when the expanded ring 541 formed on the lower end outside of the piston 54 pulls up the piston ring 55, the gap between the piston 54 and the piston ring 55 is clogged, and the piston 54 and the piston ring 55 are closed. As 55 moves upward together, the internal volume of the cylinder 51 increases and a vacuum pressure is generated.

  While the suction valve blade 521 of the suction valve plate 52 is lifted by the vacuum pressure generated inside the cylinder 51, the content suction hole 58 formed on the bottom surface of the cylinder 51 is opened, thereby the inside of the inner container 30 At the same time as the contents contained in the liquid flow into the inside of the cylinder 51 through the contents suction hole 58, the push-up plate 32 installed inside the inner container 30 is moved upward.

  As described above, the description of the present invention is only one embodiment for implementing a compact container provided with a ring button member, and the present invention is not limited to this embodiment. As claimed in the appended claims, it is possible to implement various modifications without departing from the scope of the present invention and by anyone having ordinary knowledge in the field to which the invention belongs. It should be considered within the scope of the invention.

DESCRIPTION OF SYMBOLS 10 container main body 11 button 12 inner container storage space 13 1st mounting protrusion 14 2nd mounting protrusion 15 3rd mounting protrusion 16 axial coupling groove 17 locking protrusion 20 container lid 21 hook 22 mirror 30 inner container 31 content storage space 32 pushing up Plate 33 inner container bottom surface 34 air flow hole 35 inner wall 36 outer wall 361 mounting groove 362 coupling groove 40 pump support base 41 bushing coupling groove 42 lower extension annular ring 421 coupling projection 422 mounting annular ring 50 pump 51 cylinder 52 suction valve plate 53 bushing 54 Piston 55 Piston ring 56 Vertically moving member 57 Elastic member 58 Content suction hole 59 Clearance 531 Through hole 532 Inner horizontal extension piece 533 Elastic member accommodating portion 534 Outer horizontal extension piece 551 Close contact ring 552 Piston blade 561 Inner extension ring 562 Outside Extended ring 563 upper spread突環 564 slit 60 distribution plate 61 pressing projection 62 emptying path 63 coupling hole 70 ring button member 71 compression grooves 72 pressing 73 axial projections 80 discharge plate 81 discharge holes 82 discharge 突環

Claims (7)

An inner container (30) in which a content storage space (31) is formed;
A pump support (40) coupled to the upper portion of the inner container (30) to seal the inner container (30);
A pump (50) disposed at a central upper portion of the pump support (40) for pumping contents;
A distribution plate (60) coupled to an upper portion of the pump (50) and having compression protrusions (61) formed at two places facing diagonally on the outer side;
A ring button member (70) coupled to the upper portion of the distribution plate (60) and having compression depressions (71) formed at two diagonally opposite positions of the lower end,
The pressing projection (61) of the distribution plate (60) is of the ring button member (70) so that pumping is possible even if the ring button member (70) is pressurized or the upper surface of the distribution plate (60) is pressurized. The ring button member (70) can be rotated and inclined with respect to the distribution plate (60) by being fitted into the compression recess (71), the ring button member (70) Is formed in a ring shape, a pressure portion (72) is formed on the front side, and a shaft protrusion (73) is formed on the outer side opposite to the pressure portion (72), and this shaft protrusion (73) Is fitted in the axial coupling recess (16) of the container body (10), and the pressing recess (71) of the ring button member (70) even if the ring button member (70) is pressed in an inclined state Of the compression projection (61) of the distribution plate (60) Idling while the distributor plate by changing the central pressurized (60), characterized in that the pressurized vertically pump (50) in parts, compact container provided with a ring button member.   The compact container provided with a ring button member according to claim 1, wherein a content discharge path (62) through which the content moves is formed on the upper surface of the distribution plate (60). The diameter of the pressing projection (61) is larger than the inner diameter of the pressing recess (71) in the dimension in the direction perpendicular to the rotation axis when the ring button member (70) is rotated with respect to the distribution plate (60). A compact container provided with a ring button member according to claim 1, characterized in that it is formed small . The pressing projection (61) of the distribution plate (60) is semicircular or circular in cross section perpendicular to the rotation axis when the ring button member (70) is rotated with respect to the distribution plate (60) The compact container provided with a ring button member according to claim 1, wherein the compression recess (71) of the ring button member (70) is semicircular or polygonal.   A discharge plate (80) attached to the upper surface of the distribution plate (60) and mounted on the top of the ring button member (70) and having a plurality of discharge holes (81), further comprising: The compact container provided with the ring button member of claim 1.   The pump (50) is formed on the center upper side of the pump support (40), and is mounted on a cylinder (51) having a content suction hole (58) on the bottom and the bottom of the cylinder (51) A suction valve plate (52) for selectively opening and closing the suction hole (58); a bushing (53) coupled to the outside of the cylinder (51) so as to be placed on the upper end of the cylinder (51); A piston (54) formed inside a cylinder (51), a piston ring (55) fitted on the outside of the piston (54) and in close contact with the inner surface of the cylinder (51), and the piston (54) The invention is characterized in that it comprises an up-and-down moving member (56) coupled to the inner circumferential surface of the body and an elastic member (57) resiliently supporting the up-and-down moving member (56) Compact container with a ring button member according to. The pump (50) is characterized in that the stroke distance is 1.5 mm to 2.5 mm, and the ratio of the stroke distance to the inner diameter of the cylinder (51) is 1.5 to 1:13. Item 7. A compact container provided with the ring button member according to item 1 or 6.

Images