KR101720903B1 - Compact case with airless pump, it is an ease outlet of high viscosity contents - Google Patents

Abstract

The present invention relates to a compact container having an airless pump facilitating easy discharge of high viscous content, which has an improved structure that a cylinder constituting an airless pump is interlocked with a push plate for pressing content while independently descending by operation of the airless pump such that the content approaches adjacent to a content inlet of the cylinder, and at the same time, which has solved an operating failure, caused by tilting i.e. twisting of the press plate occurring from independent operation of the push plate, by enabling the airless pump to also descend inside a content reception container. According to the present invention, in the compact container, the airless pump, which is operated by a push body integrated with a puff seating member to pump and discharge the high viscous content out of the content reception container, is installed to be downwardly movable inside the content reception container, and the push plate, which maintains a state that the high viscous content is adjacent to the content inlet of the cylinder at all times irrespective of the remaining amount of the content, is interlocked with the cylinder of the airless pump, and thus the push plate can be prevented from being twisted while the compact container is used.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a compact container having an airless pump,

The present invention relates to a compact container in which accommodated high viscosity contents are discharged through an airless pump. More particularly, the present invention relates to a compact container in which the contents are downwardly moved in accordance with the operation of an airless pump so that the contents are brought close to the contents inlet of the cylinder In addition to improving the construction of the airbag to be interlocked with the cylinders constituting the airless pump, the airbag pump can also be downwardly movable in the contents container, so that the airbag plate is tilted by itself, The present invention relates to a compact container provided with an airless pump which can easily discharge high-viscosity contents.

In general, the high-viscosity content is prepared by mixing different formulations or different formulations. Among cosmetic types mixed with different formulations, water-inoil, water (W) mixed with an oily material and an aqueous raw material using an emulsifier such as a surfactant / O) or oil in water (O / W).

The above-mentioned water-in-oil type cosmetic material has more oil than water, has a lot of oil, absorbs the skin slowly, has a feeling of use but is more persistent than the underwater type.

On the other hand, cosmetics for underwater type have more water than oil, have less oil, have faster absorption of the skin, feel better and lighter, but have lower persistence.

The above-described cosmetics have characteristics of feeling heavy and sticky.

As described above, a cosmetic having a high viscosity may be an example of a foundation.

The above-mentioned cosmetics are sold in various containers. Containers to be compared with the invention claimed in this case include Utility Model Registration No. 20-470757 "Compact container having airless pump with mixing member" (hereinafter referred to as " As an example.

The line registration design is a compact container comprising a container body 10 and a container lid 20 which is hingedly connected to the container body 10 to be opened and closed, and is an internal container 11 formed inside the container body 10; A cover (30) covering the top of the inner container (11); A plate (14) formed in the lid (30); A cylinder 35 formed at the center of the lid 30; An airless pump (40) installed in the cylinder (35); A storage member 50 installed at an upper end of the airless pump 40; And a mixing member (70) installed in the storage member (50).

The storage member (50) is equipped with a distribution member (60) for allowing the high-viscosity content to be uniformly absorbed by the mixing member (70).

The cover 30 is formed with an annular outer wall 31 extending downward from the rim and the outer wall 31 is fixed to the inner side of the inner container 11 and has an annular inner wall 32 Is formed.

The cylinder 35 is formed inside the inner wall 32 and an airless pump 40 is installed inside the cylinder 35. The airless pump 40 includes a piston 41 and a piston 41 A piston ring 43 provided between the outer circumferential surface of the piston 41 and the inner circumferential surface of the cylinder 35 and a check valve 44 and a cylinder 35 formed at the lower portion of the cylinder 35, An elevating member 45 coupled to the inside of the sealing member 47 and an elastic member 46 formed between the elevating member 45 and the sealing member 47. [ will be.

The storage member 50 is formed with an annular outer wall 52 extending upward in the frame, and a discharge hole 54 for discharging the contents is formed at the center.

The distribution member 60 of the present invention forms a plurality of distribution holes 64 and a support 65 is formed at the lower end thereof in order to separate the storage member 50 from the storage member 50.

The container body 10 has a button 13 having a locking protrusion 12 on one side and a hinge 16 formed on the opposite side of the button 13 and hinged to the container lid 20 .

The container body 10 accommodates the inner container 11 therein and is easily retracted by the pushing action of the user so that the hook protrusion 12 formed on the upper portion of the button 13 is easily retracted, (22).

The inner container 11 has a space for receiving contents, and the inner container 11 may be provided with a plate 14 for pushing out the contents. In another embodiment, as shown in FIG. 3, It is possible to mount the plate 14 between the outer wall 31 and the inner wall 32 of the lid 30 after joining the lid 30 having the outer wall 31 and the inner wall 32 in the container 11.

The container lid 20 covers an upper portion of the container body 10 and is hingedly connected to the container body 10 to open or close the container body 10. [

A hook 22 is formed on one side of the container lid 20 and has a protruding shape corresponding to the engaging protrusion 12. In addition, a mirror 24 is provided inside the container lid 20 so as to reflect the user's appearance.

The lid 30 covers the upper portion of the inner container 11 to prevent leakage of high-viscosity contents. The lid 30 is composed of an outer wall 31 formed at a rim, an inner wall 32 formed at the center, a cylinder 35 formed inside the inner wall 32, and an air hole 33.

The outer wall 31 is formed to extend below the rim of the lid 30 and the inner wall 32 extends downwardly from the center of the lid 30 and is fitted into the inner vessel 11, 11).

The cylinder 35 is formed inside the inner wall 32 of the lid 30 and an airless pump 40 is installed inside the cylinder 35.

The air hole 33 is formed at one side of the lid 30 so that the air flows into the air hole 33 and smoothly operates the plate 14. [

The airless pump 40 is installed inside the cylinder 35 and includes a piston 41, a cylinder 35 into which the piston 41 is inserted, an outer peripheral surface of the piston 41, A check valve 44 formed at a lower portion of the cylinder 35 and a sealing member 47 fastened to an upper portion of the cylinder 35 and a sealing member 47 fastened to the inside of the sealing member 47. [ And an elastic member 46 which is formed between the elevating member 45 and the sealing member 47. [

The piston 41 has a hollow 411 formed therein and has a first inlet 412 for introducing the contents into the hollow 411 and a flange 413 at the lower end of the piston 41.

An upper portion of the piston 41 is fastened with a sealing member 47 and an elevating member 45 having an engagement groove 451 communicating with the hollow 411 of the piston 41 is formed at the inside of the sealing member 47 Are integrally assembled. Accordingly, the piston 41 is integrally lifted and lowered together with the lifting and lowering of the lifting member 45.

A second inlet 321 is formed in the lower portion of the cylinder 35 to allow the contents accommodated in the inner container 11 to be introduced into the lower portion of the cylinder 35 through a piston 41 having a piston ring 43 inserted therein. A check valve 44 is provided in the second inlet 321 of the cylinder 35 to prevent the contents once introduced into the cylinder 35 from flowing back toward the inner vessel 11.

The piston ring 43 is fitted to the outer circumferential surface of the piston 41 and is disposed above the flange 413 of the piston 41.

A clearance is formed between the flange 413 of the piston 41 and the piston ring 43 as a result of the lowering of the piston 41. As a result, 41 are brought into close contact with the piston ring 43 to close the contents discharge passage.

The storage member 50 is installed at the upper end of the airless pump 40 and accommodates the distribution member 60 and the mixing member 70 therein.

The storage member 50 is formed with an annular outer wall 52 extending upward in the frame, and a discharge hole 54 for discharging the contents is formed at the center. The storage member 50 is provided with a coupling rib 55 at the lower end thereof and the coupling rib 55 is fitted into the coupling groove 451 of the lifting member 45.

The distribution member 60 is formed in a disc shape having a distribution hole 64 formed therein, and a support base 65 is formed at a lower end thereof. The distribution hole 64 is formed in a plurality of radial shapes so that the contents passing through the discharge hole 54 of the storage member 50 can be uniformly absorbed into the mixing member 70. The support member 65 is formed at the lower end of the distribution member 60.

The line registration design constructed as described above is such that the compact container having the airless pump with the mixing member presses the mixing member 70 and the piston 41 of the airless pump 40 is pressed downward.

At this time, while the piston ring 43 is stopped due to friction with the inner wall of the cylinder 35, only the piston 41 descends to move the flange 413 of the piston 41 and the piston ring 43, A gap is formed between the first and second passageways, thereby creating a passage through which the contents can be discharged.

When the piston 41 is further pushed downward, the piston ring 43 descends together with the end of the lifting member 45 contacting the piston ring 43, so that the volume of the cylinder 35 is reduced. The contents in the cylinder 35 are pushed and discharged through the space between the flange 413 of the piston 41 and the piston ring 43 and then through the first inlet 412 and then through the hollow 411 to the outside Respectively.

At this time, the second inlet 321 under the cylinder 35 is closed as the pressure in the cylinder 35 increases.

When the force that presses the piston 41 is removed, the elevating member 45 and the piston 41 are raised by the elastic member 46. At this time, The flange 413 of the piston 41 comes into contact with the piston ring 43 to close the contents discharge path and then the piston 41 is further moved upward , The flange 413 of the piston 41 pulls up the piston ring 43 and the space inside the cylinder 35 is extended to generate vacuum pressure.

The check valve 44 of the second inlet 321 opens and the contents of the high viscosity (also referred to as a foundation) in the interior of the internal vessel 11 are sucked into the cylinder 35 and the contents are filled in the cylinder 35 The vacuum pressure is disappeared and the check valve 44 is closed.

 When the contents of the high viscosity are filled into the cylinder 35 as described above, the plate 14 located in the inner container 11 containing the contents having a high viscosity is moved downward so that the contents of the high viscosity are close to the second inlet 321 .

The plate 14 of the line registration design that exhibits the above functions is configured to move individually in the inner container 11, and when the container is impacted during use, deformation such as twist occurs.

The case where the twist occurs will be described in detail as follows.

In the state where the inner container is filled with the contents of a high viscosity, the twisting of the plate 14 does not occur. However, in the state where the contents of the high viscosity are discharged to some extent, a space is formed in the upper portion of the plate 14. There is no drawing of this discharged state)

If a shock is applied to the container in the state where the space is formed on the upper portion of the plate 14 as described above, there is no means to resist the impact on the upper space, and the plate 14 is moved downward The vacuum hole 33 is formed on the upper surface of the inner container 11 so that the upper portion of the plate 14 is twisted to a space on the upper surface of the plate 14 due to discharge of the contents having a higher viscosity .

The reason why the plate 14 can be easily twisted as described above is that the structure of the close contact portion is flexible and has a small thickness so as to be closely attached to the inner wall of the inner container 11.

In the case where the tongue plate is distorted as described above, it is not possible to position the contents of high viscosity with respect to the second inlet 321 in close proximity, so that it is not possible to use a fixed amount discharge, It is difficult to secure the quality of the product.

Registration Practical Utility Model No. 20-0470757 (Announcement 201.01.02) "Compact container with airless pump with mixing member"

The present invention has been developed in order to solve the disadvantage of a compact container in which high viscosity contents having a high viscosity can be discharged through an airless pump. For this purpose, the airless pump is operated by pressing a puddle- When the high viscosity content is discharged from the contents storage container by the operated airless pump, the structure of the high density contents is improved so that the high viscosity contents are brought close to the contents inlet of the contents inlet of the airless pump constituting the airless pump, The fixed airless pump is capable of downward maneuvering in the contents storage container accommodating the contents of the high viscosity, thereby essentially eliminating the twisting phenomenon caused by the operation of the plate alone in the contents storage container, High viscosity due to malfunction due to The disadvantages of conventional compact containers that could not be used for quantitative discharge of materials were solved. The product recall caused by the malfunction of the plate was solved, thereby securing the reliability of the product by the consumers and discharging the contents of high viscosity which can increase the market competitiveness. And to provide a compact container provided with an airless pump which is easy to use.

In order to achieve the above object, the present invention provides a compact container which is pumped and discharged by pumping operation of an airless pump, and which comprises a plate for allowing a high viscosity content in a content storage container to always come close to a content inlet of a cylinder forming an airless pump In this case,

An airless pump for pumping and discharging the contents of the high viscosity contents inside the contents storage container by being pumped by the upper puff seating member pushing member is provided so as to be movable downward in the contents storage container and the high viscosity contents are introduced into the contents inlet of the cylinder When the pumping member is moved downward by the pumping operation of the punch seating member pressing body, the fixed portion of the plate is integrally formed with the plate fixing member constituting the cylinder of the airless pump, It is prevented that the mill plate is moved together with the airless pump so that the milling of the mill plate during the use of the compact container is prevented from being tilted and actuated against the wall surface of the contents container.

The compact container of the present invention is provided with a seat portion which is opened upward and downward and in which a base milling ring of the plate is seated on an upper portion thereof and a fastening plate which is fastened to the bottom of the body, And a fixing flange for pressing and fixing the fixing flange by a fixing member is formed at the outer middle lower end;

A cylinder having a lower portion formed therein with a contents inlet, the cylinder having a check valve for selectively inserting and blocking the high viscosity contents contained in the contents storage container; and a high viscosity content And a piston ring including a piston ring for selectively securing the discharge passage by the discharge pressure generated in the contents storage container, An airless pump;

Wherein the stationary member is undercut fastened to the plate fastening member forming the cylinder of the airless pump, and the base plate is closely contacted with the inner surface of the contents storage container by the edge;

An assembly including a release stopper for preventing the piston ring constituting the piston from being detached from the cylinder and a stopper to which the stopper of the pushing member combined with the pushing member is hooked so as to receive the repulsive force of the spring;

And an outlet port through which the high viscosity content discharged to the space between the piston and the piston ring of the airless pump is formed. The peripheral edge of the outlet port has a shape corresponding to the seat portion of the contents storage container, And a pawl mounting member pressing and holding member having a guide formed to be lowered in an active space formed between fixed bodies for fixing the container to the main body and having a latching jaw which is engaged with the latching jaw of the assembly, Wow;

And a lid that covers the upper portion of the main body.

And the outlet of the pressing member for puff seating member is selectively opened and closed by a T-type check valve assembled and fixed to the piston.

The airless pump includes a cylinder having a lower portion formed with a content inlet through which a high viscosity content contained in a contents storage container is introduced, and a discharge outlet formed at a lower portion of the discharge space by a discharge pressure generated in the high viscosity contents flowing into the space, A piston ring including a piston ring for selectively securing the contents of the contents storage container to the contents storage container, and a plate fixing part for mounting the plate to close the contents of high contents in the contents storage container toward the contents inlet.

As described above, in the compact container having the airless pump of the present invention, which easily discharges the high-viscosity content of the present invention, the airless pump 110 is operated when the puddle-seating member pressing member 140 is pressed, When the contents of the high viscosity contents are discharged from the contents storage container 120 by the airless pump 110, the high viscosity contents are introduced into the contents inlet 112 of the cylinder 111 forming the airless pump 110, The airless pump 110 in which the plate 130 is fixed and the plate 130 is fixed can be moved downward in the contents storage container 120 in which the high viscosity contents are received,

First, the tumbling phenomenon caused by the single operation of the plate 130 in the contents storage container 120 is fundamentally eliminated;

Second, the disadvantages of the conventional compact container which can not be used in a fixed amount of contents due to malfunction due to the tilting of the plate 130 were solved;

Third, as the product recall caused by malfunction of the plate 130 is solved, it is a very useful invention that can secure the reliability of the product and increase the market competitiveness.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is an embodiment of a compact container having a conventional airless pump.
FIG. 2 is a cross-sectional view of a compact container having an airless pump that facilitates discharging high-viscosity contents according to the present invention. FIG.
3 is an exploded sectional view of a compact container equipped with an airless pump for easily discharging high-viscosity contents according to the present invention.
Fig. 4 is a state immediately before the use of a compact container having an airless pump which can easily discharge high-viscosity contents according to the present invention. Fig.
FIG. 5 is a view showing an example of a state in which the contents are discharged from a compact container having an airless pump which can easily discharge high-viscosity contents according to the present invention;
FIG. 6 is an exemplary view of the contents after discharging the contents from a compact container equipped with an airless pump which can easily discharge high-viscosity contents according to the present invention. FIG.
7 is a view showing another embodiment of a compact container provided with an airless pump which can easily discharge high-viscosity contents according to the present invention.

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

In the compact container having the airless pump of the present invention, which is easy to discharge, the contents are pumped and discharged by the pumping operation of the airless pump, and the content of the contents of the cylinder forming the airless pump The airless pump 110 is pumped by the upper puff seating member pressing member 140 to pumped out the contents of the high viscosity contents in the contents storage container 120, A plate 130 provided so as to be movable downward in the storage container 120 and allowing the highly viscous contents to be in a state in which the contents 111 are close to the contents inlet 112 of the cylinder 111 irrespective of the remaining amount, The cylinder 110 of the pump 110 is interlocked with the cylinder 111 of the pump 110 so that the plate 130 is twisted It is configured to prevent.

The compact container includes a contents storage container 120 in which a high viscosity content is received, an airless pump 110 for pumping and discharging the high viscosity contents in the content storage container 120, An assembly 150 for preventing the airless pump 110 from separating from the piston 114 and assembling the puff seating member 140 to move up and down, A main body 170 to which the contents storage container is fixed, a fixing member 180 for fixing the contents storage container 120 to the main body 170, And a lid 190 covering the upper portion of the main body 170.

The contents storage container 120 is formed with a seating part 121 which is opened upward and downward and on which an upper end milling ring 132 of the plate 130 is seated.

And a latching protrusion 124 for fixing the finish plate 122 including the latching protrusion 123 which is hooked on the bottom of the main body 170 is formed on the lower outer side.

And a fixing flange 125 to be pressed and fixed by the fixing member 180 is formed at the middle middle portion of the outer side.

The airless pump 110 located inside the contents storage container 120 includes a check valve 116 for allowing the high viscosity contents contained in the contents storage container 120 to be selectively sucked and blocked, The volume of the space 118 formed in the cylinder 111 is reduced and the discharge passage is selectively discharged by the discharge pressure generated in the high viscosity contents introduced into the space 118. [ And a piston ring 115 for holding the piston 114 secured thereto.

The outer side of the cylinder 111 is formed with an edge plate holder 113 on which a plate 130 is mounted so that the contents of the contents in the container 120 are always close to the contents inlet 112 side.

The stationary part 131 is undercut on the plate fixing member 113 forming the cylinder 111 and the lower part of the stationary part 131 is connected to the inner part of the contents storage container 120 And a cylindrical milling ring 132 is formed to be in close contact with the inner surface.

The assembly 150 including the cylinder 111 and the piston 114 and including the plate 130 is configured such that the piston ring 115 constituting the piston 114 is not separated from the cylinder 111, And a latching protrusion 152 for latching the latching rod 142 of the punching member pressing body 140 installed to receive the repulsive force of the spring 160. [

The puff seating member pressing member 140 in which the locking rod 142 is placed on the assembly 150 is moved along the discharge path secured between the piston 114 of the airless pump 110 and the piston ring 115 And the peripheral edge of the outlet 141 forms a shape corresponding to the seating portion 121 of the contents storage container 120 and the outer shape of the contents storage container 120 A guide 143 descending from the active space 188 formed between the fixed bodies 180 for fixing the contents storage container 120 to the main body 170 is formed, And a latching rod 142 having a latching jaw 142a which is engaged with the jaw 152.

 The outlet 141 of the pressing member 140 serving as a puddle seating member is selectively opened and closed by a T-type check valve 117 fixedly attached to the piston 114.

The compact container having the airless pump of the present invention having the above-described configuration facilitates discharge of the contents of the high viscosity of the present invention is a compact container having an airless pump 110 having a cylinder 111, The fixing portion 132 is undercut and fixed.

The airless pump 110 in which the plate 130 is assembled is assembled so as to be positioned inside the contents storage container 120.

When assembling the airless pump 110 to the contents storage container 120, the air mill 132 of the plate 130 is positioned on the seating part 121 formed at the upper part.

When the assembly of the airless pump 110 is completed, the contents of the contents storage container 120 are filled with the contents of the high viscosity, and the finish plate 122 is placed on the lower part of the contents storage container 120 so that the undercut is assembled and fixed to the engaging jaws 124.

The contents storage container 120 in which the airless pump 110 is assembled and the contents are filled in is engaged with the engagement protrusion 123 formed on the finish plate 122 and the undercut assembly The fixing flange 125 is pressed against the fixing member 180 to be stably assembled and held in the main body 170. [

The piston ring 115 constituting the piston 114 of the airless pump 110 is restricted to the release preventing tongue 151 so that the piston 114 is assembled so as not to be separated from the cylinder 111 150 are assembled with the puff seating member pressing member 140.

When the puff seating member 140 and the puff seating member 140 are assembled to the assembly, the latching protrusion 142a of the latching rod 142 is hooked over the latching protrusion 151 of the assembly 150.

At this time, the puff seating member pressing body 140 is assembled so as to act when the spring 160 receives the repulsive force, with the spring 160 interposed between the assembly 150 and the pressing member 140 serving as the puff seating member.

The guide 143 that forms the rim when the locking rod 142 is assembled to the assembly 150 is positioned in the activity space 188 formed between the contents storage container 120 and the fixing member 180, do.

When the high-viscosity content is discharged from the compact container of the present invention, the lid 190 attached to the main body 170 is peeled off as shown in FIG.

4, when a force is applied in the direction of the arrow to the puff P located at the puff seating member 140, the puff seating member 140 is moved downward. Then, the piston 114 (Not designated by a reference numeral) is ensured while the piston ring 115 constituting the piston 111 moves, and at the same time, the space of the cylinder 111 in which the high viscosity content is introduced while the piston 114 moves downward (118) volume is reduced.

When the volume of the space 118 of the cylinder 111 is reduced by the piston 114 as described above, a discharge pressure is generated in the high-viscosity contents located in the space 118, and the discharge is ensured by the downward movement of the piston ring 115 And the high-viscosity contents are deposited on the puff P through the outlet 141 of the puff seating member pressing member 140 through the passage.

When the contents of high viscosity are discharged to the outlet 141, the T-type check valve 117 becomes as shown in the enlarged view of FIG.

When the external force applied to the puff seating member pressing body 140 is removed after the airless pump 110 is pumped to discharge the high viscosity contents, the pressing force of the spring 160 causes the pressing member 140 are moved upward as shown in FIG. 6, and at this time, the piston ring 115 is also elevated to block the discharge passage secured.

A vacuum is generated in the space 118 of the cylinder 111 and the check valve 116 located at the inlet 112 of the lower portion of the cylinder 111 is elastically deformed as shown in FIG. 112 are opened, the high viscosity contents in the contents storage container 120 are filled in the space 118 again.

The content of the high viscosity contents is reduced by the airless pump 110 and the downwardly moving plate 130. At this time, the contents of the high viscosity contents are filled in the space 118, So that it is always kept in a state of being close to the inlet 112 of the valve body 112.

A plate 130 for bringing the contents of high viscosity into the inlet 112 of the cylinder 111 is integrally formed and assembled with the plate fixing member 113 of the cylinder 111 constituting the airless pump 110, And the slide plate 130 is moved downward together with the ailer pump 110. The slide plate 130 is configured to be able to fundamentally solve the malfunction caused by the torsion of the slide plate 130 .

FIG. 7 is a perspective view illustrating a state in which the contents inlet 112 constituting the airless pump 110 is not interrupted by the check valve 116, The high viscosity contents can be discharged through the piston 114 and the piston ring 115 even when the check valve 116 is not provided.

110: airless pump 111: cylinder
112: Contents inlet 113: Plate fixing member
114: piston 115: piston ring
116: Check valve 117: T-type check valve
118: space 120: contents storage container
121: seat part 122: finish plate
123, 124, 142a, 152: engaging jaw 125: fixed flange
130: Plate 131:
132: cylinder milling 140: pressing member for puff seating member
141: outlet 142: latching rod
143: Guide 150: Assembly
151:
170: Main body 180: Fixing member
190: cover P: puff

Claims (4)

1. A compact container comprising a plate which is pumped and discharged by pumping action of an airless pump and which ensures that the contents of the contents in the contents storage container always come close to the contents inlet of the cylinder forming the airless pump,
The piercing member 140 is pumped by the upper puff seating member 140 to pump the high viscosity contents in the contents storage container 120 so that the airless pump 110 can be moved downward in the contents storage container 120 And the fixed portion 131 of the plate 130 for keeping the highly viscous content close to the contents inlet 112 of the cylinder 111 regardless of the remaining amount is connected to the cylinder (not shown) of the airless pump 110 The air fl ow pump 110 and the plate 130 are moved together with the air fl ow pump 110 when they are moved downward by the pumping operation of the puck seating member- (132) of the plate (130) is prevented from being tilted relative to the wall surface of the contents storage container (120) during use of the compact container, thereby preventing the highly viscous contents from being easily discharged Compact container with an irrigation pump.
The compact container according to claim 1, wherein the compact container is formed with a seating part (121) which is opened upward and downward and on which a base milling ring (132) of the plate (130) And a locking protrusion 124 for fixing the finishing plate 122 including the locking protrusion 123 which is to be hooked to the floor is formed on the outer lower middle end portion of the fixing member 180, A contents container 120 in which a fixing flange 125 is formed;
A cylinder 111 having a contents inlet 112 formed at a lower portion thereof and including a check valve 116 for selectively allowing intake and interruption of contents of high viscosity contained in the contents storage container 120; And a piston ring (115) for reducing the volume of the space (118) made in the space (118) so that the discharge passage is selectively secured by the discharge pressure generated in the high viscosity contents flowing into the space (118) An airless pump 110 having an edge formed with a plate fixing member 113 to which a plate 130 is attached so that a high viscosity content in the contents storage container 120 approaches the content inlet 112;
The stationary part 131 is undercut in the plate fixing member 113 forming the cylinder 111 of the airless pump 110 and is pressed against the inner surface of the contents storage container 120 132) are formed;
A release bump 151 is formed to prevent the piston ring 115 constituting the piston 114 from being separated from the cylinder 111. A puff seating member pusher An assembly 150 including an engaging jaw 152 to which the engaging rod 142 of the engaging member 140 is engaged;
An outlet 141 is formed to allow the high viscosity content discharged along the discharge path secured between the piston 114 of the airless pump 110 and the piston ring 115 to flow out, (120) and a fixed body (180) for fixing the contents storage container (120) to the main body (170) And a pawl seat 142 having a latching rod 142 having a latching protrusion 142a which is engaged with a latching protrusion 152 of the assembly 150, Member pressing member 140;
And a cover (190) covering the upper part of the main body (170).
3. The high-viscosity liquid container according to claim 2, wherein the outlet (141) of the push member (140) serving as the puff seating member is selectively opened and closed by a T-type check valve (117) A compact container with an airless pump that is easy to discharge.
The airless pump (110) according to claim 1, wherein the airless pump (110) comprises a cylinder (111) in which a content inlet (112) into which a high viscosity content accommodated in a contents storage container (120) A piston 114 is mounted which includes a piston ring 115 for reducing the volume of the generated space 118 and selectively securing the discharge passage by the discharge pressure generated in the high viscosity contents introduced into the space 118 And a flat plate fixing part (113) for mounting a plate (130) for bringing the high viscosity contents in the contents storage container (120) close to the contents inlet (112) side is formed as an edge. Compact container with airless pump.

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