KR20110123351A - Vessel - Google Patents

Abstract

PURPOSE: A refilling and fixed quantity discharging container is provided to enable users to prevent the overusing of contents stored inside the container, and to prevent the spilling of the contents. CONSTITUTION: A refilling and fixed quantity discharging container(100) includes a container unit(10), a refilling cap, a one-touch cap(30), and a magnetic sealing valve unit. The upper side and the lower side of the container unit are opened. First and second neck units(11) are formed on the outer circumference of the container unit. The refilling cap is coupled to the outer circumference of the first neck unit, and includes a cap body, a first center hole, a second screw unit, and a check valve unit. The one-touch cap is assembled to the second neck unit.

Description

Refill and Metered Dispensing Containers {VESSEL}

The present invention relates to a refilling and metered discharge container, and more particularly, by forming a refilling inlet and a metered discharge outlet respectively above and below the container, whereby the container can be discharged quantitatively in the lower part of the container and the upper part of the container. The present invention relates to a refilling and quantitative discharging container capable of refilling and reusing even when the contents are exhausted, enabling neat quantitative discharging of the contents and preventing waste of resources due to reuse.

In general, various liquid contents, such as cosmetics, bathroom cleaning cosmetics, kitchen detergents, etc., are mainly made of plastic containers. Such plastic containers are generally equipped with a pumping structure for pumping by discharging the contents to the cap of the container in order to easily use the contents.

However, the container made of plastic as described above has the advantage of providing convenience in use, but not only has the disadvantage that the final consumer price is increased due to the increase in the production cost according to the production of the container, as well as using the entire contents Since it is disposed of instead of being reused afterwards, it has a disadvantage of wasting resources and causing environmental pollution.

In order to make up for these shortcomings, it has recently become common for users to refill and reuse the contents through the inlet of a plastic container by supplying them in pouches of vinyl and paper materials containing only the contents separately from the main container. .

The above method is preferable in terms of reusing the plastic container without discarding it after use, but since the outlet of the plastic container is used as an inlet for refilling as it is, it is difficult and difficult to separate the outlet for quantitative discharge during refilling. Not only that, there is a problem that the contents are spilled to the outside due to carelessness of the user due to the small inlet of the container.

An object of the present invention is to form a refill injection port and a discharge port for metered discharge respectively above and below the container, so that the meter can be dispensed neatly in the lower side of the container, so that the metering is easy and the overuse is prevented. Not only do not bury or flow down, but also can be refilled and reused even when the contents are exhausted on the upper side of the container, providing a clean and quantitative discharging of the contents and providing a refilling and quantitative discharging container to prevent waste of resources due to reuse. It is.

Another object of the present invention is to provide a refilling and metered-discharge container which can be immediately restored even if the container is distorted by the pressing force inside the container with the refilling of the contents by attaching a check valve to the refilling cap for refilling.

Still another object of the present invention is to provide a washing effect by double injection molding laundry balls made of rubber, TPE (thermoplastic elastomer) or silicone into an overcap (measurement cup) covering the upper part of the container, thereby utilizing the washing effect. It is to provide a refilling and metering dispensing container that can be further increased and managed neatly with no residue left.

Still another object of the present invention is to manufacture a self-sealing valve and a self-sealing valve fixing ring as a self-sealing valve means for metered discharge integrally at a time, thereby preventing the self-sealing valve from being chewed and opening and closing the self-sealing valve. It is to provide a refilling and metered discharge container that can minimize the defects that may occur during the cutty process for the formation of the groove.

Another object of the present invention, by forming a transparent window on one side of the body of the container to act as an indicator to easily check the remaining amount of the liquid content contained in the container with the naked eye to refill the contents immediately when the remaining amount is exhausted And a metered discharge container.

Another object of the present invention, the ribs are formed in the lower shool of the container to form a concave-convex shape as a whole, eliminating the problem that the shool is pressed overall during the assembly of the one-touch cap or refill cap in the vertical state It is to provide a refilling and fixed-quantity discharge container with improved properties.

A refilling and metering discharge container according to the present invention for achieving the above object is a container in which the upper and lower openings are opened and the first and second neck portions are provided at each outer circumference to accommodate the contents. A refill cap having an inner side fastened to an outer circumference of the first neck portion of the container, a one-touch cap assembled to the second neck portion of the container, and inside the one touch cap. It is characterized in that the lower opening of the container is made of a self-sealing valve means that is opened and sealed in accordance with the internal pressure change.

Here, the refill cap is a cap body; A first central hole formed in an upper center of the cap body and communicating with an opening of the first neck portion, which is an injection hole for refilling the contents; A second threaded portion screwed with a first threaded portion formed at an outer circumference of the first neck portion; The pressure is applied between the first center hole and the opening of the first neck part. When pressure is applied to the container, the first center hole is closed and the pressure applied to the container is released, and external air is supplied through the first center hole. It is preferable that the check valve portion to be introduced.

In addition, the refill cap is formed in an annular rim spaced apart from the first center hole at the center of the inner surface of the cap body and vertically projecting downward, and the annular rim Preferably, a stepped portion is formed at an upper inner circumference of the rim so that the check valve portion is press-fitted and fixed.

In addition, the check valve portion is fixed to the stepped portion of the annular rim (ring), a circular plate for opening and closing the first center hole of the refill cap, and elastically between the fixing ring and the circular plate It is preferable that the circular plate is made of a plurality of elastic connecting portions to be connected and applied to the inside of the container and the circular plate closes and opens the first central hole.

In addition, the refill cap is fitted on the upper outer periphery of the container so as to cover the upper side, it is preferable that the upper part of the washing ball part of the silicon material is double injection molding.

In addition, the upper surface of the washing ball of the over cap is preferably formed in a flat state.

In addition, the first neck portion as the inlet of the container is preferably formed through the dome cutting or blow pin application method.

In addition, the one-touch cap includes: a one-touch cap body; A second central hole formed at an upper center of the one-touch cap main body and communicating with an opening of a second neck portion which is an outlet of contents; An inner cap having two vertical grooves opposed to each other to which two vertical protrusions formed on the outer circumference of the second neck portion of the container are fitted; Opening and closing the second central hole of the one-touch cap body is preferably made of a lid portion connected by a hinge portion on one side of the one-touch cap body.

In addition, a depression is formed across the upper center of the one-touch cap body, and a gripping groove is formed at one side of the depression so that a gripping protrusion formed at one side of the lid part is coupled in a one-touch manner by a user's pressing and touch. And open.

In addition, the second central hole is formed in the center of the depression, it is preferable that the inner cap which is in communication with the second central hole protruding downward from the lower side of the depression spaced from the second central hole.

In addition, a cylindrical insertion fixing protrusion is formed at the center of one side of the lid portion, and the cylindrical insertion fixing protrusion is formed at the second center when the lid portion and the one-touch cap main body are fully engaged by the one-touch method. It is preferable to fit fully into the hole.

In addition, the self-sealing valve means is formed integrally with the self-sealing valve and the self-sealing valve for opening and sealing the opening of the second neck portion which is the outlet of the container and the second central hole of the one-touch cap, Preferably, the self-sealing valve is made of a self-sealing valve fixing ring for fixing and supporting the self-sealing valve on the inner circumference of the upper end of the inner cap of the one-touch cap.

In the center of the self-sealing valve, 'x' type, '+' type, '-' type, or 'Y' type of opening and closing groove is preferably formed.

In addition, the self-sealing valve fixing ring integrally formed with the self-sealing valve has a central opening formed at the center thereof in which the self-sealing valve is integrally formed and inserted, and a magnetic sealing valve is inserted at the upper end of the central opening. The protrusion is formed, it is preferable to be fitted into the annular insertion groove formed in the inner circumference of the upper end of the inner cap is press-fitted.

In addition, ribs are formed in the lower should of the vessel in which the second neck portion is formed, and thus, the ribs are formed as a whole.

As described above, according to the new concept refilling and metered discharge container according to the present invention, not only can the metered discharge of the contents beneath the container but also can be refilled and reused even when the container is exhausted. Easily metered contents can be dispensed easily, so that the contents can not be easily buried or spilled, and the waste of resources can be prevented by reusing and preventing excessive use, and it can be restored immediately even if the container is distorted by the pressing force inside the container. By double injection molding laundry balls made of rubber, TPE (thermoplastic elastomer) or silicone into the over cap (measurement cup), the cleaning effect is further increased and the fabric is prevented from damage. It can be provided in a compact container, easy to use, and has a self-sealing valve during the manufacturing process. It prevents squeeze, minimizes defects that may occur during the cutty process for forming the opening and closing groove of the self-sealing valve, and easily checks the remaining amount of the liquid contents contained in the container with the naked eye. If the contents can be refilled immediately, the lower shool of the container is in the form of irregularities, there is an effect that can improve the assembly.

1 is a schematic separated cross-sectional view of a refill and metered discharge container according to the present invention.
Figure 2a is a side cross-sectional view showing a coupling state of the refill cap and the container of the refill and metered discharge container according to the present invention.
2B and 2C are cross-sectional views illustrating a state of use of the check valve of the refill cap of FIG. 2A.
Figure 3a is a side cross-sectional view showing a state of coupling between the container and the one-touch cap of the refilling and metering discharge container according to the present invention.
3B is a perspective view of a one-touch cap in accordance with the present invention.
3C and 3D are schematic plan and vertical cross-sectional views, respectively, showing the operating states of the self-sealing valves of the refill and metered discharge containers according to the present invention.

Hereinafter, the most preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. .

1 is a schematic separated cross-sectional view of a refilling and metered discharge container according to the present invention, FIG. 2A is a side cross-sectional view showing a state of engagement of a refill cap and a container of a refilling and metered discharge container according to the present invention, FIGS. 2B and FIG. 2C is a cross-sectional view showing a state of use of the check valve of the refill cap of FIG. 2A, FIG. 3A is a side cross-sectional view showing a state of coupling of the one-touch cap and the container of the refilling and metering discharge container according to the present invention, and FIG. 3c and 3d are schematic plan views and vertical cross-sectional views showing the operating states of the self-sealing valves of the refill and metered discharge container according to the present invention, respectively, for convenience. Shall be.

As shown, the refilling and metering-discharging container 100 according to the present invention has an upper and a lower opening and the first and second neck portions 11 and 12 at each outer circumference. And a refill cap 20 having an inner side fastened to an outer circumference of the first neck portion 11 of the container 10, and the container 10. One-touch cap 30, which is assembled to the second neck portion 12 of the) and the one-touch cap 30 is fitted inside the magnetic opening that the lower opening of the container is opened and sealed in accordance with the internal pressure change It consists largely of the sealing valve means 40 and the overcap 50 fitted to the upper outer periphery of the container 10 so as to cover the refill cap 20 from above.

Here, the container 10 accommodates various liquid contents such as laundry detergent, dish detergent, body care, hair care, cosmetic or bathroom cleaner. The material of the container may be used by blending a plastic general purpose PP, PE, PET, PET-G and an elastomer (elastomer).

The container 10 has an opening (not shown in the figure) with an upper opening, and a second threaded portion 23 formed at the inner circumference of the refill cap 20 which will be described later on the protruding upper outer circumference. ) And a first neck portion 11 having a first threaded portion 11-1 screwed thereto is formed. In this case, the opening and protruding first neck portion 11 serves as an injection hole of various liquid contents. Formation of the first neck portion 11 as the container inlet is preferably molded through a known dome cutting or blow pin application method, but the forming technique is not limited in the present invention.

In addition, the container 10 has an annular first fitting groove 13 formed on the upper outer circumference thereof so that the lower inner circumference of the overcap 50, which will be described later, can be easily fitted.

The container 10 has an opening (not shown) with a downward opening, and is formed in the inner cap 33 of the one-touch cap 30 described later on the protruding lower outer periphery. A second neck portion 11 having two vertical protrusions 12-1 coupled to two opposite vertical grooves 33-1 to be coupled to each other is formed on an outer circumference thereof. Here, the open and projecting second neck portion 12 serves as an outlet of various liquid contents.

In addition, a rib 15 is formed in the lower shoold (not shown in the figure) of the container 10 on which the second neck portion 11 is formed, and thus the one-touch cap in a vertical state is formed as a whole. Alternatively, assembling of the refill cap is eliminated and the assembly of the refill cap is eliminated. And, one side of the container is formed with a plurality of small protrusions 16 to maximize the grip.

In addition, the container 10 has an annular second fitting groove 14 formed on the lower outer periphery thereof so that the upper inner periphery of the one-touch cap 30 to be described later can be easily fitted. It is supposed to be.

In addition, a transparent window 17 is formed at one side of the body of the container 10 to serve as an indicator to easily check the remaining amount of the liquid contents contained in the container by visual observation. 20), the liquid contents can be refilled.

The refill cap 20 (refer to FIG. 2A, etc.) is formed in the cap main body 21 and the upper center of the cap main body 21, and has a first neck portion which is an injection hole for refilling the contents ( A first central hole 22 communicating with an opening (not shown in Fig. 11), and a second threaded portion screwed with a first threaded portion 11-1 formed at an outer circumference of the first neck portion 11 ( 23 is inserted between the first central hole 22 and the opening of the first neck portion 11, and when the pressure is applied to the container 10, the first central hole 22 is closed and the container 10 is closed. The pressure applied to the) is released and consists of a check valve unit 60 which allows outside air to flow through the first central hole 22.

Here, a packing PE 70 of foamed PE, rubber, or elastomer is further formed between the upper end of the first neck portion 11 of the container 10 and the upper inner surface of the cap body 21. do.

In addition, the refill cap 20 is an annular rim projecting downward from the first center hole 22 at the center of the inner surface of the cap body 21. 24 is formed, and the stepped part 24-1 is formed in the upper inner periphery of the said annular rim 24, and the said check valve part 60 is press-fitted and fixed.

The check valve unit 60 will be described in more detail. The check valve unit 60 is fixed to the stepped portion 24-1 of the annular rim 24. ), A circular plate 62 for opening and closing the first central hole 22 of the refill cap 20, and an elastic connection between the fixing ring 61 and the circular plate 62 and the container 10. Multiple elastic connections 63 (in the illustrated example, three 120-degree circles) that allow the circular plate 62 to close and open the first central hole 22 in response to pressurization and depressurization applied inward. Arc-shaped line shape).

That is, as shown in FIGS. 2B and 2C, when the pressure applied to the inside of the container 10 is applied, the circular plate 62 is forced upward, and the circular plate 62 is filled with a refill cap ( The first central hole 22 of 20 is completely closed to be in a closed state in which air is completely blocked (see FIG. 2B).

Here, when the user releases the pressure applied to the inside of the container 10, a negative pressure is applied to the inside of the container 1, so that the elasticity of three 120-degree circular arc-shaped lines is applied. The circular plate 62 connected to the fixing ring 61 through the connecting portion 63 has a downward force through the elastic force of the elastic connecting portion 63 (as shown, as the elastic connecting portion 63 extends downward, and thus the fixed ring ( 61) the circular plate 62 is pushed down to the lower side relative to 61) so that air flows into the container 1 through a gap therebetween so that the crushed container 1 is restored immediately by pressurization. (See FIG. 2C).

On the other hand, the over cap 50 is fitted to the upper outer periphery of the container 10 to cover the refill cap 20 from the upper side, the rubber (rubber) in the upper central portion of the over cap 50 Washing ball 51 made of TPE (thermoplastic elastomer) or silicone is double injection molded, and when used as a detergent for washing machine, the overcap 50 is separated from the upper outer periphery of the container 10. After the detergent is discharged quantitatively through the second neck portion 11, which is an outlet of the one-touch cap 30, to the inside of the washing bowl 51, the entire overcap 50 to the washing machine. By washing the laundry by putting the laundry, the detergent metered into the overcap 50 is evenly dispersed, and at the same time, the washing ball 51 made of silicone exerts its function as the washing ball, thereby further increasing the washing effect.

In addition, the upper surface of the washing ball unit 51 of the over cap 50 is formed in a flat state to give convenience in use in weighing and vertically upright the refilling and metering discharge container 100 according to the present invention during the assembly process The assembly process can be easily performed in one state.

The one-touch cap 30 (refer to FIG. 3B, etc.) is formed in the one-touch cap main body 31 and the upper center of the one-touch cap main body 31, and the 2nd neck part which is a discharge port of a content A second central hole 32 in communication with the opening (not shown in Fig. 12), and two opposed vertical protrusions 12-1 formed at the outer circumference of the second neck portion 12 of the container 10; The inner cap 33 having two vertical grooves 33-1 opposite to each other, and the second center hole 32 of the one-touch cap body 31 is opened and closed. The lid portion 34 is connected to one side by a hinge portion.

Here, a depression 31-1 is formed to cross the upper center of the one-touch cap body 31, and a gripping groove 31-2 is formed at one side of the depression 31-1 to cover the lid. The holding protrusion 34-1 formed on one side of the unit 34 is coupled and opened in a one-touch manner by a user's pressing and touching. Of course, the other side of the depression (31-1) and the other side of the lid portion 34 is elastically connected by the hinge portion 35 described above.

In addition, the above-described second central hole 32 is formed at approximately the center of the depression 31-1, and below the depression 31-1 slightly spaced apart from the second central hole 32. The inner cap 33 communicated with the second central hole 32 is formed to protrude downward.

In addition, a cylindrical insertion fixing projection part 34-2 is formed at substantially the center of one side (inner side) of the lid part 34, and the lid part 34 and the one-touch cap body 31 by the one-touch method. The cylindrical insertion fixing projection 34-2 is completely inserted into the second center hole 32 so as to be fully engaged with each other.

On the other hand, the lower opening (not shown in the figure) of the container 10 which is fitted by the push-in method to the inner top edge of the inner cap 33 of the one-touch cap 30 and communicates with the second central hole 32 A self sealing valve means 40 is provided which is opened and sealed in accordance with internal pressure changes.

In this case, as shown in Figs. 3A to 3D, the self-sealing valve 41 and the self-sealing valve fixing ring 42 as the self-sealing valve means are provided at the upper end of the inner cap 33 of the one-touch cap 30 (Fig. 3C and In FIG. 3D, the bottom part is press-fitted and installed.

Here, the self-sealing valve 41 and the self-sealing valve fixing ring 42 press-fitted to the upper edge of the inner cap 33 are integrally formed at a time to prevent the self-sealing valve 41 from being chewed, and will be described later. The defects that may occur during the cutty process for forming the opening and closing groove 41-1 of the self-sealing valve 41 can be minimized.

The self-sealing valve means 40 includes an opening (not shown) of the second neck portion 12, which is an outlet of various liquid contents of the container 10, and a second central hole 32 of the one-touch cap 30. ) Is formed integrally with the self-sealing valve 41 and the self-sealing valve 41, and the self-sealing valve 41 is formed inside the upper end of the inner cap 33 of the one-touch cap 30. It consists of a self-sealing valve fixing ring 42 for fixed support on the periphery.

The substantially disc-shaped self-sealing valve 41 is intended to be opened and sealed in accordance with the change in the internal pressure of the flexible container 10, and in the center thereof, the second opening at the point where the discharge passage of the container 10 starts. It is a casement self-sealing part 41 for opening and sealing the opening (not shown) of the neck part 12, and the 2nd central hole 32 of the one-touch cap 30, In the center, it is a "x" type. The opening and closing groove 41-1 is formed. The opening and closing grooves 41-1 are in close contact with each other to exhibit a sealing effect. In addition, in the illustrated example, the opening and closing groove (41-1) is shown as 'x' type, of course, a variety of forms, such as '+', '-' type, 'Y' type is possible. Here, the material of the self-sealing valve 41 is preferably silicone rubber or TPE (thermoplastic elastomer) having excellent flexibility, but the present invention does not limit the material thereof.

In addition, the self-sealing valve fixing ring 42 formed integrally with the above-mentioned self-sealing valve 41 has a central opening (not shown in the figure) in which the self-sealing valve 41 is integrally formed and inserted. On the upper end of the center opening outer periphery, an insertion protrusion 42-1 of the self-sealing valve is formed, which is inserted into the annular insertion groove 33-2 formed on the inner periphery of the upper end of the inner cap 33 and is also press-fitted. .

The operating state of the self-sealing valve means 40 for quantitative discharging of the refilling and quantitative discharging container 100 according to the present invention having such a structure will be described in more detail.

As shown, the self-sealing valve means 40, as described above, is opened when the container 10 of the flexible material is pressed in use to compress the contents, that is, the fluid solution is ejected, and automatically removed when the compression force is removed. The valve is sealed with.

The self-sealing valve 41 has a opening and closing groove 41-1 of 'x' type ('+', '-' or 'Y' type, etc.), and the opening and closing groove 41-1 is sealed. In this state, they are in close contact with each other, and exhibit a sealing effect as described above. For convenience of description, referring to FIG. 3C in which a vertical cross-sectional view of the self-sealing valve 41 is shown, the 'x' type opening / closing groove 41-1 is in close contact with the container 10 without pressure. The state is kept sealed.

On the other hand, referring to Figure 3d of the unopened state, when the pressure from the inside of the container 10 is opened and closed while opening and closing groove (41-1) is lifted upwards.

Here, it is preferable to use a silicone rubber having excellent flexibility as a material of the self-sealing valve 41, but it may be made of a material having a relatively low flexibility, but having a shape retention (rigidity, etc.), such as polyethylene / polypropylene blend. Of course, in the present invention, the material is not limited as long as it has a certain degree of flexibility.

As such, the formation of the self-sealing valve means consisting of the integrally formed self-sealing valve 41 and the self-sealing valve fixing ring 42 enables not only the fixed quantity discharge of the contents to the lower side of the container 10, but also the container 10. ) Can be refilled and used even when the contents are exhausted by the formation of the refill cap 20.

Although the present invention has been described in detail with reference to preferred embodiments according to the present invention, this is only for illustrating the present invention and is not intended to limit the present invention, and those skilled in the art can make various changes and modifications without departing from the scope of the present invention. It should be noted that this is possible as well as this is also within the scope of the present invention.

100: refill and metered discharge container according to the present invention
10: Courage 11: First Neck
11-1: 1st thread part 12: 2nd thread part
12-1: two vertical projections 13: annular first fitting groove
14; Annular second fitting groove 15: rib
16: protrusion 17: transparent window
20: refill cap 21: refill cap body
22: first central hole 23: second screw portion
24: annular rim 24-1: step
30: one-touch cap 31: one-touch cap body
31-1: depression 31-2: gripping groove
32: second center hole 33: inner cap
33-1: two vertical grooves 33-2: annular insertion groove
34: lid
34-1: Holding projection 34-2: Cylindrical insertion fixing projection
35 hinge portion 40 self-sealing valve means
41: self-sealing valve 41-1: opening and closing groove
42: Self-sealing valve fixing ring 42-1: Insertion protrusion
50: over cap 51: washing balls made of silicone
60: check valve portion 61: retaining ring
62: circular plate 63: elastic connection
70: packing part

Claims (15)

A container in which upper and lower openings are opened and each of the outer periphery has first and second neck portions to accommodate the contents thereof;
A refill cap having an inner side fastened to an outer circumference of the first neck portion of the container,
A one-touch cap assembled to the second neck portion of the container,
And a self-sealing valve means which is fitted inside the one-touch cap and whose lower opening is opened and sealed in accordance with a change in internal pressure. The method of claim 1,
The refill cap is
With the cap body,
A first central hole formed at an upper center of the cap body and communicating with an opening of the first neck portion, which is an injection hole for refilling the contents;
A second screw portion screwed with a first screw portion formed on the outer circumference of the first neck portion,
The pressure is applied between the first center hole and the opening of the first neck part. When pressure is applied to the container, the first center hole is closed and the pressure applied to the container is released, and external air is supplied through the first center hole. A refilling and metering discharge container, characterized in that consisting of a check valve to be introduced. The method of claim 2,
The refill cap is formed in an annular rim spaced apart from the first central hole at the center of the inner side of the cap body and vertically projecting downward, and the annular rim. A stepped portion is formed at the upper inner circumference of the check valve portion is refilled and fixed-quantity discharge container, characterized in that the press-fit. The method of claim 3, wherein
The check valve unit,
A fixing ring fixed to the stepped portion of the annular rim;
A circular plate for opening and closing the first central hole of the refill cap;
It is elastically connected between the fixing ring and the circular plate is characterized in that it consists of a plurality of elastic connecting portion for closing and opening the first central hole in accordance with the pressure applied to the inside of the container and the pressure release Refill and metered-discharge container. The method of claim 1,
The refill cap is fitted on the upper outer periphery of the container so as to cover the refill cap, and a washing ball part made of rubber, TPE (thermoplastic elastomer) or silicone is double injection molded at the upper center part thereof. Vessel. The method of claim 5, wherein
The upper surface of the washing ball portion of the over cap is formed in a flat state refill and metering discharge container. The method of claim 1,
Formation of the first neck portion as the inlet of the container is formed by the dome cutting or blow pin application method characterized in that the refilling and metered discharge container. The method of claim 1,
The one-touch cap,
With the one-touch cap body,
A second central hole formed at an upper center of the one-touch cap main body and communicating with an opening of a second neck portion, which is an outlet of contents;
An inner cap having two vertical grooves opposed to each other to which two vertical protrusions formed on the outer circumference of the second neck portion of the container are fitted and coupled;
Refilling and fixed-quantity discharge container characterized in that the lid portion which opens and closes the second central hole of the one-touch cap body and is connected by a hinge portion to one side of the one-touch cap body. The method of claim 8,
A depression is formed across the upper center of the one-touch cap body, and a gripping groove is formed at one side of the depression so that a gripping protrusion formed at one side of the lid part is coupled and opened in a one-touch manner by a user's pressing and touching. Refilling and metered discharge container characterized in that. The method of claim 9,
The second central hole is formed in the center of the depression, the lower portion of the depression spaced apart from the second central hole refill and quantitatively characterized in that the inner cap is in communication with the second central hole protruding downward Discharge vessel. The method according to claim 9 or 10,
A cylindrical insertion fixing protrusion is formed at the center of one side of the lid portion, and the cylindrical insertion fixing protrusion is inside the second center hole when the lid portion and the one-touch cap main body are fully engaged by the one-touch method. Refilling and metered discharge container characterized in that the complete fit. The method of claim 10,
The self-sealing valve means,
A self-sealing valve for opening and sealing an opening of the second neck portion, which is an outlet of the container, and a second central hole of the one-touch cap;
And a self-sealing valve fixing ring configured to be integrally formed with the self-sealing valve and configured to fix and support the self-sealing valve to the inner circumference of the upper end of the inner cap of the one-touch cap. The method of claim 12,
A 'x' type, a '+' type, a '-' type, or a 'Y' type opening and closing groove is formed at the center of the self-sealing valve. The method of claim 12,
The self-sealing valve fixing ring integrally formed with the self-sealing valve has a central opening formed at the center thereof in which the self-sealing valve is integrally formed, and an insertion protrusion of the self-sealing valve is formed at the upper end of the central opening. It is formed, the refilling and fixed-quantity discharge container, characterized in that the fitting is inserted into the annular insertion groove formed in the inner circumference of the upper end of the inner cap. The method of claim 1,
A rib is formed in a lower should of the vessel in which the second neck portion is formed, so that the refilling and fixed-quantity discharge container is formed as a linear irregularity as a whole.

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