WO2017039424A2

WO2017039424A2 - Capsule device for refill

Info

Publication number: WO2017039424A2
Application number: PCT/KR2016/009963
Authority: WO
Inventors: 이정민
Original assignee: 이성재; 이정민; 이수재
Priority date: 2015-09-06
Filing date: 2016-09-06
Publication date: 2017-03-09
Also published as: WO2017039424A3

Abstract

The capsule device used by being coupled to the neck of a container, comprising: a main accommodating-part body having a storage space; a discharge tube insertion space at the top inside the main accommodating-part body; a folding part positioned at the bottom of the discharge tube insertion space and capable of being folded; a mouth part positioned over the folding part and capable of pressing and folding the folding part; a lengthily extended sealing-part-rupturing part positioned under the folding part having the mouth part; an upper discharge-tube-insertion-space part and a lower discharge-tube-insertion-space part positioned inside the sealing-part-rupturing part; and a sealing part, which is capable of being cut and seals the underside part of the bottom of the main accommodating-part body and the lower discharge-tube-insertion-space part of the sealing-part-rupturing part.

Description

Specification

Name of invention: Refillable capsular device

Technical Field

[1] The present invention relates to a refill of a sprayer (trigger sprayer) or a pump dispenser, and a refilling device for mixing heterogeneous substances on the fly by combining a capsular device with the container without discarding the container after using the contents in the container. It is about the capsule device.

Background

[2] In the prior art, U.S. Patents 3,655,096 / 7,331,486 / 6,041,969 / 5,421, 483 /

[3] 6,182,865 / 6,290,100 and US Patent Publication 2007/228074 and US Black Herald 5,957,335 /

[4] There are 6,152,326 / 5,529,216 / 5,836,479 / 8,302,816 / 8,261,943 / 4,201,316 / 6,997,351 / 7,874,420 and PCT / KR2010 / 8175, and the present invention is directed to the improvement of the above technology. Detailed description of the invention

Technical task

[5] Industrial Advancement and Changes in Living Environment Spray spray containers (atomizers) have been widely used in homes and industries. These sprayers have come to a serious level, including convenience and now causing environmental problems.

[6] As mentioned above, there is a problem of environmental pollution on the convenient side of the atomizer.

Recruiting manufacturers are encouraging refills so that they can be reused without disposing of the container after use.However, the problem is that it is difficult to purchase and is not yet popularized.

[7] Consumers, on the other hand, are more likely to end up with easier finished products than refills.

Although the price is expensive to use, the satisfaction level of convenience has not been popularized yet.

[8] In a container equipped with the above atomizers, research and development of refilling devices in a number of fields, whether corporate or individual, is made possible to reuse the container. For example, in the case of U.S. Patent No. 3,655,096 / 7,331,486, It was configured to open the receptacle of the capsule device through one end, and the discharge pipe of the pump device, which is generally distributed, has a closure which is impossible to open the capsule device.

[9] and US Pat. Nos. 6,041,969 / 5,421,483 / 6,182,865 / 6,290,100 and

U.S. Patent Publication No. 2007/228074 and U.S. Patent No. 5,957,335 are designed to open with the water load end closure of the capsule device being cut or separated during the coupling of the pump device to the container neck. There was a closure that could only be accommodated in the center position and not applicable if the discharge pipe of the pump unit was off center and formed laterally.

[10] As another type, in the case of US Pat. No. 6,152,326 / 5,529,216 / 5,836,479, It is a technology with a feature that forms a large number of storage spaces in the receiving portion of the capsular device and can be refilled at least twice through a single capsule device.

[11] However, the problem with the above technique is that it is impossible to open the storage space of the accommodating part through a pump device that is commonly distributed, and therefore, there is a closure configured to open the storage space of the accommodating part by adding a separate auxiliary means.

[12] Another type of technology, in the case of US Pat. No. 8,302,816, is the

It was characterized by a filling section for filling heterogeneous materials in the storage space, and despite the above, there was a closure that only allowed the outlet pipe of the pump device to be formed in the center.

[13] As another type, U.S. Patent No. 8,261,943 is a technology in which the capsule device has a larger discharge pipe coupling space to accommodate the pump device regardless of the discharge pipe configuration position of the pump device.

[14] The problem, however, is that in order to mix heterogeneous materials in the capsule device,

Remove the stopper formed at the bottom of the capsule and apparatus had a common closed end joined to the heterogeneous material in the _container, through the outlet cap is removed.

[15] In another type, U.S. Patent No. 4,201,316, when a pump unit is combined, the encapsulation unit, which encloses the lower end of the accommodating unit during the joining of the capsule unit, is perforated upwards, and the heterogeneous material in the storage space of the accommodating unit is in the process. It is a technique that is commonly used inside the instrument.

[16] The problem, however, was that the pump could only be used with a centrally located discharge pipe.

[17] In another type, U.S. Pat.

It is a technology in which heterogeneous materials are mixed as the receiving part installed in the rotating process descends downward and the sealing part for sealing the lower part of the storage space of the receiving part is drilled to the upper part during the rotating process.

[18] However, it is also possible to use only a centrally formed discharge pipe of the pump unit.

There was a dissolution.

[19] As another type, US Pat. No. 7,874,420 is a technique in which the storage space of the accommodating portion is opened while the upper surface of the capsule device is folded downward.

[20] However, a closed end can be used only if the discharge pipe of the pump unit is formed at the center.

there was.

[21] As another type, in the case of PCT / KR2010 / 8175, the operation part installed to open the receptacle of the capsular device is in the form of a film, and opening the receptacle of the capsule device is very convenient. The problem was the closure, where only the discharge pipe of the pump unit was centered.

[22] The problems of the prior art described above include the location of the exhaust pipe configuration of the pump device.

Regardless, there is no technology for applying a refillable capsule device, and the present invention is intended to overcome the above-mentioned problems. Task solution

[23] A capsule device used in combination with a neck of a container includes an accommodating body having a storage space and an outlet pipe inserting space formed above the accommodating body.

The foldable part which can be folded is provided under the discharge pipe insertion space, and the upper part of the said foldable part is provided with the part which can press and fold | fold the said folded part.

[24] In addition, there is a long extended sealing portion breaking portion at the lower side of the foldable recess, and an inner portion of the sealing portion breaking portion has an upper portion of the discharge pipe inserting space and a lower portion of the discharge pipe inserting space. ， The sealed part breaking part

The lower part of the outlet pipe insertion space is enclosed by a removable seal.

[25] In addition, if the above compression is applied, the folding portion is folded and the sealing portion breaking portion

It is downward, and the airtight portion is opened in the above process, and the contents in the storage space fall.

[26] In addition, if the compression unit is pressed, the folding part is folded and the sealing part is destroyed, the sealing part is opened and the contents in the storage space are dropped while the pump device is coupled to the capturing device. In the case where the discharge tube of the device is in the center, the discharge tube is joined through the upper portion of the discharge tube insertion space of the airtight portion breaking portion.

[27] When the bend is pressed, the folded part is folded and the sealing part is destroyed, the sealing part is opened and the contents in the storage space are dropped while the pump device is coupled to the capsule device in the above state. In the case where the discharge pipe of the device is on the side, the discharge pipe is inserted into the discharge pipe insertion space, and the end of the discharge pipe insertion space is joined with the end of the discharge pipe bent in the direction of the discharge pipe insertion space in the sealed part destruction part. .

In addition, at least one cutout may be formed at an outer side of the sealed part breakdown part, and the cutout part may allow the cutout part to be cut, and the foldable part may be a soft resin, and the foldable part may be a soft resin. Molded by

Subsequently, the lower end of the cutout may be formed to be outwardly formed, and

The folds may be bent and a number of fold lines may be formed, and a cutout may be assembled to the lower end of the airtight portion breaker.

In addition, a space between the lower end of the sealed portion breaking portion and the sealed portion,

The lower part of the seal breaking part is sealed by the lower end plug of the discharge pipe inserting space, and is composed of at least a part of the side pipe part of the discharge pipe inserting space.

[31] In addition, the airtight space is formed in the lower portion of the discharge pipe insertion space at the lower side of the discharge pipe insertion space, which meets the airtight portion and the airtight portion. ， The upper part of the cutting part and the folding part are connected in one piece, and the cutting part is cut by the folding part cutting line. It is easily spaced apart from the folds.

In addition, it is preferable that the above-mentioned portion is a space of one or more bytes.

According to one aspect, the capsule device used in combination with the neck of the container, the receiving body main body having a storage space, the discharge pipe insertion space is formed above the inside of the receiving body main body, the lower side of the discharge pipe insertion space The foldable part is configured such that the foldable part is connected to the central space of the foldable part formed when the foldable part is folded and the bottom end of the discharge pipe inserting space is folded and folded.

In addition, the bottom portion of the folding portion is provided with a long extended seal breaking portion, and the sealed portion breaking portion is configured to destroy the sealed portion sealing the storage space while the folded portion is folded.

[35] The upper portion of the foldable portion is formed in one piece or assembling to compress the foldable portion, and the sealed portion breakage is elongated, the space is formed inside, and the bottom portion of the sealed portion breakage and the sealed portion It is hermetically sealed by a hermetic seal that seals the storage space.

[36] On the other hand, the central lower part of the fold is extended in the form of a tube, and the space in the form of a tube

The lower part is formed by the cutting line cut out by the cutting line, and the upper part of the foldable part is formed by combining an upper coupling part with a coupling tool part having a lower end part assembled in a space of an upper organ type, and the coupling tool part is a foreign exchange part surrounding the coupling tool part. The cut lines are formed so that they can be easily separated from the stomach.

[37] The upper portion of the folded portion closes the central space of the folded portion.

The upper coupling is combined.

According to yet another aspect, a capsular device having an accommodating body and a discharge pipe insertion space having a space formed centrally to one side is formed in the upper portion of the capsule device, and the storage space is bounded by the discharge pipe insertion space. It is formed, and the storage space is coupled to the prefabricated operating unit.

[39] The prefabricated actuating part is the upper part of the accommodating body and the outside of the storage space.

A protruding prefabricated operating part is formed, and the lower side of the prefabricated operating part forms a long extended prefabricated operating part cutout, and is a bottom of the storage space.

The lower part of the accommodating body is formed at the center of the sealing part.

[40] The lower airtight portion where the discharge pipe insertion space is located is a perforated space.

The discharge pipe insertion space is formed at the bottom of the discharge pipe insertion space, which is elongated in the form of an S in the center.

The discharge pipe insertion space has a space formed from the center to the outside, and the space extends downwardly, and an upper surface portion of the discharge pipe insertion space is provided.

It is sealed by the upper sealing part, and the bottom of the discharge pipe insertion space is sealed by the sealing part.

According to yet another aspect, a capsule device having a receiving body and a discharge pipe insertion space having a space formed at one side from a center thereof are formed at an inner upper portion of the capsule device. The discharge pipe insertion space is elongated in the form of a centrally gathered shape from the outer lower part, and a storage space is formed around the discharge pipe insertion space.

The storage space incorporates a prefabricated actuator.

And the prefabricated actuating part is the upper part of the accommodating body and the outside of the storage space.

In addition, the airtight portion in which the lower end of the discharge pipe insertion space is located is a perforated space.

According to another aspect, a capsule device having an accommodating body and a discharge pipe insertion space having a space formed from the center to the outside is formed in the upper portion of the capsule device, and the discharge pipe insertion space has a predetermined depth below the center direction. The pipe is extended in a long form, and the discharge pipe insertion space and the outer periphery bordering the pipe

A storage space is formed and the prefabricated actuators are combined with the upper organ section.

And the prefabricated actuating part protrudes into the upper part of the accommodating part body.

The prefabricated operating part is formed, and the lower side of the prefabricated operating part is to form a prefabricated operating part sealing part for sealing the storage space.

[47] In addition, the bottom of the housing body and the bottom of the prefabricated operating part sealing portion are formed to form a cuttable sealing portion, and the bottom of the housing portion body

There is a space between the prefabricated moving part sealing part and a sharp cutting edge is formed at the bottom of the prefabricating moving part sealing part.

According to yet another aspect, a capsule device having a receiving body and a discharge pipe insertion space having a space formed from the center to the outside is formed in the upper portion of the capsule device, and the discharge pipe insertion space has a predetermined depth below the center direction. The tube is extended in the form of a lower portion, and the lower end of the upper organ is closed by a cut film.

[49] The discharge pipe insertion space and the outer periphery surrounding the pipe are storage spaces.

And a prefabricated actuating part that is protruded into the upper surface part of the accommodating part body, wherein the prefabricated actuating part that protrudes into the upper part of the accommodating part body is formed, and a prefabricated actuating part that breaks the cutting film is formed under the prefabricated actuating part. The airtight portion is sealed at the lower end of the accommodating body having the storage space and downward of the cutout.

[50] According to another aspect, a capsular device having an accommodating body and the capsular device

Leave the discharge pipe insertion space with the center extended outward,

The discharge pipe insertion space is extended to the lower side, and the bottom portion of the discharge pipe insertion space has a cutout line defined by a perforation line, and a storage space with the discharge pipe insertion space as a boundary, and the cutout film can be destroyed in the discharge pipe insertion space.

Prefabricated moving parts with prefabricated moving parts cut out.

In addition, the upper part of the prefabricated operating portion, the prefabricated operating portion,

The lower part of the accommodating body with the lower part and the storage space is hermetically sealed. will be.

Effects of the Invention

[52] The finished product before refilling secures a lot of display space in the store, and the distribution cost is excessively expended due to overweight, and the environmental pollution caused by the disposal of the container is serious. Its volume is less than 1/20, but it does not occupy much of the display space of the store with less than 5 degrees of volume, which greatly reduces the distribution cost, and also has a big feature that can reduce the pollution by recycling refill. will be.

[53] Alternatively, it is simple to use and thus it is possible to advance into various industries, and there is also a net function of promoting industrial consumption by promoting consumption.

Brief description of the drawings

1 to 16 show a first embodiment of the present invention, and FIG. 1 is a longitudinal sectional view of a capsule device.

2 is a perspective view of a capsule device;

FIG. 3 (a) shows the encapsulated device as a heterogeneous material (liquid or powder or granules or other dissolvable material) in the encapsulation device.

FIG. 3 (b) shows a state in which an airtight part that seals the storage space is separately manufactured to be sealed.

4 shows a primary state in which a capsule device, such as a heterogeneous substance, is coupled to a bottleneck (container),

FIG. 5 shows a state in which the closed part is destroyed by compressing the old part of the combined capsular device.

6 shows a state in which the discharge pipe is coupled to the pump device formed in the center in the state as shown in FIG.

7 shows a state in which the discharge pipe is coupled to the pump device formed on the outer side in the state as shown in FIG.

8 shows a state in which the folded part is formed by a multi-injection molding machine, and in FIG. 9, an example of the deformation of the cutout part is shown.

10 shows a state in which the prefabricated cutting portion is coupled to the lower end of the sealed portion breaking portion,

In the case of Fig. 11, an example of deformation of the sealed part breakage part is shown.

12 shows an example in which at least a portion of the upper part of the accommodating body constituting a part of the discharge pipe insertion space is opened so that the pump device can be easily coupled to the capsule device even when the discharge pipe is severely deviated outwardly.

In the case of Fig. 13, the upper end of the discharge pipe insertion space is extended outward so that the pump device can be accommodated regardless of the discharge pipe position of the pump device.

14, in order to facilitate assembly of the discharge pipe of the pump apparatus. The airtight part is located in the lower part of the discharge pipe insertion space.

15 shows an example in which the cutting portion is deformed.

In case 7 is Fig. 16, the sealed part is destroyed in the state as shown in Fig. 15, and the capsule device is removed.

The pump unit is shown coupled to the bottleneck.

17, 18 and 19 show examples of deformation, and FIG. 17 is a longitudinal sectional view of a capsular device showing another embodiment of the present invention.

FIG. 18 shows a state in which the sealed space is opened in the state shown in FIG. 17 to open the storage space.

FIG. 19 is a longitudinal cross-sectional view showing another variation of the capsule device. FIG.

20 to 32 show another embodiment of the present invention.

Longitudinal section of the capsule device,

21 is a cross sectional view taken along line 20 A-A of FIG.

[76] Figure 22 shows an example of the deformation of the capsule device,

FIG. 23 is a cross sectional view taken along the line A′-A ′ of FIG. 22;

24 shows an example of deformation of the capsule device.

25 is a longitudinal sectional view showing another example of the modification of the capsular device;

FIG. 26 is a cross-sectional view taken along line 25 "A" -A ",

27 to 32 are longitudinal cross-sectional views showing another variation of the capsule device. Best Mode for Carrying Out the Invention

1 to 7 will be described with reference to.

[83] A refillable capsule device (1), which can be combined with a container and can also be used for mixing heterogeneous materials in the storage space (3) after bonding, can be manufactured by a single injection as shown in FIG. Some parts can be made separately and then glued (heat-sealed or multi-injected or bonded).

[84] Based on this idea, it is used in combination with the neck of a container.

The capsule device 1 includes an accommodating main body 2 having a storage space 3, and an exhaust pipe inserting space 4 formed above the inner part of the accommodating main body 2, and under the exhaust pipe inserting space 4. In the room, the folding part 6 which can be folded is provided, and the upper part of the folding part 5 is provided with the bent part 7 which can be folded by pressing the folding part ().

[85] And the lower side of the fold (7) with the above-mentioned part (7) is elongated

The sealing part breaking part (E) and the inside of the sealing part breaking part (E)

With the upper part of the discharge pipe insertion space 5A and the lower part of the discharge pipe insertion space 5,

The bottom of the lower part of the accommodating body (2), and the

The lower part of the discharge pipe insertion space (5) is sealed by the cutaway sealing part (S).

In addition, when the compression portion (7) is pressed, the folded portion (6) is folded and the sealed portion destruction portion (E)

Downward, the sealing portion (S) is opened in the above process so that the contents in the storage space (3) fall. Preferably, pressing the spherical part 7 causes the foldable part 6 to be folded and the sealing part breaking part _E is downward, and the sealing part S is opened in the above-described process.

If the contents in the storage space (3) fall and the pump device (P) is coupled to the capsule device (1) in the above state, in the case where the discharge pipe (PS) of the pump device (P) is in the center, the discharge pipe ( PS) It is coupled through the upper portion (5A) of the discharge pipe insertion space of the gas tight portion (E).

[0069] Then, the pressing portion (7) is pressed to close the folded portion (6) while the folded portion (E) is lowered, the sealing portion (S) is opened in the above process, the contents in the storage space (3) If the pump device P is coupled to the capsule device 1 in the above state,

In the case where the discharge pipe PS of the pump device P is on the side, the discharge pipe PS is inserted into the discharge pipe insertion space 4 and then at the bottom of the discharge pipe insertion space 4 and the fold portion 6 starts. End of the discharge pipe (PS)

It is combined while bending in the direction of the upper part of the discharge pipe insertion space (5A).

In addition, at least one cutout portion 8 is formed at an outer side of the sealed breakable portion E, and the cutout portion 8 can cut off the sealed portion S. At the top of the outer ring of the ring is placed the ring (9).

The present invention capsule device 1 is placed in the storage space 3 in the state shown in FIG.

After the contents were put in, the lower end of the accommodating body 2 was bonded using aluminum film or other film material as shown in Fig. 3 (a).

In addition, as shown in (b) of FIG. 3, a closed portion S 'is separately manufactured so that the lower portion of the storage space 3

It can be sealed, and in this case, a soft sealing part (R) is formed at the part where the sealing part (S ') is in contact with the receiving body (2), such as an enlarged symbol (W), or Likewise, the flexible sealing portion (R) can be formed in the portion in contact with the receiving body (2).

In the state as shown in FIG. 3 (a), when the capsular apparatus 1 is coupled to the bottleneck BN, as shown in FIG. 4, and in the state as shown in FIG. 4, as shown in FIG. As shown in Fig. 6, the folding part 6 is folded downward, and the sharp cutting part 8 destroys the sealing part S in the above-described process, as shown in Fig. 5. As part (E) is downwardly cut, a plurality of cutout parts (8) are pulled and cut while partially drilling the tightly sealed part (S).

In the above process, the heterogeneous substances in the storage space 3 are dropped and mixed inside the container, and in the state shown in FIG. 5, when the pump device P is combined, the discharge pipe PS may be in the center. In this case, as shown in Fig. 6, the discharge pipe PS is assembled downward through the discharge pipe insertion space upper portion 5A.

[94] For reference, the mixed contents are discharged through the discharge pipe (PS).

The sealing part (S), which is the position where the discharge pipe (PS) is coupled, has a cutting line, so it is preferable to allow the discharge pipe (PS) to be coupled without any resistance.

[95] Alternatively, if the discharge pipe PS is detached from the central part and engaged in an outward direction, The discharge pipe (PS) passes through the discharge pipe insertion space (4) in the open direction of the recess (7).

In the wired portion formed by folding the lower fold portion 6, the lower end portion of the discharge pipe PS is bent inward and assembled downward through the upper portion 5A of the discharge pipe insertion space. Same thing.

[96] Note that although the discharge pipe insertion space (4) may be formed to be long downward, in this case, the volume of the storage space (3) is narrowed, and thus it is shown well in Fig. 1 to maximize the volume of the storage space (3). As shown, the lower part of the outlet pipe insertion space (5) is narrower than the outlet pipe insertion space (4).

In another embodiment (see Fig. 8), the foldable portion 6A can be replaced with a soft resin, in which case the foldable portion 6A is molded by a multiple injection molding machine. (6A) is a good rubber material (silicone, etc.), and the upper part of the ring (9A) and the upper part of the mouth (7A) can also be laminated with a soft resin.

[98] The unusual thing is that when the fold part 6A is replaced with a soft resin, the fold part 6A can be folded downward with very little force. Therefore, the fold part 6A selects the area. In one way, only the folded part will be able to use soft resin.

[99] As another example (see Fig. 9), the lower end of the cutout portion 8A may be formed outwardly, in which case, the open angle may be changed in various designs, and when approached differently, the cutout portion 8A May be assembled and assembled separately.

[100] It is also possible to improve the sealing force at the time of joining by opening the annulus (9B) like the symbol "T" indicating the enlarged part and the other symbol "Γ".

It would be easy to fold the fold 6B in the form of a Java to the bottom.

In other words, the folded portion 6B may be bent in an outwardly open form where a number of fold lines are formed.

[102] As another embodiment (see Fig. 10), the sealing portion breaking portion (E) and the lower portion cutting portion (8B)

Can be assembled prefabricated.

In another embodiment (see FIG. 11), a gap between the lower end of the sealed part breaking part E and the sealed part S is provided.

Spaced apart, the lower portion of the sealed portion destruction portion _(E) is closed by the discharge pipe insertion space lower stopper (10).

[104] In the case of use of such a thing,

The lower end plug 10 of the discharge pipe insertion space is opened, and the lower sealed part S is

It is cut by the cutting part 8 formed in the outer ring part of the sealing part fracture part E.

In another embodiment (see FIG. 12), a part or more of the discharge pipe insertion space (4)

It consists of an upper side space part 11, which has the advantage that the discharge pipe can be easily accommodated even when the discharge pipe of the pump apparatus is far from the center.

13 is an example of the modification of FIG. 1, and the discharge pipe of the pump device is An example is shown in which the upper inner wall of the discharge pipe insertion space 4 is formed as thin as possible to easily settle.

In the case of FIG. 14, the sealing part breaking part E and the sealing part S meet each other.

The lower part of the discharge pipe inserting space (5) has a sealed space (S) in the lower direction to form a punched space (SH).

In the case of FIG. 15, in forming the elongated cutout portion 8C in the airtight portion fracture portion E formed below the fold portion 6, the upper portion of the cutout portion 8C and

The folding part 6 is integrally connected, and the said cutting part 8C is comprised so that the cutting part 8C may be easily spaced apart from the folding part 6 by the folding part cutting line 13.

In the use of such a thing, the sealing part S is formed in the lower end part of the accommodating part main body 2, and when the old part 7 is pressed in the above state, the fold part 6 is folded, The folding line cutting line 13 is destroyed, and the state in which the pump device P is coupled after the above is as shown in FIG.

For reference, the sphere 7 is a good example of a space that is more than one side.

[111] As another embodiment (see Fig. 17 to 19), it is used in combination with the neck of the container.

The capsule device 1 includes an accommodating main body 2 having a storage space 3, an outlet pipe inserting space 4 formed above the accommodating main body 2, and an inner upper portion thereof. In the room, the folding part 6 which can be folded is provided, and when the folding part 6 is folded

The lower end of the discharge pipe inserting space (4) and the fold portion (6) are configured to be connected in a streamline to the central space of the fold portion (6) which is formed only when the bottom portion is folded.

In addition, at the bottom load side of the fold portion 6, a long extended sealed portion break portion E is provided, and the sealed portion break portion E is formed by folding the storage portion 3 while the fold portion 6 is folded. It is configured to destroy the sealed airtight part S.

In addition, the upper part of the foldable portion 6 is formed of a piece that can press the foldable portion 6 in one piece or in an assembled manner.

In addition, the airtight part (E) is elongated, the space is formed inside, the airtight part (S) between the lower end and the airtight part (S) is sealed to seal the space It has been sealed by part (S).

In the above description, it is explained based on Fig. 17, and the lower part of the foldable part 6 is extended in a tubular shape, and the lower part of the tubular space is cut out by the cut-off film line 14. A membrane 15 is formed, and the upper portion of the foldable portion 6 is formed by combining an upper coupling portion 16 having a coupling tool portion 18 in which a lower lower portion 19 is assembled in a space having an upper organ. The part ₁₈ has a cut line 17 formed so as to be easily separated from the outer ring part surrounding the joining tool part 18.

In the use of such a thing, when the upper coupling part 16 is touched,

When the joining tool part cutting line 17 is destroyed, the joining tool part 18 remains. When the joining tool part 18 is pressed in the above state, the fold part 6 is simultaneously folded.

The lower end of the bend (19) separates the cut film (15), together with the cutout (8D) By breaking the seal S, the storage space 3 is opened.

[117] Alternatively (see FIG. 19), the central space of the folds 6 is located above the folds 6.

The upper coupling portion 16A to be sealed is combined, and the fitting tool portion 18A seals the central space of the fold portion 6.

[118] In use, the joining tool part 18A separated by the joining tool part cutting line 17 is pressed to fold the folding part 6, and at the same time, the cutting part 8 is to be destroyed. . In the above state, the coupling tool portion 18A is pulled upward to separate the coupling tool portion 18A sealed in the central space of the fold portion 6, and the pump device is coupled.

In another embodiment (see FIGS. 20 and 21), a capturing apparatus 1 having a receiving body 2 and a space formed centrally to one side in the upper portion of the capsule apparatus 1 are provided.

A discharge pipe insertion space 4A is formed, and a storage space 3A is formed by delimiting the discharge pipe insertion space 4A, and the prefabricated operation part 20 is coupled to the storage space 3A.

The prefabricated actuating part 20 is formed with a prefabricated actuating part 21 that protrudes outwardly from the upper part of the accommodating part body 2 and the storage space 3A, and below the prefabricated actuating part 20. A long extended prefabricated actuation cutout 22 is formed.

[121] A bottom sealing part (S) is formed at the bottom of the storage space (3A) and the lower part of the receiving body (2) as a center, and the discharge pipe inserting space (4A) is located. ) The perforated space (SH) is preferred.

In addition, the discharge pipe insertion space 4A is formed at the bottom of the discharge pipe insertion space 5 ', which is formed in the form of a central to the outside.

[123] In the case of using such a thing, if the prefabricated operating part 21 is pressed,

The prefabricated operating part cut-out part 22 is oriented downward to break down the sealed part S, and in this process, the foreign material falls into the storage space 3A.

In the above process, when the discharge pipe of the pump device is positioned and coupled to the discharge pipe insertion space 4A, the discharge pipe is assembled along the lower portion 5 'of the discharge pipe insertion space.

For reference, FIG. 21 shows a cross-sectional view of the line A-A of FIG.

In another embodiment (see Fig. 22), the discharge pipe insertion space 4A is formed with a space from the center to the outside, and the space is elongated downward.

[127] In such a case, the discharge pipe can be freely coupled to the discharge pipe insertion space 4A regardless of the discharge pipe position of the pump device, and the airtight portion S where the discharge pipe insertion space 4A is located is a space ( SH) is good.

For reference, when the prefabricated operating part 21 is pressed, the prefabricated operating part cutout 22 opens the sealing part S, and heterogeneous substances fall into the storage space 3A during the above process. .

FIG. 23 is a cross-sectional view taken along the line A′-A ′ of FIG. 22.

In another embodiment (see FIG. 24), the upper surface of the discharge pipe insertion space 4A is sealed by the upper sealing part US, and the bottom of the discharge pipe insertion space 4A is closed by the sealing part S. It is sealed.

[131] The feature of this is that it is possible to store heterogeneous materials in the discharge pipe insert space 4A. Specifically, the sealed part S is opened through the assembled operation part 20, and the upper sealed part ( US) and insert the discharge tube of the pump unit around the site.

In the above process, the discharge pipe of the pump device is combined while cutting the airtight portion S at the lower end of the discharge pipe.

In another embodiment (see FIG. 25), a capsule device (1) having a receiving body (2), and

In the upper part of the capsule device (1) is formed a space from the center to one side

The discharge pipe inserting space 4B is formed, and the discharge pipe inserting space 4B is elongated in a form collected in the central direction from the outer lower part to constitute the discharge pipe inserting space lower part 4B '.

[134] The boundary between the discharge pipe insertion space (4Β) and the bottom of the discharge pipe insertion space (4Β ')

The outer space is formed with a storage space (3 Β), the storage space (3 Β) to combine the prefabricated operating unit 20, the prefabricated operating unit 20 is the upper surface of the receiving body (2)

The prefabricated operating part opening part 21 which protrudes out of the storage space 3B is formed, and below the prefabricated operating part 20, the prefabricated operating part cutout part 22 is extended.

In addition, the bottom portion of the storage space (3 Β) and the lower end portion of the accommodating body (2) is formed in the closed portion (S).

In addition, an airtight portion S at the lower end of the discharge pipe insertion space 4B is perforated.

It's a space (SH).

The capsule device (1) presses the prefabricated operating part (20) to destroy the sealing part (S), and combines the discharge pipe of the pump device toward the discharge pipe insertion pressure space (4 Β) according to the position of the discharge pipe. The discharge tube is straightened or flexed along the bottom of the discharge tube insertion space (4B ') and finally, the discharge tube is coupled into the vessel through the space (SH).

FIG. 26 is a cross-sectional view taken along the line “A” of FIG. 25.

In another embodiment (see FIG. 27), a capsular device 1 having a receiving body 2 is provided.

In the upper part of the capsule device (1) is formed a space from the center to the outside

The discharge pipe insertion space 4B is formed, and the discharge pipe insertion space 4B is elongated in the form in which the discharge pipe insertion space 4B is collected in a central direction from a lower portion to a predetermined depth.

And an outer perimeter boundary between the discharge pipe insertion space 4 B and the pipe part

In the storage space (3 Β) is formed, and in combining the prefabricated operating part 30 with the upper organ part (B) as the center, the prefabricated operating part 30 is a prefabricated operating part projecting part projected to the upper part of the receiving body (2) ( 31) is formed, the lower side of the prefabricated operating unit 30 is to form a prefabricated operating unit sealing part 32 for sealing the storage space (3β).

[141] In the use of such a piece, the prefabricated operating part 31 is pressed downward.

The prefabricated moving part sealing part 32 moves out of the storage space 3 beta into the storage space 3 beta. The contents are to be opened.

[142] Then, when the discharge pipe of the pump device is combined with the discharge pipe insertion space 4B as the center,

Depending on the location of the discharge pipe of the pumping device, the discharge pipe may be bent or joined in a vertical direction.

[143] As another embodiment (see Fig. 28), the bottom of the receiving body (2)

The bottom of the prefabricated operating part sealing part 32 is formed with a removable sealing part S as a core, and in use, the prefabricated operating part sealing part 32 is opened, and the soft sealing part S located below it is opened. To be destroyed.

[144] As another embodiment (see Fig. 29), the bottom of the receiving body (2) and

Leave a space between the prefabricated operating part sealing part 32A, and

At the bottom of the prefabricated operating part sealing part 32A, a sharp cutting blade is formed.

[145] In such use, when the prefabricated operating part 30 is pressed, the sharp cutting blade sealing part S is opened, and at the same time, the prefabricated operating part sealing part 32 moves out of the storage space 3B. The heterogeneous material falls into the space (3B).

[146] As another embodiment (see Fig. 30), as shown, it is a reference diagram showing that it is possible to enlarge the discharge pipe insertion space 4B at a wide angle.

As another embodiment (see FIG. 31), a capsular device 1 having an accommodating body 2 and a space formed in the inner upper portion of the capsular device 1 from the center to the outside are formed.

A discharge pipe inserting space 4B is formed, and the discharge pipe inserting space 4B extends downwardly in a central form from a predetermined depth to a lower length, and a lower end portion of the pipe portion Β ′ extends. It is sealed by (BS).

In addition, the outer periphery boundary between the discharge pipe insertion space 4 B and the pipe part B is

In the storage space (3C) is formed, the prefabricated operating portion 30 is coupled to the center of the upper organ portion (Β '), the prefabricated operating portion (30) is a prefabricated operation portion projected to the upper surface of the receiving body (2) 31 is formed, and the assembled operating part cutting part 33 which destroys the cutting film | membrane BS is formed under the said assembled operating part 30. As shown in FIG.

In addition, the airtight portion S is sealed in the lower portion of the receiving portion main body 2 having the storage space 3C in the lower direction of the cutting film BS.

[150] In the use of such a thing, the prefabricated operating part 31 is pressed.

The prefabricated operating part cutting part 33 opens the cutting film BS, and simultaneously opens the sealing part S in the lower part, and the storage space 3C is fully opened.

In this state, the discharge pipe of the pump device is combined with the discharge pipe insertion space (4B) as the center.

In another embodiment (see Fig. 32), a capsule device (1) having a receiving body (2), and the capsule device (1) has a discharge pipe insertion space (4C) having a space extending from the center to the outside In the above, the discharge pipe insertion space (4C) is extended to the lower side, the The bottom part of the discharge pipe insertion space 4C is formed with a cut film 43 defined by a cut line, and has a storage space 3D with the discharge pipe insertion space 4C as a boundary.

In the discharge pipe insertion space 4C, the cutting film 43 can be destroyed.

Has a prefabricated operating part 40 with a prefabricated operating part cutout 42,

The upper part of the prefabricated operating part 40 is a prefabricated operating part 41, the lower end of the cutting film 43 and the lower end of the receiving body (2) having a storage space (3D) is sealed as a sealed part (S). That's it.

[154] In the use of the present invention thus made, as shown in Fig. 32,

When the prefabricated operation part opening part 41 is pressed, the prefabricated operation part cutting part 42 removes the cutting film 43, and finally, the sealing part S is removed.

Industrial availability

The present invention is a refillable capsule device that can be used in a wide range of industries, such as cleaning products, garden supplies, and home.

Claims

Claim

[Claim 1] A capsule device used in combination with the neck of a container has a storage space.

An accommodating body and an inner discharge pipe insertion space are formed above the accommodating body.

A foldable folding part is provided below the discharge pipe inserting space, and an upper side of the foldable part is provided with a bend to press and fold the folding part.

A long extended sealed part breakdown part is provided under the fold-up part of the said bent part, and an upper part of the discharge pipe insertion space is provided inside the sealed part breakdown part.

A refill capsule device, characterized in that the discharge pipe insertion space has a lower part, the lower bottom part of the accommodating part body, and the discharge pipe insertion space bottom part of the sealed part destruction part are sealed by a removable seal.

[Claim 2] The method of claim 1, wherein when the above-mentioned part is pressed,

A refill capsule device characterized in that the seal breaking portion is lowered, and the sealing portion is opened in the above-described process, and the contents of the storage space are dropped.

[Claim 3] The method of claim 1, wherein when the above-mentioned part is pressed, the folding part is folded.

When the seal breakdown part is downward, the seal part is opened in the above process, the contents in the storage space are dropped, and when the pump device is coupled to the capsule device in the above state, in the case where the discharge pipe of the pump device is in the center, the discharge pipe is sealed. A refill capsule device characterized in that it is coupled through the upper portion of the discharge pipe insertion space of the secondary fracture.

[Claim 4] The method of claim 1, wherein when the above-mentioned part is pressed,

When the seal breakdown part is down, the seal part is opened in the above process, the contents of ¾ in the storage space are dropped, and when the pump device is coupled to the capsule device in the above state, the discharge pipe of the pump device is on the side. The end of the discharge pipe is inserted into the discharge pipe insertion space and the end of the discharge pipe is

Refill capsule device characterized in that it is combined while bending in the upper direction of the discharge pipe insertion space.

[Claim 5] The method of claim 1, wherein at least one outer portion of the sealed portion breaking portion is provided.

Forming a cut portion, the refillable capsular device characterized in that the cut portion allows to cut the sealed portion.

Claim 6 The refill capsule device according to claim 1, wherein the fold portion is a soft resin.

7. The refill capsule device according to claim 6, wherein the fold portion is a soft resin and is molded by a multi-injection molding machine.

[Claim 8] The method of claim 5, wherein the lower end of the cutout is formed to be outward. Refill capsule device characterized in that.

[Claim 9] The method according to claim 1, wherein the fold portion is bent and a number of fold lines are formed.

Refill capsule device, characterized in that the shape is opened to the outside.

[10] The refilling capsing apparatus according to claim 5, wherein the lower end of the airtight part is assembled by cutting the assembly part.

11. The refill capsule device according to claim 1, wherein a space between the lower end of the sealed part breakdown portion and the sealed part is spaced apart, and the lower part of the sealed part breakdown part is sealed by a bottom plug of the discharge pipe insertion space.

12. The refill capsule device according to claim 1, wherein the refill capsule device comprises at least one side space portion of the discharge pipe insertion space.

[Claim 13] The point according to claim 1, wherein the seal meets the destruction part and the seal part.

Refill capsule device, characterized in that the space is sealed in the lower direction of the discharge pipe insertion space.

[Claim 14] The method according to claim 1, wherein in forming the airtight portion that is formed below the fold portion, the cut portion extends in length, the upper portion of the cut portion and the fold portion are connected in one piece, and the cut portion is cut by the fold line. Refill capsule device, characterized in that the cutout is easily spaced away from the fold.

Claim 15 The refill capsule device according to claim 1, wherein the bent portion is a space having at least one side.

[Claim 16] The capsule device used in combination with the neck of a container has a storage space.

An accommodating body and an exhaust pipe insertion space are formed above the accommodating body.

The lower side of the discharge pipe insertion space is provided with a foldable folding part, and when the foldable part is folded, the lower end and the foldable part of the discharge pipe inserting space are folded to form a central space of the foldable part which is only formed while being connected in a wire form.

A retractable capsule device, characterized in that the bottom portion of the fold portion is formed to extend the long sealed portion breaking portion, and the sealed portion destruction portion is configured to destroy the sealed portion sealing the storage space while the fold portion is folded.

[Claim 17] The refilling capsular apparatus according to claim 16, wherein the upper part of the foldable portion is formed of an integral part or an assembled type that can press the foldable portion.

[Claim 18] The air conditioner of claim 16, wherein the airtight part is elongated, a space is formed inside, and the bottom part of the airtight part is sealed and sealed between the bottom and the airtight part to seal the storage space. Korean refill capsule device.

[Claim 19] The method of claim 16, wherein the central lower portion of the fold portion extends in the form of a tube, and the lower portion of the tube form forms a cut film formed by a cutting line cutoff line, and the upper portion of the fold portion has a space in the form of an upper organ. The old load end is assembled A refill capsule device characterized in that the upper coupling portion having a coupling tool portion is combined, and the coupling tool portion has a perforated line so as to be easily separated from the outer ring portion surrounding the coupling tool portion.

[20] The refill capsing apparatus according to claim 16, wherein an upper coupling part for sealing a central space of the folding part is coupled above the folding part.

21. A capsular device having a receiving body, and an inner upper portion of the capsular device.

A discharge pipe inserting space having a space formed at one side in the center is formed, and a storage space is formed by bordering the discharge pipe inserting space, and the storage space is coupled to the assembled operation part.

The prefabricated operating part is formed on the upper surface of the accommodating part body and the prefabricated operation part protruding out of the storage space, and forms a prefabricated operation part cutout extended to the lower side of the prefabricated operating part,

Refill capsule device characterized in that the bottom of the storage space and the lower end of the accommodating part main body to form a sealed portion.

22. The refill capsule device according to claim 21, wherein the lower sealed portion in which the discharge pipe insertion space is located is a perforated space.

23. The refill capsule device according to claim 21, wherein the discharge pipe insertion space has a lower portion of the discharge pipe insertion space formed in the form of a centrally spaced outward shape.

[Claim 24] The refilling capsular apparatus according to claim 21, wherein the discharge pipe insertion space is formed with a space from the center to the outside, and the space is elongated downward.

25. The refill capsule device according to claim 21, wherein an upper surface of the discharge pipe insertion space is sealed by an upper sealed part, and a bottom of the discharge pipe insertion space is sealed by a sealed part.

[Claim 26] A capsule device having an accommodating body, and an inner upper portion of the capsule device.

A discharge pipe insertion space is formed in which a space is formed at one side in the center, and the discharge pipe insertion space is elongated in a form gathered in the central direction from the outer lower part.

A storage space is formed around the discharge pipe insertion space, and the storage space is coupled to the assembled operation part.

The prefabricated operating part is formed on the prefabricated operating part cutout portion which is an upper surface portion of the accommodating part main body and protrudes out of the storage space, and forms a prefabricated preoperative operating part cutout extending to the lower side of the prefabricated operating part,

A refill capsule device characterized in that a bottom portion of the storage space and a bottom portion of the receiving portion body are formed at a center thereof to form a sealed portion.

[Claim 27] The refill capsule device according to claim 26, wherein the sealed portion in which the lower end of the discharge pipe insertion space is located is a perforated space.

[Claim 28] A capsule device having an accommodating body, and a discharge pipe insertion space having a space formed from the center to the outside of the capsule device is formed, and the discharge pipe insertion space is formed to be long in the form of a centrally-derived space below the predetermined depth. The tube is extended,

The outlet discharge pipe insertion space and the outer periphery of the pipe boundary is formed, the storage space is formed, and in the coupling of the prefabricated operation part with the center of the upper engine part, the prefabricated operation part is formed with a prefabricated operation part protruding to the upper surface of the accommodating part body, the prefabricated operation A refill capsule device characterized by forming a prefabricated moving part sealing part for sealing the storage space at the lower part of the part.

29. The refill capsule device according to claim 28, wherein the bottom portion of the housing portion and the bottom portion of the assembled actuating portion sealing portion are formed at the bottom thereof to form a cuttable sealing portion.

[Claim 30] The space according to claim 28, wherein a space is provided between the bottom of the accommodating part body and the assembled operating part sealing part.

Refillable capsular device, characterized in that the cutting edge of the prefabricated operating portion sealing portion formed a sharp cutting blade.

31. A capsule device having an accommodating body, and an inner upper portion of the capsular device.

A discharge pipe insertion space is formed in which a space is formed from the center to the outside, and the discharge pipe insertion space extends downwardly in a form where the discharge pipe insertion space is gathered in a central direction from a lower part to a predetermined depth, and the lower end of the upper organ part is closed by a cut film.

The discharge pipe insertion space and the outer periphery of the pipe boundary is formed, the storage space is formed, and in the coupling of the prefabricated operating part with the core of the upper engine part, the prefabricated operating part is formed in the prefabricated operation part protruding into the upper surface of the receiving part body, the prefabricated operation Negative side to destroy the cut film

Prefabricated moving parts are formed.

Refilling capsular device characterized in that the sealing portion is sealed in the lower end portion of the accommodating body having the storage space and the lower side of the cutting film.

32. A capsule device having a receiving body, and the capsule device is moved from the center to the outside.

Leave the discharge pipe insertion space with an expanded space, the discharge pipe insertion space is extended to the lower side,

The bottom portion of the discharge pipe insertion space is formed with a cutout cut by a cutting line, and the storage pipe is provided with the discharge pipe insertion space as a boundary, and the cutting film can be destroyed in the mall discharge pipe insertion space.

Prefabricated moving parts with prefabricated moving parts cut out,

Refillable capsule device, characterized in that the prefabricated operating portion in the upper part of the prefabricated operating portion, the lower end of the receiving portion main body having a storage space and the lower portion of the cutting film is sealed as a sealed portion.

[Claim 33] A capsule device used in combination with the neck of a container has a storage space.

A discharge pipe inserting space is formed above the receiving body and above the receiving body.

A long extended sealed part breakdown part is provided below the fold-up part which has the said bent part, and an upper part of the discharge pipe insertion space is provided inside the sealed part breakdown part.

A refill capsule device, characterized in that a lower portion of the discharge pipe inserting space is provided, and a sealed portion for sealing the storage space is coupled to the lower end of the sealed portion breaking portion.

[Claim 34] The capsular device used in combination with the neck of a container has a storage space.

A discharge pipe inserting space is formed above the accommodating body and above the accommodating body.

Refill capsule device characterized by the lower part of the discharge pipe insertion space.

35. The method of claim 34, wherein the lower bottom portion of the accommodating body

Refill capsule device characterized in that the lower part of the discharge pipe insertion space of the closed part is closed by a removable seal.