JP2015529600A - Dissimilar substance storage device having a soft folding part - Google Patents

Abstract

A foreign substance storage device that is used by being coupled to the mouth of a container, and has a storage portion having a storage space inside the main body, and a soft folding portion at the top of the storage portion. The bottom part of the upper part of the tatami part has an open part extended to the lower part, the foreign material is put in the storage space of the accommodation part, the lower part of the accommodation part is sealed by the sealing part, and the folding part is pressed Then, in the foreign substance storage device in which the open part breaks the sealed part and the foreign substance in the storage space is dropped and mixed in the container in the process, the folding part applies force from the upper part of the folding part. And the folding portion is configured to be folded while being expanded outward.

Description

  The present invention relates to a foreign substance storage device having a soft folding part.

  As a conventional technique, there is PCT / KR2011 / 099641, and the technique is a technique configured to mix different substances in the storage space of the accommodating part by pressing the upper folding part.

  The conventional PCT / KR2011 / 099641 technology mixes different substances while folding the folding part. More specifically, when the lid is removed and the sealing plug is pressed, the folding part is folded and the opening part is opened. This is a technique in which a sealing part (sealing part) such as an aluminum material located below is broken, and different substances in the storage space of the housing part are dropped and mixed in the container during the above process.

  However, the foldability and operability are very easily affected by the material of the fold and the thickness of the fold. In some cases, the fold is not restored when the fold is thin. There was also.

  In consideration of the above-described problems, the present invention is intended to improve the shape of the foldable portion so as to make the operability and restoration of the foldable portion smooth.

  The dissimilar substance storage device used by being coupled to the mouth of the container has a storage part having a storage space inside the main body, and a soft fold part above the storage part, the fold part At the bottom of the upper part, there is an open part that extends long at the lower part.

  Then, a foreign substance is put into the storage space of the storage part, the lower part of the storage part is sealed with a sealing part, and if the folding part is pressed, the opening part breaks the sealing part, The different types of different materials are dropped and mixed into the container.

  In addition, the foldable portion is configured to be folded while the foldable portion is expanded outward when a force is applied from the upper portion of the foldable portion, so that the foldable portion is expanded. In this case, the folding unit is configured so that the upper folding reference surface of the folding unit that is the upper outer portion is wide and the lower folding reference surface of the folding unit that is the lower outer portion is narrow.

  Then, when the fold part is expanded, the fold part is located between the fold part upper fold reference plane which is the upper outer part and the fold part lower fold reference plane which is the lower outer part. An extended reference surface having a large outer diameter is formed.

  In addition, the upper part, which is the upper part from the lower folding reference plane of the folding part, which is the lower end part of the folding part, is extended outward and spread.

  In addition, the folding part may be folded in a form in which the upper side is expanded outward with the lower outer part as the center in the process of folding the folding part.

  According to one aspect, a main body mouth portion is provided above the main body of the housing device, the outer ring portion at the lower end of the main body mouth portion is provided with a folding portion adhesive surface in a form expanded outward, and the folding portion adhesion A soft fold is provided on the surface for injection molding.

  According to another aspect, the folding prevention part that prevents the folding part of the storage device from being folded more than a certain amount is formed at the top or bottom of the upper end of the folding part. The anti-folding portion formed on the base plate is configured such that the anti-folding protrusion protrudes at the bottom or top with respect to the upper portion of the folding portion.

  And the folding prevention part formed in the said folding part forms a folding part adhesion surface in the form extended to the site | part which the upper end part of a folding part contact | connects the main body mouth part of a main body.

  According to another aspect, the upper portion of the main body of the housing device includes a main body mouth portion for assembling a sealing plug or the like, and a main body mouth portion sealing portion formed of a soft resin is formed inside the main body mouth portion. In doing so, the main body mouth portion sealing portion is connected to the lower side by a guide at the upper end of the soft portion of the main body mouth portion, and is connected to the lower folding portion outside the upper end of the soft portion. is there.

  According to still another aspect, the main body includes a main body mouth sealing portion at a lower end inside the main body mouth portion when the main body mouth portion for accommodating a sealing plug or the like is formed in the main body. An elastic sealing part is formed in the inner direction of the part.

  As still another modified example, in the storage device provided with a first screw thread on the inner wall portion of the side surface portion of the main body of the storage device and a second screw thread having a different standard on the upper side, the first screw thread is provided. The side surface portion is a side surface portion that is widened outward, and an auxiliary thread having an inner diameter larger than the first thread is formed on the inner wall portion of the widened shape, that is, the isosceles trapezoidal shape. Is.

  The auxiliary screw threads are formed in three rows of auxiliary screw threads so as to be coupled to a container neck having a 30 mm standard container neck screw thread, and the auxiliary screw threads are formed in three rows at an angle of 120 °. The length of each one auxiliary thread is 10-30 mm.

  Since the upper outer ring part of the folding part is wide and the lower part is narrow, the restoring force restored to the upper part after the folding part is folded is improved.

It is a figure which shows the state which couple | bonded the cover with which the sealing stopper by 1st Embodiment of this invention was assembled. It is a figure which shows the state by which the sealing stopper by 1st Embodiment of this invention was assembled. It is a figure which shows the state by which the folding part was folded in the process of pressing the sealing stopper by 1st Embodiment of this invention. It is a longitudinal cross-sectional view which shows the state before a folding part is formed in the main body by 1st Embodiment of this invention. It is a longitudinal cross-sectional view which shows the state by which the folding part was formed in the main body by 1st Embodiment of this invention. It is another modification of the folding part by 1st Embodiment of this invention. It is a figure which shows the state by which a folding part is folded in the process of pressing the sealing stopper by 1st Embodiment of this invention. It is a figure which shows a mode that the airtight stopper by 1st Embodiment of this invention was pulled up, and the main-body mouth part sealing hole was opened. It is a principal part longitudinal cross-sectional view which is a modification of a folding part, and shows a mode that the folding prevention protrusion was formed in the bottom part of a folding part, and shows the state by which the folding part was folded. It is a figure which shows the other modification of a main body. It is a modification of forming an elastic sealing part in the main body mouth sealing part, and is a main part longitudinal sectional view showing a coupled state. It is a modification of having formed the elastic sealing part in the main-body mouth sealing part, and is a principal part longitudinal sectional view showing a state in which the main-body mouth sealing part and the elastic sealing part are formed. It is another modification of this invention, Comprising: It is a longitudinal cross-sectional view which shows the principal part of a main body. FIG. 14 shows another modified example of the present invention, and shows a use state of the same main body as FIG. 13. It is a figure which shows the other modification of an open part. It is a figure which shows the other modification of an open part. It is a modification of a sealing plug, Comprising: It is a principal part longitudinal cross-sectional view which shows the state by which the sealing plug was open | released from the main-body opening part. It is a schematic diagram of the packaging system which fills the storage device of the present invention with a different substance. It is a figure which shows an example of a selection apparatus. It is a figure which shows one state in which a storage device is applied to the sorting belt of the sorting device.

  Hereinafter, description will be given selectively with reference to FIGS.

  The dissimilar substance storage device 1 used by being coupled to the mouth of the container includes a storage portion 104 having a storage space 107 inside a main body 100, and a soft folding portion F is formed on the storage portion 104. There is an open part 108 extended at the bottom at the bottom of the upper part of the folding part F.

  The main body 100 is provided with a main body mouth portion 109, and a lower portion inside the main body mouth portion 109 is formed with a main body mouth portion sealing portion 110 having a main body mouth portion sealing hole 111.

  Further, a sealing plug 200 having a sealing hole sealing part 201 for sealing the main body port sealing hole 111 is coupled around the main body port part 109, and a forgery prevention lid 300 is attached to the main body 100 having the sealing plug 200. assemble.

  In such a storage device 1, a foreign substance is put into the storage space 107 of the storage portion 104, and the lower portion of the storage portion 104 is sealed with a sealing portion S formed of an aluminum seal member or the like.

  The folding part F is configured such that when the folding part F is pressed, the opening part 108 breaks the sealed part S and perforates, and in the above process, the foreign substance in the storage space 107 is introduced into the container. The degree of drop mixing is preferred.

  In addition, when the fold F is applied from the upper part of the fold F, the fold F is expanded while being expanded outward, and the fold F is expanded. The folding part F preferably has a shape in which the folding part upper folding reference plane FA which is the upper outer part is wide and the folding part lower folding reference plane FB which is the lower outer part is narrow.

  When the folding part F is expanded, the folding part F has a folding part upper folding reference plane FA which is an upper outer part and a folding part lower folding reference plane which is a lower outer part. An extended reference plane FC having a large outer diameter is formed between the FB and the FB.

  And when making the said fold part F expand, it expands so that the upper part above the fold part lower fold reference plane FB which is a lower end part of the fold part F may be extended outside. Is the form.

  Referring to FIG. 1 as an exemplary example of a preferred form of the storage device 1, a lid 300 having a forgery prevention edge 301 is coupled to the main body 100. The protrusion 302 is formed in the inner wall part of the lower end of the side part of the forgery prevention edge 301.

  The protrusion 302 is slightly separated from the folding part F because the outer shape of the folding part F is expanded while the folding part F is folded, so that the protrusion 302 is folded from the beginning. This is because when it is in contact with the outer ring portion of the portion F, a large amount of resistance is received during resealing.

  FIG. 2 shows a state before the lid 300 is coupled to the main body 100.

  FIG. 3 illustrates that when the sealing plug 200 is pressed, the folding portion F is folded while being expanded outward.

  4 shows an example in which the main body 100 is subjected to primary injection molding, and shows a state before the same folding part F as that shown in FIG. 5 is formed.

  Incidentally, the state in which the resin moves from the upper side of the opening part 108 toward the projection part 112 in the direction of the accommodating part 104 is shown, and such a situation is also an example of a method for manufacturing a mold.

  Further, in the process of injection molding, the projection end 113 may be momentarily detached, but immediately returns to the original position.

  Then, as shown in FIG. 4, a fold portion bonding surface 114 is formed on the outer ring portion at the lower end of the main body mouth portion 109, and the fold portion F is formed by the multiple injection molding machine in the state as described above. FIG. 5 shows the state.

  As shown in FIG. 5, it can be seen that the upper side of the fold portion F is in a state of being closely bonded to the fold portion bonding surface 114.

  Further, the opening 108 is provided with an auxiliary projection 115, and the container neck first sealing part 105 and the container neck second sealing part 106 are formed on the outer ring part of the accommodating part 104. Is also possible.

  And the inner side part of the side part 101 which is an outer ring part of the main body 100 is provided with the 1st thread 102 and the 2nd thread 103 from which a specification differs, and each said 1st thread 102 and the 2nd thread 103 are containers. Used to selectively couple to different container neck threads formed on the neck.

  Moreover, the dotted line shown in FIG. 5 shows the state in which the container neck 1000 of another form is in contact with the container neck first sealing portion 105.

  FIG. 6 shows an expanded reference plane FC in which the central portion of the folding part F is expanded. In this state, the folding part F receives resistance and is folded in the process of separating (removing) the main body 100 from the mold. The expanded reference plane FC is formed while swelling into a shape to be formed.

  FIG. 7 shows that when the sealing plug 200 is pressed, the folding part F is folded while being spread outward, and the folding part adhesive surface 114 is folded while receiving resistance in the direction of the inner wall part at the upper end of the accommodating part 104 in the above process. The part F stops without being folded any more, and when the force applied in the situation shown in FIG. 7 is removed, the folded part F immediately returns to the upper part (see FIG. 8).

  Then, when the sealing plug 200 is pulled up in the situation shown in FIG. 7, the main body mouth sealing hole 111 is formed while the sealing hole sealing portion 201 deviates from the main body mouth sealing portion 110.

  FIG. 9 shows a use state in which a folding prevention protrusion FD is formed on the bottom of the upper end of the folding part F so that the folding part F is not folded more than a certain amount. The folding prevention protrusion FD is a folding part. It may be provided on the upper surface or the bottom surface of F.

  In this invention, it is as follows when an example of the accommodating apparatus 1 of this invention is shown.

  The dissimilar substance storage device 1 used by being coupled to the mouth of the container has a storage portion 104 having a storage space 107 inside a main body 100, and a soft folding portion F is formed above the storage portion 104. There is an open part 108 extended at the bottom at the bottom of the upper part of the folding part F.

  Then, a foreign substance is put into the storage space 107 of the housing part 104, the lower part of the housing part 104 is sealed with a sealing part S, and when the folding part F is pressed, the opening part 108 destroys the sealing part S. In the above process, the different substances in the storage space 107 are dropped and mixed into the container.

  In addition, the folding part F has a configuration in which a folding part upper folding reference plane FA which is an upper outer part is wide and a folding part lower folding reference plane FB which is a lower outer part is narrow.

  Then, the folding part F is folded into a form in which the upper direction is widened outwardly around the lower outer part in the process of folding the folding part F.

  Further, in forming the folding part F, a main body opening 109 is provided above the main body, and an outer ring part at the lower end of the main body opening 109 is provided with a folding part bonding surface 114 that is expanded outward. A soft folding part F is injection-molded on the folding part bonding surface 114.

  In particular, the folding unit F of the storage device 1 is configured to be folded while being expanded outward when a force is applied from above the folding unit F, and the folding unit F of the storage device 1 is folded. Is formed at the top or bottom of the upper end of the fold F.

  And the folding prevention part formed in the said folding part F makes the folding prevention protrusion FD protrude in the bottom part and the upper part on the basis of the upper part of the folding part F. In this case, FIG. refer.

  Further, the folding preventing portion formed in the folding portion F is formed with the folding portion bonding surface 114 in a form in which the upper end portion of the folding portion F is extended to a portion in contact with the main body opening 109 of the main body 100. Is a preferred example.

  As another example, as shown in FIG. 10, the upper portion of the main body 100 of the housing device 1 includes a main body mouth portion 109 for assembling the sealing plug 200 and the like, and the inside of the main body mouth portion 109 is a main body formed of a soft resin. In the case of including the soft part 116 having the mouth sealing part 100 ′, the main body mouth sealing part 100 ′ is connected to the lower side by the guide 118 at the soft part upper end 117 of the main body mouth part 109, and outside the soft part upper end 117. Is connected to the lower folding part F.

  11 and 12, when forming a main body mouth portion 109 that accommodates the sealing plug 200 or the like in the main body 100, a lower end portion inside the main body mouth portion 109 includes a main body mouth portion sealing portion 110, and the main body mouth portion An elastic sealing part 119 is formed in the inner direction of the sealing part 110. When the above-described one is used, the elastic sealing part 119 is sealed in such a manner that the elastic sealing part 119 is in close contact with the sealing hole sealing part 210 as shown in FIG. The

  As shown in FIG. 13, the inner wall portion of the side surface portion 101 of the main body 100 of the storage device includes a first thread 102 on the lower side and a second thread 103 having a different standard on the upper side. The side surface portion 101 is a side surface portion 101 that is widened outward, and an auxiliary screw having an inner diameter larger than that of the first screw thread 102 is formed on the inner wall portion of the widened shape, that is, the isosceles trapezoidal side surface portion 101. A mountain 121 is formed.

  The auxiliary thread 121 has three rows of auxiliary threads 121 to be coupled to a container neck having a 30 mm standard container neck thread, and the auxiliary thread 121 has an angle of 120 ° and is 3 °. A row is formed, and the length of each one auxiliary thread 121 is preferably 10 to 30 mm, but is not limited thereto and may be modified.

  FIG. 14 shows an example in which the main body 100 is coupled to a container neck 1000A having a large standard. In particular, the auxiliary thread 121 is fixed to the container neck thread 1001.

  FIG. 15 shows a modification of the open portion 108A formed inside the accommodating portion 104A, showing a form in which the open end 122 is divided by a space 123. When the open end 122 is used, the open end 122 is sealed portion SA. Are drilled in two places, and the state is indicated by a dotted line in FIG.

  FIG. 16 includes a piercing pin 124 that is pointed to the side of the opening portion 108A. In use, the sealing portion SA that seals the lower portion of the housing portion 104A is used as the opening end 122 as the drop space SC, and the piercing pin 124 as The case where the perforated part SB is formed is shown.

  FIG. 17 shows an example in which the sealing hole sealing portion 201A formed in the sealing plug 200 is formed of a soft resin. As a preferable method, the sealing hole 200A is extended to the lower portion from the upper sealing plug upper soft portion 203. The hole sealing part 201A is formed.

  18 shows the storage device 1 and the packaging system 400 of the storage device 1 shown in front of FIG. 18, but more specifically, the storage device 1 is sorted and sorted by a feeder that forms part of the packaging system 400. The storage device 1 is transferred to the supply unit 410, and the storage device 1 supplied to the supply unit 410 is transmitted to the aligned blocks 421 constituting the main transfer conveyor 420, and the storage device 1 transmitted to the block 421. Inspects the presence / absence of the storage device 1 by a series of inspection devices 430.

  Then, the storage device 1 that has been inspected is transferred to the next step, and at the same time, information on whether inspection is possible or not is transmitted to the computer, and the storage device 1 that has been processed as defective in a series of steps is transferred to the defective product corner. Configure as follows.

  Also, the container 1 transferred as described above stores contents in the container storage space of the container 1 aligned in blocks by the powder filling unit 440 or the liquid filling unit 450 according to the input method input to the computer. After filling (refer to the housing portion 104 and the storage space 107 shown in front of FIG. 18), the housing device 1 that has been filled moves together with the block 421 to the next step.

  Then, a film (roll film FR) cut by the film feeding and cutting system 460 is brought into contact with the upper end portion of the storage portion, which is the upper portion of the moved storage device 1, and the storage device 1 is moved to the next step together with the film. It is sealed with a sealer 480.

  At this time, the sealers 480 and 480A sequentially seal the storage devices 1 stored in the blocks while distinguishing between the odd number and the even number.

  The container 1 that has been sealed as described above is inspected by the inspection unit 490 and transferred to the transfer block MB of the auxiliary transfer conveyor, which is the next step, and the transferred container 1 is packed by the film packaging unit FS. Is done.

  Incidentally, the film packaging unit FS is formed with one or more guides in the storage device input guide, and the storage device is extended from the roll-shaped film FL forming a part of the film packaging unit FS by the formed guide. A series of sealing parts are formed in a series of sealing portions together with the containing device 1 that has been put into the film, and the formed packaging container is separated into one independent packaging container by a cutting machine and discharged.

  In addition, the acceptable product storage device 1 that has been inspected by the inspection unit 490 may be directly put into a guide (supply unit) constituting the film packaging unit FS for packaging.

  19 and 20 show a sorting device 500 that is a step of supplying the container device 1 to the supply unit 410 of the packaging system 400. Specifically, a large amount of the container device 1 is supplied to the sorting device 500 and supplied. The storage device 1 is moved to the space between the sorting belts 510.

  Then, the sorting belt 510 is repeatedly rotated, and the storage device 1 applied to the sorting belt 510 is supplied to the supply unit 410 shown in FIG.

  The sorting belt 510 is freely configured with a desired width and a desired space.

  FIG. 20 exemplifies that the sorting belt 510 is applied to the portion of the side surface portion 101 of the storage device 1. However, as a preferable example, the space between the sorting belt 510 and the inclined portion 101 </ b> A covers the sorting belt 510. Is included.

  The dissimilar substance discharge device of the present invention can drop and mix contents such as extracts and powders in various products such as special drinks, special drinking water, and alcoholic beverages, and after separating the contents It can be applied to various processing chemicals and other daily necessities.

Claims (15)

It is a foreign substance storage device that is used by being coupled to the mouth of the container, and has a storage part having a storage space inside the main body,
The upper part of the housing part has a soft fold part, and the bottom part of the upper part of the fold part has an open part extended to the lower part,
The storage space of the housing part is filled with different substances, and the lower part of the housing part is sealed by a sealing part,
When the folding part is pressed, the open part breaks the sealed part, and in the process, the foreign substance in the storage space is dropped and mixed in the container,
The foldable part is configured to be folded while being expanded outward when a force is applied from the upper part of the foldable part. . When the fold part is expanded, the fold part has a wide fold part upper fold reference plane which is an upper outer part and a narrow fold part lower fold reference plane which is a lower outer part. The dissimilar substance storage device comprising the soft folding part according to claim 1. When the fold portion is expanded, the fold portion is provided between the fold portion upper fold reference surface that is the upper outer portion and the fold portion lower fold reference surface that is the lower outer portion. The dissimilar substance storage device having a soft folding part according to claim 1, wherein an extended reference plane having a large diameter is formed. When the foldable portion is expanded, the upper portion that is above the foldable portion lower fold reference plane that is the lower end portion of the foldable portion is widened so as to be expanded outward. The dissimilar substance storage device comprising the soft folding part according to claim 1. It is a foreign substance storage device that is used by being coupled to the mouth of the container, and has a storage part having a storage space inside the main body,
The upper part of the housing part has a soft fold part, and the bottom part of the upper part of the fold part has an open part extended to the lower part,
The storage space of the housing part is filled with different substances, and the lower part of the housing part is sealed by a sealing part,
When the folding part is pressed, the open part breaks the sealed part, and in the process, the foreign substance in the storage space is dropped and mixed in the container,
The foldable portion is a soft foldable portion characterized in that the foldable portion upper fold reference plane is a wide upper portion and the foldable portion lower fold reference plane is a lower outer portion. A foreign substance containing apparatus comprising: The soft foldable part according to claim 5, wherein the foldable part is folded into a form in which the upper side is expanded outward with the lower outer part as a center in the process of folding the foldable part. A foreign substance storage device. In forming the fold portion, a main body mouth portion is provided above the main body, and an outer ring portion at a lower end of the main body mouth portion is provided with a fold portion adhesion surface extended outward, and the fold portion 6. The heterogeneous material container according to claim 5, wherein a soft fold is injection-molded on the adhesive surface. It is a foreign substance storage device that is used by being coupled to the mouth of the container, and has a storage part having a storage space inside the main body,
The upper part of the housing part has a soft fold part, and the bottom part of the upper part of the fold part has an open part extended to the lower part,
The storage space of the housing part is filled with different substances, and the lower part of the housing part is sealed by a sealing part,
When the folding part is pressed, the open part breaks the sealed part, and in the process, the different substances in the storage space are dropped and mixed into the container,
In the dissimilar substance storage device configured to fold while the folding portion of the storage device is expanded while applying force from the top of the folding portion,
Dissimilar substance accommodation comprising a soft folding part, wherein a folding preventing part for preventing the folding part of the accommodation apparatus from being folded more than a certain amount is formed on an upper part or a bottom part of the upper part of the folding part. apparatus. 9. The soft folding device according to claim 8, wherein the folding preventing portion formed on the folding portion is configured such that the folding preventing protrusion protrudes at a bottom portion or an upper portion with respect to an upper portion of the folding portion. A foreign substance storage device comprising a folding part. The folding preventing part formed in the folding part is formed with a folding part bonding surface in a form in which the upper end part of the folding part is extended to a part in contact with the main body mouth part of the main body. Item 11. A foreign substance storage device comprising the soft fold according to Item 8. It is a foreign substance storage device that is used by being coupled to the mouth of the container, and has a storage part having a storage space inside the main body,
The upper part of the housing part has a soft fold part, and the bottom part of the upper part of the fold part has an open part extended to the lower part,
In the storage space of the housing part, different substances are put, and the lower part of the housing part is sealed by a sealing part,
When the folding part is pressed, the open part breaks the sealed part, and in the process, the different substances in the storage space are dropped and mixed into the container,
In the dissimilar substance storage device configured to fold while the folding portion of the storage device is expanded while applying force from the top of the folding portion,
The upper part of the main body of the housing device is provided with a main body mouth part for assembling a sealing plug and the like, and a main body mouth part sealing part made of a soft resin is formed inside the main body mouth part,
The body mouth sealing part is connected to the lower side by a guide from the upper end of the soft part of the body mouth part,
The dissimilar substance storage device having a soft folding part, wherein the soft folding part is connected to a lower folding part outside the upper end of the soft part. It is a foreign substance storage device that is used by being coupled to the mouth of the container, and has a storage part having a storage space inside the main body,
The upper part of the housing part has a soft fold part, and the bottom part of the upper part of the fold part has an open part extended to the lower part,
The storage space of the housing part is filled with different substances, and the lower part of the housing part is sealed by a sealing part,
When the folding part is pressed, the open part breaks the sealed part, and in the process, the different substances in the storage space are dropped and mixed into the container,
In the dissimilar substance storage device configured to fold while the folding portion of the storage device is expanded while applying force from the top of the folding portion,
In forming the main body mouth portion for accommodating a sealing plug or the like in the main body, the lower end portion inside the main body mouth portion is provided with a main body mouth portion sealing portion,
A heterogeneous substance container having a soft folding part, wherein an elastic sealing part is formed in an inner direction of the main body sealing part. It is a foreign substance storage device that is used by being coupled to the mouth of the container, and has a storage part having a storage space inside the main body,
The upper part of the housing part has a soft fold part, and the bottom part of the upper part of the fold part has an open part extended to the lower part,
The storage space of the housing part is filled with different substances, and the lower part of the housing part is sealed by a sealing part,
When the folding part is pressed, the open part breaks the sealed part, and in the process, the different substances in the storage space are dropped and mixed into the container,
In the dissimilar substance containing device having a first screw thread on the inner wall portion of the side surface of the main body of the containing device and a second screw thread having a different standard on the upper side,
The side surface portion having the first thread is a side surface portion that is spread outward,
Dissimilar substance accommodation comprising a soft folding part, wherein an auxiliary thread having an inner diameter larger than the first thread is formed on an inner wall part of the side part of the isosceles trapezoidal shape in the widened form apparatus. [14] The soft fold according to claim 13, wherein the auxiliary thread has three rows of auxiliary threads so as to be coupled to a container neck having a 30mm standard container neck thread. Foreign matter storage device. The flexible folding part according to claim 14, wherein the auxiliary screw threads are formed in three rows at an angle of 120 °, and each auxiliary screw thread has a length of 10 to 30 mm. Dissimilar substance storage device.

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