JPH04352663A - Article preservation and container therefor - Google Patents

Abstract

PURPOSE:To preserve an article without degradation and injuries for a long time as in a time capsule and to provide an easy unsealing and rehousing if necessary. CONSTITUTION:An integrating shock absorber 5 is filled between an inner container in which an anticle is housed and an outer container 6 in which the inner container is housed. In the inner container 1, a housing bag 13 made of an airtight film 3 is provided additionally, and a means to divide finely the integrating shock absorber is arranged between the housing bag 13 and the shock absorber 5.

Description

[Detailed description of the invention]

0001

[Industrial Application Field] The present invention relates to a method for storing articles and a storage member, and provides a storage method and a storage member capable of storing souvenirs and other articles for a long period of time. The object is to obtain a method suitable for unsealing and taking out the article, and storing and storing it again.

0002

[Prior Art] Various memorabilia, relics, valuables, grave goods, etc. have been stored for at least several months, generally for several years or more.
In particular, storage is often required for long periods of time, such as tens to hundreds of years or more. Particularly in recent years, the idea of taking out items that have been stored for a long time, known as time capsules, to remember or feel nostalgic for the past has become widespread.

[0003] However, the conventional method for such storage is to store it in a container, apply appropriate sealing, etc., and store it in a warehouse or basement, which prevents it from being destroyed in a fire. To avoid this, methods such as burying it underground are also being practiced.

0004

Problems to be Solved by the Invention However, the conventional techniques described above are unsatisfactory in terms of storage stability. That is, it is difficult to preserve the container properly by simply covering the container with a lid and sealing it, and it is inevitable that the container will deteriorate, corrode, or rot after at least several years or more.

For this reason, it is possible to form a special airtight mechanism, but it would be very expensive and cannot be widely applied to general items, and once the seal is broken and taken out, it will return to its original airtight state. It is not easy to return the product to its original state, and it is often left as is after being opened.

[0006] Concerning the belongings of the deceased, it is common practice to place them in graves or bury them with the remains as grave goods, but the quality of the items placed in graves or buried in this way deteriorates over time. Especially in organic matter, it is common for the material to deteriorate significantly so that it does not retain its original shape even if it is taken out again, making it impossible to maintain its original state.

[0007] For this reason, it is conceivable to create a specially fired inorganic material to be buried and stored, but the man-hours and costs for molding and firing it with china clay etc. would increase, and it would be difficult to obtain it in this way. The feel of inorganic materials is significantly different from that of organic materials.

[0008] Therefore, even if a term like "time capsule" is known, it is not clear exactly what it is, and it is only vaguely understood that it is just an illusion. term, and this cannot be achieved.

[0009]

[Means for Solving the Problems] The present invention has been devised after repeated studies in view of the above-mentioned circumstances, and is intended to store the above-mentioned articles simply and appropriately, and to store them appropriately. The present invention has succeeded in easily and accurately obtaining the above-mentioned time capsule, memory box, or memory capsule, as well as a method that allows repeated operations to be taken out and stored effectively while remembering the past. So, it is as follows.

(1) The article to be stored is housed in an airtight container, and at least a portion of the article in the container is evacuated to 600 mmHg or more from atmospheric pressure, and the article is substantially A method for storing articles characterized in that the entire circumference is covered with an integrated cushioning material layer that can be divided into parts.

(2) disposed inside the integrated cushioning material layer;
Item (1) above, characterized in that the integrated cushioning material layer is divided and the article is taken out by a tensile action on a linear or flaky dividing means having at least one end exposed on the outer surface of the integrated cushioning material layer. How to store items.

(3) It has a container for accommodating the article to be stored under vacuum conditions, and an integrated cushioning material is filled between the article and the container, and the connection between the integrated cushioning material and the article to be stored is An article storage unit characterized in that a means for dividing the integrated cushioning material into pieces is provided between the parts.

(4) It has a target article or an inner container for housing the target article and an outer container for housing the inner container at an appropriate interval, and an airtight membrane material is provided around the outer periphery of the inner container or the target article. attaching a storage bag according to the invention, and filling and molding an integrated cushioning material between the storage bag and the external container,
An article storage unit characterized in that a means for dividing the cushioning material integrally filled and molded as described above is disposed between the cushioning material and the storage bag.

(5) The method according to item (3) or (4) above, wherein the means for dividing the integrated and filled-molded cushioning material into pieces is a tough strip material such as piano wire. Goods storage unit.

(6) The above-mentioned (2) characterized in that a sheet material for maintaining a distance between the article to be stored and the container or the inner container or the inner container and the outer container is disposed in the integrated cushioning material. The article storage unit according to any one of items 3) to (5).

[0016]

[Operation] By accommodating the article to be stored in an airtight container, and evacuating at least a portion of the article in the container to 600 mmHg or more, preferably 720 mmHg or more, more preferably 740 mmHg or more above atmospheric pressure. The article to be stored is stored for a long period of time.

[0017] By encasing substantially the entire circumference of the article with a splittable integral cushioning material layer, a sealed state is formed for the target article, and the integral cushioning material layer is divided as appropriate to seal the article. Allows for extraction.

[0018] The integrated cushioning material layer is divided by a tensile action on a linear or flaky dividing means disposed inside the integrated cushioning material layer and having at least one end exposed on the outer surface of the integrated cushioning material layer. By taking out the object, it becomes much easier to take out the target article.

[0019] By using a container that stores the items to be stored under vacuum conditions, the items to be stored can be kept under vacuum conditions, and even organic materials can be prevented from deterioration, decay, or
Prevent condensation, etc. The above-mentioned vacuum condition can be created by making the container airtight so that air can be removed from the container itself to create a vacuum.

[0020] Of course, the vacuum can be obtained using a vacuum pump, etc., but in today's common living environments such as vacuum cleaners, suction nozzles formed in the form of pores are used. By doing so, a substantially sufficient vacuum condition can be created relatively easily.

[0021] By filling and molding an integrated cushioning material between the article and the container, the article to be stored can be prevented from being damaged by external shocks, and the insulation effect of the cushioning material can also be obtained, so that the article can be protected from damage. Prevent deterioration damage. Furthermore, the integrated cushioning material encloses the entire circumferential side of the article to form a mechanically sealed relationship.

[0022] The above-mentioned integrated cushioning material is subdivided into substantially predetermined conditions by providing a means for dividing the integrated cushioning material between the integrated cushioning material and the article to be stored, To facilitate the operation of taking out stored articles and to facilitate the handling of fragmented integrated cushioning materials.

[0023] It has a target article or an inner container for housing the target article and an outer container for housing the inner container at an appropriate interval, and a storage bag made of an airtight membrane material is provided around the outer periphery of the target article or the inner container. By attaching a storage bag to the inner container, it is possible to evacuate the inside of the inner container by covering the inner container with a storage bag. This prevents deterioration and rot caused by bacteria, condensation caused by temperature changes, etc.

[0024] Furthermore, by positioning a storage bag made of an airtight synthetic resin film on the outer surface of the target article or inner container as described above, the bag is integrally filled and molded between the target article or inner container and the outer container. The cushioning material made of urethane foam, polyethylene, etc. is prevented from adhering to the outer surface of the target article or the inner container, making it easier to handle the target article or the inner container when taking it out.

[0025] By filling and molding an integrated cushioning material made of urethane foam or the like between the storage bag made of the airtight membrane material attached to the outer surface of the target article or the inner container as described above and the outer container. As described above, it protects at least the target article or the inside of the internal container, and reduces temperature changes due to its high heat insulation effect. Regarding filling and molding of such an integrated cushioning material, various types are commercially available along with guns and other filling means.
~300kg/m3, generally 15-60kg/m3
, 200 to 300 kg, especially if waterproofness is required.
/m3 are used in various construction sites and the like, and these materials can be selected appropriately depending on each case and filled and formed easily.

[0026] By arranging a piano wire or the like as a means for dividing the integrated cushioning material between the integrally filled and molded cushioning material and the storage bag as described above, it is possible to prevent the integration after aging. As described above, the buffer material can be easily taken out or removed. That is, the integrated cushioning material is easily cut and divided by pulling the dividing means, but this, together with the fact that the storage bag is attached to the inner container as described above, causes damage and stains to the inner container. It is possible to remove the stored articles from the inner container within a short time without any trouble.

[0027] As a means for dividing the integrated cushioning material, in addition to the piano wire, a tough material such as inorganic or synthetic fiber may be used alone or in combination to facilitate the division and subsequent removal of the inner container. Close.

[0028] The fragmentation means generally employs a longitudinal fragmentation means for an integral cushioning material in a container having a lid, the end of which is located inside the lid; Alternatively, if the inner container has vertical irregularities, means for dividing it into smaller pieces in the lateral direction may also be used. This lateral subdivision means is a temporary material that easily breaks or peels off when a tensile force is applied to the fixed guide means on one side and the subdivision means on the other side between the inner article or container and the outer container. By using a stop guide means or a locking piece, the temporary stop side breaks or peels off due to the tensile action on the dividing means and is drawn between the fixed guide means, thereby appropriately breaking the integrated cushioning material.

[0029] By arranging a sheet material for maintaining a distance between the article to be stored and the container or the inner container or the inner container and the outer container in the integrated cushioning material, the article to be stored and the container or the inside can be separated. Filling the above-mentioned integrated cushioning material between the container or the inner container and the outer container and maintaining an appropriate distance during integral molding to form an integrally molded cushioning material that maintains the article to be stored in an accurate position. , forming an effective protective cushioning relationship and facilitating the formation of precise integrated cushioning, especially on the bottom and top surfaces of the article.

[0030]By positioning the sheet material between the dividing surfaces such as the main body and the lid in the inner container or the outer container, separation of the main body and the dividing part such as the lid is facilitated, and especially for the main body part. This makes it possible to open the cover with the integrated cushioning material still covered, making it easy to take out the target article.

[0031] By positioning a part of the sheet material at or near the surface of the integrated cushioning material, the sheet material can be pulled out when opening the integrated cushioning material as described above, thereby achieving the above-mentioned effect on the integrated cushioning material. A similar fragmentation or subdivision is achieved.

[0032] As described above, after dividing the integrated cushioning material into pieces and taking out the contents from the inner container and inspecting, admiring, or displaying the target object for a certain period of time, the target object is again stored in the container and encapsulated. can be converted into That is, as described above, the article or the inner container containing the article may be placed in an airtight storage bag, and an integrated cushioning material may be filled and molded between the article and the outer container in the same manner as described above.
By setting the cushioning material subdivision means, the spacing sheet material, etc. to be the same, filling and forming can be performed accurately, and removal after a considerable period of time can be made as easy as described above.

Materials required for installation, inspection, viewing, display, and subsequent re-encapsulation as described above include segmented integrated cushioning material, or in addition to that, storage bags and spacing made of resin film, etc. It is equivalent to a holding sheet material, and its cost is extremely low.

[0034] The outer surface of the outer container can also be appropriately covered with an integrated cushioning material or the like to buffer the influence of external force or temperature, and to protect it from damage or deterioration.

[0035]

DESCRIPTION OF THE PREFERRED EMBODIMENTS A specific embodiment of the present invention will be described with reference to the accompanying drawings.As shown in FIGS.
An integrated cushioning material 15 is filled between the article 16 and the container 11, and a strip means for dividing the integrated cushioning material 15 into pieces is provided between the integrated cushioning material 15 and the article 16. 1
4, the end of the dividing means 14 is exposed on the outer surface of the buffer material 15 to form an end 14a, and a tensile force is applied to the end 14a to facilitate the dividing operation. It is made up like this.

As shown in FIGS. 1 and 2, most of the dividing means 14 are arranged along the longitudinal direction of the article 16, and
By applying a tensile force to the other end 14b with one end 14a of the dividing means 14 fixed, the integrated cushioning material 15 is divided in each part in the vertical direction. are arranged inside the longitudinal subdivision means 14 so as to surround the outer periphery of the article 16, and after subdivision by each longitudinal subdivision means 14 (in a state in which no longitudinal subdivision means exist), the transverse By performing the subdivision process by the subdivision means 14c, the cushioning material 15 is divided horizontally.
is fragmented to facilitate separation from the article.

[0037] Lateral subdivision means 14c as described above.
Specifically, as shown in FIG. 2, this method is used to subdivide items without taking them out of the container. Therefore, a hook or other fixed locking means 25 is separately provided on the inner surface of the outer container 11 as shown in FIG.
On the other hand, the internal article or the internal container is fixed with a removable temporary fixing material 26 such as adhesive tape, and by applying a tensile force to the dividing means 14c, the temporary fixing material 26 is detached and the dividing means 14c is fixed. The fixed locking means 25 are tensioned in a straight line connecting them, thereby causing a transverse cut.

[0038] If there is only one horizontal subdividing means 14c, every other section is cut between the vertical subdividing means 14, 14, but such horizontal subdivision is performed once. By traversing (cutting) at the section and taking out this traversed part, a gap is created, making it easier to crush and take out the surrounding area, so it is possible to take out the entire piece in pieces under conditions where longitudinal cutting has already been done. shall be. In addition, if it is desired to cross (cut) all the spaces between the vertical subdividing means 14, two subdividing means are alternately arranged between each vertical subdividing means 14, 14, as shown in the right part of FIG. If they are provided so as to be located on opposite sides in the medial and lateral direction, the above-mentioned transverse (cutting) action can be performed on each longitudinal subdivision means 14, 14.
A substantially continuous state is obtained between the two.

[0039] However, even if there is only one thread, the fixed locking means 25
Two temporary fixing members 26 are used on the inner container or target article side corresponding to both sides of the inner container or target article, and the dividing means 14c between each fixed locking means 25 are set in a bent state toward the inner container or target article side. Then, by applying a tensile force to the dividing means 14c, the dividing means 14c is moved between the fixed locking means 25, 25 to form a tensioned relationship, thereby forming an integrated cushioning material. Transverse cuts can also be made in series.

If the article 16 is a smooth metal or glass product that is unlikely to adhere to the integrated cushioning material 15, the one shown in FIGS. 1 and 2 may be used, but if the article 16 has uneven surfaces, or if it is expected that the binding force with the integrated cushioning material 15 will be large due to the material, the article 16 is placed in a storage bag 1 made of synthetic resin film or the like as shown in FIG.
3, and an integrated cushioning material 15 is filled and molded between the storage bag 13 and the container 11. That is, the storage bag 13 prevents the integrated cushioning material 15 and the target article 16 from coming together. The respective subdivision means 14, 14c are arranged in multiple stages such as a small diameter portion and a large diameter portion, especially the lateral subdivision means 14c, as shown in FIGS. 1 to 3 described above.

In order to evacuate the inside of the container 11 or the storage bag 13, or at least the inside of the article 16, a sealing material 19 is provided between the container 11 and the lid 12 attached thereto, and an air bleed port 18 having a valve is provided. Storage bag 13 or container 11 (
(its main body or lid) for degassing. The details of creating a vacuum by such degassing will be described later.

A further embodiment of the invention is shown in FIGS. 5 and 6. That is, a lid 2 is provided on the outlet of an internal container 1 having an appropriate shape, and a target article (not shown) is accommodated in the internal container 1. The inner container 1 can be of any shape, and its material may be ceramic, glass, wood, copper, aluminum, steel, synthetic resin, or the like. The article 16 shown in FIG. 4 may be divided along the line 16a, and may be a special molded container that matches an animal, robot, rocket, or other target article. In this case, the molded container 16 becomes an internal container, which is divided along the line 16a and the target article is housed therein.

The inner container 1 shown in FIGS. 4 to 6 is covered with a storage bag 3 made of an airtight membrane material such as a synthetic resin membrane material in the same manner as described above. It is preferable that the container provided with the storage bag 3 undergoes deaeration treatment to evacuate the inside of the internal container 1.
As described above, this effectively prevents deterioration of the stored target articles. As the storage bag 3, it is preferable to adopt a bag equipped with an air bleed port 18 having a valve as shown in FIG. 4 in order to form and maintain the vacuum condition. are welded and sealed at the bottom of the inner container 1 to create a vacuum condition.

[0044] As the air bleed port 18 with a valve, a flat membrane piece is attached to the vent port, and air is simply evacuated from the container or storage bag 3 or 13 during air removal or intake.
A variety of check valve-like valves with generally flat configurations are used that automatically close the vents using atmospheric pressure when this air extraction or intake stops, and these types of configurations can be used as appropriate. be able to.

In the case prepared as described above, an integrated cushioning material subdividing means 4 such as piano wire is placed on the outside of the storage bag 3 in the same manner as the subdividing means 14 and 14c shown in FIGS. 1 to 3 above. The converting means 4 and 4c are arranged as shown in FIG. Since the subdivision means 4 are for longitudinally subdividing the packed and integrated cushioning material 5 as described above, they are distributed approximately evenly around the circumference of the inner container 1, and these subdivision means Preferably, one or both ends of the inner container 1 are brought together and positioned at the top, etc., so that the bottom portion of the inner container 1 can be quickly ruptured by applying a tensile force thereto.

[0046] Furthermore, when a large number of vertical and horizontal subdivision means are arranged as described above, orderly subdivision can be achieved by specifying the order in which the pieces are to be broken by applying a tensile force. For this reason, it is preferable to give numbers or symbols indicating the order to the ends of the respective subdividing means that are assembled and protruded as described above.

[0047] Under conditions where the external container can be used to create airtightness and create the above-mentioned vacuum conditions, the purpose of the storage bag 3 is simply to prevent the integrated filler from clumping together. In other words, by adopting a storage bag 3 made of paper or the like that is easy to tear, and providing the dividing means 4 in the breakable storage bag 3, this storage bag 3 can be used together with the integrated cushioning material.
It may also be constructed such that the contents can be immediately taken out by crushing the contents.

The material prepared as described above is the outer container 6.
As described above, a cushioning material such as foamed urethane is foam-filled between the inner container 1, more specifically, between the storage bag 3 and the subdivision means 4, 4c, and the outer container 6. An integrated cushioning material 5 is formed. As described above, various commercially available materials can be used as the integrated filler 5, and the integrated cushioning material 5 can be filled and formed within a short time. Furthermore, if a film 13 made of vinyl or polyethylene is applied between the outer container 6 and the integrated buffer material 5, the outer container 6 and the integrated buffer material 5 will not be bonded to each other, making it convenient to take out the inner container 1. It is.

Appropriate materials can be used for the outer container 6, but in particular, when it is left in direct contact with the outside air, a material molded from a corrosion-resistant material such as stainless steel, ceramics, or glass is preferable. is preferred. If the external container 6 does not have sufficient corrosion resistance or is likely to be damaged, it is further protected by covering it with a closed external buffer layer 7 made of urethane foam or the like. It is preferable to form the external buffer layer 7 by applying a synthetic resin film such as vinyl, a polyethylene bag 10, etc. to the overall outer surface of the external buffer layer 7, and further dividing the external buffer layer 7 at least in the vertical direction. 4 or 14 are suitably arranged in the same way as described above for the inner container 1.

[0050] Naturally, there are videotapes and the like as items to be stored, and either or both of images and sounds are reproduced. When storing such articles, electromagnetic shielding, high frequency shielding, etc. are of course important, and as the inner container 1 or the outer container 6, a member that is closely shielded with a metal material or the like is employed. That is, by storing under such electromagnetically shielded conditions and further storing under vacuum conditions, clear images and sounds can be reproduced upon removal.

5 and 6 described above are shown in FIGS. 7 to 10.
It can be implemented as follows. That is, in the case of FIGS. 5 and 6, a pot-shaped inner container is used, but such an inner container 1 may be cylindrical as shown in FIGS. 7 and 8, or a cylindrical one as shown in FIGS. 9 and 10. It goes without saying that it may be of a rectangular box type, and a decorative board 30 is applied to the outer surface thereof as appropriate. Furthermore, it can be made into any shape such as a polygonal shape, an oval shape, a drum shape, a treasure box shape, etc., the lid 2, and the airtight storage bag 3.
, the subdivision means 4, the integrated cushioning material 5, the external container 6, etc. can be adopted and implemented according to those shown in FIGS. 5 and 6.

Container 1 enclosed in integrated cushioning material 5
Or, in order to facilitate the opening of the lid 2 or 8 applied to the lid 2 or 8, a piece of piano wire or the like is cut along the opening line of the lid 2 or 8, similar to the aforementioned dividing means 4, 14, etc. It is preferable to provide a converting means 24. That is, by dividing the integrated cushioning material 5 or 7 by the dividing means 24, the lid 2 or 8 as described above can be removed together with the divided cushioning material 5 covering it.

Some preferred embodiments of the inner container are shown in FIG.
1. As shown in Fig. 12, a lid 2 is attached to a main body 1. Various types of lids made of metal or synthetic resin are commercially available, and these can be used as they are. can. In particular, in cases where rigidity is required, reinforcing structures 18 and 19 in the form of ribs or bent structures may be employed.

As mentioned above, when storing items that require high frequency or magnetic shielding, the container 1 and the lid 2 are both made of a conductive material such as metal, and a fitting structure is adopted, and furthermore, packing is required. As a conductive material, it can provide a stable shielding effect over a long period of time.

[0055] As for the specific size of the inner container 1, the diameter or length of one side in the cross section is 200 to 1500 mm.
, especially 250-1000mm and height 200-2000mm
mm, particularly about 300 to 1000 mm, and its materials include the aforementioned metals, ceramics, glass, synthetic resins, wood materials such as paulownia wood, as well as stone, paper materials, and synthetic materials or composite materials thereof. However, it is preferable to decorate or beautify one or both of the inner and outer surfaces by plating, painting, adhesion, or the like.

Some examples of cosmetics or beautifying materials employed for beautifying purposes as described above are shown in FIG. 13 and subsequent figures. That is, Figure 1
3 is a beautifying material 21 that has a granite-like feel, but other beautifying stones and the like may be used as appropriate, and of course, gold, silver, platinum, etc. may also be used.

Although FIG. 14 shows a marble-like beautification material 21 and FIG. 15 shows a wood-like beautification material 21 molded from resin, the beautification material 21 may be made of any other beautification material suitable for outdoor or indoor use. .

[0058] As mentioned above, the target items are housed, evacuated, and filled with an integrated cushioning material and stored in a warehouse, underground, or in a grave, but of course they can also be stored in a tokonoma, alcove, or other nearby place at home or elsewhere. Of course it can be done.

When filling and molding the integrated cushioning material 5 or 15, a sheet or thin piece material 17 having appropriate rigidity is placed between the article 16 and the container 11 or the inner container 1 and the outer container 6 as a spacing material. By arranging as shown in FIGS. 16 and 17, the article 16 or the inner container can be held in a predetermined relative position, and the integrated cushioning material 5 or 15 can be filled and molded to a predetermined thickness. . Further, such a sheet or thin piece material 17 is provided so that it can be extracted, and by pulling it out, the cushioning material 5 or 15 can be divided into pieces or the lid 2 can be removed in the same manner as the above-mentioned dividing means 4 or 14. Close.

It goes without saying that a vacuum pump or the like can be used to evacuate the inside of the article or storage bag 3, container 1 or 6, but as mentioned above, suction means such as a vacuum cleaner or a dust collector may also be used. It is clear that the enclosing bag covered by vacuum becomes adsorbed to the outer surface of the container or article and is stably covered, and the suction port formed with a flexible tube or the like can be tied up or It is possible to create and maintain the desired vacuum condition by closing with appropriate clamping means.

The degree of vacuuming is appropriately selected in consideration of the material of the article to be stored. Generally, when using inorganic materials, by reducing the pressure to about -600 mmHg or more below atmospheric pressure, moisture as well as oxygen can be removed, improving storage stability. -700m for organic fiber materials, etc.
The pressure is reduced to mHg or higher to ensure its shelf life,
Preferably, the temperature is -730 mmHg or higher to obtain long-term durability.

The container of the present invention as described above can be used as a container, especially as an outer container for animals, vehicles, etc. seen at amusement parks, etc.
Molded products such as robots and rockets can be used, and ready-made products such as can stock and inner containers can be used as appropriate, and it is possible to manufacture them by preparing a special mold. It can be carried out without

As mentioned above, by storing the product under vacuum, corrosion and deterioration can be prevented, and high frequency waves and magnetism can be shielded, but the vacuum state is also released to the atmosphere when the package is opened. This creates a special sound or feel, giving it the feeling of being in a time capsule.

[0064]

[Effects of the Invention] According to the present invention as explained above, various commemorative items, relics, grave goods, video tapes, and other items can be stored effectively for a long period of time without causing any deterioration in quality. It is easy to handle, can be stored and stored at a relatively low cost, and can be taken out for viewing or reminiscing, and furthermore, it is easy and low cost to store it again after taking it out. and
This invention has great industrial effects.

[Brief explanation of drawings]

1 is a longitudinal section through a relatively simple embodiment according to the invention; FIG.

FIG. 2 is a cross-sectional view of what is shown in FIG. 1;

FIG. 3 is an explanatory diagram of the arrangement relationship of lateral subdivision means.

FIG. 4 is a longitudinal sectional view of a modification of the one shown in FIGS. 1 and 2;

FIG. 5 is a cross-sectional view of another embodiment according to the invention.

FIG. 6 is a longitudinal cross-sectional view of what is shown in FIG. 5;

FIG. 7 is a cross-sectional view of another embodiment according to the invention.

FIG. 8 is a longitudinal cross-sectional view of what is shown in FIG. 7;

FIG. 9 is a cross-sectional view of yet another embodiment according to the invention.

FIG. 10 is a longitudinal cross-sectional view of what is shown in FIG. 9;

FIG. 11 is a perspective view of a specific example of the inner container.

FIG. 12 is a perspective view of another example.

FIG. 13 is a side view of one example of the cosmetic material applied to the outer surface of the container of the present invention.

FIG. 14 is a side view of another example.

FIG. 15 is a plan view of yet another example.

FIG. 16 is a cross-sectional view of an embodiment in which a thin piece material is used as the spacing material.

FIG. 17 is a longitudinal cross-sectional view of what is shown in FIG. 16;

[Explanation of symbols]

1 Inner container 2 Lid 3 Airtight storage bag 4 Segmentation means 4c for integrated cushioning material Lateral subdivision means 5 Integrated cushioning material 6 Outer container 7 External buffer layer 8 Lid 9 Handle 10 Bag 11 Container 12 Lid 13 Storage bag 14 Segmentation means 14c Lateral subdivision means 15 Integrated cushioning material 16 Article 16a Its dividing line 17 Sheet or flake material 18 Air bleed port with valve 19 Sealing material 21 Beautiful material 22 Rib-shaped reinforcement section 23 Bend reinforcement section 24 Division Fixing means 25 Fixed locking means 26 Temporary fixing material

Claims (6)

[Claims] Claim 1: An article to be stored is housed in an airtight container, and at least a portion of the article in the container is evacuated to 600 mmHg or more above atmospheric pressure, and substantially all of the article is vacuumed. A method for storing an article, comprising wrapping the circumference with an integrated cushioning material layer that can be divided into parts. 2. The integrated buffer material layer is divided by a tensile action on a linear or flaky dividing means disposed inside the integrated buffer material layer and having at least one end exposed on the outer surface of the integrated buffer material layer. 2. The article storage method according to claim 1, wherein the article is taken out. 3. A container for accommodating articles to be stored under vacuum conditions, an integrated cushioning material filled between the articles and the container, and a gap between the integrated cushioning material and the articles to be stored. An article storage unit characterized in that the article storage unit is provided with means for dividing the integrated cushioning material into pieces. 4. A target article or an inner container for accommodating the target article, and an outer container for accommodating the inner container at an appropriate distance, and an airtight film material is provided around the outer periphery of the inner container or the target article. attaching a storage bag according to the invention, and filling and molding an integrated cushioning material between the storage bag and the external container,
An article storage unit characterized in that a means for dividing the cushioning material integrally filled and molded as described above is disposed between the cushioning material and the storage bag. 5. The article storage unit according to claim 3, wherein the means for dividing the integrally filled and molded cushioning material into pieces is a tough strip material such as piano wire. 6. Claim 3, characterized in that a sheet material for maintaining a distance between the article to be stored and the container or the inner container or the inner container and the outer container is disposed in the integrated cushioning material. 6. The article storage unit according to any one of 5 to 5.