JPH07253199A - Lp gas container housing store - Google Patents

Abstract

PURPOSE:To provide the LP gas container housing store which sufficiently earthquake resistant, wind resistant and durable structure. CONSTITUTION:The housing store is equipped with a foundation 3 where concrete is placed in forms so as to be cured, rear panels, side panels and front panels 11 and 13 which are supported over the foundation 3, roof panels 17 and 19 installed over the upper ends of the aforesaid panels, an upper opening section 23 formed by the roof panels 17 and 19, a top panel 21 rested on the upper opening section 23, and with a lower opening section 25 formed between the foundation 3 and each lower end of the rear panels 5, the side panels 7 and 8, and the front panels 11 and 13. Therefore, air comes in and out through the upper opening section 23 and the lower opening section 25, so that the housing store is well ventilated.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an LP gas container storage for storing an LP gas container outdoors by a customer of LP gas.

[0002]

2. Description of the Related Art An LP gas container for storing liquefied petroleum gas (propane, butane, butylene, etc. or a mixed gas thereof, hereinafter referred to as LP gas) is generally a long cylindrical metal container for household and commercial use. It is also widely used as an industrial fuel. Generally, two or more LP gas containers are generally installed together outdoors, and at the time of installation,
Often left exposed.

[0003]

However, if the LP gas container is left exposed, the temperature of the container will rise due to direct sunlight, and rust will occur on the container due to the adhesion of rainwater or sea salt. At present, there is little consideration for the container toppling, which is not a safe and aesthetically pleasing environment for the LP gas container.

In order to solve such a problem, for example, a front panel with a door is attached to the front portion of a plurality of LP gas containers placed at predetermined places, a rear panel is attached to the rear portion, and side portions are attached to both sides. There is also a simple type storage cabinet where the roof panel is placed on the top, but since the LP gas container is surrounded by front, rear, and side panels and the roof panel is placed on top, the panel will be vibrated. There is a risk of slipping, rattling, and collapse of the LP gas container together with the panels due to strong winds or earthquakes.

Since the LP gas container is filled with highly explosive LP gas for consumption, the storage box for storing this contains
Not only a sufficiently robust structure is required, but also considering the temperature rise especially in the summer and sufficient supply of latent heat of vaporization during peak usage of LP gas, LP gas container, pressure regulator, gas meter As much as possible to prevent adhesion of sea salt that corrodes piping, etc., and to prevent the LP gas container from tipping over.
A structure with excellent earthquake resistance, wind resistance, and durability is required.

Therefore, the present invention has been made by paying attention to the above-mentioned various problems, and L having a structure excellent in earthquake resistance, wind resistance and durability.
An object is to provide a P gas container storage.

[0007]

In order to achieve the above-mentioned object, the LP gas container storage of the present invention comprises a mold installed at a predetermined place and a concrete solidified in the mold. A base on which the gas container is placed, a rear panel erected on the rear part of the base, side panels erected on opposite sides of the base, and a front panel erected on the front part of the base. A door that is openably and closably attached to the front panel, a roof panel that is attached to the upper parts of the rear panel, the side panel, and the front panel and that has an upper opening, and a top panel that is arranged on the upper opening of this roof panel And a lower opening provided at an arbitrary position under the rear panel, the side panel, and the front panel.

[0008]

In this LP gas container storage, since the base on which the LP gas container is placed is composed of the mold and the concrete solidified in the mold, if the horizontal condition of the mold is secured, A base can be easily created at a predetermined place simply by placing the formwork on the ground and driving concrete into the formwork. Moreover, the base is heavy and cannot be easily moved. Besides, it is not only robust because the formwork and concrete are integrated,
Since the weight of the LP gas container is added to the base, the storage cabinet is not blown by a strong wind and the storage cabinet is not collapsed by an earthquake in combination with the weight of the base cabinet itself.

Further, since the base is higher than the ground and the LP gas container is placed on the base, water droplets attached to the LP gas container due to dew condensation or the like are transmitted from the container to the base, and the lower opening opens the storage container. It flows to the outside. Therefore, the problem that the bottom of the container is corroded by water droplets is prevented. On the other hand, this LP
Since the gas container storage has an upper opening and a lower opening, air flows in and out through the lower and upper openings to ensure ventilation of the storage. Therefore, in the summer, the temperature of the inside of the storage and the temperature of the LP gas container rise, so that air flows from the lower opening to the upper opening, the inside of the storage is ventilated, and the temperature rise of the container is prevented. Also, the low temperature in winter,
Although the generation of LP gas in the container deteriorates due to the temperature decrease of the container due to the removal of the heat of vaporization of gas at the peak of gas consumption, air temperature from the upper opening to the lower opening causes the temperature drop of the container. As a result, the amount of LP gas generated can be suppressed from decreasing. Moreover, since the LP gas leaking inside the storage is heavier than the air, it flows out from the lower opening to the outside of the storage to keep safety.

The rear panel, the side panel and the front panel are supported by legs which are mounted on the formwork of the base at intervals, and a gap formed between the lower ends of the rear panel, the side panel and the front panel and the base. May be the lower opening. By providing a panel for opening and closing in the lower opening, the lower opening can be opened and closed as needed. Even if the openings are open, small animals such as mice and cats enter the storage area through the upper openings and birds through the upper openings even if the openings are open. Can be prevented. In this case, of course, small invaders such as insects can be avoided by appropriately selecting the mesh size of the mesh panel. Also, if you use a mesh panel with a fireproof function,
While maintaining ventilation, it is possible to prevent the risk of flames entering the storage cabinet from the outside.

If the side panel and / or the rear panel is provided with a pipe support fitting for attaching the LP gas pipe, the pipe can be easily installed. Then, this pipe support fitting is attached to the side panel and / or the rear panel by an insulating fixing member via an insulating material, or an insulating material is provided on the LP gas pipe and the pipe support fitting, and the pipe is supported by this insulating material. By mounting on the metal fittings, the panel and piping can be electrically insulated, and electrical corrosion can be prevented. Of course, if both structures are adopted, the electric corrosion can be more surely prevented.
Further, the insulating material can also be used as a vibration damping material for preventing the resonance of the panel due to the vibration of the diaphragm in the pressure regulator arranged in the LP gas piping system.

By attaching an LP gas container fixing tool for fixing the LP gas container to the side panel and / or the rear panel, it is possible to prevent the container from tilting or falling in the storage.

[0013]

EXAMPLES An LP gas container storage of the present invention will be described below based on examples. FIG. 1 shows a front view of the storage case according to one embodiment, and FIG. 2 shows a right side view of the storage case of FIG. As a basic structure, this storage 1 is provided with a base 3 which is installed at a predetermined place and on which an LP gas container is placed, a rear panel 5 which is erected on the rear part of the base 3 via legs, and a base. Side panels 7 and 9 which are erected on the relative side portions of 3 via legs, respectively.
And the front panel 1 erected on the front of the base 3 via the legs
1, 13 (both see FIGS. 5 and 8) and the front panel 11,
Sliding door type door 15 (Fig.
And FIG. 9), roof panels 17 and 19 attached to the upper portions of the rear panel 5, the side panels 7 and 9 and the front panels 11 and 13 and inclined to the side panels 7 and 9 side, respectively, and the roof panel 17 , The upper opening 23 formed between 19
It includes a top panel 21 (both of which are shown in FIG. 11) arranged above, and a lower opening 25 provided in the lower portion of the rear panel 5, side panels 7, 9 and front panels 11, 13.

Next, each part will be described. In FIG. 3, the base 3 includes a front horizontal frame 30, a rear horizontal frame 31, and vertical frames 32, 33 each having a reinforcing portion 30 a in a portion facing the door 15.
And concrete (not shown) that has been poured and solidified in the form frame constituted by these frames 30 to 33. Each of the frames 30 to 33 is joined to a rectangular form by applying a connection plate 35 to the inside of the frame at each end and attaching it with a square screw 36 from the outside of the frame.
At the time when the frame is constructed by the frames 30 to 33, horizontal leveling is performed at the installation location of the storage case 1 and adjustment is performed so that the frame becomes horizontal. Then, if concrete is poured into the formwork and solidified (see the arrow in the figure), the base 3 in which the concrete and the formwork are integrated is formed. A reinforcing net may be added when pouring concrete.

As columns of the rear panel 5, the side panels 7 and 9, and the front panels 11 and 13, corner legs 37 are provided at four corners of the frames 30 to 33 on both sides of the reinforcing portion 30a of the front horizontal frame 30. Left and right legs 38 of the entrance are attached, and intermediate legs 39 are attached to the other places (11 places in this embodiment). These legs 37, 38, 39 allow the rear panel 5, side panels 7, 9 and front panels 11, 13 attached to these legs.
A gap is formed between the lower end of the base 3 and the base 3 (excluding the portions of the legs 37, 38, 39), and this gap serves as the lower opening 25.

As shown in FIG.
As shown in (partial cross-sectional view taken along the line AA in FIG. 1),
In this embodiment, three LP gas container mats 40 are arranged on each of the left and right, for a total of six (only the left side is shown in FIG. 4).
Therefore, the storage box 1 of this embodiment can store 12 LP gas containers in total. In FIG. 8, the base 3
The upper corner leg 37 has corner posts 50 and 5 respectively.
1, 52, 53 are attached and the entrance left and right legs 38
The rear panel 5, the side panels 7, 9 and the front panels 11, 13 are attached to the intermediate leg 39. In this example,
The rear panel 5 is composed of six panels, the side panels 7 and 9 are composed of three panels, and the front panels 11 and 13 are composed of two panels. An entrance upper panel 29 is installed between the upper portions of the front panels 11 and 13.

In FIG. 9, door backing plates 60 and 61 are vertically attached to the rear sides of the front panels 11 and 13, respectively, and a door rail 62 is provided to the upper rear sides of the front panels 11 and 13. It is attached laterally. This door rail 62
The door roller 63 attached to the upper rear side of the door 15 is engaged with the door 15, and the door 15 can be moved left and right. When the door 15 is fully opened and closed, the side portions of the door 15 have the door receiving plates 60, 61. Abut. The door 15 has a handle and a key.

In FIG. 10, inside the corner pillars 50 and 53 and the side panel 7, corner reinforcing pillars 70 and 73 are vertically attached. This corner reinforcement pillar 70,
LP gas container fixture 75 with a chain (or string) 75a for fixing the LP gas container at approximately the center of 73
The LP gas container stop plate 76 that is brought into contact with the LP gas container when the LP gas container is housed is attached to the lower portions of the 70 and 73. By placing the LP gas container on the mat 40 on the base 3 and hanging the chains 75a on the containers arranged in two rows, it is possible to prevent the two rows (two) of containers from tilting or falling. Of course, on the side panel 9 side, the corner pillar 5
1, 52 and the side panel 9 are provided with corner reinforcement columns, and the corner reinforcement columns are attached with a fixture 75 with a chain 75a (see FIG. 5 (a cross-sectional view of the main part taken along the line BB of FIG. 1)). .

Further, pipe support fittings 77 for supporting the LP gas pipe connected to the LP gas container are attached at four positions near the upper part of the side panel 7 [FIG. 6 (line C- in FIG. 1).
(See the sectional view of the main part of C)] The pipe support fitting 77 is attached to the side panel 7 as shown in FIG. Here, the pipe support metal fitting 77 is applied to the side panel 7 via an appropriate insulating material 78, and further, the sheath pipe 79a and the insulating core 79b are attached to the holes for inserting the bolts, and the bolt 7 is attached to this.
9 and then tighten the bolt 79 with the nut 79d through the insulating ring 79c to attach the metal fitting 77 to the side panel 7.
It is fixed to. Here, the bolt 79, the sheath tube 79a,
The insulating core 79b, the insulating ring 79c, and the nut 79d constitute an insulating fixing member.

By doing so, electricity generated in the pipe fixed on the pipe support fitting 77 can be prevented from flowing to the side panel 7 through the pipe support fitting 77 and the bolt 79.
The side panel 7 and the pipe are electrically insulated from each other and electrical corrosion is prevented. The bolt 79 and the nut 79d themselves may be made of an insulating material. As another structure for electrically insulating the LP gas pipe and the side panel 7, although not particularly shown in the drawing, an insulating material is provided on the pipe and the pipe support fitting 77, and the pipe is fixed to the fitting 77 with this insulating material. Good. Of course, both structures may be adopted, in which case the electrical insulation effect between the pipe and the side panel 7 is further increased.

When an insulating material is used when fixing the pipe support fitting 77 to the side panel 7 or when fixing the pipe to the pipe support fitting 77, the insulating material also functions as a vibration isolator for the storage 1. . That is, a pressure regulator is provided in the piping system of the LP gas container, and the pressure regulator has a diaphragm inside, and the vibration of this diaphragm may cause the panel to resonate through the piping. Vibration of the panel can be prevented by the insulating material that also serves as the.

Roof panels 17, 19 and upper opening 23
The structure of is as shown in FIG. Rear beams 80a, 80b and front beams 81a, 81 are provided on the upper ends of the rear panel 5, the front panels 11, 13 and the entrance upper panel 29, respectively.
b is attached, the rear beams 80a and 80b, the front beams 81a and 8
1b are also joined together. The side ends of the roof panel 17 are attached to the rear beam 80a and the front beam 81a, and the side ends of the roof panel 19 (a perspective view in the figure) are attached to the rear beam 80b and the front beam 81b. They are attached to the upper ends of the side panels 7 and 9, respectively. Due to this beam, the roof panels 17 and 19 are in a low inclined state toward the side panels 7 and 9, respectively. Further, a gap is formed between the front ends of the roof panels 17 and 19, and the gap becomes the upper opening 23. Rear beam 80
a, 80b and front beams 81a, 81b, the central support plate 8
2, 83 are attached, and the top panel 21 is attached to the central receiving plates 82, 83. Therefore, since the top panel 21 is located on the upper opening 23, rain does not enter the storage case 1 through the upper opening 23.

Further, in this embodiment, as shown in FIG. 1, each lower opening 25 formed between the base 3 and the lower ends of the rear panel 5, the side panels 7 and 9 and the front panels 11 and 13.
A net-like panel 90 is fitted in the. By providing the mesh panel 90, it is possible to prevent entry of small animals such as rats and cats from the lower opening 25. It should be noted that the mesh panel 90 may be replaced by an openable / closable panel. In this case, the panel can be opened / closed as necessary to change the total opening area of the lower opening 25. Similarly, if a mesh panel is also provided in the upper opening 23, the upper opening 23
It is also possible to prevent small birds from invading.

The storage case 1 constructed in this manner has the upper opening 23 at the center of the upper part and the lower opening 25 at the periphery of the lower part, so that the ventilation is efficiently carried out and the L stored in the storage 1 is stored.
A favorable environment is maintained for the P gas container. That is, in the summer, the temperature of the inside of the storage case 1 and the temperature of the LP gas container rise, so that warm air flows out of the storage case 1 from the upper opening 23 and cold air flows into the storage case 1 from the lower opening 25. Since an upward flow of air is generated inside the storage case 1, the temperature rise of the container is prevented.

On the other hand, in winter or when gas consumption is high, the heat of vaporization of gas is taken from the LP gas container and the liquefied gas is vaporized, so that the temperature in the storage case 1 is lowered and the gas generation amount is lowered. However, even in such a state, the low-temperature inside air flows out through the lower opening 25 and the outside air flows in through the upper opening 23, so that the inside temperature does not abnormally decrease, which adversely affects gas generation. The inconvenience caused is suppressed.

FIG. 13 shows a cross-sectional view of the main part of a storage according to another embodiment, and FIG. 14 shows a vertical cross-sectional view of the main part. This storage 10
0, legs 137 and 139 are mounted on the base 103, a rear panel 105 and side panels 107 and 109 are erected on these legs 137 and 139, and a roof panel 117 is provided above the rear panel 105 and the side panels 107 and 109. And the top panel 121 is mounted on the roof panel 117. In this embodiment, the front panel is a shutter 111 that also functions as a door, and the shutter 111 is the storage case 1.
00 can be wound up and down around the shutter winding section 112 installed in the front upper part of the same. The upper opening 123 for ventilation is formed by the gap between the roof panel 117 and the top panel 121, and the lower opening 12
5 is a base 103, a rear panel 105, a side panel 107,
It is formed by a gap between 109 and the lower end of the shutter 111.

Further, in this storage 100, the legs 137, 1
Mounting plate support frame 1 for supporting the LP gas container mounting plate on 39
40 is installed in a quadrangular shape, and a mounting plate support frame 141 is also installed in a quadrangular shape in the vicinity of the central portion of the storage case 100. The LP gas container mounting plates 142, 143 are mounted on the respective support frames 140, 141. Are engaged and installed. That is, the storage case 100 of this embodiment can store LP gas containers in the lower and upper stages. In the example shown in the drawing, the mounting plates 142,
2 each in 143 × 5 columns = 10 (20 in total)
The LP gas container 200 can be stored.

The LP gas container mounting plates 142 and 143 are provided for improving ventilation and dropping water droplets, as shown in FIG. 15 [perspective view (a) and sectional view (b) taken along line EE]. , For example, 3 pieces formed at equal intervals in the longitudinal direction ×
There are five rows of circular holes 142a and four elliptical holes 142b that are also formed at equal intervals.
The opening edge of b is gently inclined downward. The holes 142a and 142b are not limited to the illustrated ones, and the shapes and the numbers thereof are not limited as long as the air permeability and the drop function of water drops are not impaired.

When the LP gas container is placed on the mounting plates 142 and 143, water droplets such as dew condensation formed on the LP gas container drop on the base 103 through the holes 142a and 142b, and water is deposited on the bottom of the LP gas container. It does not accumulate and can prevent the rust of the LP gas container. In addition, holes 142a, 142b
Since air flows through the LP gas container, convection always occurs around the LP gas container, and the temperature of the LP gas container can be stably maintained.
Therefore, an even more favorable environment is provided for the LP gas container.

[0030]

Since the LP gas container storage of the present invention is constructed as described above, it has the following effects. Since the base consists of the formwork and the concrete in the formwork, as long as the formwork is kept horizontal, you can place the formwork on the ground and drive the concrete into the formwork to place the base in place. It is easy to complete, and the base is heavy and does not move easily. In addition, since the formwork and concrete are integrated, it is not only robust, but because the weight of the LP gas container is added to the base, combined with the weight of the base itself, the storage box can be blown by strong winds or stored in an earthquake. There is no such thing as a warehouse falling down.

Further, since the base is higher than the ground and the LP gas container is placed on this base, water droplets attached to the LP gas container due to dew condensation, etc. are transmitted from the container to the base, and the lower opening opens the storage container. It flows to the outside. Therefore, the problem that the bottom of the container is corroded by water droplets is prevented. On the other hand, since it has the upper opening and the lower opening, the air flows in and out through the lower and the upper openings to ensure the ventilation of the storage. Therefore, in the summer, the temperature of the inside of the storage and the temperature of the LP gas container rise, so that air flows from the lower opening to the upper opening,
Ventilation of the inside of the storage is performed and the temperature rise of the container is prevented. Further, during winter or when gas consumption is high, an air flow from the upper opening to the lower opening is generated, so that the temperature drop of the container is reduced and the decrease of the LP gas generation amount is suppressed.
Moreover, since the gas leaking in the storage is heavier than air, it flows out from the lower opening, so that safety is maintained.

The rear panel, the side panel, and the front panel are supported by legs mounted on the frame of the base, and the gap formed between the bottom of the rear panel, the side panel, and the front panel and the base is opened at the lower opening. It is also possible to By providing a panel for opening and closing in the lower opening, the lower opening can be opened and closed as needed. Even if the openings are open, small animals such as mice and cats enter the storage area through the upper openings and birds through the upper openings even if the openings are open. Can be prevented. In this case, of course, small invaders such as insects can be avoided by appropriately selecting the mesh size of the mesh panel. Also, if you use a mesh panel with a fireproof function,
While maintaining ventilation, it is possible to prevent the risk of flames entering the storage cabinet from the outside.

If the side panel and / or the rear panel is provided with a pipe support fitting for attaching the LP gas pipe, the pipe can be easily installed. Then, this pipe support fitting is attached to the side panel and / or the rear panel by an insulating fixing member via an insulating material, or an insulating material is provided on the LP gas pipe and the pipe support fitting, and the pipe is supported by this insulating material. By mounting on the metal fittings, the panel and piping can be electrically insulated, and electrical corrosion can be prevented. Of course, if both structures are adopted, the electric corrosion can be more surely prevented.
Further, the insulating material can also be used as a vibration damping material for preventing the resonance of the panel due to the vibration of the diaphragm in the pressure regulator arranged in the LP gas piping system.

By attaching an LP gas container fixing tool for fixing the LP gas container to the side panel and / or the rear panel, it is possible to prevent the container from tilting or falling in the storage. By providing an LP gas container mounting plate having a plurality of holes on the base, water droplets such as dew condensation that has occurred on the LP gas container will drop through the holes, so that water will not collect at the bottom of the LP gas container. Not only can you effectively prevent rusting of the LP gas container, but also because air flows through the holes,
Convection always occurs around the LP gas container, and the temperature of the LP gas container can be stably maintained, which is a more preferable environment for the LP gas container.

As described above, the LP gas container storage of the present invention has a structure having abundant earthquake resistance, wind resistance and durability, and is optimal as a storage for storing the LP gas container.

[Brief description of drawings]

FIG. 1 is a front view of a storage case according to an embodiment.

FIG. 2 is a right side view of the storage.

FIG. 3 is an exploded perspective view of a base in the storage.

FIG. 4 is a main-portion cross-sectional view of the same storage along line AA (FIG. 1).

FIG. 5 is a cross-sectional view of a main part of the same storage along line BB (FIG. 1).

FIG. 6 is a main-portion cross-sectional view taken along line C-C (FIG. 1) of the storage.

FIG. 7 is a main-portion cross-sectional view of the same storage along line DD (FIG. 2).

FIG. 8 is an external perspective view showing a rear panel, a side panel, and a front panel in the same storage.

FIG. 9 is an exploded perspective view showing a front panel and a door in the storage.

FIG. 10 is an exploded perspective view showing a structure inside a side panel in the storage.

FIG. 11 is an exploded perspective view showing a roof panel and a ceiling panel in the storage.

12 is an enlarged cross-sectional view of a main part showing a mounting structure of the pipe support fitting shown in FIG. 10 to a side panel.

FIG. 13 is a lateral cross-sectional view of a main part of a storage according to another embodiment.

FIG. 14 is a longitudinal sectional view of a main part of the storage.

FIG. 15 is an external perspective view (a) of the LP gas container mounting plate provided on the base of the storage and a sectional view (b) taken along line EE.

[Explanation of symbols]

 1 LP gas container storage 3 Base 5 Rear panel 7,9 Side panel 11,13 Front panel 15 Door 17,19 Roof panel 21 Top panel 23 Upper opening 25 Lower opening 37,38,39 Legs 75 LP gas with chain Container fixture 77 Piping support bracket 142,143 LP gas container mounting plate

Claims (9)

[Claims] 1. A base, which comprises a formwork installed in a predetermined place and concrete solidified in the formwork, on which an LP gas container is placed, and a rear panel which is erected on the rear part of the base. , Side panels respectively erected on the relative side parts of the base, front panels erected on the front part of the base, doors openably and closably attached to the front panel, and rear panels, side panels and front panels. A roof panel that is attached to the top and has an upper opening, a top panel that is placed on the upper opening of this roof panel, and a lower opening that is provided at any position under the rear panel, side panel, and front panel. An LP gas container storage characterized by comprising: 2. The rear panel, the side panel and the front panel,
Supported by legs spaced apart on the base formwork, the lower opening is a gap formed by the legs between the bottom of the rear, side and front panels and the base. The LP gas container storage according to claim 1. 3. The LP gas container storage according to claim 1, wherein the lower opening is provided with a panel for opening and closing the lower opening. 4. The LP gas container storage according to claim 1 or 2, wherein reticulated panels are provided in the upper opening and the lower opening. 5. An LP is provided on the side panel and / or the rear panel.
The LP gas container storage according to claim 1, 2, 3 or 4, wherein a pipe support fitting for mounting the gas pipe is provided. 6. The LP gas container storage according to claim 5, wherein the pipe support fitting is attached to the side panel and / or the rear panel by an insulating fixing member via an insulating material. 7. The LP gas container storage according to claim 5, wherein the LP gas pipe is attached to the pipe support fitting by an insulating material provided on the LP gas pipe and the pipe support fitting. 8. An LP is provided on the side panel and / or the rear panel.
An LP gas container fixing tool for fixing the gas container is attached, and the LP gas container fixing device is attached.
Alternatively, the LP gas container storage according to claim 4 or claim 5 or claim 6 or claim 7. 9. An LP gas container mounting plate having a plurality of holes is provided on the base, wherein the mounting plate is an LP gas container mounting plate. The LP gas container storage according to claim 6 or claim 7 or claim 8.