JP3180201U - Articulated water storage - Google Patents

Articulated water storage Download PDF

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JP3180201U
JP3180201U JP2012005865U JP2012005865U JP3180201U JP 3180201 U JP3180201 U JP 3180201U JP 2012005865 U JP2012005865 U JP 2012005865U JP 2012005865 U JP2012005865 U JP 2012005865U JP 3180201 U JP3180201 U JP 3180201U
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water
cylindrical container
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重男 中條
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重男 中條
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Abstract

【課題】簡単な構造で大量の飲料水等を貯水できる連結式貯水装置の提供。
【解決手段】
連結式貯水装置Ａは、内部に水を貯水する円筒容器１と、一方側側壁１１の上部から横方向に突設する柱状山型部２と、他方側側壁１２の上部から横方向に突設する柱状嵌合部３と、隣り合う円筒容器１との間に掛け渡され、内底面１０の近くで下開口４０が開口するサイホン管４と、水栓５２を取り付けた給水管５とを具備してなる。避難所等で連結式貯水装置Ａを設置する場合において、柱状嵌合部３を柱状山型部２に嵌め込んで嵌合させれば、設置スペースを有効に使って、複数の円筒容器１を容易に横設することができる。【選択図】図１Provided is a connected water storage device that can store a large amount of drinking water or the like with a simple structure.
[Solution]
The connected water storage device A includes a cylindrical container 1 for storing water therein, a columnar chevron 2 projecting laterally from the top of one side wall 11, and projecting laterally from the top of the other side wall 12. A siphon tube 4 that spans between the columnar fitting portion 3 and the adjacent cylindrical container 1 and has a lower opening 40 near the inner bottom surface 10; and a water supply tube 5 to which a faucet 52 is attached. Do it. When installing the coupled water storage device A at a refuge, etc., if the columnar fitting portion 3 is fitted into the columnar mountain-shaped portion 2 and fitted, a plurality of cylindrical containers 1 can be installed using the installation space effectively. Can be easily laid sideways. [Selection] Figure 1

Description

本考案は、飲料水などを貯水する連結式貯水装置に関する。   The present invention relates to a coupled water storage device that stores drinking water or the like.

発災で水道が使えなくなった場合、被災家庭や避難所等では、飲料水などを大量に貯水する必要がある。   When water supply becomes unavailable due to the disaster, it is necessary to store a large amount of drinking water in the affected households and shelters.

特許文献１には、複数のタンクを連通管で接続した飲料水保存用給水装置が開示されている。   Patent Document 1 discloses a drinking water storage water supply apparatus in which a plurality of tanks are connected by a communication pipe.

実公平７−４３２１６号公報No. 7-43216

特許文献１の飲料水保存用給水装置は、バルブが多く必要である。   The drinking water storage water supply device of Patent Document 1 requires many valves.

本考案の目的は、簡単な構造で大量の飲料水等を貯水できる連結式貯水装置の提供にある。   An object of the present invention is to provide a connected water storage device that can store a large amount of drinking water or the like with a simple structure.

（請求項１について）
連結式貯水装置は、内部に水を貯水するプラスチック製の円筒容器と、円筒容器の一方側側壁の上部から横方向に突設する柱状山型部と、円筒容器の他方側側壁の上部から横方向に突設する柱状嵌合部と、隣り合う円筒容器との間に掛け渡されるサイホン管と、吐水口側に水栓を取り付けた給水管とを具備してなる。 (About claim 1)
The connected water storage device is composed of a plastic cylindrical container for storing water therein, a columnar chevron projecting laterally from the upper part of one side wall of the cylindrical container, and a horizontal part from the upper part of the other side wall of the cylindrical container. It comprises a columnar fitting portion protruding in the direction, a siphon tube spanned between adjacent cylindrical containers, and a water supply pipe with a faucet attached to the water outlet side.

円筒容器は、上面が開口し、一方側側壁と他方側側壁とが対向する様に複数個横設されている。
柱状山型部は、断面略山字状であり、中央の柱の上面に断面Ｕ字状の窪みを形成している。
柱状嵌合部は、断面Π字状であり、上面中央に断面Ｕ字状の窪みを形成している。 A plurality of cylindrical containers are horizontally provided such that the upper surface is open and the one side wall and the other side wall face each other.
The columnar chevron portion has a substantially chevron-shaped cross section, and a depression having a U-shaped cross section is formed on the upper surface of the central column.
The columnar fitting portion has a cross-sectional shape and has a U-shaped depression in the center of the upper surface.

サイホン管は、Ｕ字状であり、柱状山型部および柱状嵌合部の窪み内に水平部が嵌め込まれ、円筒容器の内底面の近くで下開口が下向に開口している。
給水管は、円筒容器の内底面の近くで開口する取水口がサイホン管の下開口より高い位置に設定されている。 The siphon tube is U-shaped, and the horizontal portion is fitted in the recesses of the columnar chevron and the columnar fitting portion, and the lower opening is opened downward near the inner bottom surface of the cylindrical container.
The water supply pipe is set such that the water intake opening near the inner bottom surface of the cylindrical container is higher than the lower opening of the siphon pipe.

連結式貯水装置は、以下の様にして使用する。
連結式貯水装置を避難所等に設置して全ての円筒容器に水を貯水する場合、何れかの円筒容器内へ水を送水すれば、サイホンの原理で全ての円筒容器に水が入り、各円筒容器内の水の水位が同じレベルになる。 The connected water storage device is used as follows.
When installing a connected water storage device in an evacuation center etc. and storing water in all cylindrical containers, if water is sent into any cylindrical container, water enters all cylindrical containers by the principle of siphon, The water level in the cylindrical container becomes the same level.

また、給水管の水栓を開けば吐水口から水が吐水するので、その水を飲料水として利用できる。なお、サイホンの原理で各円筒容器内の水の水位は同じレベルで下がっていく。 この際、円筒容器の内底面の近くで開口する給水管の取水口が、サイホン管の下開口より高い位置に設定されているため、給水管の取水口が有る円筒容器の水のレベルが取水口の位置まで低下すると吐水口からの水の吐出が止まる。   Moreover, since water spouts from a water outlet if the faucet of a water supply pipe is opened, the water can be utilized as drinking water. Note that the water level in each cylindrical container is lowered at the same level by the principle of siphon. At this time, since the intake of the water supply pipe that opens near the inner bottom surface of the cylindrical container is set at a position higher than the lower opening of the siphon pipe, the level of the water in the cylindrical container that has the intake of the water supply pipe When it drops to the position of the mouth, the water discharge from the water outlet stops.

吐水口から水の吐出が止まった時点で、全てのサイホン管の下開口は、その円筒容器内に貯水されている水の水面下に位置しているのでサイホン管内には空気が入らない。再開する際は、水栓を一旦閉じて、何れかの円筒容器内へ水を送水して水位を上げれば、再び、吐水口から水を吐水させることができる。   When the discharge of water from the water outlet stops, the lower openings of all the siphon tubes are located below the surface of the water stored in the cylindrical container, so that no air enters the siphon tubes. When resuming, once the faucet is closed and water is fed into one of the cylindrical containers to raise the water level, water can be discharged from the water outlet again.

連結式貯水装置は、以下の利点を奏する。
避難所等で連結式貯水装置を設置する場合において、断面Π字状の柱状嵌合部を断面略山字状の柱状山型部に嵌め込んで嵌合させれば、設置スペースを有効に使って、複数の円筒容器を容易に横設することができる。
また、サイホン管の水平部を、柱状山型部および柱状嵌合部の断面Ｕ字状の窪みに嵌め込むという簡単な作業を行うだけで各円筒容器間で水を流通させることができる。サイホン管内を水で満たした状態で嵌め込むか、嵌め込んだ後に水を注入してサイホン管内を水で満たす。 The connected water storage device has the following advantages.
When installing a connected water storage system in an evacuation center, etc., the installation space can be used effectively by fitting the columnar fitting part with a cross-sectionally cross-sectional shape into the columnar chevron part with a substantially mountain-shaped cross-section. Thus, it is possible to easily lay a plurality of cylindrical containers.
In addition, water can be circulated between the cylindrical containers by simply performing a simple operation of fitting the horizontal portion of the siphon tube into the recess having a U-shaped cross section of the columnar chevron and the columnar fitting portion. The siphon tube is filled with water, or after fitting, water is injected to fill the siphon tube with water.

円筒容器の内底面の近くで開口する給水管の取水口を、サイホン管の下開口より高い位置に設定しているので、水を給水管の取水口まで使い切ってもサイホン管内に空気が入らない。このため、吐水口から水の吐出を再開する際に、サイホン管内の空気抜きを行う必要がないので手間がかからない。   Since the intake of the water supply pipe that opens near the inner bottom surface of the cylindrical container is set higher than the lower opening of the siphon pipe, air does not enter the siphon pipe even if the water is used up to the intake of the water supply pipe. . For this reason, when resuming the discharge of water from the water outlet, there is no need to perform air venting in the siphon tube.

設置の必要が無い場合は、円筒容器やサイホン管等を倉庫等に入れておけるので嵩張らず、設置する場合には、円筒容器×連結数で必要とする貯水水量を容易に確保することができる。また、円筒容器を重ねて収納しておくことも可能である。   When installation is not necessary, cylindrical containers and siphon tubes can be stored in warehouses, etc. so that they are not bulky. . Moreover, it is also possible to store a cylindrical container in piles.

（請求項２について）
サイホン管の下開口が臨む円筒容器の内底面の外縁部に凹部を周設して凹部内に水が残る様にすれば、給水管の取水口を内底面の近くまで下げることができる。よって、給水管の取水口まで水を使い切るまで吐出可能な水の量を増やすことができる。 (About claim 2)
If a recess is provided around the outer edge of the inner bottom surface of the cylindrical container facing the lower opening of the siphon tube so that water remains in the recess, the water intake of the water supply pipe can be lowered to the vicinity of the inner bottom surface. Therefore, it is possible to increase the amount of water that can be discharged until the water is used up to the water intake of the water supply pipe.

（請求項３について）
サイホン管は、水平部に金属パイプを臨ませる中空の金属パイプの両端に軟質ホースを外嵌したもの、または、全てを中空の金属パイプで構成したものが好適である。
前者は、軽量で安価であり、後者は耐久性に優れる。 (Claim 3)
The siphon tube is preferably one in which a soft hose is fitted on both ends of a hollow metal pipe that faces the metal pipe on the horizontal portion, or one in which all are constituted by a hollow metal pipe.
The former is lightweight and inexpensive, and the latter is excellent in durability.

（請求項４について）
水を貯水するためのビニール袋を円筒容器内に入れ、サイホン管の下開口、および給水管の取水口をビニール袋内に臨ませている。
円筒容器内に入れたビニール袋内に水が貯水されるため、ヒビが入った円筒容器でも水漏れすることなく利用できる。また、未洗浄の円筒容器であっても衛生的に水を貯水することができる。 (About claim 4)
A plastic bag for storing water is placed in the cylindrical container, and the lower opening of the siphon pipe and the water intake of the water supply pipe are exposed in the plastic bag.
Since water is stored in a plastic bag placed in a cylindrical container, even a cylindrical container with cracks can be used without water leakage. Moreover, even if it is an unwashed cylindrical container, water can be stored hygienically.

実施例１に係る連結式貯水装置の説明図である。It is explanatory drawing of the connection type water storage apparatus which concerns on Example 1. FIG. （ａ）はその連結式貯水装置に用いるサイホン管の説明図、（ｂ）はその連結式貯水装置に用いる他のサイホン管の説明図である。(A) is explanatory drawing of the siphon pipe | tube used for the connection type water storage apparatus, (b) is explanatory drawing of the other siphon pipe | tube used for the connection type water storage apparatus. 円筒容器の一方側側壁の上部から横方向に突設する断面略山字状の柱状山型部の斜視図である。It is a perspective view of the column-shaped mountain-shaped part of the cross-sectional substantially mountain shape protruding from the upper part of the one side wall of a cylindrical container in the horizontal direction. （ａ）は柱状山型部と柱状嵌合部とが嵌合した状態を示す上面図であり、（ｂ）はそのｘ−ｘ’線断面図である。(A) is a top view which shows the state which the columnar chevron part and the columnar fitting part fitted, (b) is the x-x 'sectional view taken on the line.

連結式貯水装置は、一方側側壁と他方側側壁とが対向する様に横設し、内部に水を貯水する円筒容器と、
円筒容器の一方側側壁の上部から横方向に突設する断面略山字状の柱状山型部と、
円筒容器の他方側側壁の上部から横方向に突設し、柱状山型部と嵌合可能な断面Π字状の柱状嵌合部と、
隣り合う円筒容器との間に掛け渡され、円筒容器の内底面の近くで下開口が下向に開口するＵ字状のサイホン管と、
吐水口側に水栓を取り付けた給水管とを具備してなる。 The connected water storage device is installed so that the one side wall and the other side wall face each other, and a cylindrical container for storing water inside,
A columnar chevron with a substantially cross-sectional cross section projecting laterally from the top of one side wall of the cylindrical container;
A columnar fitting part having a cross-sectional shape that is projecting in a lateral direction from the upper part of the other side wall of the cylindrical container and can be fitted to the columnar chevron part;
A U-shaped siphon tube that spans between adjacent cylindrical containers and has a lower opening that opens downward near the inner bottom surface of the cylindrical container;
And a water supply pipe with a faucet attached to the water outlet side.

避難所等で連結式貯水装置を設置する場合において、断面Π字状の柱状嵌合部を断面略山字状の柱状山型部に嵌め込んで嵌合させれば、設置スペースを有効に使って、複数の円筒容器を容易に横設することができる。   When installing a connected water storage system in an evacuation center, etc., the installation space can be used effectively by fitting the columnar fitting part with a cross-sectionally cross-sectional shape into the columnar chevron part with a substantially mountain-shaped cross-section. Thus, it is possible to easily lay a plurality of cylindrical containers.

本考案の実施例１（請求項１、２、３に対応）に係る連結式貯水装置Ａを、図１〜図４に基づいて説明する。
図に示す如く、連結式貯水装置Ａは、プラスチック製の円筒容器１と、一方側側壁１１の上部から横方向に突設する柱状山型部２と、他方側側壁１２の上部から横方向に突設する柱状嵌合部３と、隣り合う円筒容器１、１との間に掛け渡されるサイホン管４と、吐水口５１側に水栓５２を取り付けた給水管５とを具備してなる。 A connected water storage apparatus A according to Embodiment 1 (corresponding to claims 1, 2, and 3) of the present invention will be described with reference to FIGS.
As shown in the figure, the connected water storage device A includes a plastic cylindrical container 1, a columnar chevron 2 projecting laterally from the top of one side wall 11, and a lateral direction from the top of the other side wall 12. It comprises a columnar fitting portion 3 that protrudes, a siphon tube 4 spanned between adjacent cylindrical containers 1 and 1, and a water supply tube 5 having a faucet 52 attached to the water outlet 51 side.

蓋ｆを有する円筒容器１（ポリバケツ）は、上面が開口し、内部に貯水用の水が入れられている。
連結式貯水装置Ａを避難所等に設置する場合、一方側側壁１１と他方側側壁１２とが対向する様に円筒容器１を給水スペースに、例えば３個、横設する。また、本実施例では、サイホン管４の下開口４０が臨む円筒容器１の内底面１０の外縁部に凹部１３を周設している。 A cylindrical container 1 (poly bucket) having a lid f has an upper surface opened, and water for storing water is placed therein.
When installing the connection type water storage apparatus A in a refuge or the like, three cylindrical containers 1 are installed horizontally in the water supply space so that the one side wall 11 and the other side wall 12 face each other. In this embodiment, the recess 13 is provided around the outer edge of the inner bottom surface 10 of the cylindrical container 1 where the lower opening 40 of the siphon tube 4 faces.

柱状山型部２は、中央の柱２１、左柱２２、および右柱２３を断面が略山字状になる様に一体に連結した柱状体であり、中央の柱２１の上面に断面Ｕ字状の窪み２４を形成している。   The columnar chevron part 2 is a columnar body in which a central column 21, a left column 22, and a right column 23 are integrally connected so that a cross section has a substantially mountain shape. A hollow 24 is formed.

柱状嵌合部３は、左柱３１および右柱３２を断面が略山字状になる様に一体に連結した柱状体であり、上面中央に断面Ｕ字状の窪み３３を形成している。   The columnar fitting portion 3 is a columnar body in which the left column 31 and the right column 32 are integrally connected so that the cross section has a substantially mountain shape, and a depression 33 having a U-shaped cross section is formed at the center of the upper surface.

サイホン管４は、外観がＵ字状を呈し、本実施例では、外径が１５ｍｍの円筒状の金属製パイプ（２本）である。このサイホン管４は、柱状山型部２および柱状嵌合部３の窪み２４、３３内に長さ約１２ｃｍの水平部４１が嵌め込まれ、隣り合う円筒容器１、１間に掛け渡されている。そして、２本のサイホン管４の下開口４０は、円筒容器１の内底面１０の凹部１３底に近い位置（各下開口４０−凹部１３底との距離は同じ）で下向に開口している。   The siphon tube 4 is U-shaped in appearance, and is a cylindrical metal pipe (two) having an outer diameter of 15 mm in this embodiment. The siphon tube 4 has a horizontal portion 41 having a length of about 12 cm fitted in the recesses 24 and 33 of the columnar chevron 2 and the columnar fitting portion 3 and is spanned between adjacent cylindrical containers 1 and 1. . The lower openings 40 of the two siphon tubes 4 are opened downward at a position close to the bottom of the recess 13 of the inner bottom surface 10 of the cylindrical container 1 (the distance between each bottom opening 40 and the bottom of the recess 13 is the same). Yes.

給水管５は、サイホン管４の下開口４０より高い位置で、円筒容器１の内底面１０の近くの他方側側壁１２に取水口５３が開口している。   In the water supply pipe 5, a water intake 53 is opened in the other side wall 12 near the inner bottom surface 10 of the cylindrical container 1 at a position higher than the lower opening 40 of the siphon pipe 4.

連結式貯水装置Ａは、以下の様にして使用する。
避難所等で連結式貯水装置Ａを設置して全ての円筒容器１に水を貯水する場合、何れかの円筒容器１内へ水を送水すれば、サイホンの原理で全ての円筒容器１に水が入り、各円筒容器１内の水の水位が同じレベルになる。 The connected water storage device A is used as follows.
When water is stored in all the cylindrical containers 1 by installing the connected water storage device A at a refuge, etc., if the water is sent into any of the cylindrical containers 1, water is supplied to all the cylindrical containers 1 by the principle of siphon. And the water level in each cylindrical container 1 becomes the same level.

また、給水管５の水栓５２を開けば吐水口５４から水が吐水するので、その水を飲料水として利用できる。なお、サイホンの原理で各円筒容器１内の水の水位は同じレベルで下がっていく。
この際、円筒容器１の内底面１０の近くで開口する給水管５の取水口５３が、サイホン管４の下開口４０より高い位置に設定されているため、給水管５の取水口５３が有る円筒容器１の水のレベルが取水口５３の位置まで低下すると吐水口５４からの水の吐出が止まる。 Moreover, since water spouts from the spout 54 if the faucet 52 of the water supply pipe 5 is opened, the water can be used as drinking water. In addition, the water level in each cylindrical container 1 falls at the same level by the principle of siphon.
At this time, the water intake 53 of the water supply pipe 5 that opens near the inner bottom surface 10 of the cylindrical container 1 is set at a position higher than the lower opening 40 of the siphon pipe 4, and therefore there is a water intake 53 of the water supply pipe 5. When the water level in the cylindrical container 1 is lowered to the position of the water intake 53, the water discharge from the water outlet 54 stops.

吐水口５４から水の吐出が止まった時点で、全てのサイホン管４の下開口４０は、その円筒容器１内に貯水されている水の水面下に位置しているのでサイホン管４内には空気が入らない。再開する際は、水栓５２を一旦閉じて、何れかの円筒容器１内へ水を送水して水位を上げれば、再び、吐水口５４から水を吐水させることができる。   When the discharge of water from the water discharge port 54 stops, the lower openings 40 of all the siphon tubes 4 are located below the surface of the water stored in the cylindrical container 1. Air does not enter. When restarting, once the faucet 52 is closed and water is fed into one of the cylindrical containers 1 to raise the water level, the water can be discharged from the water outlet 54 again.

連結式貯水装置Ａは、以下の利点を奏する。
避難所等で連結式貯水装置Ａを設置する場合において、断面Π字状の柱状嵌合部３を断面略山字状の柱状山型部２に嵌め込んで嵌合させれば、設置スペースを有効に使って、複数の円筒容器１を容易に横設することができる。
また、サイホン管４の水平部４１を、柱状山型部２および柱状嵌合部３の断面Ｕ字状の窪み２４、３３に嵌め込むという簡単な作業を行うだけで各円筒容器１間で水を流通させることができる。サイホン管４内を水で満たした状態で嵌め込むか、嵌め込んだ後に水を注入してサイホン管４内を水で満たす。 The connected water storage device A has the following advantages.
When installing the connected water storage device A at a shelter or the like, the installation space can be reduced by fitting the columnar fitting part 3 having a cross section of a cross section into the columnar chevron part 2 having a substantially cross section of a cross section. Effectively used, a plurality of cylindrical containers 1 can be easily installed sideways.
Further, the water can be transferred between the cylindrical containers 1 by performing a simple operation of fitting the horizontal portion 41 of the siphon tube 4 into the depressions 24 and 33 having a U-shaped cross section of the columnar chevron portion 2 and the columnar fitting portion 3. Can be distributed. The siphon tube 4 is filled in with the water filled, or after fitting, water is injected to fill the siphon tube 4 with water.

円筒容器１の内底面１０の近くで開口する給水管５の取水口５３を、サイホン管４の下開口４０より高い位置に設定しているので、水を給水管５の取水口５３まで使い切ってもサイホン管４内に空気が入らない。このため、吐水口５１から水の吐出を再開する際に、サイホン管４内の空気抜きを行う必要がないので手間がかからない。   Since the water intake 53 of the water supply pipe 5 that opens near the inner bottom surface 10 of the cylindrical container 1 is set at a position higher than the lower opening 40 of the siphon pipe 4, the water is used up to the water intake 53 of the water supply pipe 5. However, no air enters the siphon tube 4. For this reason, when resuming the discharge of water from the water outlet 51, it is not necessary to vent the air in the siphon tube 4, so that it does not take time.

設置の必要が無い場合は、円筒容器１やサイホン管４等を倉庫等に入れておけるので嵩張らず、設置する場合には、円筒容器１×連結数で必要とする貯水水量を容易に確保することができる。   When there is no need for installation, the cylindrical container 1 and siphon tube 4 can be stored in a warehouse or the like so that it is not bulky. be able to.

サイホン管４の下開口１０が臨む円筒容器１の内底面１０の外縁部に凹部１３を周設して凹部１３内に水が残る様にしているので、給水管５の取水口５３を内底面１０の近くまで下げることができる。よって、吐出可能な水の量を増やすことができ、給水管５の取水口５３まで水を使い切ることができる。
サイホン管４は、全てを中空の金属パイプで構成しているので耐久性に優れる。 Since the recess 13 is provided around the outer edge of the inner bottom surface 10 of the cylindrical container 1 facing the lower opening 10 of the siphon tube 4 so that water remains in the recess 13, the water intake 53 of the water supply pipe 5 is connected to the inner bottom surface. It can be lowered to near 10. Therefore, the amount of water that can be discharged can be increased, and the water can be used up to the water intake 53 of the water supply pipe 5.
Since the siphon tube 4 is composed entirely of a hollow metal pipe, it has excellent durability.

本考案は、下記に示す実施態様を含む。
ａ．水を貯水するためのビニール袋を円筒容器内に入れ、サイホン管の下開口、および給水管の取水口をビニール袋内に臨ませても良い（請求項４に対応）。
円筒容器内に入れたビニール袋内に水が貯水されるため、ヒビが入った円筒容器でも水漏れすることなく利用できる。また、未洗浄の円筒容器であっても衛生的に水を貯水することができる。 The present invention includes the following embodiments.
a. A plastic bag for storing water may be put in the cylindrical container, and the lower opening of the siphon pipe and the intake port of the water supply pipe may face the plastic bag (corresponding to claim 4).
Since water is stored in a plastic bag placed in a cylindrical container, even a cylindrical container with cracks can be used without water leakage. Moreover, even if it is an unwashed cylindrical container, water can be stored hygienically.

ｂ．図２の（ｂ）に示す如く、サイホン管６は、水平部を中空の金属パイプ６１とし、金属パイプ６１の両端に軟質ホース６２を外嵌したものであっても良い。この場合、軽量で安価である（請求項３に対応）。 b. As shown in FIG. 2B, the siphon tube 6 may be one in which the horizontal portion is a hollow metal pipe 61 and a soft hose 62 is fitted around both ends of the metal pipe 61. In this case, it is lightweight and inexpensive (corresponding to claim 3).

ｃ．サイホン管の下開口より高い位置に取水口があれば、柱状山型部および柱状嵌合部の断面Ｕ字状の窪みに給水管を嵌め込む構造であっても良い。
ｄ．サイホン管の内径は、大きい（例えは直径３０ｍｍ）ほど良い。 c. If there is a water intake at a position higher than the lower opening of the siphon pipe, a structure in which the water supply pipe is fitted in the U-shaped recess in the columnar chevron and the columnar fitting portion may be used.
d. The larger the inner diameter of the siphon tube (for example, 30 mm in diameter), the better.

Ａ 連結式貯水装置
１ 円筒容器
２ 柱状山型部
３ 柱状嵌合部
４ サイホン管
５ 給水管
１０ 内底面
１１ 一方側側壁
１２ 他方側側壁
１３ 凹部
２４、３３ 窪み
４０ 下開口
４１ 水平部
５２ 水栓
６１ 金属パイプ
６２ 軟質ホース DESCRIPTION OF SYMBOLS A Connection type water storage apparatus 1 Cylindrical container 2 Columnar shape part 3 Columnar fitting part 4 Siphon pipe 5 Water supply pipe 10 Inner bottom face 11 One side wall 12 Other side wall 13 Recessed part 24, 33 Indentation 40 Lower opening 41 Horizontal part 52 Water faucet 61 Metal pipe 62 Soft hose

Claims (4)

上面が開口し、一方側側壁と他方側側壁とが対向する様に複数個横設し、内部に水を貯水するプラスチック製の円筒容器と、
中央の柱の上面に断面Ｕ字状の窪みを形成し、各円筒容器の一方側側壁の上部から横方向に突設する断面略山字状の柱状山型部と、
上面中央に断面Ｕ字状の窪みを形成し、各円筒容器の他方側側壁の上部から横方向に突設し、前記柱状山型部と嵌合可能な断面Π字状の柱状嵌合部と、
前記柱状山型部および前記柱状嵌合部の窪み内に水平部が嵌め込まれ、隣り合う円筒容器との間に掛け渡され、前記円筒容器の内底面の近くで下開口が下向に開口するＵ字状のサイホン管と、
前記円筒容器の内底面の近くで開口する取水口が前記サイホン管の下開口より高い位置に設定され、吐水口側に水栓を取り付けた給水管とを具備してなる連結式貯水装置。 A plastic cylindrical container that stores a plurality of water in a plurality of such that the upper surface is opened and the one side wall and the other side wall face each other.
Forming a depression having a U-shaped cross section on the upper surface of the central column and projecting in a lateral direction from the upper part of one side wall of each cylindrical container;
A hollow with a U-shaped cross section is formed at the center of the upper surface, and protrudes in the lateral direction from the upper part of the other side wall of each cylindrical container. ,
A horizontal portion is fitted into the recesses of the columnar chevron and the columnar fitting portion, spanned between adjacent cylindrical containers, and a lower opening opens downward near the inner bottom surface of the cylindrical container. A U-shaped siphon tube,
A connected water storage apparatus comprising: a water intake opening which is set near a lower opening of the siphon pipe, and a water supply pipe having a water faucet attached to the water discharge opening side, opened near the inner bottom surface of the cylindrical container. 前記サイホン管の下開口が臨む前記円筒容器の内底面の外縁部に凹部を周設したことを特徴とする請求項１に記載の連結式貯水装置。 The connected water storage device according to claim 1, wherein a concave portion is provided around an outer edge portion of an inner bottom surface of the cylindrical container facing a lower opening of the siphon tube. 前記サイホン管は、前記水平部に金属パイプを臨ませる中空の金属パイプの両端に軟質ホースを外嵌したもの、または、全てを中空の金属パイプで構成したものであることを特徴とする請求項１または請求項２に記載の連結式貯水装置。   2. The siphon tube according to claim 1, wherein a soft hose is externally fitted to both ends of a hollow metal pipe that faces the horizontal portion of the metal pipe, or all of the siphon tube is formed of a hollow metal pipe. The connected water storage apparatus according to claim 1 or 2. 水を貯水するためのビニール袋を前記円筒容器内に入れ、前記サイホン管の下開口、および前記給水管の前記取水口をビニール袋内に臨ませた請求項１乃至請求項３の何れか１項に記載の連結式貯水装置。   The plastic bag for storing water is put in the said cylindrical container, The lower opening of the said siphon pipe | tube, and the said water intake of the said water supply pipe were faced in the plastic bag any one of Claim 1 thru | or 3 The connected water storage device according to item.
JP2012005865U 2012-09-26 2012-09-26 Articulated water storage Expired - Fee Related JP3180201U (en)

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