JP2020114979A - Assembled water tank supported by posts - Google Patents

Abstract

To provide an assembled water tank supported by posts which can be made as a water storage tank in varieties from water tanks buried in the ground to water supply receiving tanks and elevated water tanks, in preparation for water shortage in the era of global warming.SOLUTION: An assembled water tank supported by posts water tank comprises: a bottom plate 10 of the water tank having protruding connection parts 9 made through the steps of providing water stop joints 2 on side surfaces of each plate material 1, providing protruding connection plates 3 on upper and lower surfaces at four corners, inserting the protruding connection plates 3 on water tank plate materials 4 into multiple supporting posts 6 that are fixed onto a placement surface 5, and while inserting a water stop joint material 7 into the water stop joints 2, installing and fixing multiple water tank plate materials 4; a water tank top plate 12 with the protruding connection part 9 formed using the water tank bottom plate 10 and supporting posts 11; and an outer periphery plate receiving material 13 adhered onto the water stop joints 2 on an outer periphery of the water tank bottom plate 10 to fix water tank outer periphery supporting posts 14 and outer periphery plate materials 15, with mortar 16 injected into the supporting posts to stop water.SELECTED DRAWING: Figure 1

Description

Translated fromJapanese

本発明は、雨水や水道水を大量に貯留する貯水槽であって、ポストで支える組立式貯水槽に関する。The present invention relates to a water tank that stores a large amount of rainwater and tap water, and relates to an assembled water tank that is supported by posts.

近年、地球温暖化や異常気象による降雨量不足によって渇水期には、上水道の給水が制限され生活に支障を来たすことがあり、全国自治体も雨水の貯水タンクの設置に補助金制度を整備するところが増えるなど、雨水の貯水タンクの設置が見直されている。他方、近年多発している集中豪雨や地中に埋設した老朽化した水道管の改修問題は深刻であり、豪雨災害への抑止となる雨水の貯水タンクの設置や非常時の備えとしての大量の貯水槽が必要であることは周知の通りである。In recent years, due to lack of rainfall due to global warming and abnormal weather, water supply to the water supply may be restricted during the drought season, which may interfere with people's lives. The number of rainwater storage tanks is being reassessed. On the other hand, the problem of heavy rain that has frequently occurred in recent years and the rehabilitation of aged water pipes buried in the ground is serious, and there is a large amount of rainwater storage tanks to prevent heavy rain disasters and a large amount of water to prepare for emergencies. It is well known that a water tank is required.

一般に、雨水を有効利用するための多種多様な貯水タンクの大半は、地盤面の基礎に設置した貯水タンクと縦樋と接続して貯水した雨水を、草花や植木の散水などの他に庭の撒き水や災害時の非常用水などの備えとして利用されている。In general, most of the various types of water storage tanks for effective use of rainwater are connected to the water storage tank installed on the foundation of the ground surface and the downspout, and the rainwater stored is used in addition to watering flowers and plants and other garden water. It is used as a preparation for sprinkling water and emergency water in the event of a disaster.

しかしながら、一般住宅などに用いられている雨水の貯水タンクは、貯水容量が小さく雨水の有効利用が制限されている。また、雨水の貯水タンクは架台の上に設置して建物に固定しているが、自然災害に耐える固定ができないのが現状である。However, the storage tank of rainwater used in general houses has a small storage capacity and limited effective use of rainwater. Moreover, although the rainwater storage tank is installed on a pedestal and fixed to the building, the current situation is that it cannot be fixed to withstand natural disasters.

上記の通り、多種多様な雨水貯留タンクが開発されているが、いずれも小規模で、地震・津浪・台風・竜巻・洪水・火災等の災害に耐えられる強固な貯水タンクは開発がなされていない。しかしながら、渇水時や地震等の災害によりインフラが停止した場合でも水洗便器が使用できるなどの生活の備えは必要であり雨水の有効利用は大切である。As mentioned above, a wide variety of rainwater storage tanks have been developed, but none of them are small, and strong water storage tanks that can withstand disasters such as earthquakes, tsunamis, typhoons, tornados, floods, and fires have not been developed. .. However, even if the infrastructure is stopped due to a drought or an earthquake or other disaster, it is necessary to prepare for daily life such as using a flush toilet, and effective use of rainwater is important.

なしNone

従来の貯水タンクには次のような問題点がある。The conventional water storage tank has the following problems.

我が国の住宅地は狭く、雨水を有効利用するための貯水タンクを設置するスペースの確保が困難であるとともに、一般住宅などの貯水タンクは貯水容量が小さく雨水の有効利用の範囲が制限されていた。また、貯水タンクは架台の上に設置して外壁に転倒防止の固定をしているが、現状の外壁に強固に固定することは困難である。Japan has a small residential area, and it is difficult to secure a space to install a water storage tank for effective use of rainwater, and water storage tanks such as general houses have a small water storage capacity and the effective use range of rainwater is limited. .. Further, the water storage tank is installed on the pedestal and fixed to the outer wall to prevent it from falling over, but it is difficult to firmly fix it to the current outer wall.

稀にではあるが、雨水を貯めるために地下に貯水槽を造る例もあるが、土圧に耐える構造にするために高額の費用が掛かることから普及しないのが現状である。Although it is rare, there is an example of constructing a water storage tank underground to store rainwater, but it is not popular because it costs a lot of money to construct a structure that can withstand earth pressure.

また、大量の水を必要とする農園やビニールハウスは、地盤面に貯水槽を設置して散水に備えているが雨水を自動的に蓄える貯水槽になっていないのが現状である。他方、広い公園などの散水設備には巨大な設備費を必要とする課題もある。しかも、電気などの動力を必要とすることから、地震等の災害によるインフラ停止時には対応はできないなどの問題がある。In addition, farms and vinyl greenhouses that require a large amount of water are equipped with water tanks on the ground surface to prepare for sprinkling, but at present they are not water tanks that automatically store rainwater. On the other hand, there is also a problem that huge equipment costs are required for watering facilities such as large parks. Moreover, since power such as electricity is required, there is a problem in that it cannot be dealt with when the infrastructure is stopped due to a disaster such as an earthquake.

水道水の受水槽や高架水槽についても集中荷重であることから、強固な架台を必要としていた。A strong pedestal was required because the tap water receiving tank and the elevated water tank also had concentrated loads.

しかしながら、貯水槽に集めた雨水を利用すれば水道料金や下水道料金が節約できる。さらに、貯水ダム工事も中止される時代、多種多様な構築物・各家庭・農園・ビニールハウス・公園などに貯水槽が設置されれば節水だけでなく、集中豪雨などの際の雨水流出抑止にも寄与できる。これら全ての構築物に貯水槽を備えて雨水を有効利用することは大切である。However, using rainwater collected in a water tank can save water and sewerage charges. In addition, in the era when construction of water storage dams is also suspended, not only will water saving be achieved if water storage tanks are installed in a wide variety of structures, homes, farms, greenhouses, parks, etc. Can contribute. It is important to equip all these structures with a water tank to make effective use of rainwater.

本発明は、このような点に鑑みて成されたもので、自然災害に備えて広く普及させることを目的とした。多目的利用且つ低コストで造れるポストで支える組立式貯水槽を提供することを主目的とする。The present invention has been made in view of the above points, and has an object of widespread use in preparation for a natural disaster. The main purpose is to provide an assembled water tank supported by a post that can be used for multiple purposes and can be manufactured at low cost.

この発明は、上記の課題を解決するためになされたもので、板材の側面に止水目地を設け、四隅上下に突出した接続板を設けて成る貯水槽の板材、該貯水槽の板材の突出した接続板を、設置面に固定した複数の支持ポスト内に挿入して、貯水槽の板材の止水目地に止水目地材を挿入しつつ、複数の貯水槽の板材を敷設して、全ての突出した接続板をボルトで連結固定して成る突出した接続部分を有する貯水槽の底板、該貯水槽の底板を連結固定した全ての突出した接続部分に、貯水槽内の支持ポストを挿入して、貯水槽の板材の突出した接続板を、貯水槽内の支持ポスト内に挿入して、貯水槽の板材の止水目地に止水目地材を挿入しつつ、複数の貯水槽の板材を敷設して、全ての突出した接続板をボルトで連結固定して成る突出した接続部分を有する貯水槽の天板を成し、貯水槽の底板の外周の止水目地に外周の板受け材を貼り付けて、貯水槽外周の支持ポストと外周の板材を固定して、全ての支持ポスト内にモルタルを注入して止水する組立式貯水槽が得られることを特徴とするポストで支える組立式貯水槽（請求項１）を提供する。The present invention has been made to solve the above problems, and is a plate member of a water tank provided with water-stop joints on the side surfaces of the plate member, and connecting plates protruding upward and downward at four corners, and a plate member of the water tank protruding. Insert the connecting plate into the multiple support posts fixed to the installation surface, insert the waterproof joint material into the waterproof joint of the water tank plate material, and lay the water tank plate materials, Of the water tank having a projecting connection part formed by connecting and fixing the projecting connection plate of the above with a bolt, and inserting the support posts in the water tank into all the projecting connection parts to which the bottom plate of the water tank is connected and fixed. Then, insert the connecting plate with the protruding plate of the water tank into the support post in the water tank, and while inserting the waterproof joint material into the water stop joint of the plate material of the water tank, Laying out, forming a top plate of a water tank with protruding connecting parts made by connecting and fixing all protruding connecting plates with bolts, and attaching a plate support material on the outer periphery to the water stop joint on the outer periphery of the bottom plate of the water tank. Sticking, fixing the support post on the outer circumference of the water tank and the plate material on the outer circumference, and assembling type that supports the post that is characterized by obtaining mortar in all the supporting posts to stop water A water tank (claim 1) is provided.

前記、板材の側面に止水目地を設け、四隅上下に突出した接続板を設けて成る貯水槽の板材、該貯水槽の板材の突出した接続板を、設置面に固定した複数の支持ポスト内に挿入して、貯水槽の板材の止水目地に止水目地材を挿入しつつ、複数の貯水槽の板材を敷設して、全ての突出した接続板をボルトで連結固定して成る突出した接続部分を有する貯水槽の底板、該貯水槽の底板を連結固定した全ての突出した接続部分に、貯水槽内の支持ポストを挿入して、貯水槽の板材の突出した接続板を、貯水槽内の支持ポスト内に挿入して、貯水槽の板材の止水目地に止水目地材を挿入しつつ、複数の貯水槽の板材を敷設して、全ての突出した接続板をボルトで連結固定して成る突出した接続部分を有する貯水槽の天板を成し、貯水槽の底板の外周の止水目地に外周の板受け材を貼り付けて、貯水槽外周の支持ポストと外周の板材を固定して、全ての支持ポスト内にモルタルを注入して止水する組立式貯水槽によって、貯水槽荷重が分散できることを特徴とする請求項１に記載のポストで支える組立式貯水槽（請求項２）を提供する。In the plurality of support posts in which the plate members of the water storage tank, which are provided with the water-stop joints on the side surfaces of the plate members and the connection plates projecting up and down the four corners, and the projecting connection plates of the plate members of the water tank are fixed to the installation surface. Insert the water-stop joint material into the water-stop joint of the water tank plate, and lay a plurality of water tank plates, and connect all the protruding connecting plates with bolts to project. The support post in the water tank is inserted into the bottom plate of the water tank having the connecting portion and all the projecting connection portions to which the bottom plate of the water tank is connected and fixed, and the connecting plate from which the plate material of the water tank is projecting is inserted into the water tank. Inserted into the support post inside, insert the waterproof joint material into the waterproof joint of the plate material of the water tank, lay the plate materials of multiple water tanks, and connect and fix all the protruding connection plates with bolts Form the top plate of the water tank with the protruding connection part, and attach the outer plate support material to the water stop joints on the outer circumference of the bottom plate of the water tank to attach the support posts on the outer circumference of the water tank and the outer plate material. The prefabricated water tank supported by the post according toclaim 1, wherein the water tank load can be dispersed by a prefabricated water tank that is fixed and injects mortar into all the support posts to stop water. 2) is provided.

前記、請求項1〜2記載の貯水槽内の支持ポスト・貯水槽外周の支持ポスト・外周の板材の縦寸法を変更することで、貯水槽容量が調整できることを特徴とする請求項１〜２に記載のポストで支える組立式貯水槽（請求項３）を提供する。The water storage tank capacity can be adjusted by changing the vertical dimensions of the support posts in the water storage tank, the support posts on the outer circumference of the water storage tank, and the plate members on the outer circumference of the water storage tank according toclaim 1 or 2. A prefabricated water tank supported by the post according toclaim 3 is provided.

前記、請求項1〜3記載の支持ポスト・貯水槽外周の支持ポストの縦寸法を変更することで、上水道の受水槽や上水道の高架受水槽に活用ができることを特徴とする請求項１〜3に記載のポストで支える組立式貯水槽（請求項４）を提供する。By changing the vertical dimension of the support posts and the support posts on the outer circumference of the water storage tank according toclaims 1 to 3, the water storage tank can be used as a water supply tank or an elevated water supply tank. A prefabricated water tank supported by the post according toclaim 4 is provided.

前記、請求項1〜3記載の組立式貯水槽の外周をモルタル又はコンクリートで覆うことで強固な組立式貯水槽になることを特徴とする請求項１〜4に記載のポストで支える組立式貯水槽（請求項5）を提供する。The prefabricated water storage supported by a post according toclaims 1 to 4, wherein the prefabricated water storage tank according to any one ofclaims 1 to 3 is a strong prefabricated water storage tank by covering the outer periphery with mortar or concrete. A tank (claim 5) is provided.

本発明の特筆すべき大きな効果を列挙する。
イ）雨水から上水道の貯水活用可能な貯水槽。
ロ）災害に強い複数のポストで支える貯水槽。
ハ）住宅の床下に設置できる大容量の貯水槽。
二）住宅のテラス活用可能な大容量の貯水槽。
ホ）農業ハウスから果樹園活用可能な貯水槽。
へ）地中埋設によって設置場所不要の貯水槽。
ト）温暖地から寒冷地に埋設ができる貯水槽。
チ）組立式による搬送費が低減できる貯水槽。The significant effects of the present invention are listed below.
B) A water tank that can be used for water storage from rainwater.
B) A water tank supported by multiple posts that are resistant to disasters.
C) A large-capacity water tank that can be installed under the floor of a house.
2) A large-capacity water tank that can be used on the terrace of a house.
E) A water tank that can be used in an orchard from an agricultural house.
To) A water tank that does not need to be installed because it is buried underground.
G) A water tank that can be buried in warm and cold regions.
H) Water tank that can reduce transportation cost by assembly type.

上記した効果に加えて、本発明の節水対策はもとより集中豪雨などの際の雨水流出抑制等に多大な効果が期待される。さらに、災害によるインフラ停止時もトイレや雑用水など多目的に利用できる。また、経費の掛からない雨水が大量に使えることは地球温暖化防止の観点からも大切であり大きな効果である。In addition to the above-mentioned effects, not only the water-saving measures of the present invention, but also a great effect can be expected in controlling the outflow of rainwater in the event of a torrential rain. Furthermore, it can be used for multiple purposes such as toilets and miscellaneous water even when the infrastructure is stopped due to a disaster. In addition, the use of large amounts of rainwater, which is inexpensive, is important and a great effect from the viewpoint of preventing global warming.

請求項１に係る発明によれば、板材の側面に止水目地を設け、四隅上下に突出した接続板を設けて成る貯水槽の板材、該貯水槽の板材の突出した接続板を、設置面に固定した複数の支持ポスト内に挿入して、貯水槽の板材の止水目地に止水目地材を挿入しつつ、複数の貯水槽の板材を敷設して、全ての突出した接続板をボルトで連結固定して成る突出した接続部分を有する貯水槽の底板、該貯水槽の底板を連結固定した全ての突出した接続部分に、貯水槽内の支持ポストを挿入して、貯水槽の板材の突出した接続板を、貯水槽内の支持ポスト内に挿入して、貯水槽の板材の止水目地に止水目地材を挿入しつつ、複数の貯水槽の板材を敷設して、全ての突出した接続板をボルトで連結固定して成る突出した接続部分を有する貯水槽の天板を成し、貯水槽の底板の外周の止水目地に外周の板受け材を貼り付けて、貯水槽外周の支持ポストと外周の板材を固定して、全ての支持ポスト内にモルタルを注入して止水する組立式貯水槽を、多種多様な構築物・各家庭の床下やテラス・農園・ビニールハウス・公園などに設置されれば節水だけでなく、集中豪雨などの雨水流出抑制にも寄与できる。また、全ての構築物に大容量の貯水槽を備えて雨水を大切に有効利用する効果は無限である。According to the first aspect of the invention, the plate member of the water storage tank is provided with the water stop joints on the side surfaces of the plate member, and the connection plates protruding upward and downward at the four corners are provided. Inserted in the multiple support posts fixed to the water tank, insert the waterproof joint material into the waterproof joint of the water tank plate material, lay the water tank plate materials, and bolt all the protruding connection plates. The bottom plate of the water tank having a projecting connecting portion formed by connecting and fixing with the above, and the support posts in the water tank are inserted into all the projecting connecting portions to which the bottom plate of the water tank is connected and fixed, and Insert the protruding connecting plate into the support post in the water tank, insert the waterproof joint material into the waterproof joint of the plate material of the water tank, and lay the plate materials of multiple water tanks to The connecting plate is connected and fixed with bolts to form the top plate of the water tank having a protruding connection part, and the outer plate support material is attached to the water stop joint on the outer circumference of the bottom plate of the water tank, and the outer circumference of the water tank is attached. Assembled water tanks that fix the support posts and the plate materials on the outer periphery and inject water with mortar into all support posts to create a wide variety of structures, floors and terraces of each home, farm, vinyl house, park If installed in such places, it can contribute not only to saving water but also to controlling rainwater runoff such as torrential rain. In addition, all the structures are equipped with large-capacity water tanks, and the effect of carefully and effectively utilizing rainwater is endless.

請求項２に係る発明によれば、前記、板材の側面に止水目地を設け、四隅上下に突出した接続板を設けて成る貯水槽の板材、該貯水槽の板材の突出した接続板を、設置面に固定した複数の支持ポスト内に挿入して、貯水槽の板材の止水目地に止水目地材を挿入しつつ、複数の貯水槽の板材を敷設して、全ての突出した接続板をボルトで連結固定して成る突出した接続部分を有する貯水槽の底板、該貯水槽の底板を連結固定した全ての突出した接続部分に、貯水槽内の支持ポストを挿入して、貯水槽の板材の突出した接続板を、貯水槽内の支持ポスト内に挿入して、貯水槽の板材の止水目地に止水目地材を挿入しつつ、複数の貯水槽の板材を敷設して、全ての突出した接続板をボルトで連結固定して成る突出した接続部分を有する貯水槽の天板を成し、貯水槽の底板の外周の止水目地に外周の板受け材を貼り付けて、貯水槽外周の支持ポストと外周の板材を固定して、全ての支持ポスト内にモルタルを注入して止水する組立式貯水槽によって、貯水槽荷重が分散できることから、集中荷重の架台を不要にする効果は大きい。According to the invention ofclaim 2, the plate member of the water storage tank, which is provided with the water stop joints on the side surfaces of the plate member, and the connection plates protruding upward and downward at the four corners, and the connection plate of the plate member of the water reservoir protruding Inserted in the multiple support posts fixed to the installation surface, while inserting the waterproof joint material into the waterproof joints of the water tank plate material, lay the multiple water tank plate materials and all the protruding connection plates The bottom plate of the water tank having a projecting connection part formed by connecting and fixing with a bolt, and the support posts in the water tank are inserted into all the projecting connection parts to which the bottom plate of the water tank is connected and fixed, Insert the connecting plate with the protruding plate into the support post in the water tank, insert the waterproof joint material into the water stop joint of the plate material of the water tank, and lay the plate materials of the plurality of water tanks. The top plate of a water tank having a protruding connection part formed by connecting and fixing the projecting connection plate of the above with a bolt is formed, and the outer plate support material is attached to the water stop joint on the outer circumference of the bottom plate of the water tank to store water. The support posts on the outer circumference of the tank and the plate material on the outer circumference are fixed, and the load of the water tank can be dispersed by the built-in type water tank in which mortar is injected into all the support posts to stop the water, so a pedestal for concentrated loads is unnecessary The effect is great.

請求項３に係る発明によれば、前記、請求項1〜2記載の貯水槽内の支持ポスト・貯水槽外周の支持ポスト・外周の板材の縦寸法を変更することで、貯水槽容量が調整できることから、必要とする容量の貯水槽が容易に得られる効果は大きい。According to the invention according toclaim 3, the water tank capacity is adjusted by changing the vertical dimensions of the support posts in the water tank, the support posts on the outer circumference of the water tank, and the plate members on the outer circumference according to the first and second embodiments. As a result, it is possible to obtain a water tank with the required capacity easily.

請求項４に係る発明によれば、前記、請求項1〜3記載の支持ポスト・貯水槽外周の支持ポストの縦寸法を変更することで、上水道の受水槽や上水道の高架受水槽に活用ができることから、多種多様な貯水槽に活用ができる効果は大きい。According to the invention according toclaim 4, by changing the vertical dimension of the support posts and the support posts on the outer circumference of the water storage tank according toclaims 1 to 3, it can be used for a water tank for waterworks or an elevated water tank for waterworks. Because it is possible, it has a great effect of being able to be used in a wide variety of water storage tanks.

請求項5に係る発明によれば、前記、請求項1〜3記載の組立式貯水槽の外周をモルタル又はコンクリートで覆うことで、災害に強い貯水槽になるとともに、貯水槽の上が多目的に利用ができる効果は大きい。According to the invention ofclaim 5, by covering the outer periphery of the assembly type water storage tank according toclaims 1 to 3 with mortar or concrete, the water storage tank becomes disaster-resistant and the top of the water storage tank is used for multiple purposes. The effect that can be used is great.

また、貯水槽を地中に埋設することにより、貯水槽を設置する場所を確保する必要がないことは特に大きな効果である。また、貯水槽上が自由に使えることは特に大きな効果である。Further, by burying the water tank in the ground, there is no need to secure a place for installing the water tank, which is a particularly great effect. In addition, the free use of the water tank is a particularly great effect.

さらに、貯水槽を地中に埋設することにより、貯水槽の素材の選択が容易になる効果と素材の強度厚が緩和される効果もコスト面から大きな効果である。Furthermore, by burying the water tank in the ground, the effect of facilitating the selection of the material of the water tank and the effect of relaxing the strength and thickness of the material are also great effects in terms of cost.

以下に、本発明の実施形態の添付図面を参照しつつ詳細に説明する。Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

図1は、本発明に係るポストで支える組立式貯水槽の平面図。図２は、図１のA〜A´の断面図(低貯水量)。図３は、図１のA〜A´の断面図(高貯水量)。図４は、図2の支持ポストを高くした断面図(低貯水量)。図５は、図3の支持ポストを高くした断面図(高貯水量)。図６は、図1のA部を拡大した平面詳細図。図7は、図2のB部を拡大した断面詳細図。図8は、図5のD部を拡大した断面詳細図。図9は、貯水槽の板材を示した平面図。図10は、貯水槽の板材の断面図。図11は、図2の外周をモルタルで覆った断面図。図12は、図3の外周をモルタルで覆った断面図。図13は、地中に埋設した貯水槽の断面図。図14は、住宅の床下を活用する貯水槽の断面図。図15は、住宅のテラスに活用する貯水槽の断面図である。FIG. 1 is a plan view of an assembled water tank supported by a post according to the present invention. FIG. 2 is a cross-sectional view of A to A′ in FIG. 1 (low water storage amount). FIG. 3 is a cross-sectional view (high water storage amount) of A to A′ in FIG. 1. FIG. 4 is a cross-sectional view of the support post of FIG. 2 raised (low water storage amount). FIG. 5 is a cross-sectional view of the support post of FIG. 3 raised (high water storage capacity). FIG. 6 is a detailed plan view showing an enlarged portion A of FIG. FIG. 7 is a detailed cross-sectional view showing an enlarged portion B of FIG. FIG. 8 is a detailed cross-sectional view showing an enlarged part D of FIG. FIG. 9 is a plan view showing the plate material of the water storage tank. FIG. 10 is a cross-sectional view of the plate material of the water storage tank. FIG. 11 is a cross-sectional view in which the outer periphery of FIG. 2 is covered with mortar. FIG. 12 is a sectional view of the outer periphery of FIG. 3 covered with mortar. Figure 13 is a cross-sectional view of a water tank buried underground. Figure 14 is a cross-sectional view of a water tank that utilizes the underfloor of a house. FIG. 15 is a sectional view of a water tank used for a terrace of a house.

本発明の実施形態を図面で説明すれば、図１は、板材1の側面に止水目地2を設け、四隅上下に突出した接続板3を設けて成る貯水槽の板材4、該貯水槽の板材4の突出した接続板3を、設置面5に固定した複数の支持ポスト6内に挿入して、貯水槽の板材4の止水目地2に止水目地材7を挿入しつつ、複数の貯水槽の板材4を敷設して、全ての突出した接続板3をボルト8で連結固定して成る突出した接続部分9を有する貯水槽の底板10、該貯水槽の底板10を連結固定した全ての突出した接続部分9に、貯水槽内の支持ポスト11を挿入して、貯水槽の板材4の突出した接続板3を、貯水槽内の支持ポスト11内に挿入して、貯水槽の板材4の止水目地2に止水目地材7を挿入しつつ、複数の貯水槽の板材4を敷設して、全ての突出した接続板3をボルト8で連結固定して成る突出した接続部分9を有する貯水槽の天板12を成し、貯水槽の底板10の外周の止水目地2に外周の板受け材13を貼り付けて、貯水槽外周の支持ポスト14と外周の板材15を固定して、全ての支持ポスト内にモルタル16を注入して、止水する組立式貯水槽17が得られることを特徴とする、ポストで支える組立式貯水槽の平面図である。Referring to the drawings, an embodiment of the present invention will be described with reference to FIG. 1. Aplate member 4 of a water tank comprising a water blocking joint 2 on a side surface of aplate member 1 andconnection plates 3 protruding vertically from four corners. Inserting the protruding connectingplate 3 of theplate member 4 into the plurality ofsupport posts 6 fixed to theinstallation surface 5, while inserting the water blockingjoint member 7 into thewater blocking joint 2 of theplate member 4 of the water tank, A watertank bottom plate 10 having a projecting connectingportion 9 formed by laying a watertank plate material 4 and connecting and fixing all projecting connectingplates 3 withbolts 8, and all of the watertank bottom plates 10 being connected and fixed Insert thesupport post 11 in the water tank into the projecting connectingportion 9 of the above, and insert the projectingconnection plate 3 of theplate member 4 in the water tank into thesupport post 11 in the water tank to obtain the plate member of the water tank. Inserting the waterproofjoint material 7 into thewaterproof joint 2 of 4, while laying theplate materials 4 of a plurality of water tanks, and connecting and fixing all the protruding connectingplates 3 withbolts 8 Thetop plate 12 of the water tank having the above is formed, and theplate support material 13 on the outer circumference is attached to the water stop joint 2 on the outer circumference of thebottom plate 10 of the water tank, and thesupport post 14 and theplate material 15 on the outer circumference of the water tank are fixed. FIG. 2 is a plan view of a post-supporting assembly type water tank, in whichmortar 16 is injected into all the support posts to obtain an assemblytype water tank 17 for stopping water.

図２は、地中に埋設する、図１のA〜A´の断面図(低貯水量)である。FIG. 2 is a cross-sectional view (low water storage amount) of A to A′ in FIG. 1 buried in the ground.

図３は、地中に埋設する、図１のA〜A´の断面図(高貯水量)である。FIG. 3 is a cross-sectional view (high water storage amount) of AA′ of FIG. 1 buried in the ground.

図４は、地上又はビルの屋上に設置する受水槽又は高架水槽の図2の支持ポストを高くした断面図(低貯水量)である。FIG. 4 is a cross-sectional view (low water storage amount) of the water receiving tank or the elevated water tank installed on the ground or on the roof of the building, with the support post of FIG. 2 being elevated.

図５は、地上又はビルの屋上に設置する受水槽又は高架水槽の図3の支持ポストを高くした断面図(高貯水量)である。FIG. 5 is a cross-sectional view (high water storage capacity) of the water receiving tank or the elevated water tank installed on the ground or on the roof of the building, with the support posts in FIG. 3 being elevated.

図６は、図1のA部を拡大した平面詳細図である。FIG. 6 is a detailed plan view showing an enlarged portion A of FIG.

図7は、図2のB部を拡大した断面詳細図である。FIG. 7 is a detailed sectional view showing an enlarged part B of FIG.

図8は、図5のD部を拡大した断面詳細図である。FIG. 8 is a detailed cross-sectional view showing an enlarged part D of FIG.

図9は、貯水槽の板材を示した平面図である。FIG. 9 is a plan view showing a plate member of the water storage tank.

図10は、貯水槽の板材の断面図である。FIG. 10 is a cross-sectional view of the plate material of the water storage tank.

図11は、図2の外周をモルタルで覆った断面図である。FIG. 11 is a cross-sectional view in which the outer periphery of FIG. 2 is covered with mortar.

図12は、図3の外周をモルタルで覆った断面図である。FIG. 12 is a cross-sectional view in which the outer periphery of FIG. 3 is covered with mortar.

図13は、地中に埋設した貯水槽の断面図である。FIG. 13 is a cross-sectional view of a water tank buried underground.

図14は、住宅の床下を活用する貯水槽の断面図である。FIG. 14 is a cross-sectional view of a water tank that utilizes the underfloor of a house.

図15は、住宅のテラスに活用する貯水槽の断面図である。FIG. 15 is a sectional view of a water tank used for a terrace of a house.

以上、図面について説明したが、従来の住宅に設置する貯水タンクには、設置場所や貯水量不足の問題があり、ビルに設置する上水道の貯水槽には、設置場所や強固な架台を必要とするため設置コスト等に課題があった。他方、本発明のポストで支える組立式貯水槽は、テラス活用・地下埋設の貯水槽・上水道の受水槽や高架水槽等、多種多様な貯水槽が高度な技能を必要とすることなく多能工でも迅速且つ低コストで容易に構築できることを目的としたものである。Although the drawings have been described above, conventional water storage tanks installed in homes have problems of installation location and insufficient water storage, and water storage tanks installed in buildings require installation locations and a strong pedestal. Therefore, there was a problem in installation cost. On the other hand, the assembly type water tank supported by the post of the present invention is a versatile work without a high skill of various water tanks such as terrace utilization, underground buried water tank, water supply water tank and elevated water tank. However, it is intended to be quickly and easily constructed at low cost.

さらに、本発明のポストで支える組立式貯水槽を、地中に埋設すれば地熱によって凍結しない貯水槽となる。Furthermore, if the prefabricated water tank supported by the post of the present invention is buried in the ground, it becomes a water tank that does not freeze due to geothermal heat.

500mm×500mmの板材1の側面に止水目地2を設け、四隅上下に30mm突出した接続板3を設けて成る貯水槽の板材4、該貯水槽の板材4の突出した接続板3を、設置面5に固定した複数の支持ポスト6内に挿入して、貯水槽の板材4の止水目地2に止水目地材7を挿入しつつ、複数の貯水槽の板材4を敷設して、全ての突出した接続板3をボルト8で連結固定して成る突出した接続部分9を有する貯水槽の底板10、該貯水槽の底板10を連結固定した全ての突出した接続部分9に、貯水槽内の支持ポスト11を挿入して、貯水槽の板材4の突出した接続板3を、貯水槽内の支持ポスト11内に挿入して、貯水槽の板材4の止水目地2に止水目地材7を挿入しつつ、複数の貯水槽の板材4を敷設して、全ての突出した接続板3をボルト8で連結固定して成る突出した接続部分9を有する貯水槽の天板12を成し、貯水槽の底板10の外周の止水目地2に外周の板受け材13を貼り付けて、貯水槽外周の支持ポスト14と外周の板材15を固定して、全ての支持ポスト内にモルタル16、又は、コンクリート18を注入して止水する組立式貯水槽17、以下、組立式貯水槽17。Awater tank joint 2 is provided on the side surface of aplate material 1 of 500 mm x 500 mm, and aplate member 4 of a water tank, which is provided withconnection plates 3 projecting 30 mm above and below the four corners, and a projectingconnection plate 3 of theplate member 4 of the water tank Inserted in a plurality ofsupport posts 6 fixed to thesurface 5, while inserting the water stopjoint material 7 in thewater stop joint 2 of the watertank plate material 4, while laying the plurality of watertank plate materials 4, Thebottom plate 10 of the water tank having a projecting connectingportion 9 formed by connecting and fixing the projecting connectingplate 3 withbolts 8, and all the projecting connectingportions 9 connecting and fixing thebottom plate 10 of the water storing tank to the inside of the water tank. Insert thesupport post 11 of the above, insert the protruding connectingplate 3 of theplate 4 of the water tank into thesupport post 11 inside the water tank, and connect the water stop joint 2 to thewater stop joint 2 of theplate 4 of the water tank. Inserting 7 and laying a plurality of watertank plate materials 4 and forming a watertank top plate 12 having a protruding connectingportion 9 formed by connecting and fixing all protruding connectingplates 3 withbolts 8. , The outerplate support material 13 is attached to the water stop joint 2 on the outer periphery of thebottom plate 10 of the water tank, thesupport post 14 on the outer periphery of the water tank and theplate member 15 on the outer periphery are fixed, and themortar 16 is placed in all the support posts. Or, aprefabricated water tank 17 for pouringconcrete 18 to stop the water, hereinafter theprefabricated water tank 17.

「住宅の駐車場に埋設する貯水槽の実施例」
一家に一台の自動車社会に於いて、今日の住宅建設地には12.5平方メートルの駐車スペースが設けられている。１平方メートル当り４面の貯水槽の板材4が埋設できる組立式貯水槽17を、4面(2,000mm)×8面(4,000mm)＝8平方メートルとなり、組立式貯水槽17の高さを200mmにすれば、貯水量が1.6立米の組立式貯水槽17が得られる。他方、水源は竪樋からの雨水が利用できる。また、組立式貯水槽17の上にコンクリート18を打設することで駐車場として活用ができる。"Example of a water tank buried in a residential parking lot"
In the automobile society of one family, there is a parking space of 12.5 square meters in today's residential area. The number of prefabricatedwater storage tanks 17 that can be filled with 4 waterstorage tank plates 4 per square meter is 4 (2,000 mm) x 8 (4,000 mm) = 8 square meters, and the height of the prefabricatedwater storage tank 17 is 200 mm. If so, an assembly typewater storage tank 17 having a water storage capacity of 1.6 cubic meters can be obtained. On the other hand, rainwater from a downpipe can be used as a water source. Also, by placingconcrete 18 on the assemblytype water tank 17, it can be utilized as a parking lot.

「住宅の床下を活用する貯水槽の実施例」
図14を参照に、組立式貯水槽17を住宅の床下に設置した場合、１H平方メートル当り４面の貯水槽の板材4で造れる組立式貯水槽17を、4面(2,000mm)×6面(3,000mm)＝6平方メートルとなり、組立式貯水槽17の高さを200mmにすれば、貯水量が1.2立米の組立式貯水槽17が得られる。他方、水源は竪樋からの雨水が利用できる。また、組立式貯水槽17の上にコンクリート18を打設することで床組を支える架台となる。"Example of a water tank that utilizes the underfloor of a house"
Referring to Fig. 14, when the prefabricatedwater storage tank 17 is installed under the floor of the house, the prefabricatedwater storage tank 17 can be made of four waterstorage tank plates 4 per 1 square meter, 4 (2,000 mm) x 6 ( 3,000 mm) = 6 square meters, and if the height of thewater tank 17 is set to 200 mm, thewater tank 17 can hold 1.2 cubic meters of water. On the other hand, rainwater from a downpipe can be used as a water source. Further, by placingconcrete 18 on the assembly-typewater storage tank 17, it becomes a pedestal that supports the floor assembly.

「住宅のテラスに活用する貯水槽の実施例」
図15を参照に、組立式貯水槽17を住宅のテラスに利用した場合、１平方メートル当り４面の貯水槽の板材4で造れる組立式貯水槽17を、3面(1,500mm)×8面(4,000mm)＝6平方メートルとなり、組立式貯水槽17の高さを300mmにすれば、貯水量が1.8立米の組立式貯水槽17が得られる。他方、水源は竪樋からの雨水が利用できる。また、組立式貯水槽17の上にコンクリート18を打設することでテラスとして活用ができる。"Examples of water tanks used on the terrace of a house"
Referring to FIG. 15, when theprefabricated water tank 17 is used for a terrace of a house, theprefabricated water tank 17 that can be made from four watertank plate materials 4 per square meter is 3 (1,500 mm) x 8 ( 4,000mm) = 6 square meters, and if the height of theprefabricated water tank 17 is set to 300mm, theprefabricated water tank 17 with a water storage capacity of 1.8 cubic meters can be obtained. On the other hand, rainwater from a downpipe can be used as a water source. Also, by placingconcrete 18 on the assembledwater tank 17, it can be used as a terrace.

「農園や果樹園に埋設する貯水槽の実施例」
大容量の水を必要とする農園や果樹園の渇水期に備えて、荷役場や駐車スペースを利用した場合、１平方メートル当り４面の貯水槽の板材4で造れる組立式貯水槽17を、10面(5,000mm)×10面(5,000mm)＝25平方メートルとなり、組立式貯水槽17の高さを300mmにすれば、貯水量が7.5立米の組立式貯水槽17が得られる。他方、水源は雨水が利用できる。また、組立式貯水槽17の上にコンクリート18を打設することで荷役場や駐車スペースとして活用ができる。"Examples of water tanks buried in farms and orchards"
In case of a drought season of a farm or an orchard that requires a large amount of water, if you use a cargo area or a parking space, you can build aprefabricated water tank 17 that can be constructed from 4water tank plates 4 per square meter. Area (5,000 mm) x 10 surfaces (5,000 mm) = 25 square meters, and if the height of the assemblytype water tank 17 is set to 300 mm, the assemblytype water tank 17 with a water storage capacity of 7.5 cubic meters can be obtained. On the other hand, rainwater can be used as a water source. Further, by placingconcrete 18 on the assembling typewater storage tank 17, it can be utilized as a cargo area or parking space.

「ビニールハウスの通路に埋設する貯水槽の実施例」
大容量の水を必要とするビニールハウスの作業通路に埋設した場合、１平方メートル当り４面の貯水槽の板材4で造れる組立式貯水槽17を、1面(500mm)×40面(20,000mm)＝10平方メートルとなり、組立式貯水槽17の高さを200mmにすれば、一筋で貯水量が2.5立米となり、三筋に埋設すれば7.5立米の組立式貯水槽17が得られる。他方、水源はビニールハウスの雨水が利用できる。また、組立式貯水槽17の上にコンクリート18を打設することで強固な作業通路が得られる。"Example of a water tank buried in a passage of a vinyl house"
When it is buried in the working passage of a vinyl house that requires a large amount of water, theprefabricated water tank 17 that can be made from 4water tank plates 4 per square meter is 1 side (500 mm) x 40 sides (20,000 mm) = 10 square meters, if the height of thewater tank 17 is 200 mm, the water storage capacity will be 2.5 m3 in one line, and if it is buried in three lines, thewater tank 17 can be built in 7.5 m3. On the other hand, rainwater from a greenhouse can be used as a water source. Further, by placingconcrete 18 on the assembly typewater storage tank 17, a strong work passage can be obtained.

「段々畑の果樹園に埋設する貯水槽の実施例」
段々畑の果樹園に雨水貯留槽を設置する場合は、最上段の果樹園に大容量の雨水貯留槽を敷設する場合と各々の段々畑に雨水貯留槽を敷設する場合が考えられる。何れも大容量の水を必要とする段々畑の果樹園の渇水期に備えて、荷役場等を利用した場合、１平方メートル当り４面の貯水槽の板材4で造れる組立式貯水槽17を、段々畑の果樹園ごとに4面(2,000mm)×4面(2,000mm)＝4平方メートルとして、組立式貯水槽17の高さを300mmにすれば、貯水量が1.2立米の組立式貯水槽17が得られる。他方、水源は雨水が利用できる。また、組立式貯水槽17の上にコンクリート18を打設することで強固な荷役場として活用ができる。"Examples of water tanks buried in orchards in terraced fields"
When installing a rainwater storage tank in an orchard of a terraced field, it is possible to install a large capacity rainwater storage tank in the topmost orchard or to install a rainwater storage tank in each terraced field. In case of using the cargo handling area in preparation for the dry season of the orchards of the terraced fields, which require a large amount of water, theprefabricated storage tank 17 that can be constructed with fourplates 4 of the storage tank per square meter If each orchard has 4 (2,000 mm) x 4 (2,000 mm) = 4 square meters and the height of the prefabricatedwater storage tank 17 is set to 300 mm, a prefabricatedwater storage tank 17 with a water storage capacity of 1.2 cubic meters can be obtained. To be On the other hand, rainwater can be used as a water source. Further, by placingconcrete 18 on the assembly typewater storage tank 17, it can be utilized as a strong cargo handling area.

「ビルの受水槽とする貯水槽の実施例」
設置面を地盤面とする上水道水を貯める受水槽の場合は、図5に示したように支持ポスト6の長さを600mmとして点検を可能にした、１平方メートル当り４面の貯水槽の板材4で造れる組立式貯水槽17を、10面(5,000mm)×10面(5,000mm)＝25平方メートルとなり、組立式貯水槽17の高さを300mmにすれば、貯水量が7.5立米の組立式貯水槽17が得られる。他方、組立式貯水槽17の上にコンクリート18を打設することで強固なビルの受水槽となり、軽微な作業場としての活用も可能である。"Examples of water tanks used as water tanks for buildings"
In the case of a water tank that stores tap water whose installation surface is the ground surface, as shown in Fig. 5, the length of thesupport post 6 is 600 mm, which enables inspection. The number of prefabricatedwater storage tanks 17 that can be built in is 10 (5,000 mm) x 10 (5,000 mm) = 25 square meters, and if the height of the prefabricatedwater storage tank 17 is set to 300 mm, the water storage capacity is 7.5 cubic meters. Atank 17 is obtained. On the other hand, by placingconcrete 18 on the assembly-typewater storage tank 17, it becomes a strong water reception tank for the building, and it can be used as a light work place.

「ビルの高架水槽とする貯水槽の実施例」
設置面をビルの屋上とする上水道水を貯める高架水槽の場合は、図5に示したように支持ポスト6の長さを600mmとして点検を可能にした、１平方メートル当り４面の貯水槽の板材4で造れる組立式貯水槽17を、10面(5,000mm)×10面(5,000mm)＝25平方メートルとなり、組立式貯水槽17の高さを300mmにすれば、貯水量が7.5立米の組立式貯水槽17が得られる。他方、分布荷重の組立式貯水槽17はスラブの上でも設置することが可能である。"Example of a water tank used as an elevated water tank of a building"
In the case of an elevated water tank that stores tap water on the building's rooftop, the length of thesupport post 6 is 600 mm, as shown in Fig. 5. Assembledtype water tank 17 that can be made with 4 is 10 (5,000 mm) × 10 (5,000 mm) = 25 square meters, and if the height of the assembledwater tank 17 is 300 mm, the water storage capacity is 7.5 cubic meters Awater tank 17 is obtained. On the other hand, the distributed load assemblytype water tank 17 can also be installed on a slab.

なお、この発明に於いて、実施例や図面に示した寸法や各部材は一例を示したものであり、同様の機能を果たす公知の他の寸法や部材に置き換えることは可能である。例えば貯水槽の板材の寸法や形状や大きさも自由に設定ができる。さらに、材料についても自由に設定できるとともに発明に支障なく実施することができる。In the present invention, the dimensions and members shown in the embodiments and drawings are merely examples, and other known dimensions and members having the same function can be substituted. For example, the size, shape and size of the plate material of the water storage tank can be freely set. Further, the material can be freely set and the invention can be carried out without any trouble.

災害が予測される「南海トラフ」巨大地震・東京直下型地震・富士山の噴火・豪雪・豪雨災害等で発生するインフラの停止で水不足が生活に支障を起こす可能性は大きい。特に水洗トイレが普及している、今日、水の無い生活は不可能であるとともに地球温暖化や異常気象による降水量不足による水不足が問題視されている。このような現状のなかで天からの贈り物である雨水が活用できる組立式貯水槽が多種多様な構築物・各家庭の床下やテラス・農園・ビニールハウス・公園などに設置されれば、節水だけでなく集中豪雨などの際の雨水流出抑制にも寄与できる。There is a high possibility that water shortages will hurt people's lives due to the suspension of infrastructure caused by the "Nankai Trough" huge earthquake that is expected to cause a disaster, the Tokyo earthquake, the eruption of Mt. Fuji, heavy snowfall, and heavy rain disasters. In particular, flush toilets are in widespread use. Today, it is impossible to live without water, and water shortage due to insufficient rainfall due to global warming and abnormal weather is becoming a problem. Under these circumstances, if a prefabricated water tank that can use rainwater, which is a gift from heaven, is installed in a wide variety of structures, floors of each home, terraces, farms, greenhouses, parks, etc., it will only save water. Without this, it can also contribute to the control of rainwater runoff in the event of a torrential rain.

本発明に係るポストで支える組立式貯水槽の平面図。The top view of the assembly type water tank supported by the post which concerns on this invention.図１のA〜A´の断面図(低貯水量)。Sectional drawing of A-A' of FIG. 1 (low water storage).図１のA〜A´の断面図(高貯水量)。Sectional drawing of A-A' of FIG. 1 (high water storage capacity).図2の支持ポストを高くした断面図(低貯水量)。Sectional drawing which made the support post of Figure 2 high (low water storage).図3の支持ポストを高くした断面図(高貯水量)。Sectional drawing which made the support post of FIG. 3 high (high water storage capacity).図1のA部を拡大した平面詳細図。FIG. 2 is a detailed plan view showing an enlarged part A of FIG.図2のB部を拡大した断面詳細図。FIG. 3 is a detailed cross-sectional view showing an enlarged part B of FIG.図5のD部を拡大した断面詳細図。FIG. 6 is a detailed cross-sectional view showing an enlarged part D of FIG.貯水槽の板材を示した平面図。The top view which showed the plate material of a water tank.貯水槽の板材の断面図。Sectional drawing of the board material of a water tank.図2の外周をモルタルで覆った断面図。Sectional drawing which covered the outer periphery of FIG. 2 with mortar.図3の外周をモルタルで覆った断面図。Sectional drawing which covered the outer periphery of FIG. 3 with mortar.地中に埋設した貯水槽の断面図。Sectional drawing of the water tank laid underground.住宅の床下を活用する貯水槽の断面図。Sectional drawing of the water tank which utilizes the underfloor of a house.住宅のテラスに活用する貯水槽の断面図である。It is sectional drawing of the water tank utilized for the terrace of a house.

1. 板材
2. 止水目地
3. 突出した接続板
4. 貯水槽の板材
5. 設置面
6. 支持ポスト
7. 止水目地材
8. ボルト
9. 突出した接続部分
10. 貯水槽の底板
11. 貯水槽内の支持ポスト
12. 貯水槽の天板
13. 外周の板受け材
14. 貯水槽外周の支持ポスト
15. 外周の板材
16. モルタル
17. 組立式貯水槽
18. コンクリート
19. 上水道の受水槽
20. 上水道の高架水槽
21. 貯水槽の板材の補強リブ
22. ビス
23. 点検マンホール1. Plate material
2. Water stop joint
3. Projecting connection plate
4. Water tank plate
5. Installation surface
6. Support post
7. Waterstop joint material
8. Bolt
9. Overhanging connection
10. Water tank bottom plate
11. Support post in water tank
12. Water tank top plate
13. Perimeter plate support
14. Support post around the water tank
15. Perimeter plate
16. Mortar
17. Assembled water tank
18. Concrete
19. Water tank
20. Elevated water tank for water supply
21. Reinforcing ribs on the water tank plate
22. Screw
23. Inspection manhole

Claims (5)

Translated fromJapanese

ポストで支える組立式貯水槽であって、板材の側面に止水目地を設け、四隅上下に突出した接続板を設けて成る貯水槽の板材、該貯水槽の板材の突出した接続板を、設置面に固定した複数の支持ポスト内に挿入して、貯水槽の板材の止水目地に止水目地材を挿入しつつ、複数の貯水槽の板材を敷設して、全ての突出した接続板をボルトで連結固定して成る突出した接続部分を有する貯水槽の底板、該貯水槽の底板を連結固定した全ての突出した接続部分に、貯水槽内の支持ポストを挿入して、貯水槽の板材の突出した接続板を、貯水槽内の支持ポスト内に挿入して、貯水槽の板材の止水目地に止水目地材を挿入しつつ、複数の貯水槽の板材を敷設して、全ての突出した接続板をボルトで連結固定して成る突出した接続部分を有する貯水槽の天板を成し、貯水槽の底板の外周の止水目地に外周の板受け材を貼り付けて、貯水槽外周の支持ポストと外周の板材を固定して、全ての支持ポスト内にモルタルを注入して止水する組立式貯水槽が得られることを特徴とするポストで支える組立式貯水槽。An assembly type water tank supported by posts, in which a water stop joint is provided on the side surface of the plate material, and connection plates protruding above and below the four corners are provided, and a connection plate protruding from the plate material of the water storage tank is installed. Inserted in the multiple support posts fixed to the surface, while inserting the waterproof joint material into the waterproof joint of the water tank plate material, lay the plurality of water tank plate materials and remove all the protruding connection plates. A bottom plate of a water tank having a projecting connection portion connected and fixed with bolts, and a support post in the water tank is inserted into all the projecting connection portions to which the bottom plate of the water tank is connected and fixed, and a plate material of the water tank. Insert the protruding connecting plate into the support post in the water tank, insert the water-stop joint material into the water-stop joint of the water tank plate material, and lay the water tank plate materials, Form a top plate of a water tank having a protruding connection part by connecting and fixing protruding connection plates with bolts, and attach a plate support material on the outer periphery to the water stop joint on the outer periphery of the bottom plate of the water tank, A prefabricated water tank supported by posts, characterized in that an outer peripheral support post and a peripheral plate member are fixed, and a prefabricated water tank is obtained in which mortar is injected into all the support posts to stop water.前記、板材の側面に止水目地を設け、四隅上下に突出した接続板を設けて成る貯水槽の板材、該貯水槽の板材の突出した接続板を、設置面に固定した複数の支持ポスト内に挿入して、貯水槽の板材の止水目地に止水目地材を挿入しつつ、複数の貯水槽の板材を敷設して、全ての突出した接続板をボルトで連結固定して成る突出した接続部分を有する貯水槽の底板、該貯水槽の底板を連結固定した全ての突出した接続部分に、貯水槽内の支持ポストを挿入して、貯水槽の板材の突出した接続板を、貯水槽内の支持ポスト内に挿入して、貯水槽の板材の止水目地に止水目地材を挿入しつつ、複数の貯水槽の板材を敷設して、全ての突出した接続板をボルトで連結固定して成る突出した接続部分を有する貯水槽の天板を成し、貯水槽の底板の外周の止水目地に外周の板受け材を貼り付けて、貯水槽外周の支持ポストと外周の板材を固定して、全ての支持ポスト内にモルタルを注入して止水する組立式貯水槽によって、貯水槽荷重が分散できることを特徴とする請求項１に記載のポストで支える組立式貯水槽。In the plurality of support posts in which the plate members of the water storage tank, which are provided with the water-stop joints on the side surfaces of the plate members and the connection plates projecting up and down the four corners, and the projecting connection plates of the plate members of the water tank are fixed to the installation surface Insert the water-stop joint material into the water-stop joint of the water tank plate, and lay a plurality of water tank plates, and connect all the protruding connecting plates with bolts to project. The support post in the water tank is inserted into the bottom plate of the water tank having the connecting portion and all the projecting connection portions to which the bottom plate of the water tank is connected and fixed, and the connecting plate from which the plate material of the water tank is projecting is inserted into the water tank. Inserted into the support post inside, insert the waterproof joint material into the waterproof joint of the plate material of the water tank, lay the plate materials of multiple water tanks, and connect and fix all the protruding connection plates with bolts Form the top plate of the water tank with the protruding connection part, and attach the outer plate support material to the water stop joints on the outer circumference of the bottom plate of the water tank to attach the support posts on the outer circumference of the water tank and the outer plate material. 2. The post-support type prefabricated water tank supported by a post according to claim 1, wherein the prefabricated water tank is fixed and can be dispersed by injecting mortar into all the support posts to stop the water.前記、請求項1〜2記載の貯水槽内の支持ポスト・貯水槽外周の支持ポスト・外周の板材の縦寸法を変更することで、貯水槽容量が調整できることを特徴とする請求項１〜２に記載のポストで支える組立式貯水槽。The water storage tank capacity can be adjusted by changing the vertical dimensions of the support posts in the water storage tank, the support posts on the outer circumference of the water storage tank, and the plate members on the outer circumference of the water storage tank according to claim 1 or 2. Prefabricated water tank supported by the post described in.前記、請求項1〜3記載の支持ポスト・貯水槽外周の支持ポストの縦寸法を変更することで、上水道の受水槽や上水道の高架受水槽に活用ができることを特徴とする請求項１〜3に記載のポストで支える組立式貯水槽。By changing the vertical dimension of the support posts and the support posts on the outer circumference of the water storage tank according to claims 1 to 3, the water storage tank can be used as a water supply tank or an elevated water supply tank. Prefabricated water tank supported by the post described in.前記、請求項1〜3記載の組立式貯水槽の外周をモルタル又はコンクリートで覆うことで強固な組立式貯水槽になることを特徴とする請求項１〜4に記載のポストで支える組立式貯水槽。The prefabricated water storage supported by a post according to claims 1 to 4, wherein the prefabricated water storage tank according to any one of claims 1 to 3 is a strong prefabricated water storage tank by covering the outer periphery with mortar or concrete. Tank.

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