JP3209694U - Two tank water storage tank - Google Patents
Two tank water storage tank Download PDFInfo
- Publication number
- JP3209694U JP3209694U JP2016006199U JP2016006199U JP3209694U JP 3209694 U JP3209694 U JP 3209694U JP 2016006199 U JP2016006199 U JP 2016006199U JP 2016006199 U JP2016006199 U JP 2016006199U JP 3209694 U JP3209694 U JP 3209694U
- Authority
- JP
- Japan
- Prior art keywords
- water storage
- partition wall
- wall portion
- welded
- storage space
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Classifications
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/108—Rainwater harvesting
Landscapes
- Working Measures On Existing Buildindgs (AREA)
Abstract
【課題】安定した強度を確保することができるとともに建設コストを低減することができる新規な二槽式貯水タンクを提供する。【解決手段】略円筒状に成形され内部には貯水空間が形成されてなる側壁部３は仕切り壁部８により二分され、上記仕切り壁部の左右両側には該仕切り壁部８に固定され且つ自立してなるトラスユニット１２，１３が溶接されいる。各トラスユニット１２，１３は、複数の水平補強材，垂直補強材，複数の傾斜補強材と、を有し、上記複数の垂直補強材の中途部は、上記仕切り壁部８に平行に配置された複数の横架材により接続されてなる。【選択図】図１There is provided a novel two-tank water storage tank capable of ensuring stable strength and reducing construction costs. A side wall part 3 formed into a substantially cylindrical shape and having a water storage space formed therein is divided into two by a partition wall part 8, fixed to the partition wall part 8 on the left and right sides of the partition wall part, and Self-supporting truss units 12 and 13 are welded. Each truss unit 12, 13 has a plurality of horizontal reinforcing members, a vertical reinforcing member, and a plurality of inclined reinforcing members, and the middle portions of the plurality of vertical reinforcing members are arranged in parallel to the partition wall portion 8. Connected by a plurality of horizontal members. [Selection] Figure 1
Description
本考案は、液体が収容される貯槽が二つ形成された二槽式貯水タンクに関するものである。 The present invention relates to a two-tank water storage tank in which two storage tanks for storing liquid are formed.
液体が収容される貯水タンクは、内部で発生した細菌の除去等のメンテナンス作業が必要となる。特に、タンク内に収容する液体が飲料水である場合には、タンク内の清掃や消毒は毎年１回以上実施することが義務付けられている。他方、継続的・安定的に液体を外部に供給されるべきことを考慮した場合、単一の貯水タンクでは、上記メンテナンス作業を行うことはできない。したがって、一方及び他方（二つの）の貯水タンクをそれぞれ別個に設け、一方の貯水タンクに関してメンテナンス作業を行っている間は、他方の貯水タンクから液体を外部に供給する方法が考えられる。しかし、このように二つの貯水タンクをそれぞれ別個に設けることは、広い設置面積が確保されていなければ不能であり、限られた面積を有効活用することを阻害するばかりではなく、それぞれ二つの貯水タンクに工数が多い屋根を別個に構築しなければならず、経済的なデメリットが多い。 The water storage tank in which the liquid is stored requires maintenance work such as removal of bacteria generated inside. In particular, when the liquid stored in the tank is drinking water, it is obliged to perform cleaning and disinfection in the tank at least once a year. On the other hand, when considering that the liquid should be supplied to the outside continuously and stably, the maintenance work cannot be performed with a single water tank. Therefore, a method may be considered in which one and the other (two) water storage tanks are provided separately, and liquid is supplied from the other water storage tank to the outside while maintenance work is performed on the one water storage tank. However, it is impossible to separately provide two water storage tanks in this way unless a large installation area is secured, which not only hinders effective use of the limited area but also two water storage tanks. There are many economic disadvantages because a tank with a long man-hour must be built separately.
また、上述したように、二つの貯水タンクをそれぞれ別個に設ける方法以外に、貯水タンクの側壁（外筒）を円筒状に成形し、この円筒状に成形された側壁の内側に、該側壁と同心円状の内壁（内筒）を設け、この内壁の内側を一方の貯水槽とし、該内壁と上記側壁との間を他方の貯水槽とする貯水タンク（以下、同心円式の二槽式貯水タンクと言う。）も考えられる。こうした同心円式の二槽式貯水タンクによれば、先に説明した二つの貯水タンクを別個に設けたものが有するデメリット、特に、設置面積の問題や屋根を別個に構築することに伴う経済的デメリットを解消することが可能となる。 Further, as described above, in addition to the method of separately providing the two water storage tanks, the side wall (outer cylinder) of the water storage tank is formed into a cylindrical shape, and the side wall and the side wall A concentric inner wall (inner cylinder), a water storage tank (hereinafter referred to as a concentric two-tank water storage tank) in which the inner wall of this inner wall serves as one water storage tank and the space between the inner wall and the side wall serves as the other water storage tank. Can also be considered). According to these concentric two-tank water tanks, the disadvantages of having the two water tanks described above separately, especially the economic disadvantages associated with the problem of installation area and the separate construction of the roof Can be eliminated.
しかしながら、上記同心円式貯水タンクでは、上記内壁（内筒）は、大きな外圧が作用し座屈する危険性が高いことから、この内壁（内筒）を補強するために、内壁（内筒）の素材として厚板を使用したりリング状の補強材を使用したりする必要性が生じ、建設コストが嵩むことを免れない。 However, in the concentric water tank, the inner wall (inner cylinder) has a high risk of buckling due to a large external pressure, so the inner wall (inner cylinder) material is used to reinforce the inner wall (inner cylinder). As a result, it is necessary to use a thick plate or a ring-shaped reinforcing material, and the construction cost is inevitable.
そこで、本考案は、上述した同心円式の二槽式貯水タンクが有する課題を解決するために提案されたものであって、安定した強度を確保することができるとともに建設コストを低減することができる新規な二槽式貯水タンクを提供することを目的とするものである。 Therefore, the present invention has been proposed to solve the problems of the above-described concentric two-tank water storage tank, and can secure a stable strength and reduce the construction cost. The object is to provide a novel two-tank water storage tank.
本考案は、上記目的を達成するために提案されたものであって、第１の考案（請求項１記載の考案）は、金属により成形された複数の側プレートにより円筒状に成形され、内部には貯水空間が形成されてなる側壁部と、複数の仕切りプレートにより上記貯水空間を一方の貯水空間と他方の貯水空間とに二分する仕切り壁部と、を備え、上記仕切り壁部の左側には、該仕切り壁部に固定され且つ自立してなる一方のトラスユニットが溶接され、上記仕切り壁部の右側には、該仕切り壁部に固定され且つ自立してなる他方のトラスユニットが溶接され、上記一方及び他方のトラスユニットは、上記仕切り壁部の左側面又は右側面と直交する方向に長さを有する複数の水平補強材と、該仕切り壁部の高さ方向と同じ方向に長さを有するとともに上記仕切り壁部に溶接されてなる複数の垂直補強材と、一端は上記水平補強材の中途部に溶接され他端は上記垂直補強材に溶接されてなり互いに交差して溶接されてなる複数の傾斜補強材と、を有してなるとともに、上記複数の垂直補強材の中途部は、上記仕切り壁部に平行に配置された複数の横架材により接続されてなるものであることを特徴とするものである。 The present invention has been proposed in order to achieve the above-mentioned object. The first device (the device described in claim 1) is formed into a cylindrical shape by a plurality of side plates formed of metal. Includes a side wall portion in which a water storage space is formed, and a partition wall portion that divides the water storage space into one water storage space and the other water storage space by a plurality of partition plates, on the left side of the partition wall portion. One truss unit that is fixed to the partition wall and is self-supporting is welded, and the other truss unit that is fixed to the partition wall and is self-supporting is welded to the right side of the partition wall. The one and the other truss units have a plurality of horizontal reinforcing members having a length in a direction perpendicular to the left side surface or the right side surface of the partition wall portion, and a length in the same direction as the height direction of the partition wall portion. And above A plurality of vertical reinforcement members welded to the cut wall, and a plurality of slopes formed by welding one end to the middle portion of the horizontal reinforcement member and the other end to the vertical reinforcement member and crossing each other. And a middle portion of the plurality of vertical reinforcement members is connected by a plurality of horizontal members arranged in parallel to the partition wall portion. Is.
この第１の考案に係る二槽式貯水タンクでは、上記仕切り壁部により、円形状に成形され内部に成形された貯水空間が、一方の貯水空間と他方の貯水空間とに二分されていることから、これら一方及び他方の貯水空間の全てに貯水することが可能であるばかりではなく、一方の貯水空間内を洗浄したり消毒したりする等のメンテナンス作業を行う場合であっても、他方の貯水空間内に収容された液体を外部に供給することが可能となる。そして、この考案では、上記貯水空間を二分する仕切り壁部の左右両側は、自立してなる一方のトラスユニットと他方のトラスユニットが固定されている。これら一方及び他方のトラスユニットは、上記仕切り壁部の左側面又は右側面と直交する方向に長さを有する複数の水平補強材と、該仕切り壁部の高さ方向と同じ方向に長さを有するとともに上記仕切り壁部に溶接されてなる複数の垂直補強材と、一端は上記水平補強材の中途部に溶接され他端は上記垂直補強材に溶接されてなり互いに交差して溶接されてなる複数の傾斜補強材と、を有してなるとともに、上記複数の垂直補強材の中途部は、上記仕切り壁部に平行に配置された複数の横架材により接続されてなるものであることから、これら一方及び他方のトラスユニットにより、上記仕切り壁部は相当程度補強され、地震発生時においても該仕切り壁が座屈することを効果的に防止することができるとともに、先に説明した円筒状の側壁（外筒）と、該側壁と同心円状に配置された円筒状の内壁（内筒）とを有する二槽式貯水タンクのように、該内筒の素材として厚板を使用したりリング状の補強材を使用したりする必要性はなく、極めて低コストにて施工することが可能となる。特に、この考案に係る二槽式貯水タンクによれば、上記仕切り壁部に用いる仕切りプレートの肉厚は比較的薄い金属板を使用することができ、該仕切りプレート全体の重量を低減することができ、さらにこのことは、貯水空間が増大すればする程大幅に低減することが可能となる。 In the two-tank water storage tank according to the first device, the water storage space formed into a circular shape and formed inside is divided into one water storage space and the other water storage space by the partition wall portion. Therefore, not only is it possible to store water in all of the one and other water storage spaces, but even when performing maintenance work such as cleaning or disinfecting one water storage space, It becomes possible to supply the liquid stored in the water storage space to the outside. In this device, one truss unit and the other truss unit are fixed to the left and right sides of the partition wall that bisects the water storage space. These one and other truss units have a plurality of horizontal reinforcing members having a length in a direction perpendicular to the left side surface or the right side surface of the partition wall portion, and a length in the same direction as the height direction of the partition wall portion. A plurality of vertical reinforcing members welded to the partition wall and one end welded to a middle portion of the horizontal reinforcing member and the other end welded to the vertical reinforcing member, and welded crossing each other. A plurality of inclined reinforcing members, and the middle portions of the plurality of vertical reinforcing members are connected by a plurality of horizontal members arranged in parallel to the partition wall portion. The one and the other truss units reinforce the partition wall to a considerable extent, and can effectively prevent the partition wall from buckling even when an earthquake occurs. Side wall The outer cylinder) and a cylindrical inner wall (inner cylinder) arranged concentrically with the side wall, such as a two-tank water storage tank, a thick plate is used as the material of the inner cylinder, or a ring-shaped reinforcement There is no need to use a material, and construction can be performed at an extremely low cost. In particular, according to the two-tank water storage tank according to the present invention, a relatively thin metal plate can be used for the partition plate used for the partition wall, and the overall weight of the partition plate can be reduced. In addition, this can be significantly reduced as the water storage space increases.
また、第２の考案（請求項２記載の考案）は、金属により成形された複数の側プレートにより全体の平面形状が円弧状に成形されてなる一方の円弧状壁部と、金属により成形された複数の側プレートにより全体の平面形状が円弧状に成形されてなる他方の円弧状壁部と、上記一方の円弧状壁部の一端と上記他方の円弧状壁部の他端とを接続する一方の接続壁部と、上記一方の円弧状壁部の他端と上記他方の円弧状壁部の一端とを接続するとともに、上記一方の接続壁部と面対向してなる他方の接続壁部と、を備え、一端は上記一方の接続壁部に接続され他端は上記他方の接続壁部に接続された複数の仕切りプレートにより上記貯水空間を一方の貯水空間と他方の貯水空間とに二分する仕切り壁部と、を備え、上記仕切り壁部の左側には、該仕切り壁部の左側面に固定され且つ自立してなる一方のトラスユニットが溶接され、上記仕切り壁部の右側には、該仕切り壁部の右側面に固定され且つ自立してなる他方のトラスユニットが溶接されてなり、上記一方及び他方のトラスユニットは、上記仕切り壁部の左側面又は右側面と直交する方向に長さを有する複数の水平補強材と、該仕切り壁部の高さ方向と同じ方向に長さを有するとともに上記仕切り壁部に溶接されてなる複数の垂直補強材と、一端は上記水平補強材の中途部に溶接され他端は上記垂直補強材に溶接されてなり互いに交差して溶接されてなる複数の傾斜補強材と、を有してなるとともに、上記複数の垂直補強材の中途部は、上記仕切り壁部に平行に配置された複数の横架材により接続されてなるものであることを特徴とするものである。 In addition, the second device (the device described in claim 2) is formed of a metal with one arcuate wall portion formed by a plurality of side plates formed into a circular arc shape with a plurality of side plates. And connecting the other arcuate wall portion formed in a circular arc shape with the plurality of side plates, one end of the one arcuate wall portion, and the other end of the other arcuate wall portion. The other connecting wall portion that connects one connecting wall portion to the other end of the one arcuate wall portion and one end of the other arcuate wall portion and faces the one connecting wall portion. The water storage space is divided into one water storage space and the other water storage space by a plurality of partition plates having one end connected to the one connection wall and the other end connected to the other connection wall. A partition wall portion to be disposed on the left side of the partition wall portion. One truss unit that is fixed to the left side of the partition wall and is self-supporting is welded, and the other truss unit that is fixed to the right side of the partition wall and is self-supporting is provided on the right side of the partition wall. And the one and the other truss units are provided with a plurality of horizontal reinforcing members having a length in a direction orthogonal to the left side surface or the right side surface of the partition wall portion, and the height direction of the partition wall portion. A plurality of vertical reinforcement members having a length in the same direction and welded to the partition wall, and one end welded to the middle portion of the horizontal reinforcement member and the other end welded to the vertical reinforcement member to cross each other. A plurality of inclined reinforcing members welded to each other, and the middle portions of the plurality of vertical reinforcing members are connected by a plurality of horizontal members arranged in parallel to the partition wall portion. It is characterized by Is shall.
この第２の考案に係る二槽式貯水タンクは、上記第１の考案に係る二槽式貯水タンクと比較した場合、側壁部の形状が異なるのみであり、基本的構造は互いに同一のものである。すなわち、この第２の考案に係る二槽式貯水タンクを構成する側壁部は、金属により成形された複数の側プレートにより全体の平面形状が円弧状に成形されてなる一方の円弧状壁部と、金属により成形された複数の側プレートにより全体の平面形状が円弧状に成形されてなる他方の円弧状壁部と、上記一方の円弧状壁部の一端と上記他方の円弧状壁部の他端とを接続する一方の接続壁部と、上記一方の円弧状壁部の他端と上記他方の円弧状壁部の一端とを接続するとともに、上記一方の接続壁部と面対向してなる他方の接続壁部と、を備えたものである。そして、この考案を構成する仕切り壁部は、一端が上記一方の接続壁部に接続され他端は上記他方の接続壁部に接続された複数の仕切りプレートにより上記貯水空間を一方の貯水空間と他方の貯水空間とに二分するものであり、また、この仕切り壁部の左右両側に固定された上記一方及び他方のトラスユニットの構造は、上記第１の考案に係るものと同じである。 The two-tank water storage tank according to the second device is different from the two-tank water storage tank according to the first device only in the shape of the side wall, and the basic structure is the same as each other. is there. That is, the side wall part which comprises the two tank type water storage tank which concerns on this 2nd invention is the one circular arc-shaped wall part by which the planar shape of the whole is shape | molded by circular shape with the some side plate shape | molded with the metal. A plurality of side plates formed of metal, the other planar wall formed by arcuate planar shape, one end of the one arcuate wall and the other arcuate wall One connecting wall portion that connects the ends, the other end of the one arcuate wall portion, and one end of the other arcuate wall portion are connected and face-to-face with the one connecting wall portion And the other connecting wall portion. And the partition wall part which comprises this device is connected to the above-mentioned water storage space with one water storage space by a plurality of partition plates having one end connected to the one connection wall part and the other end connected to the other connection wall part. The other water storage space is divided into two, and the structures of the one and the other truss units fixed to the left and right sides of the partition wall are the same as those according to the first device.
このように構成された第２の考案に係る二槽式貯水タンクによる場合であっても、上記第１の考案に係る二槽式貯水タンクと同じように、安定した強度を確保することができるとともに建設コストを低減することができる。 Even in the case of the two-tank water storage tank according to the second device configured as described above, a stable strength can be ensured as in the two-tank water tank according to the first device. At the same time, construction costs can be reduced.
上記第１の考案（請求項１記載の考案）及び第２の考案（請求項２記載の考案）に係る二槽式貯水タンクによれば、一方及び他方のトラスユニットにより、上記仕切り壁部は相当程度補強され、地震発生時においても該仕切り壁が変形したり座屈することを効果的に防止することができるとともに、先に説明した円筒状の側壁（外筒）と、該側壁と同心円状に配置された円筒状の内壁（内筒）とを有する二槽式貯水タンクのように、該内筒の素材として厚板を使用したりリング状の補強材を使用したりする必要性はなく、極めて低コストにて施工することが可能となる。特に、この考案に係る二槽式貯水タンクによれば、上記仕切り壁部に用いる仕切りプレートの肉厚は比較的薄い金属板を使用することができ、該仕切りプレート全体の重量を低減することができ、さらにこのことは、貯水空間が増大すればする程大幅に低減することが可能となる。 According to the two-tank water storage tank according to the first device (the device described in claim 1) and the second device (the device described in claim 2), the partition wall portion is formed by one and the other truss unit. Reinforced to a considerable extent, the partition wall can be effectively prevented from being deformed or buckled even in the event of an earthquake, and the cylindrical side wall (outer cylinder) described above and the side wall concentric with the side wall There is no need to use a thick plate or a ring-shaped reinforcing material as the material of the inner cylinder as in a two-tank water storage tank having a cylindrical inner wall (inner cylinder) arranged in It becomes possible to construct at an extremely low cost. In particular, according to the two-tank water storage tank according to the present invention, a relatively thin metal plate can be used for the partition plate used for the partition wall, and the overall weight of the partition plate can be reduced. In addition, this can be significantly reduced as the water storage space increases.
以下、本考案を実施するための最良の実施の形態に係る二槽式貯水タンクについて、図面を参照しながら詳細に説明する。先ず、本考案の第１の実施の形態に係る二槽式貯水タンクについて詳細に説明する。 Hereinafter, a two-tank water storage tank according to the best mode for carrying out the present invention will be described in detail with reference to the drawings. First, the two-tank water storage tank according to the first embodiment of the present invention will be described in detail.
この第１の実施の形態に係る二槽式貯水タンク１は、図１又は図２に示すように、ステンレス鋼のような耐腐食性を有する素材により円盤状に成形された底板２と、この底板２の上面から立設され外形形状が円筒状に成形された側壁部３と、この側壁部３の上端に固定されドーム形状に成形された屋根４と、を備えている。 As shown in FIG. 1 or 2, the two-tank water storage tank 1 according to the first embodiment includes a bottom plate 2 formed into a disk shape from a material having corrosion resistance such as stainless steel, A side wall portion 3 standing from the upper surface of the bottom plate 2 and having an outer shape formed into a cylindrical shape, and a roof 4 fixed to the upper end of the side wall portion 3 and formed into a dome shape are provided.
上記底板２は、円形状に成形された平板であり、また、上記側壁部３は、長方形状に成形されステンレススチール等の耐腐食性を有する図示しない側プレートを湾曲させ、上下及び左右に連続させるとともに気密性を有した状態で溶接することにより、全体として、円筒状に成形されたものである。なお、上記ドーム状に成形された屋根４は、上記側壁部３を構成する最上段に固定された複数の板体の上端に図示しない連結材を介してボルト及びナット等の所定の締結具により締結・固定されている。 The bottom plate 2 is a flat plate formed in a circular shape, and the side wall portion 3 is curved in a rectangular shape and has a side plate (not shown) having corrosion resistance such as stainless steel, and is continuous vertically and horizontally. As a whole, it is formed into a cylindrical shape by welding in an airtight state. The roof 4 formed in the dome shape is attached to the upper ends of a plurality of plates fixed to the uppermost stage constituting the side wall portion 3 by predetermined fasteners such as bolts and nuts via connecting members (not shown). Fastened / fixed.
そして、上記側壁部３の内側は、図示しない液体が収容・貯水される貯水空間とされ、この貯水空間は、図１又は図２に示すように、仕切り壁部８により左右均等に仕切られ（二分され）ている。すなわち、上記貯水空間は、上記仕切り壁部８を境に、左側は一方の貯水空間１ａとされ、右側は他方の貯水空間１ｂとされている。この仕切り壁部８は、ステンレススチール等の耐腐食性を有する素材からなるものであって、仕切り壁ブロック９が上下左右に気密性を有した状態で溶接されてなるものである。この仕切り壁ブロック９は、図４に示すように、長方形状に成形され波状に折曲されてなる個々の仕切りプレート１０がその幅方向に複数溶接されてなるとともに、両端には、長方形状に成形された接続板１１，１１が溶接されてなるものである。 The inside of the side wall 3 is a water storage space in which liquid (not shown) is stored and stored, and the water storage space is equally divided by the partition wall 8 as shown in FIG. 1 or FIG. Bisected). That is, the water storage space is defined as one water storage space 1a on the left side and the other water storage space 1b on the right side, with the partition wall 8 as a boundary. The partition wall portion 8 is made of a corrosion-resistant material such as stainless steel, and the partition wall block 9 is welded in a state of being airtight in the vertical and horizontal directions. As shown in FIG. 4, the partition wall block 9 is formed by a plurality of individual partition plates 10 formed in a rectangular shape and bent in a wave shape and welded in the width direction. The formed connection plates 11 and 11 are welded.
そして、この二槽式貯水タンク１は、図１又は図２に示すように、上記仕切り壁部８の左側には、一方のトラスユニット１２が固定（溶接）され、該仕切り壁部８の右側には、他方のトラスユニット１３が固定（溶接）されている。これら一方及び他方のトラスユニット１２，１３は、図４に示すように、上記仕切り壁部８（仕切り壁ブロック９）を境に、左右対称に固定されてなるものであり、それぞれ平面形状がＬ字状に成形され互いに平行に起立してなり、上記仕切り壁部８に溶接されてなる複数の内側垂直補強材１４と、これらの内側垂直補強材１４の配置位置からやや離間した位置（上記仕切り壁部８から離れた位置）に配置されてなるとともに該内側垂直補強材１４と平行に起立してなる外側垂直補強材１５と、両端がこれら内側垂直補強材１４と外側垂直補強材１５の中途部に溶接されてなりそれぞれ平行に配置された複数の水平補強材１６と、上記水平補強材１６と内側垂直補強材１４との溶接個所に一端が溶接され、他端は上記水平補強材１６と外側垂直補強材１５との溶接個所に溶接され傾斜してなる一方の傾斜補強材１７と、上記水平補強材１６と内側垂直補強材１４との溶接個所に一端が溶接され、他端は上記水平補強材１６と外側垂直補強材１５との溶接個所に溶接され傾斜してなるとともに中央にて上記一方の傾斜補強材１７と交差してなる他方の傾斜補強材１８と、を備えている。 As shown in FIG. 1 or 2, the two-tank water storage tank 1 has one truss unit 12 fixed (welded) to the left side of the partition wall portion 8, and the right side of the partition wall portion 8. The other truss unit 13 is fixed (welded). As shown in FIG. 4, these one and other truss units 12 and 13 are fixed symmetrically with respect to the partition wall portion 8 (partition wall block 9) as a boundary. A plurality of inner vertical reinforcing members 14 formed in a letter shape and standing in parallel with each other and welded to the partition wall 8, and positions slightly spaced from the positions of the inner vertical reinforcing members 14 (the partition An outer vertical reinforcing member 15 which is arranged at a position separated from the wall portion 8 and stands parallel to the inner vertical reinforcing member 14, and both ends of the inner vertical reinforcing member 14 and the outer vertical reinforcing member 15 are halfway. One end is welded to a plurality of horizontal reinforcing members 16 that are welded to each other and arranged in parallel to each other, and a welded portion between the horizontal reinforcing member 16 and the inner vertical reinforcing member 14, and the other end is connected to the horizontal reinforcing member 16. Outside One inclined reinforcing member 17 is welded and inclined at a welding point with the reinforcing member 15, and one end is welded to a welding point between the horizontal reinforcing member 16 and the inner vertical reinforcing member 14, and the other end is the horizontal reinforcing member. And the other inclined reinforcing member 18 which is welded and inclined at a welding point between the outer vertical reinforcing member 16 and the outer vertical reinforcing member 15 and intersects the one inclined reinforcing member 17 at the center.
そして、上記それぞれの内側垂直補強材１４とそれぞれの外側垂直補強材１５は、上記底板２の上面に溶接され、該内側垂直補強材１４のそれぞれは、上記仕切り壁部８を構成する各接続板１１，１１に溶接されている。また、上記それぞれ外側垂直補強材１５は、側面形状がＬ字状に成形されてなるとともに互いに平行とされた複数の横架材１９の中途部に溶接されている。すなわち、上記一方及び他方のトラスユニット１２，１３は、上記仕切り壁部８の左右両側にそれぞれ自立した状態で配置されてなるとともに、上記底板２の上面に上記それぞれの内側垂直補強材１４及び外側垂直補強材１５に溶接されてなるとともに、該内側垂直補強材１４のそれぞれも上記仕切り壁部８に溶接されている。 The respective inner vertical reinforcing members 14 and the respective outer vertical reinforcing members 15 are welded to the upper surface of the bottom plate 2, and each of the inner vertical reinforcing members 14 is connected to each connecting plate constituting the partition wall portion 8. 11 and 11 are welded. Further, each of the outer vertical reinforcing members 15 is welded to the middle part of a plurality of horizontal members 19 whose side surfaces are formed in an L shape and are parallel to each other. That is, the one and the other truss units 12 and 13 are arranged in a self-supporting state on both the left and right sides of the partition wall 8, and the inner vertical reinforcing member 14 and the outer side While being welded to the vertical reinforcing member 15, each of the inner vertical reinforcing members 14 is also welded to the partition wall portion 8.
したがって、上述した第１の実施の形態に係る二槽式貯水タンク１によれば、上記一方の貯水空間１ａと他方の貯水空間１ｂ内に液体を貯水することができ、一方又は他方の貯水空間１ａ，１ｂの何れかのメンテナンス作業が必要になった場合には、一方又は他方の貯水空間１ａ，１ｂを空の状態とし、該メンテナンス作業をすることができる。そして、上記一方及び他方の貯水空間１ａ，１ｂの両方に貯水された場合には勿論、一方又は他方の貯水空間１ａ，１ｂの何れかが貯水された場合には、上記仕切り壁部８は、上記一方又は他方のトラスユニット１２，１３により強固に補強されていることから、例えば上記一方の貯水空間１ａのみに液体が貯水された場合であっても、さらには地震の発生により液体が揺動した場合であっても、該液体の圧力により該仕切り壁部８が変形したり座屈したりする危険性を有効に防止することができる。また、上記仕切り壁部８は、上記一方及び他方のトラスユニット１２，１３により、相当強固に補強されていることから、先に説明した円筒状の側壁（外筒）と、該側壁と同心円状に配置された円筒状の内壁（内筒）とを有する二槽式貯水タンクのように、該内筒の素材として厚板を使用したりリング状の補強材を使用したりする必要性はなく、極めて低コストにて施工することが可能となる。 Therefore, according to the two-tank water storage tank 1 according to the first embodiment described above, liquid can be stored in the one water storage space 1a and the other water storage space 1b, and one or the other water storage space. When maintenance work of either 1a or 1b becomes necessary, one or the other water storage space 1a or 1b can be emptied and the maintenance work can be performed. And when water is stored in both the one and the other water storage spaces 1a, 1b, of course, when either one of the water storage spaces 1a, 1b is stored, the partition wall 8 is Since it is strongly reinforced by the one or the other truss units 12 and 13, for example, even when the liquid is stored only in the one water storage space 1a, the liquid oscillates due to the occurrence of an earthquake. Even in this case, it is possible to effectively prevent the risk that the partition wall portion 8 is deformed or buckled by the pressure of the liquid. Further, the partition wall portion 8 is considerably reinforced by the one and the other truss units 12 and 13, so that the cylindrical side wall (outer cylinder) described above is concentric with the side wall. There is no need to use a thick plate or a ring-shaped reinforcing material as the material of the inner cylinder as in a two-tank water storage tank having a cylindrical inner wall (inner cylinder) arranged in It becomes possible to construct at an extremely low cost.
なお、上述した第１の実施の形態に係る二槽式貯水タンク１では、側壁部３の全体形状が円筒状に成形されてなるものであるが、本考案に係る二槽式貯水タンクは、第２の実施の形態に係る二槽式貯水タンク２１のように、略楕円状に成形されてなるものであっても良い。 In the two-tank water storage tank 1 according to the first embodiment described above, the entire shape of the side wall 3 is formed into a cylindrical shape, but the two-tank water storage tank according to the present invention is Like the two-tank type water storage tank 21 according to the second embodiment, it may be formed into a substantially elliptical shape.
この第２の実施の形態に係る二槽式貯水タンク２１は、図５に示すように、全体の平面形状が円弧状に成形されてなる一方の円弧状壁部２２と、この一方の円弧状壁部２２と線対称に成形された他方の円弧状壁部２３と、一端は上記一方の円弧状壁部２２の一端に溶接され、他端は上記他方の円弧状壁部２３の他端に溶接されてなる一方の接続壁部２４と、一端は上記一方の円弧状壁部２２の他端に溶接され、一端は上記他方の円弧状壁部２３の一端に溶接されてなる他方の接続壁部２５と、を備えてなるものである。上記一方及び他方の円弧状壁部２２，２３は、何れも長方形状に成形され耐腐食性を有する板体２３ａ，２４ａを湾曲させ、上下及び左右に気密性を有した状態で溶接することにより、全体として、平面形状が略楕円形状に成形されたものである。また、上記一方及び他方の接続壁部２４，２５は、何れも長方形状に成形され耐腐食性を有する平板状の板体２４ａ，２５ａを上下左右に気密性を有した状態で溶接されてなるとともに、互いに同じ高さ及び長さに成形されてなり、且つそれぞれ面対向してなるものである。 As shown in FIG. 5, the two-tank water storage tank 21 according to the second embodiment includes one arcuate wall portion 22 having an overall planar shape formed into an arc shape, and the one arcuate shape. The other arcuate wall 23 formed in line symmetry with the wall 22 and one end are welded to one end of the one arcuate wall 22, and the other end is connected to the other end of the other arcuate wall 23. One connecting wall portion 24 welded and one end welded to the other end of the one arcuate wall portion 22 and one end welded to one end of the other arcuate wall portion 23 And a section 25. The one and the other arcuate wall portions 22 and 23 are both formed into a rectangular shape and curved plate bodies 23a and 24a having corrosion resistance, and are welded in an airtight state vertically and horizontally. As a whole, the planar shape is formed into a substantially elliptical shape. The one and other connection wall portions 24 and 25 are both formed in a rectangular shape and welded in a state of being airtight in the vertical and horizontal directions on flat plate bodies 24a and 25a having corrosion resistance. In addition, they are formed to have the same height and length as each other, and face each other.
そして、上記互いに面対向する一方の接続壁部２４の中央と他方の接続壁部２５の中央とには、仕切り壁部２６が立設され、この仕切り壁部２６を境に、左側が一方の貯水空間２１ａとされ、右側は他方の貯水空間２１ｂとされている。換言すれば、この二槽式貯水タンク２１は、上記仕切り壁部２６により、内部の貯水空間を均等に二分されている。 A partition wall portion 26 is erected at the center of the one connection wall portion 24 and the center of the other connection wall portion 25 that face each other. The water storage space 21a is provided on the right side and the other water storage space 21b is provided on the right side. In other words, the internal water storage space of the two-tank water storage tank 21 is equally divided into two by the partition wall portion 26.
そして、上記仕切り壁部２６の左側には、一方のトラスユニット２７が固定され、該仕切り壁部２６の右側には、他方のトラスユニット２８が固定されている。これら一方及び他方のトラスユニット２７，２８の具体的構成は、先に説明した一方及び他方のトラスユニット１２，１３と同じ構成であることから説明は省略する。なお、上記一方及び他方の円弧状壁部２２，２３並びに一方及び他方の接続壁部２４，２５と、を備えた貯水タンク本体（符号は省略する。）の上部には、先に説明した第１の実施の形態に係る二槽式貯水タンク１と同じように、ドーム状に成形された屋根２９が固定されている。 One truss unit 27 is fixed to the left side of the partition wall portion 26, and the other truss unit 28 is fixed to the right side of the partition wall portion 26. Since the specific configurations of the one and other truss units 27 and 28 are the same as those of the one and other truss units 12 and 13 described above, the description thereof will be omitted. In addition, in the upper part of the water tank main body (a code | symbol is abbreviate | omitted) provided with the said one and the other circular arc-shaped wall parts 22 and 23 and the one and the other connection wall parts 24 and 25, the 1st demonstrated previously. As with the two-tank water storage tank 1 according to the first embodiment, a roof 29 formed in a dome shape is fixed.
したがって、このように構成された第２の形態に係る二槽式貯水タンク２１であっても、上記第１の実施の形態に係る二槽式貯水タンク１と同じように、上記仕切り壁部２６により、内側に形成された貯水空間が、一方の貯水空間２１ａと他方の貯水空間２１ｂとに二分されていることから、これら一方及び他方の貯水空間２１ａ，２１ｂの全てに貯水することが可能であるばかりではなく、一方の貯水空間２１ａ内を洗浄したり消毒したりする等のメンテナンス作業を行う場合であっても、他方の貯水空間２１ｂ内に収容された液体を外部に供給することが可能となる。そして、この二槽式貯水タンク２１であっても、上記貯水空間を二分する仕切り壁部２６の左右両側は、自立してなる一方のトラスユニット２７と他方のトラスユニット２８が固定されていることから、これら一方及び他方のトラスユニット２７，２８により、上記仕切り壁部２６は相当程度補強され、地震発生時においても該仕切り壁２６が座屈することを効果的に防止することができるとともに、先に説明した円筒状の側壁（外筒）と、該側壁と同心円状に配置された円筒状の内壁（内筒）とを有する二槽式貯水タンクに比較して、極めて低コストにて施工することが可能となる。 Therefore, even if it is the two tank type water storage tank 21 which concerns on the 2nd form comprised in this way, the said partition wall part 26 is the same as the two tank type water storage tank 1 which concerns on the said 1st Embodiment. Thus, since the water storage space formed on the inside is divided into one water storage space 21a and the other water storage space 21b, it is possible to store water in all of the one water storage space 21a and the other water storage space 21b. Not only that, but even when performing maintenance work such as cleaning or disinfecting one water storage space 21a, the liquid stored in the other water storage space 21b can be supplied to the outside. It becomes. And even if it is this two tank type water storage tank 21, the one truss unit 27 and the other truss unit 28 which become independent are fixed to the right and left both sides of the partition wall part 26 which bisects the said water storage space. Therefore, the partition wall portion 26 is considerably reinforced by the one and the other truss units 27 and 28, and it is possible to effectively prevent the partition wall 26 from buckling even when an earthquake occurs. Compared to the two-tank water storage tank having the cylindrical side wall (outer cylinder) described in 1 and the cylindrical inner wall (inner cylinder) arranged concentrically with the side wall, the construction is carried out at an extremely low cost. It becomes possible.
なお、上記第２の形態に係る二槽式貯水タンク２１を構成する一方及び他方の接続壁部２４，２５の長さは特に限定されることがなく、任意の長さとすれば良い。 In addition, the length of the one and the other connection wall parts 24 and 25 which comprise the two tank type water storage tank 21 which concerns on the said 2nd form is not specifically limited, What is necessary is just to let it be arbitrary lengths.
１ 二槽式貯水タンク
３ 側壁部
８ 仕切り壁部
１２ 一方のトラスユニット
１３ 他方のトラスユニット
１４ 内側垂直補強材
１５ 外側垂直補強材
１６ 水平補強材
１７ 一方の傾斜補強材
１８ 他方の傾斜補強材
１９ 横架材
２１ 二槽式貯水タンク
２２ 一方の円弧状壁部
２３ 他方の円弧状壁部
２４ 一方の接続壁部
２５ 他方の接続壁部
２６ 仕切り壁部
２７ 一方のトラスユニット
２８ 他方のトラスユニット
DESCRIPTION OF SYMBOLS 1 Two tank type water storage tank 3 Side wall part 8 Partition wall part 12 One truss unit 13 The other truss unit 14 Inner vertical reinforcement 15 Outer vertical reinforcement 16 Horizontal reinforcement 17 One inclination reinforcement 18 Other inclination reinforcement 19 Horizontal member 21 Two-tank water storage tank 22 One arc-shaped wall portion 23 The other arc-shaped wall portion 24 One connection wall portion 25 The other connection wall portion 26 Partition wall portion 27 One truss unit 28 The other truss unit
また、第２の考案（請求項２記載の考案）は、金属により成形された複数の側プレートにより全体の平面形状が円弧状に成形されてなる一方の円弧状壁部と、金属により成形された複数の側プレートにより全体の平面形状が円弧状に成形されてなる他方の円弧状壁部と、上記一方の円弧状壁部の一端と上記他方の円弧状壁部の他端とを接続する一方の接続壁部と、上記一方の円弧状壁部の他端と上記他方の円弧状壁部の一端とを接続するとともに、上記一方の接続壁部と面対向してなる他方の接続壁部と、上記一方の円弧状壁部と他方の円弧状壁部と一方の接続壁部と他方の接続壁部とにより内部に形成された貯水空間と、一端は上記一方の接続壁部に接続され他端は上記他方の接続壁部に接続された複数の仕切りプレートにより上記貯水空間を一方の貯水空間と他方の貯水空間とに二分する仕切り壁部と、を備え、上記仕切り壁部の左側には、該仕切り壁部の左側面に固定され且つ自立してなる一方のトラスユニットが溶接され、上記仕切り壁部の右側には、該仕切り壁部の右側面に固定され且つ自立してなる他方のトラスユニットが溶接されてなり、上記一方及び他方のトラスユニットは、上記仕切り壁部の左側面又は右側面と直交する方向に長さを有する複数の水平補強材と、該仕切り壁部の高さ方向と同じ方向に長さを有するとともに上記仕切り壁部に溶接されてなる複数の垂直補強材と、一端は上記水平補強材の中途部に溶接され他端は上記垂直補強材に溶接されてなり互いに交差して溶接されてなる複数の傾斜補強材と、を有してなるとともに、上記複数の垂直補強材の中途部は、上記仕切り壁部に平行に配置された複数の横架材により接続されてなるものであることを特徴とするものである。 In addition, the second device (the device described in claim 2) is formed of a metal with one arcuate wall portion formed by a plurality of side plates formed into a circular arc shape with a plurality of side plates. And connecting the other arcuate wall portion formed in a circular arc shape with the plurality of side plates, one end of the one arcuate wall portion, and the other end of the other arcuate wall portion. The other connecting wall portion that connects one connecting wall portion to the other end of the one arcuate wall portion and one end of the other arcuate wall portion and faces the one connecting wall portion. A water storage space formed inside by the one arcuate wall part, the other arcuate wall part, the one connection wall part and the other connection wall part, and one end connected to the one connection wall part. The other end of the water storage space is separated by a plurality of partition plates connected to the other connection wall. A truss unit that is divided into one water storage space and the other water storage space, and is fixed to the left side surface of the partition wall and is self-supporting on the left side of the partition wall. The other truss unit that is fixed to the right side surface of the partition wall portion and is self-supported is welded to the right side of the partition wall portion, and the one and other truss units are connected to the partition wall. A plurality of horizontal reinforcing members having a length in a direction orthogonal to the left side surface or the right side surface of the portion, and a plurality of lengths in the same direction as the height direction of the partition wall portion and welded to the partition wall portion A vertical reinforcing member, and a plurality of inclined reinforcing members, one end of which is welded to the middle portion of the horizontal reinforcing member and the other end is welded to the vertical reinforcing member, and is welded crossing each other. And the plurality of vertical reinforcements Intermediate portion is characterized in that it is made are connected by a plurality of horizontal members arranged parallel to the partition wall.
この第２の考案に係る二槽式貯水タンクは、上記第１の考案に係る二槽式貯水タンクと比較した場合、側壁部の形状が異なるのみであり、基本的構造は互いに同一のものである。すなわち、この第２の考案に係る二槽式貯水タンクを構成する側壁部は、金属により成形された複数の側プレートにより全体の平面形状が円弧状に成形されてなる一方の円弧状壁部と、金属により成形された複数の側プレートにより全体の平面形状が円弧状に成形されてなる他方の円弧状壁部と、上記一方の円弧状壁部の一端と上記他方の円弧状壁部の他端とを接続する一方の接続壁部と、上記一方の円弧状壁部の他端と上記他方の円弧状壁部の一端とを接続するとともに、上記一方の接続壁部と面対向してなる他方の接続壁部と、を備えたものであり、上記一方の円弧状壁部と他方の円弧状壁部と一方の接続壁部と他方の接続壁部とにより内部に貯水空間が形成されたものである。そして、この考案を構成する仕切り壁部は、一端が上記一方の接続壁部に接続され他端は上記他方の接続壁部に接続された複数の仕切りプレートにより上記貯水空間を一方の貯水空間と他方の貯水空間とに二分するものであり、また、この仕切り壁部の左右両側に固定された上記一方及び他方のトラスユニットの構造は、上記第１の考案に係るものと同じである。 The two-tank water storage tank according to the second device is different from the two-tank water storage tank according to the first device only in the shape of the side wall, and the basic structure is the same as each other. is there. That is, the side wall part which comprises the two tank type water storage tank which concerns on this 2nd invention is the one circular arc-shaped wall part by which the planar shape of the whole is shape | molded by circular shape with the some side plate shape | molded with the metal. A plurality of side plates formed of metal, the other planar wall formed by arcuate planar shape, one end of the one arcuate wall and the other arcuate wall One connecting wall portion that connects the ends, the other end of the one arcuate wall portion, and one end of the other arcuate wall portion are connected and face-to-face with the one connecting wall portion and the other connecting wall state, and are not provided with, one arcuate wall portion and the other arc-shaped wall portion and the one connecting wall portion and the other of the inner water storage space by a connecting wall portion of the can is formed der thing was Ru. And the partition wall part which comprises this device is connected to the above-mentioned water storage space with one water storage space by a plurality of partition plates having one end connected to the one connection wall part and the other end connected to the other connection wall part. The other water storage space is divided into two, and the structures of the one and the other truss units fixed to the left and right sides of the partition wall are the same as those according to the first device.
Claims (2)
上記仕切り壁部の左側には、該仕切り壁部に固定され且つ自立してなる一方のトラスユニットが溶接され、
上記仕切り壁部の右側には、該仕切り壁部に固定され且つ自立してなる他方のトラスユニットが溶接され、
上記一方及び他方のトラスユニットは、上記仕切り壁部の左側面又は右側面と直交する方向に長さを有する複数の水平補強材と、該仕切り壁部の高さ方向と同じ方向に長さを有するとともに上記仕切り壁部に溶接されてなる複数の垂直補強材と、一端は上記水平補強材の中途部に溶接され他端は上記垂直補強材に溶接されてなり互いに交差して溶接されてなる複数の傾斜補強材と、を有してなるとともに、上記複数の垂直補強材の中途部は、上記仕切り壁部に平行に配置された複数の横架材により接続されてなるものであることを特徴とする二槽式貯水タンク。 A side wall formed by a plurality of side plates formed of metal and having a water storage space formed therein, and the water storage space is divided into one water storage space and the other water storage space by a plurality of partition plates. A partition wall section that bisects,
On the left side of the partition wall, one truss unit fixed to the partition wall and standing independently is welded,
On the right side of the partition wall, the other truss unit fixed to the partition wall and standing independently is welded,
The one and other truss units have a plurality of horizontal reinforcing members having a length in a direction perpendicular to the left side surface or the right side surface of the partition wall portion, and a length in the same direction as the height direction of the partition wall portion. A plurality of vertical reinforcing members welded to the partition wall and one end welded to a middle portion of the horizontal reinforcing member and the other end welded to the vertical reinforcing member, and welded crossing each other. A plurality of inclined reinforcing members, and the middle portions of the plurality of vertical reinforcing members are connected by a plurality of horizontal members arranged in parallel to the partition wall portions. Features a two-tank water storage tank.
上記仕切り壁部の左側には、該仕切り壁部の左側面に固定され且つ自立してなる一方のトラスユニットが溶接され、
上記仕切り壁部の右側には、該仕切り壁部の右側面に固定され且つ自立してなる他方のトラスユニットが溶接されてなり、
上記一方及び他方のトラスユニットは、上記仕切り壁部の左側面又は右側面と直交する方向に長さを有する複数の水平補強材と、該仕切り壁部の高さ方向と同じ方向に長さを有するとともに上記仕切り壁部に溶接されてなる複数の垂直補強材と、一端は上記水平補強材の中途部に溶接され他端は上記垂直補強材に溶接されてなり互いに交差して溶接されてなる複数の傾斜補強材と、を有してなるとともに、上記複数の垂直補強材の中途部は、上記仕切り壁部に平行に配置された複数の横架材により接続されてなるものであることを特徴とする二槽式貯水タンク。 The entire planar shape is formed in an arc shape by one arcuate wall portion formed by a plurality of side plates formed of metal in an arc shape and the plurality of side plates formed of metal. The other arcuate wall, one connecting wall connecting one end of the one arcuate wall and the other end of the other arcuate wall, and the other arcuate wall An end and one end of the other arcuate wall portion, and the other connection wall portion facing the one connection wall portion, the one end being connected to the one connection wall portion The other end includes a partition wall portion that divides the water storage space into one water storage space and the other water storage space by a plurality of partition plates connected to the other connection wall portion,
On the left side of the partition wall, one truss unit fixed to the left side of the partition wall and standing independently is welded,
On the right side of the partition wall portion, the other truss unit fixed to the right side surface of the partition wall portion and standing independently is welded,
The one and other truss units have a plurality of horizontal reinforcing members having a length in a direction perpendicular to the left side surface or the right side surface of the partition wall portion, and a length in the same direction as the height direction of the partition wall portion. A plurality of vertical reinforcing members welded to the partition wall and one end welded to a middle portion of the horizontal reinforcing member and the other end welded to the vertical reinforcing member, and welded crossing each other. A plurality of inclined reinforcing members, and the middle portions of the plurality of vertical reinforcing members are connected by a plurality of horizontal members arranged in parallel to the partition wall portions. Features a two-tank water storage tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2016006199U JP3209694U (en) | 2016-12-27 | 2016-12-27 | Two tank water storage tank |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2016006199U JP3209694U (en) | 2016-12-27 | 2016-12-27 | Two tank water storage tank |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JP3209694U true JP3209694U (en) | 2017-04-06 |
Family
ID=58484227
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2016006199U Expired - Fee Related JP3209694U (en) | 2016-12-27 | 2016-12-27 | Two tank water storage tank |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3209694U (en) |
-
2016
- 2016-12-27 JP JP2016006199U patent/JP3209694U/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| KR101155941B1 (en) | Liquefied natural gas storage tank | |
| KR100718482B1 (en) | Liquefied Gas Storage Tank | |
| US10429008B2 (en) | Prismatic pressure tank having lattice structure | |
| JP2007527490A (en) | Semi-membrane tank support assembly and system | |
| JP2013525197A (en) | Oil tank structure for oil tankers | |
| JP3209694U (en) | Two tank water storage tank | |
| CN110877692B (en) | U type total section and interim additional strengthening thereof | |
| US2673001A (en) | Tank structure | |
| US20210348719A1 (en) | Storage tank containment system | |
| US20160319990A1 (en) | Storage Tank Containment System | |
| WO2017074538A1 (en) | Storage tank containment system | |
| US9080724B2 (en) | Extruded elements | |
| US3382633A (en) | Silos | |
| US1268887A (en) | Reinforcing device. | |
| JP2014151922A (en) | Liquid storage tank | |
| JP2010149903A (en) | Tank reinforcement structure and method of its construction | |
| KR100647084B1 (en) | Carrier structure for carrying round block of ship | |
| KR101810605B1 (en) | STS water tank equipped with ferroconcrete band | |
| KR102446549B1 (en) | the prefabricated water tank having earthquake-proof structure | |
| KR20200010842A (en) | Storage tank | |
| JP6903840B2 (en) | Hollow block joint device and joint member used for the device | |
| JP5672787B2 (en) | Construction method of cylindrical tank | |
| JP2014218830A (en) | Distributing reservoir | |
| US1313592A (en) | Ly-mls | |
| JPH01139382A (en) | Tank container |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| A80 | Written request to apply exceptions to lack of novelty of invention |
Free format text: JAPANESE INTERMEDIATE CODE: A80 Effective date: 20170112 |
|
| A521 | Written amendment |
Free format text: JAPANESE INTERMEDIATE CODE: A523 Effective date: 20170201 |
|
| R150 | Certificate of patent or registration of utility model |
Ref document number: 3209694 Country of ref document: JP Free format text: JAPANESE INTERMEDIATE CODE: R150 |
|
| LAPS | Cancellation because of no payment of annual fees |