JP3184500U - Multi-stage ornamental aquarium - Google Patents
Multi-stage ornamental aquarium Download PDFInfo
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Abstract
【課題】送気ポンプを使用せずに空気中の酸素等を水槽内の水に取り込むことが可能であると共に、見た目に綺麗で流水音をも楽しめる多段式観賞用水槽を提供する。
【解決手段】少なくとも三以上の水槽が連接され、所要高さの基本の水槽を第一水槽１０ａとして、該第一水槽１０ａには高さを同一とする貯留水槽１０ｂ及び第一水槽１０ａよりも所定高さだけ低い高さの第二水槽１０ｃが連接され、該第二水槽１０ｃ以降に前段水槽よりも次段水槽の高さが徐々に低くなる状態で連接される多段式構造とする。貯留水槽１０ｂの上部には汲上ポンプ装置２０を備え、該汲上ポンプ装置２０は、装置本体の下部に延伸する吸水パイプ２２を備えると共に、側部に第一水槽１０ａ内へ落水する放水口２３を備え、前段水槽と次段水槽との隣接面上部には、前段水槽内の水を次段水槽内へ落水させる水門１４が備えられ、最下段水槽と貯留水槽とが通水パイプ１６により連通した構成となる。
【選択図】図１Provided is a multi-stage ornamental water tank that can take in oxygen in the air into the water in the water tank without using an air supply pump, and that is beautiful in appearance and that can enjoy flowing water sound.
At least three or more water tanks are connected, a basic water tank of a required height is defined as a first water tank 10a, and the first water tank 10a has a height higher than the reservoir tank 10b and the first water tank 10a. A second water tank 10c having a height lower by a predetermined height is connected, and the second water tank 10c and the second water tank 10c are connected in a state where the height of the next water tank is gradually lower than that of the previous water tank. A pumping pump device 20 is provided in the upper part of the reservoir tank 10b. The pumping pump device 20 includes a water absorption pipe 22 that extends to the lower part of the main body of the apparatus, and a water discharge port 23 that falls into the first water tank 10a on the side. A sluice 14 is provided at the upper part of the adjacent surface of the preceding stage water tank and the next stage water tank to allow the water in the previous stage water tank to fall into the next stage water tank. It becomes composition.
[Selection] Figure 1
Description
本考案は、観賞用水槽に関し、詳しくは、複数の水槽を多段式に配して水槽内の水を循環させる観賞用水槽に関するものである。 The present invention relates to an ornamental water tank, and more particularly to an ornamental water tank in which a plurality of water tanks are arranged in a multistage manner to circulate water in the water tank.
金魚やメダカなどの観賞魚を飼育すべく、観賞用水槽が用いられている。従来の観賞用水槽としては、ガラスやプラスチックで成形された一槽式の水槽が用いられており、該水槽内には前記観賞魚のほか、本物若しくは疑似的に作られた水草や石などが入れられ、できるだけ自然に近い疑似的な水の世界を創出して、観賞する者に癒しを与えたりしている。 Ornamental aquariums are used to raise ornamental fish such as goldfish and medaka fish. A conventional aquarium tank made of glass or plastic is used as an ornamental aquarium, and in addition to the ornamental fish, real or artificially produced aquatic plants or stones are placed in the aquarium. It creates a pseudo-water world that is as close to nature as possible and soothes those who appreciate it.
このように水槽内で観賞魚を飼育する場合において、水槽内の水の酸素濃度が少なくなったりするため、空気を水槽内に送るための送気ポンプが取り付けられ、水に気泡を発生させて、水に酸素を取り込むことが行われている。かかる気泡は、観賞魚が生きていくためには必要なものであるが、人工的に作られたものであるため、見た目に綺麗なものでないと共に、前述したような自然に近い疑似的な水の世界を阻害するものであった。 In this way, when raising ornamental fish in the aquarium, the oxygen concentration of the water in the aquarium decreases, so an air supply pump for sending air into the aquarium is attached, generating bubbles in the water Incorporating oxygen into the water is done. These bubbles are necessary for the ornamental fish to live, but they are artificially created, so they are not visually beautiful, and the artificial water close to nature as described above. It was an obstacle to the world.
また、水槽内において観賞魚の糞などの浮遊ゴミが発生した場合、水槽内の水を入れ替えたり、水循環式フィルターを用いて除去したりしている。しかしながら、観賞魚は水道水のカルキに弱いため、水を入れ替える場合はカルキ抜きを行う必要があって、大変手間のかかる作業であった。さらに、水循環式フィルターは高価であると共に、定期的にフィルター交換・清掃が必要であって、同様に手間を要するものであった。 Also, when floating garbage such as ornamental fish droppings is generated in the aquarium, the water in the aquarium is replaced or removed using a water circulation filter. However, the ornamental fish are vulnerable to the calcite of tap water, so it was necessary to remove the chlorite when replacing the water, which was a laborious work. Furthermore, the water circulation type filter is expensive, and it is necessary to periodically replace and clean the filter, which is similarly troublesome.
そこで本考案は、上記問題点に鑑み、送気ポンプを使用せずに空気中の酸素等を水槽内の水に取り込むことが可能であると共に、見た目に綺麗で流水音をも楽しむことができる観賞用水槽を提供することを課題とするものである。 Therefore, in view of the above problems, the present invention can take in oxygen in the water into the water in the aquarium without using an air pump, and can also enjoy clean and flowing water sound. An object is to provide an aquarium tank.
上記課題を解決するため、考案にかかる多段式観賞用水槽は、少なくとも三以上の水槽が連接されて成り、所要高さを有する基本の水槽を第一水槽として、該第一水槽には高さを同一とする貯留水槽及び第一水槽よりも所定高さだけ低い高さを有する第二水槽が連接され、該第二水槽以降に水槽が連接される場合に、前段水槽よりも次段水槽の高さが徐々に低くなる状態で連接されて成る多段式構造を採用して成り、前記貯留水槽の上部には汲上ポンプ装置が備えられ、該汲上ポンプ装置は、装置本体の下部に前記貯留水槽の底面近くまで延伸する吸水パイプを備えると共に、装置本体の側部には前記第一水槽内へ落水する放水口を備えて成り、前段水槽と次段水槽との隣接面上部には、前段水槽内の水を次段水槽内へ落水させるための水門が備えられ、最下段水槽と前記貯留水槽とが通水パイプにより連通した構成となっている。 In order to solve the above-mentioned problems, a multi-stage ornamental aquarium according to the present invention is formed by connecting at least three or more aquariums, a basic aquarium having a required height as a first aquarium, and the first aquarium has a height. When the second water tank having a height lower than the first water tank by a predetermined height is connected, and the water tank is connected after the second water tank, the water tank of the next stage is more than the preceding water tank. Adopting a multi-stage structure in which the height is gradually reduced, a pumping pump device is provided in the upper part of the storage water tank, and the pumping pump device is provided in the lower part of the device main body. The water tank is provided with a water absorption pipe extending near the bottom surface of the apparatus, and a water outlet is provided in the side portion of the apparatus main body to drop into the first water tank. A sluice gate that allows the water inside to fall into the next tank Provided, it has a structure in which said reservoir water tank and the bottom water tank is communicated by passing water pipe.
また、考案にかかる多段式観賞用水槽は、前記前段水槽と次段水槽との隣接面上部に備えられた水門に、落水量調節機能が備えられている構成を採用することができる。 Moreover, the multistage type ornamental aquarium according to the invention can employ a configuration in which a falling water amount adjusting function is provided in a sluice provided at the upper part of the adjacent surface of the preceding water tank and the next water tank.
さらに、本考案にかかる多段式観賞用水槽は、前記多段式観賞用水槽における所定箇所に、灯光装置が装備されている構成を採用し得る。 Furthermore, the multistage ornamental water tank according to the present invention may employ a configuration in which a lighting device is provided at a predetermined location in the multistage ornamental water tank.
そしてまた、考案にかかる多段式観賞用水槽は、前記多段式観賞用水槽における少なくとも貯留水槽を除いた各水槽の背面が、鏡面仕様となっている構成を採用することもできる。 In addition, the multi-stage ornamental aquarium according to the invention may employ a configuration in which the back surface of each aquarium except the reservoir tank in the multi-stage ornamental aquarium has a mirror surface specification.
本考案にかかる多段式観賞用水槽によれば、複数の水槽が多段式に配されることで、水が上段から下段へと自然落水し、その落水時に空気中の酸素等が水に取り込まれるため送気ポンプが不要になると共に、落水時の水の音色が川のせせらぎに似て、聞く者の気持ちをリラックスさせる効果を奏し、さらには、落水によってマイナスイオンが発生して、ストレスの解消に資するといった、従来にない優れた効果を奏するものである。 According to the multistage ornamental aquarium according to the present invention, a plurality of aquariums are arranged in a multistage manner, so that water naturally falls from the upper stage to the lower stage, and oxygen in the air is taken into the water when the water falls. This eliminates the need for an air supply pump, and the sound of water at the time of waterfall resembles the turbulence of the river, which helps to relax the listener's feelings. It has an unprecedented excellent effect such as contributing to the above.
また、本考案にかかる多段式観賞用水槽によれば、水が常時循環されていることで、水の淀みがなく水槽面に汚れが付着しにくく、見た目に水が常に清潔を保つことが可能であると共に、自然界のバクテリアが繁殖しやすい環境であって、観賞魚の糞など水槽内の浮遊ゴミが該バクテリアによって綺麗に分解されるため、従来のように汚れを除去するためのフィルターが不要となる。 In addition, according to the multi-stage ornamental aquarium according to the present invention, the water is constantly circulated, so there is no stagnation of the water and dirt does not adhere to the surface of the aquarium, so that the water can always be kept clean. In addition, it is an environment in which bacteria in the natural environment are easy to propagate, and suspended dust in the aquarium such as ornamental fish droppings is beautifully decomposed by the bacteria, so there is no need for a conventional filter for removing dirt. Become.
さらに、本考案にかかる多段式観賞用水槽によれば、水槽の上方を開放した状態にしておくことで、空気中の塵や埃が水槽内に入り込んでも同様にバクテリアが分解してくれるため、空気清浄効果を奏すると共に、水槽内の水が自然に空気中へ蒸発することとなって、室内等の加湿効果も奏することとなる。 Furthermore, according to the multi-stage ornamental aquarium according to the present invention, by keeping the upper part of the aquarium open, bacteria will decompose in the same way even if dust or dust in the air enters the aquarium, In addition to the air cleaning effect, the water in the water tank naturally evaporates into the air, so that a humidifying effect in the room or the like is also achieved.
本考案は、前段水槽よりも次段水槽の高さが徐々に低くなる状態で連接されて成る多段式構造を採用した多段式観賞用水槽１であって、前段水槽内の水を次段水槽内へ落水させつつ循環させることを最大の特徴とする。以下、本考案にかかる多段式観賞用水槽１の実施形態を、図面に基づき説明する。 The present invention is a multi-stage ornamental water tank 1 adopting a multi-stage structure that is connected in a state where the height of the next-stage water tank is gradually lower than the previous-stage water tank, and the water in the previous-stage water tank is used as the next-stage water tank. The greatest feature is that it is circulated while falling into the water. Hereinafter, an embodiment of a multistage ornamental water tank 1 according to the present invention will be described with reference to the drawings.
なお、本考案は、下記の実施形態に示した構成・態様に限定されるものではなく、本考案の技術的思想の要旨に逸脱しない範囲で、任意に変更することができるものである。 In addition, this invention is not limited to the structure and aspect shown to the following embodiment, In the range which does not deviate from the summary of the technical idea of this invention, it can change arbitrarily.
図１乃至図３は、本考案にかかる多段式観賞用水槽１の実施形態を示しており、図１及び図２は斜視図、図３は側断面図である。
すなわち、本考案にかかる多段式観賞用水槽１は、少なくとも三以上の水槽１０が多段的に連接されて構成されている。
1 to 3 show an embodiment of a multi-stage ornamental water tank 1 according to the present invention, FIG. 1 and FIG. 2 are perspective views, and FIG. 3 is a side sectional view.
That is, the multistage ornamental water tank 1 according to the present invention is configured by connecting at least three or more water tanks 10 in a multistage manner.
該水槽１０の具体的な連接構成は、基本の水槽を第一水槽１０ａとして、該第一水槽１０ａに少なくとも貯留水槽１０ｂと第二水槽１０ｃとが連接されており、さらに多くの水槽１０が連接される場合には、それ以降第三水槽１０ｃ、第四水槽１０ｅ・・・と連接されることとなる。なお、図１は全四つの水槽１０により第三水槽１０ｃまで連接された場合を示しており、図２は全五つの水槽１０により第四水槽１０ｅまで連接された場合について示している。 The specific connection configuration of the water tank 10 is that the basic water tank is the first water tank 10a, and at least the storage water tank 10b and the second water tank 10c are connected to the first water tank 10a, and more water tanks 10 are connected. In that case, the third water tank 10c, the fourth water tank 10e,... FIG. 1 shows a case where all four water tanks 10 are connected to the third water tank 10c, and FIG. 2 shows a case where all five water tanks 10 are connected to the fourth water tank 10e.
水槽１０の材質については、特に限定はなく、ガラスやプラスチックなどの合成樹脂やガラスなど、一般的に用いられる透明若しくは半透明な素材から成形されている。
また、各水槽１０の形状についても、水槽１０内に水Ｗが貯留可能な形状であれば特に限定はなく、側壁が曲面状に成形された円筒形状や側壁が平面状の多角筒形状、側壁が球面状の略球形状などが考え得る。なお図面では、該水槽１０の形状について、側壁が平面状の四角筒形状とした場合について示している。
The material of the water tank 10 is not particularly limited, and is formed from a commonly used transparent or translucent material such as synthetic resin such as glass or plastic, or glass.
Also, the shape of each water tank 10 is not particularly limited as long as water W can be stored in the water tank 10, and a cylindrical shape in which the side wall is formed into a curved shape, a polygonal cylindrical shape in which the side wall is flat, and the side wall A substantially spherical shape having a spherical shape can be considered. In addition, in drawing, about the shape of this water tank 10, it has shown about the case where a side wall is made into the shape of a flat square cylinder.
基本となる第一水槽１０ａは、所要高さを有し、貯留水槽１０ｂと第二水槽１０ｃの両方に連接した状態に配置される。 The basic first water tank 10a has a required height and is arranged in a state where it is connected to both the storage water tank 10b and the second water tank 10c.
貯留水槽１０ｂは、前記第一水槽１０ａと同一の高さを有して成形されており、少なくとも前記第一水槽１０ａに連接する状態に配置されることとなる。該貯留水槽１０ｂの上部には、汲上ポンプ装置２０が備えられており、貯留水槽１０ｂ内に貯留された水Ｗを汲み上げ、第一水槽１０ａ内へ送水するために機能する。 The reservoir 10b has the same height as the first water tank 10a and is formed so as to be connected to at least the first water tank 10a. A pumping pump device 20 is provided in the upper part of the reservoir 10b, and functions to pump up the water W stored in the reservoir 10b and feed it into the first tank 10a.
汲上ポンプ装置２０は、装置本体２１と、吸水パイプ２２と、放水口２３とから構成されている。装置本体２１は、前記吸水パイプ２２により貯留水槽１０ｂ内の水Ｗを汲み上げるべく、内部にポンプ構造が内蔵されている。吸水パイプ２２は、貯留水槽１０ｂ内の水Ｗを汲み上げるためのものであって、前記装置本体２１の下部から貯留水槽１０ｂの底面近くまで延伸する状態に備えられている。放水口２３は、前記吸水パイプ２２により汲み上げられた貯留水槽１０ｂ内の水Ｗを第一水槽１０ａ内へ送水するためのものであって、装置本体２１の側部における所定箇所に備えられている。 The pumping pump device 20 includes a device main body 21, a water absorption pipe 22, and a water discharge port 23. The apparatus main body 21 has a built-in pump structure in order to pump up the water W in the reservoir 10b by the water absorption pipe 22. The water absorption pipe 22 is for pumping up the water W in the storage water tank 10b, and is provided in a state of extending from the lower part of the apparatus main body 21 to the vicinity of the bottom surface of the storage water tank 10b. The water outlet 23 is for feeding the water W in the storage tank 10b pumped up by the water absorption pipe 22 into the first water tank 10a, and is provided at a predetermined location on the side of the apparatus main body 21. .
第二水槽１０ｃは、前記第一水槽１０ａよりも所定高さだけ低い高さを有して成形されており、少なくとも前記第一水槽１０ａに連接する状態に配置されることとなる。 The second water tank 10c is formed to have a height lower than the first water tank 10a by a predetermined height, and is disposed at least in a state of being connected to the first water tank 10a.
前記第二水槽１０ｃ以降、第三水槽１０ｄ、第四水槽１０ｅ・・・とさらに水槽１０が連接される場合は、前段たる第一水槽１０ａと次段たる第二水槽１０ｃとの高さ関係同様、前段水槽よりも次段水槽の高さが所定高さだけ低くなり、すなわち水槽１０の連接数が増加するにつれ徐々に低くなる状態で、水槽１０同士が連接されることとなる。 After the second water tank 10c, when the third water tank 10d, the fourth water tank 10e, and the water tank 10 are further connected, the height relationship between the first water tank 10a as the previous stage and the second water tank 10c as the next stage is the same. The water tanks 10 are connected in a state where the height of the next-stage water tank is lower than the preceding water tank by a predetermined height, that is, gradually lowers as the number of connected water tanks 10 increases.
前段水槽と次段水槽との隣接面１２における上部には、水門１４が備えられており、前段水槽内の水Ｗを次段水槽内へ落水させるべく機能する。 A sluice 14 is provided in the upper part of the adjacent surface 12 between the preceding water tank and the next water tank, and functions to drop the water W in the previous water tank into the next water tank.
該水門１４の具体的構造については、水槽１０内に飼育されている観賞魚Ｇが通過できない構造を採用するほかには、特に限定はないが、前段水槽内の水Ｗが次段水槽内へ自然落水すべく、少なくとも次段水槽の水面位置より上方位置に備えられることとなる。 The specific structure of the sluice 14 is not particularly limited except that the ornamental fish G kept in the aquarium 10 cannot pass through, but the water W in the preceding aquarium is transferred to the next aquarium. In order to allow natural water to fall, at least a position above the water surface position of the next-stage water tank is provided.
かかる水門１４の構造について、落水量調節機能が備えられている態様が考え得る。かかる落水量調整機能の具体的構造については、前段水槽から次段水槽への落水量を調整することが可能であれば特に限定はないが、例えば、水門１４の水路幅を広狭できるようにしたり、あるいは、水門１４の高さを上下できるようにする構造が考え得る。 About the structure of this sluice 14, the aspect provided with the falling water amount adjustment function can be considered. The specific structure of the falling water amount adjusting function is not particularly limited as long as it is possible to adjust the falling water amount from the previous water tank to the next water tank. For example, the water channel width of the sluice 14 can be widened or narrowed. Alternatively, a structure that allows the sluice 14 to be raised and lowered can be considered.
最終的に最下段に配置される水槽１０と前記貯留水槽１０ｂとは、通水パイプ１６により連通されている。該通水パイプ１６の具体的構造については、通水可能であって、水槽１０内に飼育されている観賞魚Ｇが通過できない構造であれば、特に限定するものではない。かかる通水パイプ１６を備えることで、最下段水槽内の水Ｗは、貯留水槽１０ｂへ自然送水されることとなる。 The water tank 10 finally disposed at the lowermost stage and the storage water tank 10 b are communicated with each other through a water pipe 16. The specific structure of the water flow pipe 16 is not particularly limited as long as water can be passed and the ornamental fish G bred in the water tank 10 cannot pass therethrough. By providing this water flow pipe 16, the water W in the lowermost water tank is naturally fed to the reservoir tank 10b.
以上の通り構成される本考案にかかる多段式観賞用水槽１において、各水槽１０の配列については、特に限定はない。例えば図１に示すように、各水槽１０を直列に配置する態様が考え得るほか、図２に示すように、各水槽１０を屈曲的に配列する態様も可能である。 In the multistage ornamental water tank 1 according to the present invention configured as described above, the arrangement of the water tanks 10 is not particularly limited. For example, as shown in FIG. 1, a mode in which the water tanks 10 are arranged in series can be considered, and a mode in which the water tanks 10 are flexibly arranged as shown in FIG. 2 is also possible.
以上の構成から成る本考案にかかる多段式観賞用水槽１の構成について、図示されてはいないが、灯光装置が装備されている態様が考え得る。かかる灯光装置を装備することにより、水槽１０内を綺麗に照明することができ、特に夜間や暗所における美感向上に資することとなる。なお、該灯光装置の照明色は、好み等に合わせて自由に決定可能である。また、該灯光装置を装備する箇所についても、特に限定はなく、照明効果を発揮し得る最良の箇所を選択して決定されればよい。 The configuration of the multi-stage ornamental water tank 1 according to the present invention having the above-described configuration is not shown, but a mode in which a lighting device is equipped can be considered. By installing such a lamp device, the inside of the aquarium 10 can be illuminated beautifully, which contributes to improving the aesthetics particularly at night or in a dark place. It should be noted that the illumination color of the lamp device can be freely determined according to preferences and the like. Moreover, there is no limitation in particular also about the location equipped with this lamp device, and what is necessary is just to select and determine the best location which can exhibit an illumination effect.
また、本考案にかかる多段式観賞用水槽１の構成について、上記同様図示されてはいないが、各水槽１０の背面が鏡面仕様となっている構成が考え得る。かかる鏡面仕様を採用することにより、水槽１０内が鏡面に写し出されることとなって、正面視において奥行感を出すことができると共に、飼育魚Ｇの数を実際よりも多く錯覚させる効果を奏することとなる。なお、該鏡面仕様のための具体的実施態様については、鏡面シートを水槽１０の背面に貼着すれば足りる。かかる鏡面仕様を施す水槽１０については、少なくとも貯留水槽１０ｂを除いた各水槽１０とする。 Moreover, although it is not illustrated about the structure of the multistage ornamental water tank 1 concerning this invention similarly to the above, the structure by which the back surface of each water tank 10 becomes a mirror surface specification can be considered. By adopting such a mirror surface specification, the inside of the aquarium 10 is projected onto the mirror surface, and it is possible to give a sense of depth in the front view and to produce an effect of making the number of the reared fish G more illusion than actual. It becomes. In addition, about the specific embodiment for this mirror surface specification, it is sufficient if a mirror surface sheet is stuck on the back surface of the water tank 10. About the water tank 10 which performs this mirror surface specification, it is set as each water tank 10 except the storage water tank 10b.
本考案にかかる多段式観賞用水槽１の使用状態について、以下に順を追って説明する。
（１）貯留水槽１０ｂ内に貯留されている水Ｗは、汲上ポンプ装置２０により吸水パイプ２２を介して汲み上げられ、放水口２３から第一水槽１０ａ内へ滝状に落水するように送水される。かかる汲上ポンプ装置２０から第一水槽１０ａ内へ送水された水Ｗは、落水音を発生すると共に、第一水槽１０ａ内の水Ｗを対流させることとなる。
The use state of the multi-stage ornamental water tank 1 according to the present invention will be described in order below.
(1) The water W stored in the storage tank 10b is pumped up by the pumping pump device 20 via the water absorption pipe 22, and is sent from the water outlet 23 into the first water tank 10a so as to fall like a waterfall. . The water W fed from the pumping pump device 20 into the first water tank 10a generates a falling sound and convects the water W in the first water tank 10a.
（２）第一水槽１０ａ内の水Ｗは、水門１４を越えて第二水槽１０ｃ内へ滝状に落水するように送水される。かかる第一水槽１０ａから第二水槽１０ｂ内へ送水された水Ｗは、上記同様、落水音を発生すると共に、第二水槽１０ａ内の水Ｗを対流させることとなる。 (2) The water W in the first water tank 10a is sent to the water tank 14 so as to fall into a waterfall shape into the second water tank 10c. The water W fed into the second water tank 10b from the first water tank 10a generates a falling sound and convects the water W in the second water tank 10a as described above.
（３）第二水槽１０ｃ以降、第三水槽１０ｄ、第四水槽１０ｅ・・・とさらに水槽１０が連接される場合は、上記同様、前段水槽内の水Ｗが水門１４を越えて次段水槽内へ滝状に落水するように送水され、落水音を発生すると共に、次段水槽内の水Ｗを対流させることとなる。 (3) After the second water tank 10c, when the third water tank 10d, the fourth water tank 10e,... And the water tank 10 are further connected, the water W in the preceding water tank exceeds the sluice 14 and the next water tank. The water is sent to fall in a waterfall shape, and a falling sound is generated, and the water W in the next-stage water tank is convected.
（４）最終的に最下段に配置される水槽１０内に送水された水Ｗは、通水パイプ１６により貯留水槽１０ｂへ自然送水されることとなる。
以上の使用状態により、水Ｗは各水槽１０を対流しながら常に循環されることとなり、水槽１０内のどの箇所にも止水滞留が発生することはない。
(4) The water W finally sent into the water tank 10 arranged at the lowest stage is naturally supplied to the storage water tank 10b through the water flow pipe 16.
With the above use state, the water W is always circulated while convection through each water tank 10, and no water stoppage occurs in any part of the water tank 10.
なお本考案は、観賞用の水槽であるから、貯留水槽１０ｂ以外の各水槽１０内には、水草Ｇや玉石Ｐ、疑似岩Ｒなどが施され、かつ、観賞魚Ｆが飼育されることとなる。かかる観賞魚Ｇは、水門１４及び通水パイプ１６を通過することができず、したがって水Ｗと一緒に貯留水槽１０ｂ内へ流されることはなく、汲上ポンプ装置２０内に進入する心配はない。 Since the present invention is an ornamental aquarium, aquatic plants G, cobblestones P, pseudo-rocks R, etc. are provided in each aquarium 10 other than the reservoir tank 10b, and the ornamental fish F is reared. Become. The ornamental fish G cannot pass through the sluice 14 and the water pipe 16, and therefore is not flowed into the storage tank 10 b together with the water W, and there is no fear of entering the pumping pump device 20.
本考案は、各水槽１０を多段式構造により連接することで、各水槽１０間を落水する水Ｗの作用により、送気ポンプを使用せずに空気中の酸素等を水Ｗに取り込むことが可能であると共に、落水が見た目に綺麗で流水音をも楽しむことが可能であって、機械構造の簡素化・水質浄化・空気清浄・加湿・癒しといった優れた作用効果を多く発揮することができるものである。したがって、本考案にかかる多段式観賞用水槽１の産業上の利用可能性は大である。 In the present invention, by connecting the water tanks 10 with a multistage structure, the water W that drops between the water tanks 10 can take in oxygen or the like in the air without using an air pump. In addition to being possible, it is possible to enjoy the sound of running water and the sound of flowing water, and can exhibit many excellent effects such as simplification of mechanical structure, water purification, air purification, humidification, and healing. Is. Therefore, the industrial applicability of the multistage ornamental water tank 1 according to the present invention is great.
１ 多段式観賞用水槽
１０ 水槽
１０ａ 第一水槽
１０ｂ 貯留水槽
１０ｃ 第二水槽
１０ｄ 第三水槽
１０ｅ 第四水槽
１２ 隣接面
１４ 水門
１６ 通水パイプ
２０ 汲上ポンプ装置
２１ 装置本体
２２ 吸水パイプ
２３ 放水口
Ｆ 観賞魚
Ｇ 水草
Ｐ 玉石
Ｒ 疑似岩
Ｗ 水
DESCRIPTION OF SYMBOLS 1 Multi-stage ornamental water tank 10 Water tank 10a First water tank 10b Reservoir tank 10c Second water tank 10d Third water tank 10e Fourth water tank 12 Adjacent surface 14 Water gate 16 Water pipe 20 Pump pump device 21 Main body 22 Water intake pipe 23 Water outlet F Ornamental fish G Aquagrass P Cobblestone R Simulated rock W Water
Claims (4)
所要高さを有する基本の水槽を第一水槽として、該第一水槽には高さを同一とする貯留水槽及び第一水槽よりも所定高さだけ低い高さを有する第二水槽が連接され、該第二水槽以降に水槽が連接される場合に、前段水槽よりも次段水槽の高さが徐々に低くなる状態で連接されて成る多段式構造を採用して成り、
前記貯留水槽の上部には汲上ポンプ装置が備えられ、
該汲上ポンプ装置は、装置本体の下部に前記貯留水槽の底面近くまで延伸する吸水パイプを備えると共に、装置本体の側部には前記第一水槽内へ落水する放水口を備えて成り、
前段水槽と次段水槽との隣接面上部には、前段水槽内の水を次段水槽内へ落水させるための水門が備えられ、
最下段水槽と前記貯留水槽とが通水パイプにより連通して成ることを特徴とする多段式観賞用水槽。 An ornamental water tank in which at least three or more water tanks are connected,
A basic water tank having a required height is used as a first water tank, and a reservoir tank having the same height and a second water tank having a height lower than the first water tank are connected to the first water tank, When the water tank is connected after the second water tank, adopting a multistage structure in which the height of the next water tank is gradually lower than the previous water tank,
The upper part of the storage tank is equipped with a pumping pump device,
The pumping pump device is provided with a water absorption pipe extending near the bottom of the storage tank at the lower part of the apparatus main body, and a water discharge port for dropping water into the first water tank at the side of the apparatus main body.
At the upper part of the adjacent surface of the front water tank and the next water tank, a sluice gate is provided to allow the water in the front water tank to fall into the next water tank,
A multi-stage ornamental water tank, wherein a lowermost water tank and the storage water tank communicate with each other through a water pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| JP2013000089U JP3184500U (en) | 2013-01-10 | 2013-01-10 | Multi-stage ornamental aquarium |
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| Application Number | Priority Date | Filing Date | Title |
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| JP2013000089U JP3184500U (en) | 2013-01-10 | 2013-01-10 | Multi-stage ornamental aquarium |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105900909A (en) * | 2016-06-03 | 2016-08-31 | 刘春龙 | Negative-pressure monomeric multi-stage biological circulation waterfall aquarium |
| CN109673566A (en) * | 2018-12-29 | 2019-04-26 | 嘉兴奥拓迈讯自动化控制技术有限公司 | A kind of staged fish pond dissolved oxygen control system and its control method |
| JP2021040572A (en) * | 2019-09-12 | 2021-03-18 | ジェックス株式会社 | Aquarium device |
-
2013
- 2013-01-10 JP JP2013000089U patent/JP3184500U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105900909A (en) * | 2016-06-03 | 2016-08-31 | 刘春龙 | Negative-pressure monomeric multi-stage biological circulation waterfall aquarium |
| CN109673566A (en) * | 2018-12-29 | 2019-04-26 | 嘉兴奥拓迈讯自动化控制技术有限公司 | A kind of staged fish pond dissolved oxygen control system and its control method |
| JP2021040572A (en) * | 2019-09-12 | 2021-03-18 | ジェックス株式会社 | Aquarium device |
| JP7249642B2 (en) | 2019-09-12 | 2023-03-31 | ジェックス株式会社 | aquarium equipment |
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