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JP2004081167A - Pot for plant cultivation with water tank - Google Patents

Pot for plant cultivation with water tank Download PDF

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Publication number
JP2004081167A
JP2004081167A JP2002249816A JP2002249816A JP2004081167A JP 2004081167 A JP2004081167 A JP 2004081167A JP 2002249816 A JP2002249816 A JP 2002249816A JP 2002249816 A JP2002249816 A JP 2002249816A JP 2004081167 A JP2004081167 A JP 2004081167A
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Prior art keywords
water
water supply
tank
pot
auxiliary tank
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JP2002249816A
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Japanese (ja)
Inventor
Yoshifumi Nagasawa
長澤 吉史
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  • Cultivation Receptacles Or Flower-Pots, Or Pots For Seedlings (AREA)

Abstract

【課題】鉢植えの給水に於いて、通常シャワー・如雨露等で、手間をかけて行っていたのを、簡単な方法で、水を無駄にする事無く給水出来、あらゆる植物の給水に適合出来る構造の鉢セットにする。
【解決手段】鉢本体1に給水の為の外部接続口5を設け、給水タンク3を簡単に脱着出来る様にした構造の鉢セットである。給水タンク3の液面レベルに応じて鉢内の土の自己浸透作用で全般に吸水される様になっている。植物が消費した分、蒸発等で減った分の水のみが補給される様になっている。給水タンク3にペットボトル等の補助タンク10を追加する事により、補給水量の増量と、給水タンク3の液面レベルを一定に保つ事が出来る。又、補助タンク10に接続する部品に、セット高さを調整出来る構造を追加する事により、給水タンク3の液面レベルを変える事が出来、土の吸水量が調整出来る。
【選択図】    図2
PROBLEM TO BE SOLVED: To supply water in a potted plant by using a simple method without wasting water and to adapt to water supply of all plants, which has been troublesomely performed by showering, rainfall or the like. In a bowl set.
A pot set having a structure in which an external connection port (5) for water supply is provided in a pot body (1) so that a water supply tank (3) can be easily attached and detached. Water is generally absorbed by the self-osmotic action of the soil in the pot according to the liquid level of the water supply tank 3. Only the amount of water consumed by the plants and reduced by evaporation is supplied. By adding an auxiliary tank 10 such as a plastic bottle to the water supply tank 3, it is possible to increase the amount of makeup water and to keep the liquid level of the water supply tank 3 constant. Further, by adding a structure capable of adjusting the set height to the parts connected to the auxiliary tank 10, the liquid level of the water supply tank 3 can be changed, and the amount of soil water absorption can be adjusted.
[Selection] Fig. 2

Description

【0001】
【発明が属する技術分野】
本発明は、鉢内の植物への給水作業を効率的に且つ簡単に行える様にした鉢の給水構造と補助タンクの構造に関する。
【0002】
【従来の技術】
鉢に給水する場合、如雨露又はシャワー等で散水して給水しており、植物の成長に伴い注意深く散水する必要があった。又、余分に給水しても鉢底から排出するだけで保水量にも限界があった。特に夏場で水の消費量が多い時は給水回数も多くする必要があった。
【0003】
従来の給水口付きの鉢は、鉢の底に溜める構造となっており、注入口も底の近くにあり給水する場合専用のポット等で入れる必要があり、注意深く入れる必要があった。
【0004】
ペットボトル等を倒立式の補助タンクとして利用する場合、タンク口部を開放したまま倒立させる為、こぼしながらセットする必要があった。
【0005】
【発明が解決しようとする課題】
鉢に給水する場合、散水した水が鉢底より排出されたりしてしまう為、水を無駄にしてしまうという問題点があった。又、底に給水タンク付きの鉢もあるが、タンク水量の把握がし難いのと、タンク単体だけを簡単に切り離せないという問題点があった。
【0006】
鉢の給水状態は、素人では分かり難く気が付いた時にはしおれかかっていたり、夏場では水持ちが悪いため1日に何回も給水してやる必要があり、うっかり忘れてしまうという問題点があった。
【0007】
鉢の下面を水に浸けて水持ちを良くする方法があるが、ほっておくと土の通気性が悪くなり根腐れを起こすという問題点があった。
【0008】
倒立式の補助タンクとして、空きペットボトル等を利用する場合、口部解放のまま倒立させるとセットする時にボトル内の水をどうしてもこぼしてしまうという問題点があった。又、既存の灯油タンクに使っている様な弁体付きの口金を設ける方法もあるが、水の場合表面張力が大きく水の通過面積を大きくしないと作動不良を起こす問題点があった。又、長期間放置する事により藻・水あか等が発生し複雑な構造の部品では作動不良を起こす問題点があった。
【0009】
【課題を解決するための手段】
この発明は、鉢の下部に給水口を設け、これに接続した給水タンクの液面高さでは漏れない構造の鉢とし、鉢と給水タンクが簡単に脱着出来る様にする事により、従来の問題点を解決したものである。
【0010】
この鉢と給水タンクを接続する事により、給水タンクの液面レベルと同レベルになる様に鉢の方に水が給水される。給水された水は、土の自己浸透作用により回りの土に吸水され、植物が吸収した分、及び蒸発した分だけ補給する事が出来き、散水等による給水方法に比べ、水の無駄な消費を防止出来る。又、給水タンクに液体肥料を適量入れてやれば植物の発育促進につながる上、肥料を無駄なく利用出来る。
【0011】
土の吸水量は、給水タンクの液面高さに相関性があり、タンク液面高さを上げる事により鉢内の土吸水高さも上昇し、土の吸水量を増やす事が出来る。この事により、給水タンクの液面高さを見る事で簡単に鉢内の土の吸水量が把握出来、誰でも簡単に土のしめり具合が掴める。
【0012】
給水タンクには排水栓がついており、排水栓を開ける事により鉢内の水抜きが出来、定期的に抜く事により根腐れを防止させたり、又、タンクを外す時に水がこぼれ出るのを事前に防止する事が出来る。
【0013】
ペットボトル等を倒立式のタンクとしてセットする場合、ペットボトルの口の中に弾力性のある閉止栓を挿入する事により倒立させてもこぼれなく出来る。この閉止栓はロッドで押込みガイドと繋がっており、補助タンクをセットする時、タンク毎下に押し込む事により閉止栓がタンクの中迄突き抜け開栓出来る。
【0014】
【発明の実施の形態】
この発明は、鉢の下部に給水タンク接続口を設け、給水タンクの液面レベルでは水が漏れない構造の鉢とし、給水タンクと鉢は簡単に分割と結合が出来る様にした構造の鉢セットである。給水タンクを接続すれば、給水タンク液面高さに応じて鉢の土水分量が変化する為、土の水分量の目安が給水タンクの液面高さで分かる。
【0015】
土の吸水は、給水タンクの液面高さに応じて鉢の土に水が伝搬し、給水タンク液面高さ近く迄が水飽和状態の土になり、この部分より土の自己浸透作用により吸水される様になる。土の水分量は、水飽和状態の土に達する高さレベルを変えてやる事により変化させる事が出来、即ち給水タンクの液面高さレベルにより変化する様になる。
【0016】
又、給水タンクを外す事により、今度は鉢の水が給水タンク接続口より排水され、気密状態だった水飽和領域の土が解放され通気性が回復させる事が出来る。定期的に解放させてやる事により、根腐れを防止する事が出来る。又、水を長時間溜めておく給水タンクで、藻・水あか等の発生により汚れた場合、取外して簡単に掃除が出来る。
【0017】
給水タンクは、ペットボトル等の倒立式補助タンクを挿入出来るサイズになっており、補助タンクの倒れ防止を兼ねている。又、セットする事により給水タンク液面高さが一定になる様に補助タンクより補給出来る。毎日世話が出来ない場合でも、水を切らす事無く給水出来る様になる。
【0018】
ペットボトル等を補助タンクとして倒立させてセットさせる時に、ペットボトル口部の内面に閉止栓付きの押込みガイドを挿入してやる事により、補助タンク内の水をこぼす事無く倒立させる事が出来る。更に、セット位置で補助タンクを下に押しつける事により閉止栓が補助タンクの中迄突き抜け、補助タンクが開放出来る。
【0019】
閉止栓は、タンク口部内面を閉塞出来る様に発砲ゴム等による弾力のある栓体で出来ており、これとロッドで繋がった押込みガイドとで構成されており、補助タンク口部内面に閉止栓を止めた状態が閉栓状態となり、更に補助タンク口部と、押込みガイドの当たる所迄押込むと、閉止栓がタンクの中迄入ってしまい、開栓状態となる。
【0020】
又、押込みガイドを内筒と外筒に分けネジ式で上下高さを変更出来る構造を追加する事により、補助タンクのセット高さが変更出来る様になり、給水タンクの液面レベルが調整出来る。
【0021】
【実施例1】
この発明の実施例である図1について説明する。鉢本体1の中に完全に埋まる様に中仕切2が有る。中仕切2で仕切られた内側の部屋は、下部の穴より外部接続口5に繋がっている。給水タンク3を接続しない場合は、外部接続口5が排水口となる。
【0022】
給水タンク3を接続する場合は、外部接続口5でOリングによりシール接続となり、化粧ビス4等で鉢本体1と給水タンク3が固定される。給水タンク3には液面確認窓7が付いており外部より水量を確認する事が出来る。この液面確認窓7の液面高さと鉢内の土の含水量に相関性がある事より、鉢内の土の含水量が簡単に把握出来る様になった。
【0023】
又、給水タンク3の下部には排水栓6が付いており、開ける事により鉢内の水も排水させる事が出来き、鉢内の水をクリーニング出来る。定期的にクリーニングする事により植物を腐らせる事無く育成し続ける事が出来た。
【0024】
【実施例2】
図2の実施例は、給水タンク3にペットボトル等の補助タンク10をセットした状態を示す。給水タンク3は、補助タンク10が簡単に入る大きさになっており、補助タンク10の倒れ止めを兼ねている。給水タンク3の液面が、補助タンク10の口部より下がると、補助タンク内にエアーを吸い込み補助タンク内の水が放出される。これにより、給水タンク3の液面は、補助タンク10の水が無くなる迄一定に保持出来る。
【0025】
この方法により、補助タンク10による水の増量が出来、水を補給する回数を大幅に減らすことが出来た。
【0026】
【実施例3】
図3の実施例は、補助タンク10に接続する接続部品を示す。閉止栓11は、柔らかいゴム質で出来ており、補助タンク10の口部内面をシール出来る様になっている。補助タンク10の口部の多少の内径誤差は、弾力性を持たせた閉止栓11で許容出来る様になっている。
【0027】
閉止栓11は、押込みガイド13とロッドで繋がっている。補助タンク10の口部キャップ用ネジ部には、摺動ジョイント12をネジ込み、摺動ジョイント12の外面と、押込みガイド13の内面とが入り込み摺動出来る様になっている。図3は、閉止栓11が補助タンク10の口部内面を閉止している状態である。
【0028】
補助タンク10に水を満タンにした後、閉止栓11を補助タンク10の口の中に挿入する。一端、補助タンク10の中迄突き抜けさせ、閉止栓11が補助タンク10の口部内面で止める事により、補助タンク10を倒立させても、水がこぼれなくなる。
【0029】
補助タンク10をセットする時は、倒立した状態で置くと押込みガイド13が下面に着き、更に補助タンク10を押しつけると、押込みガイド13に繋がった閉止栓11が補助タンク10の口部を突抜け開栓させる事が出来る。この時押込みガイド13は、補助タンク10に固定した摺動ジョイント12の外筒面が当たる所迄はまり込み、補助タンク10を固定出来る様になる。
【0030】
図4は、補助タンク10をセットした状態を示す。補助タンク10内の水は、開栓された閉止栓11の間を抜け、摺動ジョイント12の穴部を抜け、押込みガイド13の排出穴14より排出出来る。この方法により、補助タンク10をセットする時にこぼす事無く出来た。
【0031】
【実施例4】
図5は、補助タンク10のセット高さを調整出来る様にした接続部品の実施例を示す。高さ調整付押込みガイド13aの下部にネジを設け、これに高さ調整ガイド15をネジ込める様にし、ネジ込み深さにより高さが変えれる様になっている。図5は、高さ調整ガイド15を奧までネジ込んだ状態を示しており、補助タンク10が一番低い高さにセット出来る。これにより、給水タンク3の液面レベルを低い位置に設定出来る。
【0032】
図6は、高さ調整ガイド15を最大に伸ばした状態を示している。これにより、補助タンク10が一番高い位置のセットとなり、給水タンク3の液面レベルが高い位置で設定出来る。この方法により給水タンク3の液面高さレベルを簡単に調整出来る様になり、給水タンク3に接続した鉢本体1の土の水分量の調整を行う事が出来た。
【0033】
【発明の効果】
この発明により、鉢本体1と給水タンク3が脱着自由になり、給水タンク3を接続する事により、タンクを接続した分給水回数を減らす事が出来る。又、給水タンク3を外す事により、タンク内の汚れを掃除したり、鉢本体1内の水が排水出来、鉢内のクリーニングが出来る。
【0034】
又、鉢本体1の土8の含水量が給水タンク3の水9の液面高さにより把握出来る様になり、給水タンク3に設けた液面確認窓7により詳細に把握出来る。鉢内の水が不足して来た場合には、給水タンク3の水も不足し液面確認窓7より液面の確認が出来なくなり、鉢内の含水状況が素人でも顕著に把握出来る様になった。
【0035】
給水タンク3の下部に排水栓6を設ける事により、給水タンク3を接続したまま鉢本体1の水も抜くことが出来、給水タンク3を外さ無くても鉢内のクリーニングが出来る。又、排水栓6の代わりに排水コックと排水ホース等を設け排水を所定の所に流す様にすれば、こぼす事無く排水出来る様になる。根腐れを起こしやすい植物等の場合、定期的にクリーニングしてやる事により根腐れを防止出来る。
【0036】
給水タンク3に補助タンク10をセットする事により、給水タンク3の液面レベルが一定に保持出来る為、鉢内の土の含水量を一定に保ったまま給水出来る。補助タンク10により、水量アップした分給水回数を減らす事が出来、補助タンク10の入替え作業のみで給水が出来る様になり、給水作業が大幅に簡略化出来る。
【0037】
補助タンク10に、ペットボトル等を代用すればリサイクルに役立ち、補助タンク10口部に接続する部品セット、図3、図4、を追加する事により、補助タンクを倒立させてセットする時にタンク内の水をこぼす事無くセット出来る。又、ペットボトル等を代用した場合、改造する事無く利用出来るので、汚れた場合ペットボトルのみの取替えで済む。
【0038】
又、補助タンク10口部に接続する部品セット、図5、図6、を追加する事により、補助タンクのセット高さが簡単に変更出来る様になり、鉢内の土の含水量調整が出来る様になり、育成する植物に合わせて調整する事が出来る様になる。
【図面の簡単な説明】
【図1】給水口付き植物栽培用の鉢と給水タンクを接続した図である。
【図2】給水口付き植物栽培用の鉢と給水タンクと補助タンクを接続した図である。
【図3】補助タンクに接続する部品の構造を示した図で、タンク閉状態の図である。
【図4】補助タンクに接続する部品の構造を示した図で、タンク開状態の図である。
【図5】給水タンクに補助タンクをセットした構造図で、補助タンクセット高さ低の図である。
【図6】給水タンクに補助タンクをセットした構造図で、補助タンクセット高さ高の図である。
【符号の説明】
1  鉢本体
2  中仕切
3  給水タンク
4  化粧ビス
5  外部接続口
6  排水栓
7  液面確認窓
8  土
9  水
10  補助タンク
11  閉止栓
12  摺動ジョイント
13  押込みガイド
13a 高さ調整付押込みガイド
14  排出穴
15  高さ調整ガイド
[0001]
TECHNICAL FIELD OF THE INVENTION
The present invention relates to a water supply structure for a pot and a structure of an auxiliary tank that can efficiently and easily supply water to plants in a pot.
[0002]
[Prior art]
When water is supplied to the pots, water is supplied by sprinkling rain or showers or the like, and water must be carefully watered as the plants grow. In addition, even if water is supplied excessively, water is only discharged from the bottom of the pot, and there is a limit to the amount of water retained. In particular, when the amount of water consumption is high in the summer, it was necessary to increase the number of times of water supply.
[0003]
A conventional bowl with a water supply port has a structure in which it is stored at the bottom of the bowl, and an injection port is also near the bottom, so that when water is supplied, it needs to be put in a special pot or the like, and it has been necessary to put it carefully.
[0004]
When a PET bottle or the like is used as an inverted auxiliary tank, the tank must be set while spilling in order to invert the tank with the opening of the tank open.
[0005]
[Problems to be solved by the invention]
When water is supplied to a pot, there is a problem that water is wasted because sprinkled water is discharged from the bottom of the pot. Although there is a bowl with a water supply tank at the bottom, there are problems that it is difficult to grasp the amount of water in the tank and that the tank alone cannot be easily separated.
[0006]
The state of water supply in the pots is difficult for amateurs to notice, and when they notice it, they are wilting, and in summer they have poor water holding, so they need to supply water several times a day, and have inadvertently forgotten.
[0007]
There is a method of immersing the lower surface of the pot in water to improve water retention, but leaving the pot unreliable has a problem that soil permeability deteriorates and root rot occurs.
[0008]
When an empty PET bottle or the like is used as an inverted auxiliary tank, there is a problem that water in the bottle will inevitably spill when set up if the bottle is inverted with the mouth open. There is also a method of providing a base with a valve body as used in existing kerosene tanks. However, in the case of water, the surface tension is large, and there is a problem that a malfunction occurs unless the water passage area is increased. In addition, there is a problem in that algae, scales, and the like are generated by leaving the apparatus for a long period of time, and malfunction occurs in parts having a complicated structure.
[0009]
[Means for Solving the Problems]
The present invention provides a water supply port at a lower portion of a pot, and has a structure that does not leak at a liquid level of a water supply tank connected to the water supply port so that the pot and the water supply tank can be easily attached and detached. It is a solution to the point.
[0010]
By connecting this pot and the water supply tank, water is supplied to the pot so that the level becomes the same as the liquid level of the water supply tank. The supplied water is absorbed into the surrounding soil by the self-osmotic action of the soil, and can be replenished only for the amount absorbed by the plants and the amount evaporated, and wasteful consumption of water compared to the water supply method by watering etc. Can be prevented. In addition, if an appropriate amount of liquid fertilizer is added to the water supply tank, the growth of plants will be promoted, and the fertilizer can be used without waste.
[0011]
The water absorption of the soil has a correlation with the liquid level of the water supply tank. By increasing the tank liquid level, the soil water absorption height in the pot also increases, and the soil water absorption can be increased. By this, the amount of soil water absorbed in the pot can be easily grasped by checking the liquid level of the water supply tank, and anyone can easily grasp the degree of squeezing of the soil.
[0012]
The water supply tank is equipped with a drain cock.By opening the drain cock, the water in the bowl can be drained, and by removing it regularly, you can prevent root rot and prevent water from spilling when you remove the tank. Can be prevented.
[0013]
When a PET bottle or the like is set as an inverted tank, it can be spilled even if the PET bottle is inverted by inserting a resilient stopper into the mouth of the PET bottle. The stopper is connected to the pushing guide by a rod, and when the auxiliary tank is set, the stopper can be pushed down into the tank by pushing down the entire tank so that the stopper can be opened.
[0014]
BEST MODE FOR CARRYING OUT THE INVENTION
The present invention relates to a pot set having a structure in which a water supply tank connection port is provided at a lower portion of a pot to prevent water from leaking at a liquid level of the water supply tank, and the water supply tank and the pot can be easily divided and connected. It is. If the water supply tank is connected, the soil water content of the pot changes according to the water level of the water supply tank, so that the standard of the water content of the soil can be determined by the liquid level of the water supply tank.
[0015]
As for the water absorption of the soil, water propagates to the soil of the pot according to the liquid level of the water supply tank, and the soil becomes saturated with water up to near the liquid level of the water tank, and self-osmosis of the soil from this part Becomes absorbed. The water content of the soil can be changed by changing the height level at which the soil reaches the water-saturated soil, that is, by changing the liquid level of the water supply tank.
[0016]
In addition, by removing the water supply tank, the water in the pot is drained from the water supply tank connection port, and the soil in the water-saturated region, which has been airtight, is released, and the air permeability can be restored. By releasing them regularly, root rot can be prevented. Also, it is a water supply tank that stores water for a long time. If it becomes dirty due to the generation of algae, scale, etc., it can be removed and cleaned easily.
[0017]
The water supply tank is sized to allow an inverted auxiliary tank such as a plastic bottle to be inserted, and also serves to prevent the auxiliary tank from falling. Also, by setting, the water level in the water supply tank can be replenished from the auxiliary tank so that the liquid level becomes constant. Even if you can't take care every day, you can supply water without running out of water.
[0018]
When a plastic bottle or the like is inverted and set as an auxiliary tank, a push guide with a stopper is inserted into the inner surface of the mouth of the plastic bottle, whereby the water in the auxiliary tank can be inverted without spilling. Further, by pressing the auxiliary tank downward at the set position, the stopper plug penetrates into the auxiliary tank and the auxiliary tank can be opened.
[0019]
The stopper is made of a resilient plug made of foam rubber or the like so that the inner surface of the tank mouth can be closed, and is composed of this and a push guide connected by a rod. When the state is stopped, the stopper is closed. When the auxiliary tank is further pushed to the position where the push-in guide and the push-in guide come into contact, the stopper is inserted into the tank and is opened.
[0020]
In addition, by adding a structure in which the push guide is divided into an inner cylinder and an outer cylinder and the vertical height can be changed by screw type, the set height of the auxiliary tank can be changed and the liquid level of the water supply tank can be adjusted .
[0021]
Embodiment 1
FIG. 1, which is an embodiment of the present invention, will be described. A partition 2 is provided so as to be completely buried in the pot body 1. The inner room partitioned by the middle partition 2 is connected to the external connection port 5 through a lower hole. When the water supply tank 3 is not connected, the external connection port 5 serves as a drain port.
[0022]
When the water supply tank 3 is connected, the water supply tank 3 is sealed by an O-ring at the external connection port 5, and the pot body 1 and the water supply tank 3 are fixed by a decorative screw 4 or the like. The water supply tank 3 is provided with a liquid level check window 7 so that the amount of water can be checked from the outside. Since there is a correlation between the liquid level height of the liquid level checking window 7 and the water content of the soil in the pot, the water content of the soil in the pot can be easily grasped.
[0023]
In addition, a drain plug 6 is provided at the lower part of the water supply tank 3, and when opened, the water in the pot can be drained and the water in the pot can be cleaned. By cleaning regularly, the plants could be kept growing without rot.
[0024]
Embodiment 2
The embodiment of FIG. 2 shows a state in which an auxiliary tank 10 such as a plastic bottle is set in the water supply tank 3. The water supply tank 3 is large enough to easily receive the auxiliary tank 10 and also serves to prevent the auxiliary tank 10 from falling down. When the liquid level of the water supply tank 3 falls below the mouth of the auxiliary tank 10, air is sucked into the auxiliary tank and water in the auxiliary tank is discharged. Thereby, the liquid level of the water supply tank 3 can be kept constant until the water in the auxiliary tank 10 is exhausted.
[0025]
According to this method, the amount of water by the auxiliary tank 10 was increased, and the number of times of replenishing water was significantly reduced.
[0026]
Embodiment 3
The embodiment of FIG. 3 shows a connecting part for connecting to the auxiliary tank 10. The stopper plug 11 is made of soft rubber and can seal the inner surface of the mouth of the auxiliary tank 10. A slight error in the inner diameter of the mouth of the auxiliary tank 10 can be tolerated by the elastic stopper 11.
[0027]
The stopper plug 11 is connected to the pushing guide 13 by a rod. A sliding joint 12 is screwed into the mouth cap screw portion of the auxiliary tank 10 so that the outer surface of the sliding joint 12 and the inner surface of the pushing guide 13 can enter and slide. FIG. 3 shows a state in which the closing plug 11 closes the inner surface of the mouth of the auxiliary tank 10.
[0028]
After filling the auxiliary tank 10 with water, the stopper plug 11 is inserted into the mouth of the auxiliary tank 10. One end penetrates into the auxiliary tank 10 and the stopper 11 stops at the inner surface of the mouth of the auxiliary tank 10, so that even if the auxiliary tank 10 is inverted, water does not spill.
[0029]
When setting the auxiliary tank 10, if it is set upside down, the pushing guide 13 will reach the lower surface, and when the auxiliary tank 10 is further pressed, the stopper 11 connected to the pushing guide 13 will pass through the mouth of the auxiliary tank 10. Can be opened. At this time, the pushing guide 13 fits into a position where the outer cylindrical surface of the sliding joint 12 fixed to the auxiliary tank 10 comes into contact, so that the auxiliary tank 10 can be fixed.
[0030]
FIG. 4 shows a state where the auxiliary tank 10 is set. The water in the auxiliary tank 10 can pass through the space between the closed stopper plug 11, pass through the hole of the sliding joint 12, and be discharged from the discharge hole 14 of the push-in guide 13. With this method, it was possible to set the auxiliary tank 10 without spilling.
[0031]
Embodiment 4
FIG. 5 shows an embodiment of a connecting part in which the set height of the auxiliary tank 10 can be adjusted. A screw is provided below the height-adjustable push-in guide 13a, so that the height-adjustment guide 15 can be screwed into the screw, and the height can be changed depending on the screw-in depth. FIG. 5 shows a state in which the height adjustment guide 15 is screwed into the back, and the auxiliary tank 10 can be set at the lowest height. Thereby, the liquid level of the water supply tank 3 can be set at a low position.
[0032]
FIG. 6 shows a state where the height adjustment guide 15 is extended to the maximum. Accordingly, the auxiliary tank 10 is set at the highest position, and can be set at a position where the liquid level of the water supply tank 3 is high. According to this method, the liquid level of the water supply tank 3 can be easily adjusted, and the water content of the soil of the pot body 1 connected to the water supply tank 3 can be adjusted.
[0033]
【The invention's effect】
According to the present invention, the pot main body 1 and the water supply tank 3 can be freely attached and detached, and by connecting the water supply tank 3, the number of times of water supply can be reduced by connecting the tank. In addition, by removing the water supply tank 3, dirt in the tank can be cleaned, water in the pot body 1 can be drained, and the inside of the pot can be cleaned.
[0034]
Further, the water content of the soil 8 of the pot body 1 can be grasped by the liquid level of the water 9 in the water supply tank 3, and can be grasped in detail by the liquid level confirmation window 7 provided in the water supply tank 3. When the water in the pot becomes insufficient, the water in the water supply tank 3 is also insufficient and the liquid level cannot be checked from the liquid level check window 7 so that even the amateur can grasp the water content in the pot. became.
[0035]
By providing the drain plug 6 at the lower part of the water supply tank 3, the water in the pot body 1 can be drained with the water supply tank 3 connected, and the inside of the pot can be cleaned without removing the water supply tank 3. If a drain cock and a drain hose are provided in place of the drain plug 6 to drain the waste water to a predetermined place, the drain can be drained without spilling. In the case of plants that are apt to cause root rot, root rot can be prevented by periodically cleaning the plants.
[0036]
By setting the auxiliary tank 10 in the water supply tank 3, the liquid level of the water supply tank 3 can be kept constant, so that water can be supplied while keeping the water content of the soil in the pot constant. The auxiliary tank 10 can reduce the number of times of water supply by increasing the amount of water, and can supply water only by replacing the auxiliary tank 10, thereby greatly simplifying the water supply operation.
[0037]
Substituting a plastic bottle or the like for the auxiliary tank 10 is useful for recycling, and by adding a set of parts to be connected to the mouth of the auxiliary tank 10, FIG. 3 and FIG. Can be set without spilling water. In addition, when a PET bottle or the like is used in place, it can be used without remodeling, so if it becomes dirty, only the PET bottle needs to be replaced.
[0038]
In addition, by adding a set of parts connected to the mouth of the auxiliary tank, FIG. 5 and FIG. 6, the set height of the auxiliary tank can be easily changed, and the water content of the soil in the pot can be adjusted. It can be adjusted according to the plant to be grown.
[Brief description of the drawings]
FIG. 1 is a diagram in which a plant cultivation pot with a water supply port and a water supply tank are connected.
FIG. 2 is a diagram in which a pot for plant cultivation with a water supply port, a water supply tank, and an auxiliary tank are connected.
FIG. 3 is a view showing a structure of components connected to an auxiliary tank, and is a view in a tank closed state.
FIG. 4 is a view showing a structure of a part connected to an auxiliary tank, and is a view in a tank open state.
FIG. 5 is a structural view in which an auxiliary tank is set in a water supply tank, and is a view in which the auxiliary tank is set at a low height.
FIG. 6 is a structural diagram in which an auxiliary tank is set in a water supply tank, and is a diagram of a height of an auxiliary tank set.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 Pot main body 2 Middle partition 3 Water supply tank 4 Makeup screw 5 External connection port 6 Drain tap 7 Liquid level check window 8 Soil 9 Water 10 Auxiliary tank 11 Closure tap 12 Sliding joint 13 Push guide 13 a Push guide with height adjustment 14 Discharge Hole 15 Height adjustment guide

Claims (4)

鉢の下部給水口と給水タンクを接続する構造に於いて、給水タンクの液面高さでは漏れない構造の鉢で、鉢と給水タンクの給水口とがシール接合させつつネジ、フック等の固定金具にて簡単に固定及び取外し出来る様にした鉢。In the structure where the lower water supply port of the pot and the water supply tank are connected, the pot has a structure that does not leak at the liquid level of the water supply tank. A bowl that can be easily fixed and removed with metal fittings. 請求項1に於いて、給水タンクに液面確認窓を設け、この液面高さレベルにより鉢内の土の吸水量が分かる様にした鉢。The pot according to claim 1, wherein a water level check window is provided in the water supply tank, and the water absorption of the soil in the pot can be determined based on the liquid level level. 給水タンクに設けるペットボトル等の補助タンクにおいて、補助タンク口部の穴の中に取付部品の閉止栓を挿入し補助タンクを倒立させた時にこぼれなくさせ、補助タンクをセットさせる時、口部取付部品が底面に当たり補助タンク毎押し込む事により閉止栓が補助タンクの中迄突き抜け開栓となる補助タンク口部取付け部品。In the auxiliary tank such as a plastic bottle provided in the water supply tank, insert the stopper plug of the mounting part into the hole of the auxiliary tank mouth to prevent the auxiliary tank from spilling when it is inverted, and to attach the mouth when setting the auxiliary tank Auxiliary tank opening attachment part where the stopper plugs through the auxiliary tank when the parts hit the bottom and push into the auxiliary tank. 請求項4の取付部品に於いて、高さ調整用のソケットガイドを設け、ねじ込む事により補助タンクセット時の高さレベルを可変出来る様にした構造の補助タンク口部取付部品。5. The auxiliary tank mouth mounting part according to claim 4, wherein a height guide when setting the auxiliary tank can be changed by screwing in a socket guide for height adjustment.
JP2002249816A 2002-08-28 2002-08-28 Pot for plant cultivation with water tank Pending JP2004081167A (en)

Priority Applications (1)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR101007875B1 (en) 2010-08-13 2011-01-14 주식회사 정원 Vegetation device with adjustable water level
CN104855254A (en) * 2015-05-13 2015-08-26 朱仕成 Mechanical pot culture automatic water supply system
JP2016015920A (en) * 2014-07-08 2016-02-01 長澤 吉史 Remote natural water pot with soil water content display

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR101007875B1 (en) 2010-08-13 2011-01-14 주식회사 정원 Vegetation device with adjustable water level
JP2016015920A (en) * 2014-07-08 2016-02-01 長澤 吉史 Remote natural water pot with soil water content display
CN104855254A (en) * 2015-05-13 2015-08-26 朱仕成 Mechanical pot culture automatic water supply system

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