JPH0660496U - Micro air insertion device - Google Patents

Micro air insertion device

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Publication number
JPH0660496U
JPH0660496U JP228593U JP228593U JPH0660496U JP H0660496 U JPH0660496 U JP H0660496U JP 228593 U JP228593 U JP 228593U JP 228593 U JP228593 U JP 228593U JP H0660496 U JPH0660496 U JP H0660496U
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JP
Japan
Prior art keywords
water
air
submersible pump
insertion device
levitation
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.)
Pending
Application number
JP228593U
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Japanese (ja)
Inventor
玄房 松田
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Individual
Original Assignee
Individual
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Priority to JP228593U priority Critical patent/JPH0660496U/en
Publication of JPH0660496U publication Critical patent/JPH0660496U/en
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Classifications

    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02WCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
    • Y02W10/00Technologies for wastewater treatment
    • Y02W10/10Biological treatment of water, waste water, or sewage

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  • Aeration Devices For Treatment Of Activated Polluted Sludge (AREA)

Abstract

(57)【要約】 (修正有) 【目的】 水質が汚濁している河川とか池とか湖水等の
水質を浄化する。 【構成】 浮上形状本体1上部に太陽電池15と後底部
に水中ポンプ6を設置する、浮上形状本体1を水16に
浮上設置する。水中ポンプ6の運転により水と空気が吸
入口7より吸引され、水中ポンプ6の回転カにより微細
な気泡となり排出口8から排出パイプ10を通過して水
底に放出する機能を有する。設置する場所によって浮上
形状本体1の底部に脱着可能な重り3を固定し、浮上時
の安定と転倒した場合に於いても自重復帰出来る形態と
する。予め重し13を水底に沈め浮上形状本体1とを紐
14により結合し所定の位置を保持する。
(57) [Summary] (Correction) [Purpose] Purify the water quality of polluted rivers, ponds, lakes, etc. [Structure] The solar cell 15 is installed on the upper part of the levitation-shaped main body 1, and the submersible pump 6 is installed on the rear bottom part. When the submersible pump 6 is operated, water and air are sucked through the suction port 7, and the rotating power of the submersible pump 6 forms fine bubbles that are discharged from the discharge port 8 through the discharge pipe 10 to the water bottom. The removable weight 3 is fixed to the bottom of the levitation-shaped main body 1 depending on the place of installation, so that the levitation body can be stabilized during levitation and can return to its own weight even when it falls. The weight 13 is submerged in the bottom of the water in advance, and the float-shaped main body 1 is connected with the string 14 to hold the predetermined position.

Description

【考案の詳細な説明】[Detailed description of the device]

【0001】[0001]

【産業上の利用分野】[Industrial applications]

本考案は、近年、河川とか池とか湖水等の水質が益々汚染し汚濁されている、 その汚濁物質を削減し元の美しい水に戻す方法である、汚濁物質には嫌気性のバ クテリアがよく発生する、それは水中に於ける酸素が不足している状態である、 嫌気性バクテリアが発生すると腐敗が起こり悪臭ガスの発生とつながって行きま す、それらの防止方法は水中に空気を入れ酸素の補給を行い、嫌気性バクテリア の育成を阻止し、逆に好気性バクテリアの発生を促進し、汚濁物質を好気性バク テリアで処理し水質浄化を行う方法である、微細空気挿入装置は小型軽量化が出 来る為、設置場所も汚濁の条件により任意に数量を選択設置する事が出来る、且 外部からの電源供給が必要としない事により設置場所並びに安全対策上の建物等 が不必要となり、容易にまた安価に設置する事が出来、能力を充分に効率よく発 揮出来る事を特徴とする、微細空気挿入装置に関するものである。 In the present invention, the water quality of rivers, ponds, lakes, etc. has been increasingly polluted and polluted in recent years.It is a method of reducing the pollutants and returning them to their original beautiful water. Anaerobic bacteria are often used as pollutants. Occurrence, it is a state of lack of oxygen in the water, when anaerobic bacteria occur, it causes spoilage and leads to the generation of malodorous gas, the way to prevent them is to put air into the water and The micro air insertion device is a method of replenishing water, inhibiting the growth of anaerobic bacteria, conversely promoting the generation of aerobic bacteria, treating pollutants with aerobic bacteria, and purifying water. Therefore, the installation location can be arbitrarily selected and installed depending on the pollution conditions, and since it does not require external power supply, the installation location and building for safety measures are unnecessary. Easily and can be inexpensively installed, characterized in that sufficiently comes efficiently emitting 揮出 the ability, to a fine air insertion device.

【0002】[0002]

【従来の技術】[Prior art]

従来、河川や池もしくは湖水等に酸素を注入する方法としては殆ど行われてい なかった、それは空気注入装置を設置するには電気が必要な事と、設置する場所 等の制約等があり、且汚濁物質の有する位置まで配管を行う工事は水中の為大変 な労力と高額な費用が必要であった。 In the past, the method of injecting oxygen into rivers, ponds, lakes, etc. was rarely practiced because it required electricity to install an air injection device, and there were restrictions such as the place of installation. The work to install the piping to the position where the pollutant is present requires a great deal of labor and high cost because it is underwater.

【0003】[0003]

【考案が解決しようとする課題】[Problems to be solved by the device]

従来、空気注入装置は大きな装置となり、且騒音が発生する事による設置場所 の選択と、場合によっては土地の購入等大変な労力と時間とが要した、電気が必 要な事と安全対策との関係で建築物が要求され、従来空気注入装置には高額な設 備費用が必要とされ、水質浄化等の発展をも阻害している状態であった。 Conventionally, the air injection device has become a large device, and selection of the installation site due to the generation of noise and, in some cases, a lot of labor and time such as purchase of land, electricity and safety measures. Because of this, buildings were required, and conventional air injection devices required high equipment costs, which hindered the development of water purification.

【0004】 そこで、本考案は、小型化を計り河川とか池とか湖水等に浮上設置させる事と 、太陽電池を利用する事とにより設置場所並びに建築物は不用となり、設置費用 と維持経費が大幅に節減となり長期にわたり安定した設置が出来る微細空気挿入 装置の提供を課題とするものである。In view of the above, the present invention makes the installation site and building unnecessary by using a solar cell to levitate and install it in rivers, ponds, lakes, etc., which greatly reduces the installation cost and maintenance cost. It is an object of the present invention to provide a fine air insertion device that saves time and can be installed stably over a long period of time.

【0005】[0005]

【課題を解決するための手段】[Means for Solving the Problems]

請求項1の考案にかかる微細空気挿入装置は、浮上形状本体内部に、空気が変 動しないように発泡スチロール等の軽質な物質を充満固着し空気層を形成する事 により、一定の安定した浮力を保持する、水深があり風とか波等によって安定浮 上出来ない場所に設置の場合は、底部に重りを固着する事により、浮上形状本体 の重心は底側になる、浮上形状本体に加わる浮力と重心が底側とによって、浮上 形状本体は転倒せず、且常時安定を保ち如何なる状態に於いても常に底部を下に 自重復帰する、水深の浅い場所に設置する場合には重りを外して浮上設置する事 も出来る事と、 浮上形状本体に取り付けの流出防止金具に、予め袋に砂利等を入れて作成した 重りを水中に沈めた固定物、または岸辺に設置した固定物等と、丈夫な紐等によ って所定の長さに結合する事によって一定の位置を保ち、風とか波によって流さ れる事を防ぎ傾いたりした場合でも元の位置に戻る事が出来る事と、 微細空気挿入装置は河川とか池とか湖水等の水質汚染と水の流れ等状況を確認 し浄化効率の良い位置を容易に選ぶことが出来る、その為浄化の効果を充分発揮 する事が出来る、また微細空気挿入装置を地上に設置しない事と外部からの電気 を必要としない為、エネルギー資源の節約と設置場所の安全確保と共に容易に設 置場所の移動が簡単にできる。 In the fine air insertion device according to the invention of claim 1, a light and stable substance such as styrofoam is filled and adhered inside the floating body to form an air layer so that a constant stable buoyancy is achieved. When installed in a place where there is sufficient depth of water to prevent stable floating due to wind, waves, etc., by attaching a weight to the bottom, the center of gravity of the levitation-shaped body is on the bottom side, and the buoyancy applied to the levitation-shaped body Due to the center of gravity being on the bottom side, the levitation body does not tip over, and always keeps stability under any condition and always returns to the bottom with its own weight.When installing in a shallow water depth, remove the weight and float. It can also be installed, and the outflow prevention metal fittings attached to the floating shape main body are made of gravel, etc. With a string It is possible to maintain a fixed position by connecting it to a predetermined length and prevent it from flowing by wind or waves and to return to the original position even when tilted, and the fine air insertion device can be used for rivers or ponds. It is possible to easily select a location with good purification efficiency by checking the condition of water pollution such as lake water and the flow of water, so that the purification effect can be fully exerted, and no fine air insertion device is installed on the ground. Since it does not require electric power and electricity from the outside, it saves energy resources and ensures the safety of the installation site, and also makes it easy to move the installation site.

【0006】 請求項2の考案にかかる微細空気挿入装置は、浮上形状本体内部の後底部に水 中ポンプを設置する、常時水中に位置する水中ポンプは、ポンプ運転時の吸引力 により水と空気取入口からの空気とが同時に吸入口より吸引され、吸引された空 気は水中ポンプの回転力により切断され微細な気泡となり、水中ポンプの排出口 より排出パイプを通過し水中に微細な気泡として放出する事と、 酸素欠乏の河川とか池とか湖水等の水底に空気を挿入する事により、嫌気性の バクテリアの育成を阻止し腐敗防止と、気泡の上昇に伴う水流で汚濁物質の堆積 阻止と、逆に酸素補給で好気性バクテリアの育成による汚濁物質の浄化を促進す る事が出来る事と、 微細空気挿入装置は河川とか池とか湖水等の水質汚染と水の流れ等状況を確認 し浄化効率の良い位置を容易に選ぶことが出来る、その為浄化の効果を充分発揮 する事が出来る、また微細空気挿入装置を地上に設置しない事と外部からの電気 を必要としない為、エネルギー資源の節約と設置場所の安全確保と共に容易に設 置場所の移動が簡単にできる。In the fine air insertion device according to the second aspect of the present invention, the submersible pump is installed at the rear bottom of the inside of the floating body. The submersible pump that is always under water has water and air due to suction force during pump operation. At the same time, the air from the intake is sucked from the intake, and the sucked air is cut by the rotational force of the submersible pump to form fine air bubbles, which pass through the discharge pipe from the submersible pump's outlet to form fine air bubbles in the water. By releasing it and inserting air into the bottom of oxygen-deficient rivers, ponds, lakes, etc., it prevents the growth of anaerobic bacteria and prevents spoilage, and prevents the accumulation of pollutants by the water flow accompanying the rise of bubbles. On the contrary, oxygen supplementation can promote the purification of pollutants by growing aerobic bacteria, and the fine air insertion device confirmed the water pollution such as rivers, ponds, lakes, etc. and the flow of water. It is possible to easily select a location with good purification efficiency, so that the effect of purification can be fully exerted, and because a fine air insertion device is not installed on the ground and electricity from the outside is not required, it is an energy resource. This saves energy and ensures the safety of the installation site, and also makes it easy to move the installation site.

【0007】 請求項3の考案にかかる微細空気挿入装置は、浮上形状本体上部面に、水中ポ ンプの運転に必要な容量の太陽電池を固定、日中太陽光による発電を行い水中ポ ンプに電源を供給し運転を行う、水中に於ける酸素欠乏並びに汚濁物質の腐敗は 日中気温の高い時に多く発生する為、日中太陽光による運転を行う事で充分効果 を発揮する事が出来る事と、 外部から電源を供給する必要が無い事により、設置場所も自由に選択が行え且 移動も容易に簡単に行う事ができ浄化を促進する事が出来る事と、 微細空気挿入装置は河川とか池とか湖水等の水質汚染と水の流れ等状況を確認 し浄化効率の良い位置を容易に選ぶことが出来る、その為浄化の効果を充分発揮 する事が出来る、また微細空気挿入装置を地上に設置しない事と外部からの電気 を必要としない為、エネルギー資源の節約と設置場所の安全確保と共に容易に設 置場所の移動が簡単にできる。In the fine air insertion device according to the invention of claim 3, a solar cell having a capacity necessary for the operation of the underwater pump is fixed to the upper surface of the levitation-shaped main body, and the daytime sunlight is used to generate power to the underwater pump. Oxygen deficiency in water and spoilage of pollutants that occur when power is supplied frequently occur when the daytime temperature is high.Therefore, operating with sunlight during the day can be sufficiently effective. And because there is no need to supply power from the outside, the installation location can be freely selected and the movement is easy and easy, and purification can be promoted. It is possible to easily select a location with good purification efficiency by checking the water pollution and water flow conditions in ponds and lakes, etc., so that the purification effect can be fully exerted, and a fine air insertion device is installed on the ground. Not installed and external Since electricity is not required, energy resources can be saved, the installation site can be secured safely, and the installation site can be easily moved.

【0008】[0008]

【作用】[Action]

請求項1の考案においては、水深があり風並びに波等によって転倒の恐れがあ る場所に設置する場合、浮上形状本体に重りを取り付ける事により重心位置移動 で、常時上部を上に安定を保ち、かりに転倒した場合に於いても自重復帰する、 浮上形状本体上部に取り付けの太陽電池が転倒により長時間水中に浸る事を防止 し、又水中ポンプの空運転を防止する、又水深の浅い場所に設置する場合は重り を外し設置する事が出来る、設置場所の選定は汚濁の状況に併せて位置を決める 事と、また汚濁の変化によって位置の移動等、特別な装置とか特別な技術とかを 必要とせず紐等で簡単に効率の良い位置に設置する事ができが出来る。 According to the invention of claim 1, when installing in a place where there is a possibility of falling due to wind and waves due to wind and waves, a weight is attached to the floating body to move the center of gravity, keeping the upper part always stable. Even if it falls down, it will return to its own weight even if it falls, prevent the solar cell mounted on the upper part of the floating shape body from being submerged in water for a long time due to a fall, and prevent the submersible pump from running dry, or at a place with a shallow water depth. If you want to install it on the floor, you can remove the weight and install it.Select the installation location according to the pollution situation, and move the position due to the change of pollution, such as special equipment or special technology. It can be easily installed at an efficient position with a string etc. without needing it.

【0009】 請求項2の考案においては、浮上形状本体内部の後底部に水中ポンプを設置、 常時水中に位置する水中ポンプは運転時の吸引力により、水と空気取入口からの 空気とが同時に吸入口より吸引され、空気は切断され微細な気泡となり、常時大 量の気泡を作り水底に放出する、酸素欠乏の水底に空気を挿入する事により、嫌 気性バクテリアの育成阻止し腐敗防止と、逆に好気性バクテリアを育成し汚濁物 質のバクテリア処理を行い、気泡による水流で汚濁物質の堆積阻止する、特別な 装置とか特別な技術とかを必要とせず効率の良い浄化処理する事が出来る。According to the second aspect of the invention, the submersible pump is installed at the rear bottom of the inside of the floating body, and the submersible pump which is always located in the water simultaneously draws water and air from the air intake port due to suction force during operation. Air is sucked from the suction port, the air is cut into fine bubbles, and a large amount of bubbles are constantly created and released to the bottom of the water.By inserting air into the bottom of the oxygen-deficient bottom, the growth of anaerobic bacteria is prevented and decay is prevented. On the other hand, aerobic bacteria can be grown and the pollutants can be treated with bacteria, and the purification of highly efficient treatment can be achieved without the need for special equipment or special technology to prevent the accumulation of pollutants by the water flow of air bubbles.

【0010】 請求項3の考案においては、浮上形状本体の上部面に、水中ポンプの運転に必 要な容量の太陽電池を設置、日中太陽光による発電を行い水中ポンプの運転を行 う、微細空気挿入装置自体で電源を自給出来る為、設置場所も自由に選択設置が できる、その為特別な装置とか特別な技術とかを必要とせず効率の良い位置に設 置する事が出来る。According to the third aspect of the present invention, a solar cell having a capacity necessary for operating the submersible pump is installed on the upper surface of the floating body, and the submersible pump is operated by generating electricity by daytime sunlight. Since the power supply can be self-sufficient by the micro air insertion device itself, the installation location can be freely selected and installed, so it can be installed in an efficient position without the need for special equipment or special technology.

【0011】[0011]

【実施例】【Example】

以下、本考案の実施例を説明する。 Embodiments of the present invention will be described below.

【0012】 図1は本考案の一実施例の微細空気挿入装置の側面配置図である。図2は一実 施例の微細空気挿入装置の正面配置図である。図3は一実施例の微細空気挿入装 置の斜視図である。FIG. 1 is a side view of a fine air insertion device according to an embodiment of the present invention. FIG. 2 is a front layout view of the micro air insertion device of one embodiment. FIG. 3 is a perspective view of a fine air insertion device according to an embodiment.

【0013】 図1乃至図3に示すように、本実施例の微細空気挿入装置は、浮上形状本体1 の内部に発泡スチロール等の軽質物を充満固着させ安定した空気層2を形成する 、浮上形状本体の後底部に水中ポンプ6を設置、水中ポンプ6の吸入口7に空気 取入口9を設置と排出口8に排出パイプ10を簡易に取り付け出来る形状とする 、浮上形状本体1の上部に太陽電池15を太陽電池取付金具4Aにて固定金具5 に固定し水中ポンプ6の電源とする、設置場所によって浮上形状本体1の底部に 重り3を重り取付金具4にて固定金具5に固定する事で、転倒防止と逆に転倒し た場合に於いても自重復帰する事ができる、浮上形状本体1と予め水底に重し1 3を紐14等によって結束し流出防止金具12に結合し、浮上形状本体1を所定 の位置に保持する。As shown in FIG. 1 to FIG. 3, the fine air insertion device of this embodiment forms a stable air layer 2 by filling and fixing light materials such as styrofoam inside the floating body 1 to form a stable air layer 2. The submersible pump 6 is installed on the rear bottom of the main body, the air intake 9 is installed on the suction port 7 of the submersible pump 6, and the discharge pipe 10 is easily attached to the discharge port 8. The battery 15 is fixed to the fixing bracket 5 with the solar cell mounting bracket 4A and used as the power source for the submersible pump 6. The weight 3 is fixed to the fixing bracket 5 with the weight mounting bracket 4 at the bottom of the floating body 1 depending on the installation location. In this case, the body can be returned to its own weight even in the case of a fall, which is the reverse of the fall prevention. Predetermined shape body 1 Hold in position.

【0014】 次に、本実施例の微細空気挿入装置は、水16に浮上形状本体1を浮上設置す る、浮上形状本体1の後底部取り付けの水中ポンプ6を運転すると、水16は水 流入口11から水中ポンプ6の吸入口7え吸引と、水16と同時に空気取入口9 から空気が吸引さる、水中ポンプ6の回転カにより空気は微細に切断れ排出口8 から排出パイプ10を通過し水底に放出する、酸素欠乏の水底に微細な気泡の空 気を挿入する事により、嫌気性バクテリアの育成を阻止し逆に好気性バクテリア の育成を助け汚濁物質の浄化を促進する。Next, in the fine air insertion device of the present embodiment, when the submerged pump 6 attached to the rear bottom part of the floating main body 1 in which the floating main body 1 is floated on the water 16 is operated, the water 16 flows The suction port 7 of the submersible pump 6 is sucked from the inlet 11 and the air is sucked from the air intake port 9 simultaneously with the water 16. The air is finely cut by the rotating force of the submersible pump 6 and passes from the discharge port 8 to the discharge pipe 10. By inserting air of fine bubbles into the oxygen-deficient water bottom, which is released to the water bottom, it inhibits the growth of anaerobic bacteria and, conversely, helps the growth of aerobic bacteria and promotes the purification of pollutants.

【0015】 したがって、本実施例の微細空気挿入装置は、浮上形状本体1の上部に太陽電 池15を設置し太陽電池取付金具4Aにて固定金具5に固定する、日中太陽光に よる発電を行い水中ポンプ6に電源を供給し運転を行う、外部から電源の供給を 必要としない為、設置場所を任意に選択する事が出来る。Therefore, in the fine air insertion device of the present embodiment, the solar battery 15 is installed on the upper part of the levitation-shaped main body 1 and is fixed to the fixing bracket 5 by the solar cell mounting bracket 4A. The operation is performed by supplying power to the submersible pump 6, and since it is not necessary to supply power from the outside, the installation location can be arbitrarily selected.

【0016】[0016]

【考案の効果】[Effect of device]

以上のように、請求項1の考案の微細空気挿入装置は水面に浮上設置の為、如 何なる状態に於いても安定浮上した状態が要求される、水深があり風とか波の発 生がある設置場所に於いては、浮上形状本体底部に重りを固定し転倒防止を行い 、かりに転倒した場合に於いても浮上形状本体の重心の移動により自重復帰する 事が出来る、太陽電池を長時間水中に浸す事を防止し且水中ポンプの空運転をも 防止する、その為管理に必要な労力を省き人件費の節約もできる、又水深の浅い 場所に設置する場合には重りの取り付けを省き、周囲の状況に併せて設置する事 が出来る、その為浄化効率の良い位置を容易に選ぶことが出来る、浮上形状本体 は丈夫な紐等によって水中に沈めた重り、またはその他の固定物に結合する事に よって所定の位置を保持する、又紐等で目的の位置を決めている為、簡単に位置 の移動も行う事が出来る、本考案は汚濁物質の状況及び規模によって複数の設置 も自由に且容易取り扱う事が出来る、地上の設置場所並びに外部からの電源を必 要としない為、誰でも簡単に操作が行え且安全である事を特徴とする微細空気挿 入装置。 As described above, the fine air insertion device according to the first aspect of the present invention is installed on the surface of the water so that it can be stably floated under any condition. At a certain installation location, a weight is fixed to the bottom of the levitation-shaped body to prevent it from tipping over, and even if the trolley falls, the weight of the levitation-shaped body can be restored to its own weight for a long time. Prevents submersion in water and also prevents idle operation of the submersible pump, thus saving labor required for management and saving labor costs. Also, when installing in a place where the depth of water is low, weight installation is omitted. It can be installed according to the surrounding conditions, so it is possible to easily select a position with good purification efficiency.The floating shape body is connected to a weight submerged in the water with a sturdy string or other fixed object Depending on what you do Since the target position is held with a cord or the like, the position can be easily moved. The present invention can handle multiple installations freely and easily depending on the status and scale of pollutants. The micro air insertion device is characterized by being easy to operate and safe because it does not require an installation location on the ground or an external power supply.

【0017】 請求項2の考案の微細空気挿入装置は、浮上形状本体の後底部に設置の水中ポ ンプを運転する事により、水と空気取入口からの空気とが水中ポンプに吸引され 、空気は回転カにより微細に切断され気泡となり水と共に排出口から排出パイプ を通過して水底に放出される、気泡が小さい程水中に浮遊する時間が長く浮上す るまでに時間を要する、その為酸素欠乏の状況を改善し嫌気性バクテリアの育成 を阻止する事と、逆に好気性バクテリアの育成を促進し汚濁物質の浄化を計り、 長期にわたり環境改善に起因する方法でもある、本考案は汚濁物質の状況及び規 模によって複数の設置も自由に且容易取り扱う事が出来る、地上の設置場所並び に外部からの電源を必要としない為、誰でも簡単に操作が行え且安全である事を 特徴とする微細空気挿入装置。In the fine air insertion device according to the second aspect of the present invention, the submersible pump installed in the rear bottom portion of the floating body causes the submersible pump to suck water and air from the air intake port. Is finely cut by a rotating force to form bubbles, which are discharged together with water from the discharge port to the bottom of the water through the discharge pipe.The smaller the bubbles, the longer it takes to float in the water. The present invention is also a method for improving the environment of deficiency and preventing the growth of anaerobic bacteria, and conversely promoting the growth of aerobic bacteria and purifying pollutants, which is a method of improving the environment for a long time. Depending on the situation and size, multiple installations can be handled freely and easily.Because there is no need for an installation location on the ground or an external power source, anyone can operate it easily and it is safe. Fine air insertion device to be used.

【0018】 請求項3の考案の微細空気挿入装置は、浮上形状本体の上部に設置の太陽電池 により日中太陽光による発電を行い、水中ポンプの電源として活用し運転を行う 、即ち外部から電源供給を必要とせず自給できる事と、太陽光発電のためエネル ギー供給にも制約を受けず、またエネルギー供給による二次的な公害をも発生す る事が無く、又汚濁物質の腐敗は日中気温の高い時に多く発生する為、日中太陽 光による運転を行う事で効果を発揮する事ができ、環境浄化には最適な運転方法 である、また水面に浮上設置の為地上に設置する場所を必要とせず、如何なる状 態に於いても設置場所は容易に且汚濁物質の状況に併せて設置する事が出来る、 その為浄化効率の良い位置を容易に選ぶことが出来る、本考案は汚濁物質の状況 及び規模によって複数の設置も自由に且容易取り扱う事が出来る、地上の設置場 所並びに外部からの電源を必要としない為、誰でも簡単に操作が行え且安全であ る事を特徴とする微細空気挿入装置。The fine air insertion device according to the third aspect of the present invention uses a solar cell installed on the upper part of the floating body to generate electricity by daytime sunlight and uses it as a power source for a submersible pump to operate, that is, an external power source. It can be self-sufficient without the need for power supply, it is not restricted by energy supply due to solar power generation, and secondary pollution due to energy supply does not occur. Since it often occurs when the ambient temperature is high, it can be effective by operating with daytime sunlight, which is the most suitable operation method for environmental purification.It is also installed on the ground because it floats on the water surface. It does not require a place, and the installation place can be easily set according to the situation of pollutants in any state, and therefore, the position with good purification efficiency can be easily selected. Status of pollutants Depending on the size and scale, multiple installations can be handled freely and easily, and because it does not require a ground installation site or an external power source, anyone can operate it easily and it is safe. Air insertion device.

【0019】[0019]

【図面の簡単な説明】[Brief description of drawings]

【図1】図1は本考案の一実施例の微細空気挿入装置の
側面配置図である。
FIG. 1 is a side view of a fine air insertion device according to an embodiment of the present invention.

【図2】図2は本考案の一実施例の微細空気挿入装置の
正面配置図である。
FIG. 2 is a front view of a fine air insertion device according to an embodiment of the present invention.

【図3】図3は本考案の一実施例の微細空気挿入装置の
斜視図である。
FIG. 3 is a perspective view of a micro air insertion device according to an embodiment of the present invention.

【符号の説明】[Explanation of symbols]

1 浮上形状本体 2 空気層 3 重り 4 重り取付金具 4A 太陽電池取付金具 5 固定金具 6 水中ポンプ 7 吸入口 8 排出口 9 空気取入口 10 排出パイプ 11 水流入口 12 流出防止金具 13 重し 14 紐 15 太陽電池 16 水 1 Floating Shape Main Body 2 Air Layer 3 Weight 4 Weight Mounting Bracket 4A Solar Cell Mounting Bracket 5 Fixing Bracket 6 Submersible Pump 7 Intake Port 8 Discharge Port 9 Air Intake 10 Discharge Pipe 11 Water Inlet 12 Outflow Preventing Metal 13 Weight 14 String 15 Solar cell 16 water

Claims (3)

【実用新案登録請求の範囲】[Scope of utility model registration request] 【請求項1】 浮上形状本体内部に、軽質な物質を充満
し空気層を形成、底部に脱着可能な重りを固着する事に
より、浮上形状本体の重心は底側になる、浮上形状本体
に加わる浮力と重心が底側とによって、浮上形状本体は
上層部を上に常時安定を保ち浮上する事が出来る事と浮
上形状本体取り付けの流出防止金具に、水中に沈めた重
りまたはその他の固定物に紐等で結合し所定の位置を保
持する事とを具備することを特徴とする微細空気挿入装
置。
1. The levitation-shaped body is filled with a light substance to form an air layer, and by attaching a removable weight to the bottom, the center of gravity of the levitation-shaped body is on the bottom side. Due to the buoyancy and the center of gravity of the bottom side, the levitation body can float with the upper part of the body always stable and stable. A fine air insertion device, comprising: connecting with a string or the like to hold a predetermined position.
【請求項2】 浮上形状本体内部の後底部に水中ポンプ
を設置、常時水中に位置する水中ポンプは運転時の吸引
力により、水と空気取入口からの空気が同時に吸入口よ
り吸引され、水中ポンプの回転力により吸引された空気
は切断され微細な気泡となり、水中ポンプの排出口より
排出パイプを通過し水中に微細な気泡として放出する事
と酸素欠乏の水底に空気を挿入する事により、嫌気性の
バクテリアの育成を阻止し腐敗防止と、気泡による水流
発生とによる汚濁物質の堆積阻止が出来る事とを具備す
ることを特徴とする微細空気挿入装置。
2. A submersible pump is installed at the rear bottom of the inside of the floating body, and the submersible pump, which is always located in the water, simultaneously sucks water and air from the air intake port from the suction port by the suction force during operation. The air sucked by the rotational force of the pump is cut into fine air bubbles, which pass through the discharge pipe of the submersible pump to be discharged as fine air bubbles in the water and by inserting air into the oxygen-deficient water bottom. A fine air insertion device, characterized in that it can prevent the growth of anaerobic bacteria to prevent spoilage, and can prevent the accumulation of pollutants due to the generation of water flow due to air bubbles.
【請求項3】 浮上形状本体上部に、水中ポンプの運転
に必要な容量の太陽電池を固定、日中太陽光による発電
を行い水中ポンプに電源を供給し運転を行う事と、 外部から電源を供給する必要が無い事により、設置場所
も自由に選択が行え又移動も容易に簡単に行う事が出来
る事と、 を具備することを特徴とする微細空気挿入装置。
3. A solar cell having a capacity necessary for operation of the submersible pump is fixed to the upper part of the floating body, power is generated by daytime sunlight to supply power to the submersible pump, and an external power supply is used. The micro air insertion device is characterized in that it can be freely selected in the installation place and can be easily and easily moved because there is no need to supply it.
JP228593U 1993-02-02 1993-02-02 Micro air insertion device Pending JPH0660496U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP228593U JPH0660496U (en) 1993-02-02 1993-02-02 Micro air insertion device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP228593U JPH0660496U (en) 1993-02-02 1993-02-02 Micro air insertion device

Publications (1)

Publication Number Publication Date
JPH0660496U true JPH0660496U (en) 1994-08-23

Family

ID=11525107

Family Applications (1)

Application Number Title Priority Date Filing Date
JP228593U Pending JPH0660496U (en) 1993-02-02 1993-02-02 Micro air insertion device

Country Status (1)

Country Link
JP (1) JPH0660496U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100955585B1 (en) * 2008-10-07 2010-04-30 (주) 일신네이쳐 Floating type water purification apparatus for lake

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100955585B1 (en) * 2008-10-07 2010-04-30 (주) 일신네이쳐 Floating type water purification apparatus for lake

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