JP3182271U - Oil film processing equipment - Google Patents

Oil film processing equipment Download PDF

Info

Publication number
JP3182271U
JP3182271U JP2012005710U JP2012005710U JP3182271U JP 3182271 U JP3182271 U JP 3182271U JP 2012005710 U JP2012005710 U JP 2012005710U JP 2012005710 U JP2012005710 U JP 2012005710U JP 3182271 U JP3182271 U JP 3182271U
Authority
JP
Japan
Prior art keywords
connection tube
floating
oil film
floating buoy
buoy
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
Application number
JP2012005710U
Other languages
Japanese (ja)
Inventor
耀堂 余
Original Assignee
耀堂 余
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by 耀堂 余 filed Critical 耀堂 余
Priority to JP2012005710U priority Critical patent/JP3182271U/en
Application granted granted Critical
Publication of JP3182271U publication Critical patent/JP3182271U/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

Links

Images

Abstract

【課題】油膜処理装置の構造を提供する。
【解決手段】接続チューブセット1及び浮遊ブイ2で構成する油膜処理装置である。接続チューブセット1及び浮遊ブイ2は互いに接続し、接続チューブセット1に含まれるのは第一接続チューブ11及び第二接続チューブ12であり、第一接続チューブ11の一端は第二接続チューブ12の一端と接続する。浮遊ブイ2の一端は第二接続チューブ12の別端と連通するように設置する。また浮遊ブイ2は浮遊ブイ2の別端のチューブ口に間隔を開けて複数の浮きブロックを凸設し、各浮遊ブイ2の中に一つの空気室を設置する。また、浮遊ブイの浮きブロックの間に一つの排水口を形成する。よって、浮遊ブイ2を第二接続チューブ12に挿入し、且つ浮遊ブイ2の空気室の設置により、或いは全体の比重を調整して水面に浮かばせる。
【選択図】図1
A structure of an oil film processing apparatus is provided.
An oil film processing apparatus including a connection tube set and a floating buoy. The connection tube set 1 and the floating buoy 2 are connected to each other, and the connection tube set 1 includes the first connection tube 11 and the second connection tube 12, and one end of the first connection tube 11 is the second connection tube 12. Connect to one end. One end of the floating buoy 2 is installed so as to communicate with the other end of the second connection tube 12. Further, the floating buoy 2 has a plurality of floating blocks protruding from the tube opening at the other end of the floating buoy 2, and one air chamber is installed in each floating buoy 2. In addition, one drain outlet is formed between the floating blocks of the floating buoy. Therefore, the floating buoy 2 is inserted into the second connection tube 12 and floated on the water surface by installing the air chamber of the floating buoy 2 or adjusting the specific gravity of the whole.
[Selection] Figure 1

Description

本考案は油膜処理装置の構造に関し、特に有効的に水面にある油膜層を排出し、且つ組立、メンテナンスするのに便利且つ迅速である油膜処理装置に関する。   The present invention relates to the structure of an oil film processing apparatus, and more particularly to an oil film processing apparatus that is useful and quick for effectively discharging, assembling and maintaining an oil film layer on the water surface.

現代人々は快適且つセンスのある生活環境を追い求めるために、多くの装飾品で自宅或いは店舗を飾りつける。通常の装飾品は水晶玉、盆栽にウォーターウォールに金魚鉢などがあり、居住スペース或いは過ごす環境が生き生きとした変化に富む場所にする。人々はそれらの装飾品によって心に快適さや癒しをもたらし、生活の楽しさを増すことができる。   Modern people decorate their homes or shops with many ornaments to pursue a comfortable and sensual living environment. Ordinary ornaments include crystal balls, bonsai, waterwalls, and fish bowls, making the living space and environment rich and lively. These decorations can bring comfort and healing to the heart and increase the enjoyment of life.

しかし、環境が次第に汚染されているなか、空気の汚れ具合がますますひどくなる。オートバイや自動車の排気に、レストランや自宅での料理の際に排出される油煙やスモーカー一族が吐出するタバコの煙など、これらの汚れは次第に空気の質に影響を及ぼすと共に、汚れが空気に乗って至る所に運ばれる。また、これらの汚れの比重と密度は全て空気より重い。よって、汚れは容易く風に乗って漂い、装飾品の表面に付着する。   However, as the environment becomes increasingly polluted, the air becomes increasingly dirty. These dirt, such as motorcycle smoke and car exhaust, oil smoke emitted when cooking at restaurants and homes, and smoke smoke discharged by smokers, gradually affect the air quality, and the dirt gets on the air. It is carried everywhere. Also, the specific gravity and density of these soils are all heavier than air. Therefore, the dirt easily floats on the wind and adheres to the surface of the ornament.

多くの装飾品のうち、水の流れのある金魚鉢を例に説明する。この類の水の流れのある装飾品が長時間空気と接触すると、空気に含まれる汚れが次第に金魚鉢の中から排出される二酸化炭素と結び合わせて水面上に一層の油膜を形成する。この油膜は水に溶けない上に、金魚鉢内の二酸化炭素が空気中にある酸素との交換を阻止し、及び光の屈折などを遮るため、金魚鉢内の生態環境を破壊することになる。空気の汚れが金魚鉢の生態環境に影響を及ぼすほか、生物に与えるエサと生物の***物も金魚鉢内の生態環境に影響を及ぼす。エサと生物の***物は全て油質成分を具有する。エサを金魚鉢に入れてある一定時間を経っても完全に食べられていない時、或いは生物の***物がある一定時間を経っても掃除されない時、水面上に一層の油膜層が形成し、酸素交換を阻止し、光の屈折を遮り、その上水草及び生物の死亡を招くことになる。そうなると時間と体力を使って金魚鉢を洗い、生物と水草を交換しなければならない。生物と水草が死ぬと、別途新しい生物を購入し、死亡した生物を処理する必要があることを鑑みて、更なる改善が必要であった。   Of many ornaments, a fishbowl with a water flow will be described as an example. When this kind of water-flowing ornament comes into contact with air for a long time, dirt contained in the air is combined with carbon dioxide discharged from the fishbowl to form a further oil film on the water surface. This oil film does not dissolve in water, and carbon dioxide in the fishbowl prevents exchange with oxygen in the air and blocks light refraction, thereby destroying the ecological environment in the fishbowl. Air pollution affects the ecological environment of the fishbowl, and food and excrement from the organisms also affect the ecology of the fishbowl. All food and biological excreta have oily components. When food is not eaten completely after a certain period of time in a fishbowl, or when the excrement of organisms is not cleaned after a certain period of time, a layer of oil film forms on the surface of the water and oxygen It will prevent the exchange and block the refraction of light, leading to the death of water plants and organisms. Then you have to use your time and strength to wash the fishbowl and exchange creatures and aquatic plants. When living organisms and aquatic plants died, further improvements were necessary in view of the need to purchase additional new organisms and treat them.

前記問題を解決するため、通常金魚鉢の中に例えば光調整装置、温度のコントロール装置、或いは水中の酸素含有量を提供する装置など、多くの異なる機能の調整装置を設置することで、金魚鉢内の生態環境を保ち、多くの装置を使って、生物が生存していくのに適切な環境を作り出す。しかし、前記装置を使っても、有効的に水面上にできた油膜層を取り除くことができず、人工的に取り除く必要がある。よって市場では人の手を煩わなくても水面にできた油膜層を取り除く装置が案出されている。公知の特許申請案第301119号の「水槽油膜処理器」は、チューブ本体、微調整スイッチ及び浮きチューブで構成し、該チューブ本体は固定器を使って水槽内壁に固定することができる。チューブ本体の底辺に水汲み台を形成し、水汲み台の周囲面に若干の貫通する槽を設け、且つ内側の底辺に内ネジを設ける。微調整スイッチの回転棒の下側にストッパープレイトを形成し、その上延伸して棒及びネジ山を設け、それをチューブ本体内に挿入する。ネジ山を内ネジの位置で螺合することで、水汲み台周囲にある槽を開閉して流す量を変えることができる。浮きチューブを挿入設置して合わせて使用することにより、水面に漂う油膜及び水草が生成する油膜を吸引し、ろ過器のろ過により、簡単に油膜を取り除く及び調整して使用する効果に達する。   In order to solve the above-mentioned problem, the inside of the fishbowl is usually equipped with a regulator with many different functions such as a light regulator, a temperature controller, or a device that provides oxygen content in water. Maintain an ecological environment and use many devices to create a suitable environment for living organisms to survive. However, even if the apparatus is used, the oil film layer formed on the water surface cannot be removed effectively, and it is necessary to artificially remove it. Therefore, an apparatus for removing an oil film layer formed on the water surface has been devised in the market without any human intervention. The known “water tank oil film processor” of Patent Application No. 301119 is composed of a tube main body, a fine adjustment switch and a floating tube, and the tube main body can be fixed to the inner wall of the water tank using a fixing device. A water pumping base is formed on the bottom side of the tube main body, a tank penetrating slightly is provided on the peripheral surface of the water pumping base, and an inner screw is provided on the inner bottom side. A stopper plate is formed on the lower side of the rotary rod of the fine adjustment switch, and is further extended to provide a rod and a screw thread, which are inserted into the tube body. By screwing the screw thread at the position of the inner screw, it is possible to change the flow amount by opening and closing the tank around the water pumping base. By inserting and installing the floating tube, the oil film drifting on the water surface and the oil film produced by the aquatic plants are sucked, and the oil film can be easily removed and adjusted by filtration using a filter.

前記「水槽油膜処理装置」は従来技術の人工の方法を用いて油膜を除去するしか、金魚鉢内の生態環境を維持できない方法を改善したが、この技術は設置する上で煩雑且つ面倒であり、使用する部品も比較的多く、コストアップに繋がるほか、作業時間が増えて、組立、メンテナンス面も面倒であることを鑑みて、更なる改善が必要であった。   The "aquarium oil film processing apparatus" has improved the method that can only maintain the ecological environment in the fishbowl by removing the oil film using an artificial method of the prior art, but this technique is cumbersome and troublesome to install, In view of the relatively large number of parts used, leading to increased costs, increased work time, and troublesome assembly and maintenance, further improvements were necessary.

実用新案公開平6−61065号公報Japanese Utility Model Publication No. 6-61065

前記公知構造の欠点を解決するため、本考案では組立、メンテナンスの不便や、全体的に使用する部品が多く、コストが上がり、且つ製造時間の増加及び体力の消耗などの欠点を解決する油膜処理装置を提供することを主な課題とする。   In order to solve the disadvantages of the known structure, in the present invention, an oil film treatment that solves the disadvantages such as inconvenience of assembly and maintenance, a large number of parts to be used as a whole, the cost increases, and the manufacturing time and physical strength are consumed. The main object is to provide an apparatus.

上述の目的を解決するために、本考案は水面に浮かぶ油膜汚れを吸引する油膜処理装置を提供し、それに含まれるのは接続チューブセット及び浮遊ブイである。   In order to solve the above-mentioned object, the present invention provides an oil film processing apparatus for sucking oil film dirt floating on the water surface, which includes a connection tube set and a floating buoy.

該接続チューブセットと浮遊ブイは互いに接続し、該接続チューブセットに含まれるのは第一接続チューブ及び第二接続チューブである。該第一接続チューブの一端は第二接続チューブの一端と接続する。   The connection tube set and the floating buoy are connected to each other, and the connection tube set includes a first connection tube and a second connection tube. One end of the first connection tube is connected to one end of the second connection tube.

該浮遊ブイの一端は第二接続チューブの別端と連通するように設置する。また浮遊ブイの別端のチューブ口に間隔を開けて複数の浮きブロックを凸設し、且つ浮きブロックと浮きブロックの間に少なくとも一つの排水口を形成し、該排水口の底辺が浮きブロックの底面より低い。各浮きブロック内に一つの空気室を設ける。   One end of the floating buoy is installed so as to communicate with the other end of the second connection tube. In addition, a plurality of floating blocks are protruded with a gap at the tube mouth at the other end of the floating buoy, and at least one drainage port is formed between the floating block and the floating block. Lower than the bottom. One air chamber is provided in each floating block.

よって、浮遊ブイは浮きブロック内の空気室の設置により水面に浮いている。浮遊ブイが沈む時、水面に漂う油膜汚れは浮遊ブイを通じて、接続チューブセットから排出されて、水面上の清潔を保つ。   Therefore, the floating buoy floats on the surface of the water due to the installation of the air chamber in the floating block. When the floating buoy sinks, the oil film dirt floating on the surface of the water is discharged from the connecting tube set through the floating buoy to keep the surface clean.

本考案の油膜処理装置は更に下記の技術特徴を具有する:
1、該接続チューブセットの第一接続チューブと第二接続チューブの接続端の反対端に更にモーターを設置する。該モーターは一つの吸引口を具有し、該吸引口は第一接続チューブと接続し、水面上にある油膜汚れを吸引する。
The oil film processing apparatus of the present invention further has the following technical features:
1. A motor is further installed at the end opposite to the connection end of the first connection tube and the second connection tube of the connection tube set. The motor has one suction port, which is connected to the first connection tube and sucks oil film dirt on the water surface.

2、該第一接続チューブと第二接続チューブが接続する一端の外周に進水緩衝穴を複数本並列して設置する。   2. A plurality of launch buffer holes are installed in parallel on the outer periphery of one end where the first connection tube and the second connection tube are connected.

3、該第二接続チューブが第一接続チューブと接続する一端は套接部であり、該套接部の口径は第一接続チューブより大きく、且つ套接部は第一接続チューブの進水緩衝穴を設ける一端に套接し、且つ進水緩衝穴が外界と連通する数をコントロールすることで、モーターの吸引力を緩和或いは強化する。   3. One end of the second connection tube connected to the first connection tube is a butt joint, the diameter of the butt joint is larger than that of the first connection tube, and the butt joint is a launch buffer of the first connection tube. The suction force of the motor is alleviated or strengthened by controlling the number of the launch buffer holes communicating with the outside world while being in contact with one end where the holes are provided.

4、該第二接続チューブが第一接続チューブと接続する一端は挿入部であり、該挿入部の口径は第一接続チューブの口径より小さく、且つ挿入部を第一接続チューブの進水緩衝穴を設ける一端に挿入し、同時に緩衝穴が外界と連通する数をコントロールすることで、モーターの吸引力を緩和或いは強化する。   4. One end where the second connection tube connects to the first connection tube is an insertion portion, the diameter of the insertion portion is smaller than the diameter of the first connection tube, and the insertion portion is a launch buffer hole of the first connection tube At the same time, the number of buffer holes communicating with the outside world is controlled, so that the suction force of the motor is alleviated or strengthened.

本考案は接続チューブセット、浮遊ブイ及びモーターで構成し、接続チューブセットの一端は浮遊ブイ、別端はモーターと接続する。浮遊ブイは浮きブロック及び少なくとも一つの排水口で形成する。モーターを用いて浮遊ブイを吸引して浮き具合をコントロールすることで水面に漂う油膜汚れが浮遊ブイの中に流れ、浮遊ブイと接続する接続チューブセットを通じて排出され、水面の清潔を保つ。   The present invention is composed of a connection tube set, a floating buoy and a motor. One end of the connection tube set is connected to the floating buoy and the other end is connected to the motor. A floating buoy is formed by a floating block and at least one drain. By controlling the floating condition by sucking floating buoys using a motor, oil film dirt drifting on the surface of the water flows into the floating buoys and is discharged through the connecting tube set connected to the floating buoys to keep the water surface clean.

本考案を水槽内に設置する略図である。It is the schematic which installs this invention in an aquarium. 本考案の部品分解の立体略図である。FIG. 本考案の浮遊ブイの局部立体拡大略図である。It is a local three-dimensional expansion schematic of the floating buoy of this invention. 本考案の油膜流動の略図である。1 is a schematic diagram of oil film flow of the present invention. 本考案の第二接続チューブを第一接続チューブに挿入した略図である。It is the schematic which inserted the 2nd connection tube of this invention in the 1st connection tube. 本考案の第三接続チューブを第一接続チューブ及び第二接続チューブに套接する略図である。3 is a schematic view of a third connection tube according to the present invention being brought into contact with a first connection tube and a second connection tube. 本考案の第二実施例の形態略図である。It is the form schematic of 2nd Example of this invention.

本考案の油膜処理装置は主に組立、メンテナンスにかかる作業時間、及び精力の消耗を節約し、且つ迅速、簡単に組立てることができる。また、少量の部品で組立てることで全体のコストを下げる。本考案では二つの実施例を挙げる。第一実施例では各部品の組立関係及び主な関連する働きと特徴について言及し、各図面と共に説明を行う。   The oil film processing apparatus of the present invention mainly saves working time and energy consumption for assembly and maintenance, and can be assembled quickly and easily. Also, the overall cost is reduced by assembling with a small amount of parts. The present invention gives two examples. In the first embodiment, the assembly relationship of each part and the main related functions and features will be referred to and will be described together with each drawing.

図1から図4に示すのは本考案の第一実施例である。水面に浮かぶ油膜汚れを吸引する本考案の油膜処理装置に含まれるのは接続チューブセット1及び浮遊ブイ2である。   1 to 4 show a first embodiment of the present invention. The oil film processing apparatus of the present invention for sucking oil film dirt floating on the water surface includes the connection tube set 1 and the floating buoy 2.

該接続チューブセット1と浮遊ブイ2は互いに接続し、該接続チューブセット1に含まれるのは第一接続チューブ11及び第二接続チューブ12である。該第一接続チューブ11の一端は第二接続チューブ12の一端と接続する。   The connection tube set 1 and the floating buoy 2 are connected to each other, and the connection tube set 1 includes a first connection tube 11 and a second connection tube 12. One end of the first connection tube 11 is connected to one end of the second connection tube 12.

該浮遊ブイ2の一端は第二接続チューブ12の別端と連通するように設置する。また浮遊ブイ2の露出している一端のチューブ口に間隔を開けて複数の浮きブロック21を凸設する。且つ浮きブロック21と浮きブロック21の間に少なくとも一つの排水口22を形成し、該排水口22の底辺が浮きブロック21の底面より低い。各浮きブロック21内に一つの空気室211を設ける。   One end of the floating buoy 2 is installed so as to communicate with the other end of the second connection tube 12. Further, a plurality of floating blocks 21 are provided in a projecting manner with a gap in the tube opening of one end where the floating buoy 2 is exposed. At least one drainage port 22 is formed between the floating block 21 and the floating block 21, and the bottom side of the drainage port 22 is lower than the bottom surface of the floating block 21. One air chamber 211 is provided in each floating block 21.

よって、浮遊ブイ2は浮きブロック21内の空気室211の設置により水面に浮いている。浮遊ブイ2が沈む時、水面に漂う油膜汚れは浮遊ブイ2を通じて、接続チューブセット1から排出されて、水面上の清潔を保つ効果と目的に達する。(前述の本考案の主な実施例の技術特徴は、本考案請求項1の内容と対応し、本考案の目的及び実施形態が分かる。ほかの請求項にて言及する技術特徴は、請求項1の内容の詳細或いは付加技術特徴であり、請求項1の範囲を制限するものではなく、本考案の請求項1は他の請求項にて言及する技術特徴を必ず含む必要がない)。   Therefore, the floating buoy 2 floats on the water surface due to the installation of the air chamber 211 in the floating block 21. When the floating buoy 2 sinks, the oil film dirt drifting on the water surface is discharged from the connecting tube set 1 through the floating buoy 2 to achieve the effect and purpose of maintaining cleanliness on the water surface. (The technical features of the main embodiments of the present invention described above correspond to the contents of claim 1 of the present invention, and the purpose and embodiments of the present invention can be understood. The technical features referred to in other claims are claimed. (1) details of the contents or additional technical features, which do not limit the scope of claim 1 and claim 1 of the present invention does not necessarily include the technical features mentioned in other claims).

図4に示すように、浮遊ブイ2がスムーズに水面に浮いている油膜汚れを吸引するために、該接続チューブセット1の第一接続チューブ11と第二接続チューブ12の接続端の反対端に更にモーター3を設置する。該モーター3は一つの吸引口31を具有し、モーター3の吸引力を介し、浮遊ブイ2を油膜汚れの下に沈ませる。また、浮遊ブイ2が沈むことで油膜汚れが排水口22から浮遊ブイ2の中に流れる。更にモーター3の吸引力を介し、油膜汚れを浮遊ブイ2、第二接続チューブ12及び第一接続チューブ11を通って吸引し出すため、水面をきれいに保つことができる。   As shown in FIG. 4, in order for the floating buoy 2 to smoothly suck the oil film dirt floating on the water surface, at the opposite end of the connection end of the first connection tube 11 and the second connection tube 12 of the connection tube set 1. Furthermore, a motor 3 is installed. The motor 3 has a single suction port 31 and sinks the floating buoy 2 under oil film dirt through the suction force of the motor 3. Moreover, oil film dirt flows into the floating buoy 2 from the drain port 22 as the floating buoy 2 sinks. Further, since the oil film dirt is sucked out through the floating buoy 2, the second connection tube 12 and the first connection tube 11 through the suction force of the motor 3, the water surface can be kept clean.

図1、図2及び図4に示すように、浮遊ブイ2の沈み具合をコントロールし、浮遊ブイ2がモーター3の吸引力によって完全に水中に沈むのを避けるために、該第一接続チューブ1と第二接続チューブ12が接続する一端の外周に進水緩衝穴13を複数本並列して設置する。進水緩衝穴13の設置により、モーター3の吸引力を緩和することができ、浮遊ブイ2が深く沈まないようになる。(本考案はモーター3が浮遊ブイ2に対して作動する吸引力を説明しているものであり、進水緩衝穴13の配列或いは数を限定するものではない。)   As shown in FIGS. 1, 2, and 4, in order to control the sinking state of the floating buoy 2 and to prevent the floating buoy 2 from being completely submerged by the suction force of the motor 3, the first connection tube 1 A plurality of launch buffer holes 13 are installed in parallel on the outer periphery of one end to which the second connection tube 12 is connected. By installing the launch buffer hole 13, the suction force of the motor 3 can be relaxed, and the floating buoy 2 is prevented from sinking deeply. (The present invention describes the suction force with which the motor 3 operates with respect to the floating buoy 2, and does not limit the arrangement or number of the launch buffer holes 13.)

前記第一実施例の油膜処理装置に基づき、下記の接続部品1内の第一接続チューブ11と第二接続チューブ12の接続形態を説明する。   Based on the oil film processing apparatus of the first embodiment, the connection form of the first connection tube 11 and the second connection tube 12 in the following connection component 1 will be described.

1、第一接続方法:図2及び図4に示すように、該第二接続チューブ12が第一接続チューブ11と接続する一端は套接部121であり、該套接部121の口径は第一接続チューブ11より大きく、且つ套接部121は第一接続チューブ11の進水緩衝穴13を設ける一端に套接する。第二接続チューブ12の套接部121を介し、第一接続チューブ11の進水緩衝穴13の設ける位置及び、外界と通じる数をコントロールする。進水緩衝穴13が外界と連通する数が多いほど、モーター3が浮遊ブイ2の吸引力を緩和することができるため、浮遊ブイ2の沈み具合が浅くなる。   1. First connection method: As shown in FIGS. 2 and 4, one end where the second connection tube 12 is connected to the first connection tube 11 is a bushing portion 121, and the diameter of the bushing portion 121 is the first diameter. The connecting portion 121 is larger than the one connecting tube 11 and is in contact with one end of the first connecting tube 11 where the launch buffer hole 13 is provided. The position where the launch buffer hole 13 is provided in the first connection tube 11 and the number communicating with the outside world are controlled via the sleeve 121 of the second connection tube 12. The more the launch buffer holes 13 communicate with the outside world, the more the motor 3 can relieve the suction force of the floating buoy 2, so that the floating buoy 2 sinks more shallowly.

2、第二接続方法:図5に示すように、該第二接続チューブ12が第一接続チューブ11と接続する一端は挿入部122であり、該挿入部122の口径は第一接続チューブ11の口径より小さく、挿入して設置する方法を介し、挿入部122を第一接続チューブ11の進水緩衝穴13を設ける一端に挿入し、挿入部122を使って第一接続チューブ11内部にて進水緩衝穴13が外界と連通するのを遮断し、モーター3の浮遊ブイ2に対する吸引力を調整する必要がある場合、第二接続チューブ12の挿入部122を次第に進水緩衝穴13を遮断する位置から外し、一部の進水緩衝穴13を次第に外界と連通させることで、モーター3が浮遊ブイ2に対して作動する吸引力を緩めることができる。   2. Second connection method: As shown in FIG. 5, one end where the second connection tube 12 is connected to the first connection tube 11 is an insertion portion 122, and the diameter of the insertion portion 122 is that of the first connection tube 11. The insertion portion 122 is inserted into one end of the first connection tube 11 where the launch buffer hole 13 is provided, and the insertion portion 122 is used to advance inside the first connection tube 11 through a method of insertion and installation. When it is necessary to block the water buffer hole 13 from communicating with the outside world and adjust the suction force of the motor 3 to the floating buoy 2, the insertion buffer 122 of the second connection tube 12 is gradually blocked from the launch buffer hole 13. The suction force that the motor 3 operates on the floating buoy 2 can be relaxed by removing it from the position and gradually connecting some launch buffer holes 13 to the outside world.

第三接続方法:前記二種類の接続方法のほかに、図6に示すように、第一接続チューブ11と第二接続チューブ12の間に第三接続チューブ14を接続する。該第三接続チューブ14と第一接続チューブ11及び第二接続チューブ12の接続方法は、前記第一実施例と同じく套接の方法で組み合わせる。或いは前記第二実施例と同じく挿入の方法で組み合わせるほか、第三接続チューブ14の一端を套接の方法で接続し、別端は挿入の方法で接続することもできる。(前記の第三実施例は、モーター3が浮遊ブイ2に対する吸引力をコントロールする説明であり、当該接続方法を限定するためのものではない。)   Third connection method: In addition to the two types of connection methods, a third connection tube 14 is connected between the first connection tube 11 and the second connection tube 12 as shown in FIG. The connection method of the third connection tube 14, the first connection tube 11 and the second connection tube 12 is combined in the same manner as in the first embodiment. Alternatively, in the same manner as in the second embodiment, in addition to the combination by the insertion method, one end of the third connection tube 14 can be connected by a brace method, and the other end can be connected by the insertion method. (In the third embodiment, the motor 3 controls the suction force with respect to the floating buoy 2 and is not intended to limit the connection method.)

図7に示すのは本考案の第二実施例であり、第一実施例との違いは:浮遊ブイ20全体の材質の比重が水の密度より小さい(本考案の浮遊ブイ20の材質の比重は1より小さい)、且つ浮きブロック210内に空気室211を設置せず、浮遊ブイ20の比重の配合を介し、浮遊ブイ20の浮きブロック210を設ける一端を水面に浮かせてから、更にモーター3の吸引力を利用して、浮遊ブイ20を吸引して油膜汚れより下に沈ませることで、水面にある油膜汚れが浮遊ブイ20の排水口220から浮遊ブイ20の中に流れ、更に第一接続チューブ11と第二接続チューブ12の接続により吸引して排出することで、水面を清潔に保つことができる。   FIG. 7 shows a second embodiment of the present invention. The difference from the first embodiment is that the specific gravity of the material of the floating buoy 20 is smaller than the density of water (the specific gravity of the material of the floating buoy 20 of the present invention). Is less than 1), and the air chamber 211 is not installed in the floating block 210, and one end of the floating buoy 20 provided with the floating block 210 is floated on the surface of the water via the specific gravity of the floating buoy 20; By using the suction force of the floating buoy 20 to suck and sink below the oil film dirt, the oil film dirt on the water surface flows from the drain port 220 of the floating buoy 20 into the floating buoy 20, and further By sucking and discharging the connection tube 11 and the second connection tube 12, the water surface can be kept clean.

図7に示すのは本考案の第二実施例である。浮遊ブイ20全体或いは浮きブロック210の材質はプラスティック或いは密度が水より軽いものである(一般的にプラスティックの密度は各1立方センチメートルは0.9〜2.3グラムの間であり、各種の発泡プラスティックの密度はもっと低く、各1立方メンチメートルは約0.01〜0.5グラムの間である)。また、比較的多くの空気を含む木製材料などとすることができる。この類の水の密度よりも軽いプラスティック材質或いは空気を多く含む木製材料を介し、更に浮力=液面下の体積×液体密度の方程式を使って、浮遊ブイ20の浮きブロック210を設置する一端を水面上に浮かせてから、更にモーター3の吸引力を使って浮遊ブイ20を吸引して水面下に沈ませることで、油膜汚れが浮遊ブイ20にある排水口220の一端から流れ入る。(本考案の浮遊ブイ20が水面に浮くのは、浮きブロック210がプラスティック材質或いは木製材料を例として挙げたが、それによって材質を限定するものではない。)   FIG. 7 shows a second embodiment of the present invention. The material of the entire floating buoy 20 or the floating block 210 is plastic or a material whose density is lighter than water (typically the density of plastic is between 0.9 and 2.3 grams for each cubic centimeter, and various foam plastics The density of each cubic cubic meter is between about 0.01 and 0.5 grams). Moreover, it can be set as the wooden material etc. which contain comparatively much air. One end of the floating block 210 of the floating buoy 20 is installed using a plastic material lighter than the density of this kind of water or a wooden material containing a lot of air, and further using the equation of buoyancy = volume under liquid level × liquid density. After floating on the water surface, the floating buoy 20 is further sucked by using the suction force of the motor 3 and submerged below the water surface, so that oil film dirt flows from one end of the drain port 220 in the floating buoy 20. (While the floating buoy 20 of the present invention floats on the surface of the water, the floating block 210 is exemplified by a plastic material or a wooden material, but the material is not limited thereby.)

以上の実施例による本考案の詳細な説明は本考案の範囲を制限するものではない。本技術に熟知する者が、本考案の範囲内にて行う変更や調整を行っても、本考案の重要な意義は失われず、本考案の範囲に含まれる。   The detailed description of the present invention according to the above embodiments does not limit the scope of the present invention. Even if a person familiar with the present technology makes changes or adjustments within the scope of the present invention, the important significance of the present invention is not lost and is included in the scope of the present invention.

1 接続チューブセット
11 第一接続チューブ
12 第二接続チューブ
121 套接部
122 挿入部
13 進水緩衝穴
14 浮きブロック
DESCRIPTION OF SYMBOLS 1 Connection tube set 11 1st connection tube 12 2nd connection tube 121 Covering part 122 Insertion part 13 Launch buffer hole 14 Floating block

Claims (5)

接続チューブ及び浮遊ブイを含み、
該接続チューブセットと浮遊ブイは互いに接続し、該接続チューブセットは第一接続チューブ及び第二接続チューブを含み、該第一接続チューブの一端は第二接続チューブの一端と接続し、
前記浮遊ブイの一端は第二接続チューブの別端と連通するように設置し、また浮遊ブイの別端のチューブ口に間隔を開けて複数の浮きブロックを凸設し、且つ浮きブロックと浮きブロックの間に少なくとも一つの排水口を形成し、該排水口の底辺が浮きブロックの底面より低く、且つ各浮きブロック内に一つの空気室を設け、
浮遊ブイは浮きブロック内の空気室の設置により水面に浮き、浮遊ブイが沈む時、水面に漂う油膜汚れは浮遊ブイを通じて、接続チューブセットから排出されて、水面上の清潔を保つことを特徴とする油膜処理装置の構造。
Including connection tube and floating buoy,
The connection tube set and the floating buoy are connected to each other, the connection tube set includes a first connection tube and a second connection tube, one end of the first connection tube is connected to one end of the second connection tube,
One end of the floating buoy is installed so as to communicate with the other end of the second connection tube, and a plurality of floating blocks are provided in a projecting manner at intervals at the tube opening of the other end of the floating buoy. Forming at least one drainage port between the two, the bottom of the drainage port is lower than the bottom of the floating block, and one air chamber is provided in each floating block,
The floating buoy floats on the surface of the water by installing an air chamber in the floating block. The structure of the oil film processing equipment.
前記接続チューブセットの第一接続チューブと第二接続チューブの接続端の反対端に更にモーターを設置し、該モーターは一つの吸引口を具有し、該吸引口は第一接続チューブと接続して水面上にある油膜汚れを吸引することを特徴とする請求項1記載の油膜処理装置。   A motor is further installed at the opposite end of the connection end of the first connection tube and the second connection tube of the connection tube set, the motor has one suction port, and the suction port is connected to the first connection tube. 2. The oil film processing apparatus according to claim 1, wherein the oil film dirt on the water surface is sucked. 前記第一接続チューブと第二接続チューブが接続する一端の外周に進水緩衝穴を複数本並列して設置することを特徴とする請求項2記載の油膜処理装置。   The oil film processing apparatus according to claim 2, wherein a plurality of launch buffer holes are arranged in parallel on an outer periphery of one end where the first connection tube and the second connection tube are connected. 前記第二接続チューブが第一接続チューブと接続する一端は套接部であり、該套接部の口径は第一接続チューブより大きく、且つ套接部は第一接続チューブの進水緩衝穴を設ける一端に套接し、進水緩衝穴が外界と連通する数をコントロールすることで、モーターの吸引力を緩和或いは強化することを特徴とする請求項3記載の油膜処理装置。   One end of the second connection tube connected to the first connection tube is a butt joint, the diameter of the butt joint is larger than that of the first connection tube, and the butt joint has a launch buffer hole in the first connection tube. 4. The oil film processing apparatus according to claim 3, wherein the suction force of the motor is relaxed or strengthened by controlling the number of the launch buffer holes communicating with the outside world by being in contact with one end provided. 前記第二接続チューブが第一接続チューブと接続する一端は挿入部であり、該挿入部の口径は第一接続チューブの口径より小さく、挿入部を第一接続チューブの進水緩衝穴を設ける一端に挿入し、緩衝穴が外界と連通する数をコントロールすることで、モーターの吸引力を緩和或いは強化することを特徴とする請求項3記載の油膜処理装置。   One end where the second connection tube is connected to the first connection tube is an insertion portion, the diameter of the insertion portion is smaller than the diameter of the first connection tube, and the insertion portion is provided with a launch buffer hole in the first connection tube The oil film processing apparatus according to claim 3, wherein the suction force of the motor is reduced or strengthened by controlling the number of buffer holes communicating with the outside world.
JP2012005710U 2012-09-19 2012-09-19 Oil film processing equipment Expired - Fee Related JP3182271U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2012005710U JP3182271U (en) 2012-09-19 2012-09-19 Oil film processing equipment

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2012005710U JP3182271U (en) 2012-09-19 2012-09-19 Oil film processing equipment

Publications (1)

Publication Number Publication Date
JP3182271U true JP3182271U (en) 2013-03-21

Family

ID=50426385

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2012005710U Expired - Fee Related JP3182271U (en) 2012-09-19 2012-09-19 Oil film processing equipment

Country Status (1)

Country Link
JP (1) JP3182271U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US8685565B2 (en) 2001-04-27 2014-04-01 3M Innovative Properties Company Cathode compositions for lithium-ion batteries

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US8685565B2 (en) 2001-04-27 2014-04-01 3M Innovative Properties Company Cathode compositions for lithium-ion batteries

Similar Documents

Publication Publication Date Title
US20080072835A1 (en) Combined pot and aquarium
WO2012008424A1 (en) Device for farming benthic organisms such as bivalves
JP3182271U (en) Oil film processing equipment
JP3184500U (en) Multi-stage ornamental aquarium
JP4458440B1 (en) Feeding device in the aquarium
JP3154875U (en) Water flow tank
CN104381190B (en) Indoor and outdoor connects fish jar synthetic filter curing system
US20210247081A1 (en) Various embodiments of a plant air purifier with a filter container that holds filter material, which lets air pass through the filter material during its air purifying phase, and lets water submerge that same filter material during the remoisturiziation phase
CN206260570U (en) A kind of multifunction aquarium cleaner
CN105994102B (en) Platform is climbed in a kind of amphibian depollution of environment filtering
JP2005253382A (en) Water tank
JP3185232U (en) Water circulation type ornamental tank
CN110419432A (en) A kind of landscape water curtain structure
TWM548435U (en) Filter box structure
KR200277371Y1 (en) Compound aquarium
JP2009296976A (en) Aquarium
CN209643612U (en) A kind of ecological pet fish bowl
CN202456133U (en) Automatic oxygenator for fish tank
KR200202747Y1 (en) A signboard aquqrium built in artificial waterfall
CN215302435U (en) Device for removing impurities on suspended oil film on water surface
JP3138341U (en) Aquarium structure
CN201102443Y (en) Simulation jelly-fish
JP3032476U (en) Interior aquarium that does not require water change
TWM446020U (en) Oil film processor
JP3010587U (en) Supply pipe for aquarium air supply device

Legal Events

Date Code Title Description
A521 Written amendment

Free format text: JAPANESE INTERMEDIATE CODE: A523

Effective date: 20130109

R150 Certificate of patent or registration of utility model

Free format text: JAPANESE INTERMEDIATE CODE: R150

FPAY Renewal fee payment (event date is renewal date of database)

Free format text: PAYMENT UNTIL: 20160227

Year of fee payment: 3

LAPS Cancellation because of no payment of annual fees