JP3122681U

JP3122681U - Double shell air pump

Info

Publication number: JP3122681U
Application number: JP2006002603U
Authority: JP
Inventors: 樵銘王
Original assignee: ▲めい▼光股▲ふん▼有限公司
Priority date: 2006-04-07
Filing date: 2006-04-07
Publication date: 2006-06-29
Anticipated expiration: 2016-04-07

Abstract

【課題】振動防止と騒音軽減を実現する二重シェル空気ポンプの提供。
【解決手段】一種の二重シェル空気ポンプ、特に一種の振動防止し、騒音軽減の空気ポンプに関わるものである。主に上蓋、台、底盤および一組以上の空気ポンプ機構より構成し、その上蓋と台に内外シェルを備える二重シェル体構造を設ける。底盤と合わせて空気ポンプ機構より空気を送り出し、接続管経由に側面空気室に流入して、空気貯蔵室に集積された後、排気管より排出し、水族槽の必要空気に供給する。
【選択図】図１To provide a double shell air pump that realizes vibration prevention and noise reduction.
The present invention relates to a kind of double-shell air pump, particularly a kind of vibration-preventing and noise-reducing air pump. A double shell body structure is mainly provided, which is composed of an upper lid, a base, a bottom panel, and one or more air pump mechanisms, and the upper lid and the base are provided with inner and outer shells. Together with the bottom plate, air is sent out from the air pump mechanism, flows into the side air chamber via the connecting pipe, accumulates in the air storage chamber, is discharged from the exhaust pipe, and is supplied to the necessary air in the aquarium tank.
[Selection] Figure 1

Description

一種の二重シェル空気ポンプ、特に一種の振動防止と騒音軽減を実現する空気ポンプにより、水族槽の必要空気に供給する。 A kind of double-shell air pump, especially a kind of air pump that realizes vibration prevention and noise reduction, supplies the necessary air in the aquarium.

通常の水族槽用空気ポンプは主に、水族槽に生息する生物に酸素を提供し、吸気と排気として稼働する。しかしながら、稼働の機械摩擦騒音は、居住の安寧に影響するため、業界はその解決策を模索している。そのうち、特許文献１、特許文献２が開発された。この種の技術は空気ポンプ機構の片側に大きめの空気排出室を設けて、静音気室の構造として、騒音問題の解決を図る。 Ordinary aquarium air pumps mainly provide oxygen to living creatures that live in the aquarium and operate as intake and exhaust. However, since machine friction noise during operation affects the well-being of the house, the industry is seeking a solution. Of these, Patent Document 1 and Patent Document 2 were developed. In this type of technology, a large air discharge chamber is provided on one side of the air pump mechanism, and the noise problem is solved as a structure of a silent air chamber.

台湾特許第５１９１９４号明細書Taiwan Patent No. 519194 Specification 台湾特許第４１６４８８号明細書Taiwan Patent No. 416488 Specification

前記の公知技術は騒音の軽減は実現するものの、以下の欠点を形成する。
１．空気ポンプ機構は送風量を引き上げるために、より大きい馬力を使用しなければならない。しかし、馬力が大きくなるにつれて、騒音も大きくなる。空気排出室に備える静音気室だけでは、騒音問題を有効に解決できない。
２．空気ポンプ機構の馬力を引き上げると、機体シェルが振動振れを引き起こす。さらに、振動により、騒音がやかましくなる。 Although the above-mentioned known technology achieves noise reduction, it forms the following drawbacks.
1. The air pump mechanism must use more horsepower to raise the airflow. However, as the horsepower increases, the noise increases. The noise problem cannot be effectively solved only by the quiet air chamber provided in the air discharge chamber.
2. When the horsepower of the air pump mechanism is raised, the fuselage shell causes vibration vibration. Furthermore, the noise becomes loud due to vibration.

本考案は底盤および一組以上の空気ポンプ機構より構成し、その上蓋と台に内・外シェルが備える二重シェル体構造を設け、底盤と合わせて空気ポンプ機構より空気を送り出して、接続管経由、側面空気室に流入し、空気貯蔵室に集積された後、排気管より排出して、水族槽の必要空気に供給する、一種の振動防止と騒音軽減を実現する空気ポンプの提供を主な目的である。 The present invention is composed of a bottom plate and one or more air pump mechanisms, and a double shell body structure is provided on the upper lid and base of the inner and outer shells. Mainly providing an air pump that realizes a kind of vibration prevention and noise reduction that flows into the side air chamber, accumulates in the air storage chamber, discharges from the exhaust pipe, and supplies to the required air in the aquarium Purpose.

請求項１の考案は、上蓋、台、台盤および一組以上の空気ポンプ機構より構成し、そのうち、上蓋に中空収容室を設け、その側面に外部シェルと内部シェルを設けて、該内部シェルと該外部シェルとの間に収容室を設け、収容室に充填材を充填し、
該台の上部縁にワッシャーを設け、上蓋と噛み合わせて、空気ポンプのシェル体を構成し、中空収容室を設け、側面方向に外部シェルと内部シェルの間に収容室を設けて、充填材を充填し、
該台盤は円形の盤体を設け、その天面に収容槽と２本の接続管を設け、該台盤底面に備える接続管の下部に静音気室を設け、外蓋を噛み合わせ、
該ポンプ機構に空気ポンプと電磁誘導装置を設け、空気生成装置を構成する二重シェル空気ポンプとしている。
請求項２の考案は、請求項１記載の二重シェル空気ポンプにおいて、該台の中空収容室は一つ以上の空気入力孔ことを特徴とする二重シェル空気ポンプとしている。
請求項３の考案は、請求項１記載の二重シェル空気ポンプにおいて、該台に備える中空収容室底部背面に入力空気ろ過室を設け、外部プラグを挿入し、該プラグは一つ以上の通過孔ことを特徴とする二重シェル空気ポンプとしている。
請求項４の考案は、請求項１記載の二重シェル空気ポンプにおいて、該台盤に設ける静音気室は複数枚の仕切板により、二つの側面空気室と一つの空気貯蔵室ことを特徴とする二重シェル空気ポンプとしている。
請求項５の考案は、請求項４記載の二重シェル空気ポンプにおいて、該空気貯蔵室の両側に孔を設けて、側面空気室に導通することを特徴とする二重シェル空気ポンプとしている。
請求項６の考案は、請求項４記載の二重シェル空気ポンプにおいて、該空気貯蔵室の外側に１列の排気管ことを特徴とする二重シェル空気ポンプとしている。 The invention of claim 1 comprises an upper lid, a base, a base, and one or more air pump mechanisms, of which a hollow housing chamber is provided in the upper lid, an outer shell and an inner shell are provided on the side thereof, and the inner shell is provided. A storage chamber between the outer shell and the outer shell, and the storage chamber is filled with a filler,
A washer is provided at the upper edge of the base, and meshed with the upper lid to constitute a shell body of the air pump, a hollow housing chamber is provided, and a housing chamber is provided between the outer shell and the inner shell in the lateral direction, and a filler Filling
The base is provided with a circular base, a storage tank and two connection pipes are provided on the top surface thereof, a silent air chamber is provided below the connection pipe provided on the bottom of the base, and an outer lid is engaged,
The pump mechanism is provided with an air pump and an electromagnetic induction device to form a double shell air pump constituting an air generating device.
The invention of claim 2 is the double shell air pump according to claim 1, wherein the hollow housing chamber of the base has one or more air input holes.
The invention of claim 3 is the double shell air pump according to claim 1, wherein an input air filtration chamber is provided at the bottom rear surface of the hollow housing chamber provided in the base, an external plug is inserted, and the plug passes one or more. It is a double shell air pump characterized by holes.
The invention of claim 4 is the double shell air pump according to claim 1, characterized in that the silent air chamber provided on the base plate is composed of two side air chambers and one air storage chamber by a plurality of partition plates. It has a double shell air pump.
The invention of claim 5 is the double shell air pump according to claim 4, wherein holes are provided on both sides of the air storage chamber to conduct to the side air chamber.
The invention of claim 6 is the double shell air pump according to claim 4, wherein the double shell air pump is characterized in that one row of exhaust pipes is provided outside the air storage chamber.

本考案の二重シェル構造および静音気室の設計により、振動防止と騒音軽減の効果を実現できる。 The design of the double shell structure and the silent air chamber of the present invention can realize vibration prevention and noise reduction effects.

図１、２、３、および４に示すとおり、本考案は上蓋１、台２、台盤５および一組以上の空気ポンプ機構４より構成する。そのうち、上蓋１に中空収容室１０を設け、側面に外部シェル１１と内部シェル１２をそれぞれ設け、該内部シェル１２と外部シェル１１の間に収容空間１３を設けて、充填材Ｂを充填する。 As shown in FIGS. 1, 2, 3, and 4, the present invention includes an upper lid 1, a base 2, a base 5, and one or more sets of air pump mechanisms 4. Among them, a hollow housing chamber 10 is provided in the upper lid 1, an outer shell 11 and an inner shell 12 are provided on the side surfaces, and a housing space 13 is provided between the inner shell 12 and the outer shell 11 to fill the filler B.

台２を設け、その上部の縁にワッシャー３を設けて、上蓋１と噛み合わせて、空気ポンプＡのシェル体を構成する。中空収容室２１を設け、外部シェル２０と内部シェル２２を設け、該内部シェル２２と該内部シェル２０との間に収容空間２３を設けて、充填材Ｂを充填する。中空収容室２１の底部に一つ以上の空気入力孔２１１を設け、該空気入力孔２１１の底部背面に入力空気ろ過室２５２を設けて、外部プラグ２５を被せて、該外部プラグ２５に一つ以上の通過孔２５１を設け、台盤５は円形体を設ける。その天面５０の片側に収容溝５１を設け、もう一端に２本のボルト５２１、５２２を設けて、固定台５６は２本のねじ５６３、５６４をその両側に備える固定孔５６１、５６２を通して、空気ポンプ機構４を台盤５に固定する。その片側に２本の接続管５３１、５３２を設け、台盤５の天面中央場所の両側に通過孔５０１、５０２をそれぞれに設けて、緩衝プラグ５５１、５５２を挿入する。台盤５の底側面は接続管５３１、５３２の下部場所に静音気室５８を設け、該静音気室５８は複数枚の仕切板Ｔによって、二つの側面気室Ｃ１、Ｃ２と一つの空気貯蔵室Ｃ３を設ける。該接続管５３１、５３２の下部に貫通孔５３１１、５３２１を設けて、側面気室Ｃ１、Ｃ２に導通する。空気貯蔵室Ｃ３の両側に貫通孔Ｅ１、Ｅ２を設けて、二つの側面気室Ｃ１、Ｃ２に導通する。さらに、空気貯蔵室Ｃ３の外側に空気を排出するための排気管５４１を設ける。静音気室５８の底蓋に外蓋５９を設け、該外蓋５９の内面に複数枚の仕切板Ｔ’を静音気室５８の仕切板Ｔと向かい合って設ける。さらに、接続管５３１、５３２の対称場所に短棒５９１、５９２を設けて、空気流出するときに係り止めて緩衝効果を発揮する。 A base 2 is provided, a washer 3 is provided at the upper edge thereof, and meshed with the upper lid 1 to constitute a shell body of the air pump A. A hollow accommodation chamber 21 is provided, an outer shell 20 and an inner shell 22 are provided, and an accommodation space 23 is provided between the inner shell 22 and the inner shell 20 to fill the filler B. One or more air input holes 211 are provided at the bottom of the hollow housing chamber 21, an input air filtration chamber 252 is provided at the bottom of the air input hole 211, an external plug 25 is covered, and one external plug 25 is provided. The passage hole 251 described above is provided, and the base 5 is provided with a circular body. A receiving groove 51 is provided on one side of the top surface 50, two bolts 521 and 522 are provided on the other end, and the fixing base 56 is passed through fixing holes 561 and 562 provided with two screws 563 and 564 on both sides thereof. The air pump mechanism 4 is fixed to the base 5. Two connecting pipes 531 and 532 are provided on one side, and through holes 501 and 502 are provided on both sides of the center of the top surface of the base board 5, and buffer plugs 551 and 552 are inserted. The bottom side surface of the base plate 5 is provided with a silent air chamber 58 at a lower portion of the connecting pipes 531 and 532. Chamber C3 is provided. Through holes 5311 and 5321 are provided below the connection pipes 531 and 532 to be electrically connected to the side air chambers C1 and C2. Through holes E1 and E2 are provided on both sides of the air storage chamber C3, and are connected to the two side air chambers C1 and C2. Further, an exhaust pipe 541 for exhausting air is provided outside the air storage chamber C3. An outer lid 59 is provided on the bottom lid of the silent chamber 58, and a plurality of partition plates T ′ are provided on the inner surface of the outer lid 59 so as to face the partition plate T of the silent chamber 58. Further, short bars 591 and 592 are provided at symmetrical positions of the connecting pipes 531 and 532, and they are locked when the air flows out to exert a buffering effect.

空気ポンプ機構４は空気ポンプ４１、４２および電磁誘導装置４３を設け、空気生成装置とする(該空気ポンプ機構４は公知の構造のため、ここでの詳細説明を省略する。)。 The air pump mechanism 4 includes air pumps 41 and 42 and an electromagnetic induction device 43, and is an air generating device (the air pump mechanism 4 is a known structure, and thus detailed description thereof is omitted here).

前記した部品構成により、空気ポンプＡは稼働するとき、空気ポンプ４１、４２は電磁誘導装置４３の電磁誘導で吸着、引き離す働きにより、空気吸入と空気排出を交互に動作する。外部の空気は外部プラグ２５の通過孔２５１を経て、入力空気ろ過室２５２に流入する。該入力空気ろ過室２５２内部にろ過部材を取り付けて、空気に含まれる不純物をろ過し、ろ過された空気は空気入力室２１１を介して、空気ポンプ４１、４２に吸入される。空気ポンプ４１、４２の圧縮により、送風管４１１、４１２から送出し、エルボー５７１、５７２、接続管５３１、５３２から下部に流動し、接続管５３１、５３２下部で短棒５９１、５９２により係り止めて緩衝し、貫通孔５３１１、５３２１から側面気室Ｃ１、Ｃ２に流入し、貫通孔Ｅ１、Ｅ２で合流してから、空気貯蔵室Ｃ３に流入した後、排気管５４１から排出して、水族槽の必要空気を供給する。 With the above-described component configuration, when the air pump A operates, the air pumps 41 and 42 alternately perform air suction and air discharge by the action of adsorption and separation by the electromagnetic induction of the electromagnetic induction device 43. External air flows into the input air filtration chamber 252 through the passage hole 251 of the external plug 25. A filter member is attached inside the input air filtration chamber 252 to filter impurities contained in the air, and the filtered air is sucked into the air pumps 41 and 42 via the air input chamber 211. Compressed by the air pumps 41 and 42, sent out from the blower pipes 411 and 412, flowed downward from the elbows 571 and 572 and the connection pipes 531 and 532, and held by the short bars 591 and 592 below the connection pipes 531 and 532. Buffer, flow into the side air chambers C1 and C2 from the through holes 5311 and 5321, merge at the through holes E1 and E2, flow into the air storage chamber C3, and then discharge from the exhaust pipe 541 to the aquarium tank. Supply necessary air.

本考案の上蓋１と台２に内部シェル２２と外部シェル２０の二重シェル機構により、外部に伝送する騒音を軽減できる。内部シェル２２と外部シェル２０との間の収容空間１３、２３に充填材８を充填する。充填材Ｂは高い比重の部材砂などを使用し、上蓋１と台２の重量を増やして安定を与え、空気ポンプの稼働における振動を軽減する。 Noise transmitted to the outside can be reduced by the double shell mechanism of the inner shell 22 and the outer shell 20 on the upper lid 1 and the base 2 of the present invention. The filling material 8 is filled into the accommodating spaces 13 and 23 between the inner shell 22 and the outer shell 20. As the filler B, sand having a high specific gravity is used, and the weight of the upper lid 1 and the base 2 is increased to give stability, and vibration during operation of the air pump is reduced.

本考案の立体分解図である。It is a three-dimensional exploded view of the present invention. 本考案の立体図である。It is a three-dimensional view of the present invention. 本考案の組合せ断面図である。It is combination sectional drawing of this invention. 本考案の空気経路表示図である。It is an air path | route display figure of this invention.

符号の説明Explanation of symbols

１上蓋
１０収容室
１１外部シェル
１２収容室
１３収容室
２台
２０外部シェル
２１中空収容室
２１１空気入力孔
２２内部シェル
２３収容室
２５外部プラグ
２５１通過孔
２５２入力空気ろ過室
３ワッシャー
４空気ポンプ機構
４１、４２空気ポンプ
４１１、４１２送風管
４３電磁誘導装置
５台盤
５０天面
５０１、５０２通過孔
５１収容溝
５２１、５２２固定栓
５３１、５３２接続管
５３１１、５３２１孔
５４１排気管
５５１、５５２緩衝プラグ
５６固定台
５６１、６２固定孔
５６３、５６４ねじ
５７１、５７２エルボー
５８静音気室
５９外蓋
５９１、５９２短棒
Ａ空気ポンプ
Ｂ充填材
Ｃ１、Ｃ２側面空気室
Ｃ３空気貯蔵室
Ｅ１、Ｅ２孔
Ｔ、Ｔ’ 仕切板
DESCRIPTION OF SYMBOLS 1 Upper cover 10 Accommodating chamber 11 External shell 12 Accommodating chamber 13 Accommodating chamber 2 Unit 20 External shell 21 Hollow accommodating chamber 211 Air input hole 22 Internal shell 23 Accommodating chamber 25 External plug 251 Passing hole 252 Input air filtration chamber 3 Washer 4 Air pump mechanism 41, 42 Air pumps 411, 412 Blow pipe 43 Electromagnetic induction device 5 Base plate 50 Top surface 501, 502 Pass hole 51 Housing groove 521, 522 Fixing plug 531, 532 Connection pipe 5311, 5321 Hole 541 Exhaust pipe 551, 552 Buffer plug 56 Fixing bases 561, 62 Fixing holes 563, 564 Screws 571, 572 Elbow 58 Silent air chamber 59 Outer lid 591, 592 Short rod A Air pump B Filler C1, C2 Side air chamber C3 Air storage chamber E1, E2 Hole T, T 'divider

Claims

上蓋、台、台盤および一組以上の空気ポンプ機構より構成し、そのうち、上蓋に中空収容室を設け、その側面に外部シェルと内部シェルを設けて、該内部シェルと該外部シェルとの間に収容室を設け、収容室に充填材を充填し、
該台の上部縁にワッシャーを設け、上蓋と噛み合わせて、空気ポンプのシェル体を構成し、中空収容室を設け、側面方向に外部シェルと内部シェルの間に収容室を設けて、充填材を充填し、
該台盤は円形の盤体を設け、その天面に収容槽と２本の接続管を設け、該台盤底面に備える接続管の下部に静音気室を設け、外蓋を噛み合わせ、
該ポンプ機構に空気ポンプと電磁誘導装置を設け、空気生成装置を構成する二重シェル空気ポンプ。 Consists of an upper lid, a base, a base plate, and one or more air pump mechanisms. Among them, a hollow storage chamber is provided in the upper lid, an outer shell and an inner shell are provided on the side thereof, and the space between the inner shell and the outer shell is provided. A storage chamber, and the storage chamber is filled with a filler,
A washer is provided at the upper edge of the base, and meshed with the upper lid to constitute a shell body of the air pump, a hollow housing chamber is provided, and a housing chamber is provided between the outer shell and the inner shell in the lateral direction, and a filler Filling
The base is provided with a circular base, a storage tank and two connection pipes are provided on the top surface thereof, a silent air chamber is provided below the connection pipe provided on the bottom of the base, and an outer lid is engaged,
The double shell air pump which comprises an air generation apparatus provided with an air pump and an electromagnetic induction device in the pump mechanism.

請求項１記載の二重シェル空気ポンプにおいて、該台の中空収容室は一つ以上の空気入力孔ことを特徴とする二重シェル空気ポンプ。 2. The double shell air pump according to claim 1, wherein the hollow housing chamber of the base has one or more air input holes.

請求項１記載の二重シェル空気ポンプにおいて、該台に備える中空収容室底部背面に入力空気ろ過室を設け、外部プラグを挿入し、該プラグは一つ以上の通過孔ことを特徴とする二重シェル空気ポンプ。 2. The double shell air pump according to claim 1, wherein an input air filtration chamber is provided on the bottom rear surface of the hollow housing chamber provided in the base, an external plug is inserted, and the plug has one or more passage holes. Heavy shell air pump.

請求項１記載の二重シェル空気ポンプにおいて、該台盤に設ける静音気室は複数枚の仕切板により、二つの側面空気室と一つの空気貯蔵室ことを特徴とする二重シェル空気ポンプ。 2. The double shell air pump according to claim 1, wherein the silent air chamber provided in the base plate includes two side air chambers and one air storage chamber by a plurality of partition plates.

請求項４記載の二重シェル空気ポンプにおいて、該空気貯蔵室の両側に孔を設けて、側面空気室に導通することを特徴とする二重シェル空気ポンプ。 5. The double shell air pump according to claim 4, wherein holes are provided on both sides of the air storage chamber to conduct to the side air chamber.

請求項４記載の二重シェル空気ポンプにおいて、該空気貯蔵室の外側に１列の排気管ことを特徴とする二重シェル空気ポンプ。
5. The double shell air pump according to claim 4, wherein one row of exhaust pipes is provided outside the air storage chamber.