【発明の詳細な説明】
０）産業上の利用分野
流体機器用ポンプ又はモーターの構造用ベーンの分野
（ロ）従来の技術
公知の流体用ポンプ又はモーターのベーンそれ自体は弾
性も伸縮性も有せず
（ハ）発明が解決しようとする問題点
流体用ポンプ又はモーターに伸縮ベーンな用い構造を簡
素小型化し両者を同一形状とするに有り（ニ）問題点を
解決しようとする手段
第１図に示す３回転派体室と４０−ターとの間にＥの変
心あるためベーンを弾性屈稜製とし両者が回転出来る様
にして動作流体の吸入及び圧縮なポンプの場合に他面圧
力流体を受は入れることによりモーターとして作動する
様にした以下図面を用い之を詳記する
第１図は本発明の全容を示すもので１は本体２は伸縮ベ
ーンであり第４図又は第５図に示すもの２等は何れも３
回転流体室筒孔Ａと４のローター取付部Ｂに装着する而
して第２図５動輪を４０−ターに差込み６及７支持蓋板
に装着後体体Ｃ取付孔を用い組立てる６蓋板にはＤＦの
流体通路用パイプ取付孔を有し吸込みと圧送の用をなさ
しむ故に本機は何等構造を変えることなく動作流体を吸
込みポンプとな９圧力流体を受ける場合はモーターとな
る
第２図は平面図で５作動軸にはＧＨの断面方形部ありＧ
は１部円形断面に内接Ｈは之に外接する大きさとするＪ
は機の取付ボルト孔であるＤＦは既述の通９動作流体の
吸入及び吐出孔ＫＬは５動軸支持部である
第３図は６支持蓋板でＤは流体パイプ取付孔Ｍは体体之
の取付孔Ｎは流体流通部を示す第４Ｊ！Ｉは金属性伸縮
ベーンでＯ部を３のＡと４のＢ取付部に挿入する
第５１１１はゴム製ベーンで前述ベーンと同一目的のも
のである尚ゴム質様の弾性材料を用いる場合は２ベーン
３ｗｉ転流体室４０ーターを１体に製し構造の簡素化が
出来る
（ホ）作用
公知のベーンは遠心力によりカム壁に圧接摺動するので
動力損失あるも本発明ベーンは３回転流体室に取付けら
れ同転するので動力損失少く一方ベーンの伸縮性に伴い
４０−ターを公知のものよや小型となし得るのである
（へ）発明の効果
ベーンが伸縮するので公知の流体ポンプ又はモーター・
こ比し前述の様に小型化可能であり且っ容積型であるの
で低速回転にありても相等圧力の発生可能なりDetailed Description of the Invention 0) Industrial application field Field of structural vanes for pumps or motors for fluid equipment (b) The vanes themselves of conventionally known fluid pumps or motors have elasticity and elasticity. (c) The problem to be solved by the invention. Means to solve the problem by simplifying and downsizing the structure of the fluid pump or motor using telescoping vanes and making them both have the same shape. Since there is an eccentricity E between the 3-rotation branch chamber and the 40-meter shown in the figure, the vane is made of elastic ridges so that both can rotate, and in the case of a pump that sucks in and compresses working fluid, the other side pumps pressure fluid. By inserting the receiver, it can be operated as a motor. Figure 1, which will be described in detail using the following drawings, shows the entirety of the present invention. All 2nd prizes shown are 3rd prizes.
Attach it to the rotor attachment part B of the rotary fluid chamber cylinder holes A and 4. Then, as shown in Fig. 2, insert the driving wheel into the 40-tor and attach it to the support cover plates 6 and 7, and then assemble it using the body C attachment hole. It has a pipe installation hole for the DF fluid passage and is used for suction and pressure feeding, so this machine can act as a suction pump for the working fluid without changing the structure. 9. When receiving pressure fluid, it can be used as a motor. The figure is a plan view, and the 5 actuation axis has a rectangular cross section of GH.
is inscribed in one part of the circular cross section.H is the size that is circumscribed in this.
DF is the machine mounting bolt hole DF is the previously mentioned 9 working fluid suction and discharge hole KL is the 5 moving shaft support part Figure 3 is the 6 support cover plate D is the fluid pipe mounting hole M is the body This mounting hole N is the 4th J which indicates the fluid circulation part! No. 5111 is a rubber vane, which has the same purpose as the vane mentioned above. If a rubber-like elastic material is used, 2. The structure can be simplified by making 3 vanes and 40 rotary fluid chambers in one body. Since the vanes are attached to the pump and rotate at the same time, there is little power loss.On the other hand, due to the elasticity of the vanes, the 40-meter can be made smaller than the known ones. (F) Effects of the Invention Since the vanes are elastic, the 40-meter can be made smaller than the known fluid pumps or motors.
In comparison, as mentioned above, it can be made smaller and since it is a positive displacement type, it is possible to generate equivalent pressure even at low speed rotation.
【図面の簡単な説明】[Brief explanation of the drawing]
第１図は本発明機器の全容を第２ｗｉはその平面図を第
３図は支持蓋板を第４図は金属製第５図はゴム製ベーン
を示す
以上
区 １
ソビヘ ス −
１１悶 へFigure 1 shows the entire device of the present invention, Figure 2 shows its plan view, Figure 3 shows the support cover plate, Figure 4 shows the metal, and Figure 5 shows the rubber vanes.