1331554 233以容設-調速件24 (如—〇型環）並具有複數阻隔部235 ;操作時， 壓力氣體係由該氣動工具10的進氣口 12〇輸入，並通過該進氣密封套Μ 而由該傳動軸m的氣體轉接口 113及複數通孔114導入該渴輪本體23的 氣體空間233 ’接著，壓力氣體係由該些阻隔部235之間的縫隙流進該氣汽 通道232並順著該氣流通道232以斜角排出該出氣孔23ι，使該氣動渦^ 20循排氣方向的反向（即順時針方向）帶動該傳動軸lu產生軸轉行程， 然後該傳動軸111便連動該作動頭112旋轉，且該氣動渦輪2〇旋轉的同時， 賴速件24係受該氣動渦輪2G旋轉之離心、力抵掣於該環部辦，並透過其 自身的撓性控繼力氣體流過該些阻隔部235所構成之縫隙的大小，以達 到穩定轉速的效果，最後，由該出氣孔如排出的壓力氣體係通過該消音 件η而從該氣動工具10的排氣口 121輸出，藉此降低排氣嗓音；本發明 設計之特點主錢職環部234 —體成·制輪本體23，使壓力氣ς進 入該氣動渦輪20後得以順暢地排出，進而穩定該氣動工具1G運作時的轉 速’藉此改善習知技術中將環部234與渦輪本體Μ分離設置而造成環部⑽ 党壓力氣體推動產生旋轉或變形，導致轉速不穩定的缺失。 本發明的具體實施態樣中，該出氣孔231更可為複數，且各 231 係等角配置於該氣動渦輪20,如圖中所示以9〇度配置 Μ 強該氣動· 2〇旋轉時的穩定度；再者，該·本體23更可如3/圖= 圖H不連結-隔板25以組設另一相同結構的渦輪本體23a而形成多層 爾職魏加25G咖渦輪 本體23、23a的複數定位梢23G組設粒，該些渴輪本 如係平均分佈於該氣動渦㈣之周緣，而該渦輪本㈣、 =231的數目不限於圖中所示，使用者可依其需求及該氣動工㈣容置空 =的的^峨鳴2G咖，以纖_動的旋轉力 2。，二由該環部234係-體成形於該氣動渦輪 便抑連件Μ料_雕2G娜讎心、力而 得保持其結構而不產生形變，進而提升氣動渦 7 丄丄仔 綜上所述僅為本發明的較佳實施例而已，、 範圍，即凡依本發明申請專利範圍之 、’並非用來限定本發明之實施 本發明之技術範疇。 各所為的等效變化與修飾，皆應為 【圖式簡單說明】 ® 1 ’係A本發明的實施例示意圖。 圖2 ’係為本發明的結構分解示意圖。 圖3 ’係為本發明的剖面示意圖。1331554 233 to accommodate a speed regulating member 24 (such as a 〇-shaped ring) and has a plurality of blocking portions 235; in operation, a pressurized gas system is input from the air inlet 12 of the pneumatic tool 10 and passes through the intake sealing sleeve Μ The gas transfer port 113 and the plurality of through holes 114 of the drive shaft m are introduced into the gas space 233 ′ of the thirteen wheel body 23. Then, the pressure gas system flows into the gas passage 232 from the gap between the block portions 235. And discharging the air outlet 231 at an oblique angle along the air flow passage 232, so that the pneumatic vortex 20 drives the transmission shaft lu to generate a shaft rotation stroke in the reverse direction of the exhaust direction (ie, clockwise direction), and then the transmission shaft 111 When the operating head 112 rotates and the pneumatic turbine 2 rotates, the speeding member 24 is centrifuged by the pneumatic turbine 2G, and the force is applied to the ring portion, and is controlled by its own flexibility. The force gas flows through the gap formed by the blocking portions 235 to achieve the effect of stabilizing the rotational speed. Finally, the air outlet, such as the discharged pressure gas system, passes through the muffler η from the exhaust port of the pneumatic tool 10 121 output, thereby reducing the exhaust noise; The characteristic of the invention design is that the main money ring portion 234 is formed into a wheel body 23, so that the pressure gas is smoothly discharged after entering the pneumatic turbine 20, thereby stabilizing the rotation speed of the pneumatic tool 1G during operation, thereby improving the conventional knowledge. In the technology, the ring portion 234 is separated from the turbine body 而 to cause the ring portion (10) to push or deform the party pressure gas, resulting in a lack of rotational speed instability. In a specific embodiment of the present invention, the air outlets 231 may be plural, and each 231 is equiangularly disposed on the pneumatic turbine 20, as shown in the figure, with a configuration of 9 degrees Μ. Further, the body 23 can be formed as a multi-layered Weijia 25G coffee turbine body 23, such as 3/FIG.=FIG. H, without the connection-separator 25, to form another turbine body 23a of the same structure. 23a of the plurality of positioning tips 23G group granules, the thirsty wheels are evenly distributed around the circumference of the aerodynamic vortex (four), and the number of the turbine (four), = 231 is not limited to the figure, the user can according to their needs And the pneumatic worker (four) accommodates the empty = the ^ 峨 2G coffee, with the fiber _ the rotational force of 2. Secondly, the ring portion 234 is formed in the body of the pneumatic turbine, and the pneumatic squirrel is restrained. 雕 2G 雠 雠 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 保持 保持 保持 保持 提升 提升 提升 提升 提升 提升 提升 提升 提升 提升The present invention is intended to be only a preferred embodiment of the invention, and the scope of the invention is not intended to limit the technical scope of the invention. Each of the equivalent changes and modifications should be a schematic diagram of the embodiment of the present invention. Figure 2 is a schematic exploded view of the structure of the present invention. Figure 3 is a schematic cross-sectional view of the present invention.
，為本發明㈣—實施態樣示意圖。 4的組轉觀示意圖。 1(). ϋ件符號說明】 11 · 110, is a schematic diagram of the implementation of the invention (4). 4 group view view. 1(). Description of the symbols] 11 · 110
111 , 112 , 113 ，，， 114 , 12 ·.. 120 .. 4 121 , 13 ·... 14 ·... 20 ·.. ， 21 ... * 210 .. 211 ... 22 ·.. • 220 ... 221 ... 氣動工具 握持件 容置空間 傳動軸 作動頭 氣體轉接口 通孔 底座 進氣口 排氣口 消音件 進氣密封套 氣動渦輪 前蓋 定位孔 入氣定位孔 後蓋 定位孔 人氣結合孔 8 1331554111 , 112 , 113 ,,, 114 , 12 ·.. 120 .. 4 121 , 13 ·... 14 ·... 20 ·.. , 21 ... * 210 .. 211 ... 22 ·. • 220 ... 221 ... Pneumatic tool grips accommodating space drive shaft actuating head gas transfer interface through hole base inlet vent exhaust muffler intake seal sleeve pneumatic turbine front cover locating hole inlet locating hole Back cover positioning hole popularity joint hole 8 1331554
23 ' 23a 230 ·. 231 ·. 232 · · 233 .. 234 .. 235 .. 24 · · · 25 · · · 渦輪本體 定位梢 出氣孔 氣流通道 氣體空間 環部 阻隔部 調速件 隔板 定位孔 25023 ' 23a 230 ·. 231 ·. 232 · · 233 .. 234 .. 235 .. 24 · · · 25 · · · Turbine body positioning tip air flow passage gas space ring blockage speed control member partition positioning hole 250