M296774 八、新型說明： 【新型所屬之技術領域】 本創作主要係關於1 重氣動工具之進 ，、 種m塑膠外殼氣動工具之進氣裝置；尤礼 具的技術領域。 ”係涉及於手工 【先如技術】 按由空氣驅動方式的手工具，可用 元件進行鬆退或是緊固動作，相當方便快速=或螺帽等 類：工具的應用甚廣’其中氣動工具的作動方：此目前該 進乳裝置上設置一換向間，藉其旋轉而引導氣體主要係在 或是逆轉通路方向進人氣室内，由 體係由正轉 帽或螺栓等的傳動軸改變其驅動的；厂向弓丨導卡制螺 等元件產生鬆退或是緊固狀態動的方向’而對螺栓或螺帽 早期之氣動工具係由金屬材質 重所以在使用上較為費力已 :使工具本體較 作為氣動工具相關元件的事二已：業者藉由塑膠等材質 量，令使用者可更_ #彡jy 。軋動工具的重 们更且方便地操作氣動工具。 現有一種設計，係公告丄 控制機構之改良構造」新型專利宰、如第'五：「氣體流動 係於氣-(5…轴向容設二:：圖：示〕，其 畜网ffl 衣I之虱門（5 1 )，兮 ’周緣上係設有兩延伸氣/ 進氣穿孔（512)，並藉由-調節件（二二I 流向進行控制，使高壓氣 乍為風體 )*其中-延伸氣孔（=、;=由進氣穿孔（5" /JIL出，進而控制氣動工具 5 M296774 產生正、逆轉的方向。 另有一種如證書第M 2 4 5 道密氣構造」新型專利宰〔如第五广「氣動工具之氣 ^二 良，其主要係在本體（6〇)的容室（ )内合设一氣缸件（6 2 ) , 相對於本體（6 〇 )、隹友沾 〇中该氣缸件（6 2 ) 呈Μ… ）進乳口的-側係軸向凸設成型有—略 係二“二塊（6 2 1 )’且該凸* ( 6 2 1 )的側面 :匕由後向前增厚之結構，使得由空塵機送出之高I氣 )與氣缸之門，可二二 的換向閥（63 沾甘 …）之間可減少向壓氣體在本體（6 〇 ) 勺/、他空間中流竄所產生的損壞及影響； 然而以上兩種藉由塑勝等材質所構成之氣動工且，在 =造上由於氣缸（50)及氣缸件（62)係分別與本體 直接接觸結合’所以當氣動工具進行進行與排氣時會使由 线機傳送過來的高壓氣體直接與塑膠本體接觸流動，使 向壓氣體内含有的水份、雜質或油汽等會直接對於塑膠内 ，及内部零件造成侵触破壞或生錄’使高壓氣體無法對於 乳動工具進行準確及穩定的作動，相對降低氣動工具的有 效使用性及穩定性，加上塑膠材質會容易因耐候性及溫度 升降等因素而產生熱脹冷縮的現象，使工具本體之密合性 產生變化，進而影響氣動工具操作之準確性、穩定性i壽 命性。 1 而本創作人為改善高壓氣體對於本體及内部零件之影 響，亦於公告第四八二0七五號「氣動工具之動力調整 M296774 構改良」新型專利案〔如 ^文弟八圖所不〕，主要係包含有一 外殼體（7 〇 )、一進氣 虱匕制衣置（8 〇 )及一馬達缸本 體（90)，其中令玄民、从 "。"、、達本體（g 〇 )係容設於外殼體 〔7 0)中，且設有_斑外私雕广 -、卜-又月豆（7〇）相卡合且一體成 型之活動閥體（9 1 )，而$、羊^ 抓士 t、 而邊活動閥體（9 1 )的底側係 口又有一人進氣口相抵靠之穿 , n ，並藉由-與活 動閥肖豆（9 1 )相連接之換向鬥/ 換白閥進行氣體流動的控制進而 驅動氣動工具作動，此種的 a ^ 的°又什雖可改善高壓氣體在氣動 工具其他空間的流動情形， 、 月々但而在馬達缸本體（90)上 成型’舌動閥體（91) ，#民、吾a丄 M a制 使馬達缸本體（9 0 )結構較複 雜，在I造及加工成本相對增加。 【新型内容】 ::，本創作有鑑於現有氣動工具結構及使用上的不 t失，特經過不斷的試驗與研究，終於發展出-種能 改進現有缺失之本創作。 本創作之主要目的，在於提 ψ ^ 杈仏種虱動工具之進氣裝 2其可係有效避免高壓氣體對於氣動卫具的損壞，且能 有效降低所需之製造成本，達 逞引有效控制及快速製造之目 的者。 為達到上述目的，本創作主要係提供一種氣動工呈之 進虱裝置，其中氣動工具之本 τ ^ +収係略主一槍形結構，苴次 平向之内部為一中空之内室，而垂直向為 進： 裝置包含有—進氣組、一“組及一換向閥，其中."進-進氣組係容設於本體的柄部内，其係包含有一進氣導 M296774 :二t環及—塾圈，繼管的-端係伸設出柄部外， 而另 令而係與奈卢Ια 人 , 端係略呈…套環異於進氣導管的-一端；+狐狀，且墊圈係套設在進氣導管靠進套環的 軋缸組係轴向容設於本體的内室且與進氣組相接觸， 其包含有一氣缸及一轉子，々 轉子5亥乳红係包含有一前蓋板、一 本體及一後蓋板；以及 與氣缸組相結合之換向閥。 弧狀之套環與本 氣體從進氣組及 進氣孔相連通之 閥體，使得氣動 藉此達到大幅降 壓氣體直接與塑 效提高氣動工具 藉由上述技術手段，本創作係藉由呈 體之進氣孔緊密的貼合，可有效防止高壓 氣缸組間竄出，加上僅需在本體設置一與 $氣槽，而不需在氣缸組外部成型一活動 工具之進氣裝置的製造簡便且緊密接合， 低進氣裝置之加工成本，且可有效避免高 膠本體接觸而對氣動工具所造成損壞，有 使用之準確性及穩定性者。 【實施方式】 氣裝置，請配合 氣動工具之進氣 ，其中該本體（ 部為一中空之内 ’該進氣裝置係 本創作主要係提供一種氣動工具之進 參看第一至三圖，由圖中可看到，本創作 裝置係容設於氣動工具的本體（4 Q )内 4〇）係略呈一槍形結構，其水平向之内 至（4 1) ’而垂直向為一柄部（42) 包含有一進氣組 (30)，其中 、一氣缸組（2 0 )及一換向閥 M296774 進氣組（1 〇、& 糸各設於氣動工呈太辨 部（4 2 )内側，复後a ”本體（4 0 )的柄 … ，、係包含有-進氣導管u d、一套 13 ) ’該進氣導管（1 1 )係為 該套環（1 2 )異於、隹^…〃 2 )相結合，其中 ；進氣導管（11) ^ Ί 。\ 丄丄）的一端係略呈一半 係套設在進翁道；^ γ Ί 退乱蛉官（1 1 )靠進套 % C1 2)及一塾圈 一中空之管體，而另 弧狀，而墊圈 環（1 2 )的一端； 氣缸組（2 〇、& ^ 係轴向容設於本體（4 — 41)且與進氣組（ （40)的内至（ 2 1 )及一轉子（？ 9、 、係包3有一氣缸（ (2 6)、一本體（ m ( 2 1 )係由-前蓋板 其可如第：圖所-* 後蓋板（2 4)所組成， 成型二T 體（23)與後蓋板（24)為-體 成型，或如弟四圖所 一触；、⑷上 不體（23)與珂蓋板（26)為 月豆成型或如第二圖所义 ^ 口所不由刚盍板（2 Θ )、本體（2 3 及後皿板（24)三者組合而成，其中前蓋板（2 6) 係為一環形之蓋體且設有-容設槽（261)，而該本體 (2 3 )係為中空之筒體，其外周緣相對於進氣組（1 〇 )的套％ ( 1 2 )處係徑向形成有一進氣孔（2 3 1 ) 另°又有一與進氣孔（2 3 1 )相連通且軸向貫穿本體（ 2 3 )之導氣槽（2 3 2 )，並於其兩側係軸向穿設有一 正通槽（ 233)及一逆通槽（234)，另本體（23 )在相對正通槽（2 3 3 )及逆通槽（2 3 4 )的内周緣 係各設有數個分別與其相連通之弧槽（2 3 5 ); 與本體（2 3 )相結合之後蓋板（2 4 )，其係為一 9 M296774M296774 VIII. New description: [New technical field] This creation is mainly about the entry of 1 pneumatic tool, the air intake device of pneumatic tool of m plastic case, and the technical field of special gift. "It is related to manual [first as technology] According to the air-driven hand tool, the components can be used to loosen or fasten the action, which is quite convenient and fast = or nut type: the tool is widely used. Actuator: At present, the reversing device is provided with a reversing chamber, and the rotating gas is used to guide the gas mainly into or into the human air chamber in the direction of the reverse passage, and the system is changed by the transmission shaft of the forward rotation cap or the bolt. The factory produces a direction of retraction or tightening of the components such as the bow snail and the state of the fastening state. The early pneumatic tools for bolts or nuts are made of metal material, so it is more laborious to use: As a pneumatic tool related component, the second thing has been made: the manufacturer can make the user more versatile by the quality of the plastic material. The weight of the rolling tool is more convenient and convenient to operate the pneumatic tool. There is a design, the announcement is controlled. The improved structure of the organization" is a new type of patent slaughter, as in the '5th': "The gas flow is in the gas - (5... axial capacity 2:: Figure: shows), its animal net ffl clothing I's door (5 1),兮'peripheral It is provided with two extension gas/intake perforations (512), and by means of an adjusting member (the control of the flow direction of the two or two I, the high pressure gas is used as the wind body) * where - the extended air hole (=, ; = perforated by the intake air (5" /JIL out, and then control the pneumatic tool 5 M296774 to produce a positive and reverse direction. There is also a new type of patent slaughter such as the certificate M 2 4 5 tight gas structure [such as the fifth wide "pneumatic tool gas ^ two Well, it mainly consists of a cylinder member (6 2 ) in the chamber (6〇) of the body (6〇), which is opposite to the body (6 〇), the cylinder member (6 2 ) in the 〇 〇 Μ... The axial-protrusion of the inlet-side is formed by a structure of two "two pieces (6 2 1 )" and the side of the convex * (6 2 1 ): a structure in which the crucible is thickened from the back to the front, The high I gas sent by the air cleaner and the door of the cylinder can be used to reduce the pressure gas in the body (6 〇) spoon /, in his space, between the two-way directional valve (63 smudged...) The damage and impact caused by the above; however, the above two pneumatic constructions made of plastic materials, etc., are directly contact with the body due to the cylinder (50) and the cylinder member (62). Combined with 'so when the pneumatic tool is being carried out and exhausted, the high-pressure gas sent by the line machine will directly flow in contact with the plastic body, so that the moisture, impurities or oil vapor contained in the pressurized gas will directly be in the plastic. And the internal parts cause intrusion damage or bio-recording', so that the high-pressure gas can not accurately and stably act on the milking tool, and the effective use and stability of the pneumatic tool are relatively reduced, and the plastic material is easy to be weathered and temperature-lifted, etc. The phenomenon of thermal expansion and contraction caused by the factors causes the adhesion of the tool body to change, which in turn affects the accuracy and stability of the operation of the pneumatic tool. 1 The influence of the high pressure gas on the body and internal parts is improved by the creator. Also in the announcement of the new patent case of the "Motor Pneumatic Tool Power Adjustment M296774 Structure Improvement" No. 482.75 (such as ^ Wendi's Eight Diagrams), mainly consisting of an outer casing (7 〇), an air intake虱匕 衣 置 (8 〇) and a motor cylinder body (90), which makes Xuan Min, from ". ",, and the body (g 〇) is housed in the outer casing [70], and has an activity of _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The valve body (9 1 ), while the $, the sheep ^ catcher t, and the bottom side of the movable valve body (9 1 ) have another person wearing the air inlet port, n, and by - and the active valve Xiaodou (9 1 ) connected to the diverting bucket / whitening valve for gas flow control to drive the pneumatic tool to act, this a ^ ° can improve the flow of high pressure gas in other space of the pneumatic tool, However, the moon is formed on the body of the motor cylinder (90). The tongue-moving valve body (91), #民,吾一丄M a system makes the structure of the motor cylinder body (90) more complicated, and the cost of manufacturing and processing is relatively increase. [New content] :: This creation, in view of the structure and use of the existing pneumatic tools, has been continuously tested and researched to finally improve the existing creations. The main purpose of this creation is to improve the air intake of the turbulent tool. It can effectively avoid the damage of the high-pressure gas to the pneumatic visor, and can effectively reduce the required manufacturing cost. And the purpose of rapid manufacturing. In order to achieve the above objectives, the present invention mainly provides a pneumatic device for introducing a pneumatic device, wherein the τ ^ + of the pneumatic tool is a main gun-shaped structure, and the interior of the horizontal is a hollow inner chamber, and The vertical direction is forward: the device comprises an intake group, a "group" and a reversing valve, wherein the "intake-intake group" is accommodated in the handle of the body, and the system includes an intake guide M296774: two The t-ring and the 塾 ring, the end-end of the tube is extended outside the shank, and the other is tied to the Nalu Ια person, the end is slightly...the collar is different from the end of the intake duct; +fox And the gasket is sleeved in the axial direction of the intake duct to the collar of the collar, and is axially received in the inner chamber of the body and is in contact with the intake group, and comprises a cylinder and a rotor, and the rotor is 5 The utility model comprises a front cover, a body and a rear cover; and a reversing valve combined with the cylinder group. The arc-shaped collar and the valve body communicate with the gas from the intake group and the intake hole, so that the pneumatic In order to achieve a large-scale anti-pressure gas directly and plastically improved pneumatic tools by the above technical means, the creation is by The tight fitting of the air intake hole of the body can effectively prevent the high-pressure cylinder group from being thrown out, and the air intake device which only needs to be provided with a gas groove on the body without forming a movable tool outside the cylinder group Simple and tightly jointed, low-intake device processing cost, and can effectively avoid damage caused by high-glue body contact to pneumatic tools, and has accuracy and stability in use. [Embodiment] Air device, please cooperate with pneumatic tools The air intake, wherein the body (the portion is a hollow inside), the air intake device is mainly provided with a pneumatic tool. Referring to the first to third figures, as can be seen from the figure, the creation device is provided. In the body (4 Q ) of the pneumatic tool, the system has a gun-shaped structure with a horizontal direction to (4 1) ' and a vertical direction to a handle (42) including an air intake group (30) Among them, a cylinder group (20) and a reversing valve M296774 intake group (1 〇, & 糸 糸 are located inside the pneumatic workmanship section (4 2 ), after a "body" (4 0) The handle..., the system contains - intake duct ud, a set of 13) ' An intake duct (11) of the collar system (12) different from, short-tailed ... 〃 ^ 2) combined, wherein; intake duct (11) ^ Ί. \ 丄丄) One end is slightly half-sleeve set in Jinwen Road; ^ γ Ί Retreat eunuch (1 1) depends on the sleeve C1 2) and a loop of a hollow tube, while another arc And one end of the washer ring (1 2 ); the cylinder group (2 〇, & ^ is axially accommodated in the body (4 - 41) and with the intake group ((40) inside to (2 1) and one The rotor (? 9, the tie 3 has a cylinder ((2 6), a body (m (2 1) is composed of - the front cover can be as shown in the figure: - the rear cover (2 4), The molded two T body (23) and the rear cover plate (24) are formed in a body shape, or as shown in the fourth figure; (4) the upper body (23) and the top cover plate (26) are formed by the moon bean or as the first In the second figure, the mouth is not composed of the rigid slab (2 Θ) and the main body (2 3 and the rear plate (24). The front cover (26) is a circular cover and is provided. There is a receiving groove (261), and the body (23) is a hollow cylinder, and an outer circumference thereof is formed with an intake air radially with respect to the sleeve % (1 2 ) of the intake group (1 〇). The hole (2 3 1 ) has another gas guiding body which communicates with the air inlet hole (2 3 1 ) and penetrates the body axially ( 2 3 ) (2 3 2 ), and a positive through groove ( 233 ) and a reverse through groove ( 234 ) are axially disposed on both sides thereof, and the other body ( 23 ) is opposite to the positive through groove ( 2 3 3 ) and the reverse through groove ( 2 3 4 ) The inner peripheral edge is provided with a plurality of arc grooves (2 3 5 ) respectively connected thereto; after being combined with the body (23), the cover plate (2 4 ) is a 9 M296774
略呈環形之蓋冑，且其與本體（2 3)結合的端面係轴向 設有與導氣槽（2 3 2 )相連通之導氣槽（2 4 2 )，且 於相對正通槽（2 3 3 )、逆通槽（2 3 4 )的位置係分 別設有一與其相連通之正轉氣道（2 4 3 )及逆轉氣道（ 2 4 4 )，並該端面之中心係設有一套設孔（2 4丄）， 而後盍板（2 4 )異於本體（2 3 )的一端面係為一環形 凹槽（2 5 )，該凹槽（2 5 )的周緣上係設有一與導氣 槽（2 4 2 )相連通之導孔（2 5 χ )，且其的兩側係各 設有一氣孔（2 5 2 )，其中各氣孔（2 5 2 )係與相對 之正轉氣道（243)、逆轉氣道（244)相連通，另 轉子（2 2 )係藉由兩分別套設於前蓋板（2 6 )容設槽 (2 6 1 )及後蓋板（2 4 )環形凹槽（2 5 )之軸承而 軸向套設於本體（2 3 )内側，且設有一與後蓋板（2 4 )套設孔（2 4 1 )相結合之轉動軸（2 2 1 );以及 、、ϋ υ」，其係包 含有-軸身（3 1 )及一鈕部（3 2 )，其中該軸身（3 1 )係與後蓋板（2 4 )之凹槽（2 5 )相結合且為一中 空之結構，該軸身（3 i )在兩相對側分別形成一道凹入 狀的一正轉氣槽（3 i i )及一逆轉氣槽（3丄2 )，而 該紐部（3 2 )係與軸身（3 1 )異於凹样r 9 R、 M ^曰 Q 2 5 ) —端 相結合且為一可操控、外徑大於軸身（3 Ί 丄J之結構。 藉此，當高壓空氣經由空壓機進入進竞 尸 %矾組C 1 〇 )之 進氣導管（1 1 )時，因略呈半弧狀之套 备乂（ 1 2 )係與 本體（23)<進氣孔（231)相貼合，因此高壓氣體 10 M296774 不會在進氣組（1〇)及氣缸組 可避#角t 2 〇 )之間竄出’如让卜 叮t免虱動工具内部零件因水 此 的枰祀 4 4質而產生銹蝕與指抟 的丨月形，而經進氣孔（2 3丄） 一扣壞 厣氣俨，各 氣紅組（20)之莴 土乱會沿著導氣槽（2 3 2 ) 、，♦ 導孔）、導氣槽（242)及 ¥孔（2 5 1 )而傳送至後蓋板 〇及 換向閥（3 ΓΜ夕門., 4 )凹槽（2 5 )及 高壓氣辦姑山 （3 0 )的轉動，侦 门7土孔體經由正轉氣槽（3 便 及相對之* 1 )或疋轉氣槽（3 1 2 ) 相對之乳孔（2 5 2 )而流動至後 以 氣道（2 4 3 )η 傻盍板（2 4 )的正轉 或逆轉氣道（24/|、 ^ ^ )之正ilM, 44)’再從本體（2?a slightly annular cover 胄, and an end face of the body (23) is axially disposed with an air guide groove (2 2 2 ) communicating with the air guide groove (23 2 2), and is opposite to the positive groove ( 2 3 3 ), the position of the reverse groove (2 3 4 ) is respectively provided with a forward air passage (2 4 3 ) and a reverse air passage (24 4 4) connected thereto, and a set of the center of the end face is provided. a hole (2 4 丄), and an end surface of the rear slab (2 4 ) different from the body (2 3 ) is an annular groove (25), and a groove is arranged on the circumference of the groove (25) a gas guide (2 4 2 ) is connected to the guide hole (25 χ ), and both sides thereof are provided with a vent (2 5 2 ), wherein each vent (2 5 2 ) is opposite to the forward air passage ( 243), the reverse air passage (244) is connected, and the other rotor (2 2 ) is sleeved on the front cover (26) and the rear cover (2 4) The bearing of the groove (25) is axially sleeved on the inner side of the body (23), and is provided with a rotating shaft (2 2 1 ) combined with the rear cover (24) sleeve hole (2 4 1 ); And , ϋ υ, which includes a shaft body (3 1 ) and a button portion (3 2 ), The shaft body (3 1 ) is combined with the groove (25) of the rear cover plate (24) and is a hollow structure, and the shaft body (3 i ) is respectively formed into a concave shape on opposite sides. a positive gas transfer groove (3 ii ) and a reverse gas flow groove (3丄2), and the new portion (3 2 ) is different from the shaft body (3 1 ) in the concave sample r 9 R, M ^曰Q 2 5) - The end is combined and is a steerable, outer diameter larger than the shaft body (3 Ί 丄 J structure. Thereby, when the high-pressure air enters the corpse of the corpse through the air compressor, C 1 〇) (1 1 ), because the slightly semi-arc-shaped casing 1 ( 1 2 ) is attached to the body (23) < intake hole (231), the high-pressure gas 10 M296774 is not in the intake group ( 1〇) and the cylinder group can avoid #角t 2 〇) between the ' 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 , , , , And through the air intake hole (2 3 丄), a 厣 厣 厣 俨 俨 俨 俨 俨 各 各 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴 莴242) and ¥ hole (2 5 1 ) and transferred to the rear cover 〇 and the reversing valve (3 ΓΜ 门4) The rotation of the groove (2 5 ) and the high-pressure gas Guanshan (30), the detection hole 7 soil hole through the forward rotation air tank (3 and relative * 1) or the turbulent air tank (3 1 2 ) Relative to the milk hole (2 5 2 ) and flow to the airway (2 4 3 ) η silly plate (2 4 ) of forward or reverse airway (24/|, ^ ^ ) positive ilM, 44 ) 'From the ontology (2?
m2 槽:？“)及相對W 正時針或逆時針之轉動，達到；：：氣體的吹動而產生 而不品在氣缸組（2 〇 )外 八 方向， 柹焊资說 4成型一活動閥體（9 1 ) 使侍軋動工具之進氣裝 丄）， 不I ]衣k間便且緊宗接人， 到大幅降低進氣裝置之加工成本 二…' 错此達 直接與塑膠本體（4 〇 ) W *避免向壓氣體 服v q u j接觸而對翕 有效提高氣動工且使用之！h ”動具所4成損壞， 八使用之準確性及穩定性者。 【圖式簡單說明】 圖係本創作之局部剖面示意圖。 :二圖係本創作之立體分解圖。 第三圖係本創作之另—立體分解圖。 ί四圖係本創作之再-立體分解圖。 第五圖係現有氣動工具 第丄 、之進乳政置立體分解圖。 弟/、圖ίπ另一現有翁 乳動工具之局部分解圖。 11 M296774 七圖係再一現有氣動工具之局部分解圖。 第 【主要元件符號說明 (1 〇)進氣組 (1 1 )進氣導管 (13)墊圈 (2〇）氣缸組 (21)氣缸 (2 2 )轉子 (2 3 )本體 (2 3 1 )進氣孔 (2 3 3 )正通槽 (2 3 5 )弧槽 (2 4 )後蓋板 (2 4 1 )套設孔 (2 4 3 )正轉氣道 (2 5 )凹槽 (2 5 1 )導孔 (2 6 )前蓋板 (3〇）換向閥 (31)軸身 (3 1 1 )正轉氣槽 (3 2 )紐部 (4 0 )本體 (4 1 )内室 (1 2 )套環 (2 2 1 )轉動軸 (2 3 2 )導氣槽 (2 3 4 )逆通槽 (2 4 2 )導氣槽 (2 4 4 )逆轉氣道 (2 5 2 )氣孔 (2 6 1 )容設槽 (3 1 2 )逆轉氣槽 (4 2 )柄部 12 M296774 (5 Ο )氣缸 (511)氣孔 (6 Ο )本體 (6 2 )氣缸件 (6 3 )換向閥 (7 0 )外殼體 (9 0 )馬達缸本體 (9 1 )活動閥體 (5 1 )氣門 (5 1 2 )進氣穿孔 (6 1 )容室 (6 2 1 )凸塊 (8 0 )進氣控制裝置 (9 1 1 )穿孔M2 slot:? ") and relative W clockwise or counterclockwise rotation, reach;:: the gas is blown and not produced in the cylinder group (2 〇) outside the eight directions, 柹 welding capital says 4 forming a movable valve body (9 1 ) 使 侍 侍 动 动 动 丄 丄 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍 侍* Avoid contact with the gas service vquj and effectively improve the pneumatic work and use it! h"" the implement is damaged, the accuracy and stability of the use. [Simple description of the diagram] The diagram is a partial cross-sectional view of the creation. : The second picture is a three-dimensional exploded view of the creation. The third picture is another three-dimensional exploded view of the creation. ί Four diagrams are the re-dimensional exploded view of this creation. The fifth picture is the three-dimensional exploded view of the existing pneumatic tools. Brother/, Figure ίπ Another partial exploded view of the existing squirting tool. 11 M296774 The seven-figure is a partial exploded view of another existing pneumatic tool. [Main component symbol description (1 〇) intake group (1 1 ) intake duct (13) washer (2 〇) cylinder group (21) cylinder (2 2 ) rotor (2 3 ) body (2 3 1 ) Air hole (2 3 3 ) positive through groove (2 3 5 ) arc groove (2 4 ) rear cover plate (2 4 1 ) sleeve hole (2 4 3 ) forward air passage (2 5 ) groove (2 5 1 ) Pilot hole (2 6 ) Front cover (3〇) Reversing valve (31) Shaft body (3 1 1 ) Positive rotation groove (3 2 ) New part (4 0 ) Main body (4 1 ) Inner chamber (1 2 ) collar (2 2 1 ) rotating shaft (2 3 2 ) air guiding groove (2 3 4 ) reverse groove (2 4 2 ) air guiding groove (2 4 4 ) reverse air passage (2 5 2 ) stomata (2 6 1) Retaining groove (3 1 2) Reverse air groove (4 2 ) Handle 12 M296774 (5 Ο ) Cylinder (511) Air hole (6 Ο) Body (6 2 ) Cylinder unit (6 3 ) Directional valve (7 0) outer casing (9 0) motor cylinder body (9 1 ) movable valve body (5 1 ) valve (5 1 2 ) intake perforation (6 1 ) chamber (6 2 1 ) bump (8 0 ) intake Control device (9 1 1) perforation
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