1378016 六、發明說明： 【發明所屬之技術領域】 本發明係涉及一種往復式氣動工具；特別是指一種往 復式氣動工具之工具頭快速卡組構造之創新型態設計者。 【先前技術】 按，往復式氣動工具係指其工具作用端之作動型式是 呈内外轴向往復進退狀態而非旋轉型態，藉以達到如衝擊 、震動鑿鏨之使用功能者。 由於往復式氣動工具之工具作用端型態會隨著實際使 用需求、使用目標物之不同而必須更換不同工具頭型式， 因此，所述工具頭使用操作上之更換便利性與否，即直接 攸關往復式氣動工具之使用方便性與實用 陡此之外， 還必須能夠兼顧結構之簡易性以及工具頭之定位稞 以使往復式氣動工具能夠達到易於量產製造且性， 使用壽命佳之可靠度。 耐用、 然而，综觀目前習知往復式氣動工具之工具_ 合、拆離結構設計’整體而言仍舊無法達到前：卜共速組 點均考量兼顧之理想態樣，目此仍有相當::方面優 間存在。 J 文良突破空 是以，針對上述習知往復式氣動工具之工具_ 造所存在之題點，如何研發出一種能夠更：乡:合構 之創新構造，實有待相關業界再加以思索 ^實用性 向者。 犬破之目標及方 3 1378016 有鏗於此，發明人本於多 夕牛從事相關產品之製纟皮Μ 與設計經驗，針對上诚夕B扭 , 每閉發 π野上述之目標，詳加設計與審慎評估後 終得一確具實用性之本發明。 便’ 【發明内容】 本發明之主要目的，係在提供一種往復式氣動工 工具頭快速卡組構造’其所欲解決之問題點，係針對： 研發出-種更具理想實用性之新式往復式氣動工且之工且 頭快速卡組結構為目標加以思f /、 犬破，所述工具頭快速卡 組構造係設於往復式翁動工且 设八轧勁工具之工具頭組裝端頭，以人 具頭能狗達到快速卡組及拆換之 7 力月b 該工具頭組裝端通 包括有一筒狀周壁及工具頭插置槽； 本發明解決問題之技術特點，主要在於該工具頭 卡組構造包括：至少一斜向剖型、' 頭之筒狀周壁至少一側，勺社道 -於工具頭組裝端 , y側包括導入端及定位端；至少一+ 擋定位銷，呈可活動位蒋妝 卞 移狀置於斜向剖型導槽中，所述卡 擋疋位銷包括一卡擋區段及一 ^千又久又動端，一内環體，呈可法 動位移狀套置於筒狀周壁外部， s*作蚀+企▲ 汲内環體旎抵靠於該卡擋 —山又動端以驅使卡擋定位銷定位於斜向剖型導槽之 ::二-彈性復位構件’設於筒狀周壁外部，以將内環 朝：：周壁外端方向彈性抵推呈壓制模式；—釋放控制 性德仂描# t 爸1於同狀周壁、内環體、彈 復位構件之外部，該釋放控一 卡柃玄办妙* & ^具推動緣部能夠將 卡擋疋位銷朝筒狀周壁内端方 構忐之鉍斗、4片』 供勒至釋放模式；藉此所 構成之新式往復式氣動工具之工 厌迷卡組構造設計， 4 1378016 使本發明對照先前技術而言，俾可達到兼具操作 、結構簡易而利於量產製造以及定位穩固耐用而 佳之優點與實用進步性。 【實施方式】 清參閱第1 、2、3 、4圖所示，係本發明 動工具之工具頭快速卡組構造之較佳實施例，惟 .例僅供說明之用，在專利申請上並不受此結構之 述工具頭快速卡組構造設於一往復式氣動工具1〇 組裝端頭11結構上，藉以令該往復式氣動工具1〇 12能夠達到快速卡組及拆換之功能，其中，該工 端頭11包括有一筒狀周壁112以及一工具頭插置 該工具頭快速卡級構造係包括下述構成： 至少一斜向剖型導槽20，係呈斜向剖入之内 於該工具頭組裝端頭丨1之筒狀周壁U2至少一側 向剖型導槽20包括一導入端21以及一定位端22 ; 至少一卡擋定位銷30，係呈可活動位移狀態 斜向剖型導槽20中，所述卡擋定位銷3〇包括用以 該=具頭12之一卡擋區段31，以及凸伸出該筒狀 外。卩之受動端32 ;本實施例之卡撞定位銷3〇係 隔成對配置型態，但並不以此為限，例如單邊單 髮態、或者三組呈環狀均分配置之型態， 實現且達到等同功效者； .…' —内環體40，呈可活動位移狀態套置於該筒 =外部，該内環體4〇能夠抵靠於所述卡擋定位銷 以驅使卡擋定位銷30定位於斜向剖型導槽 端 22 ; θ 更換便利 使用壽命 往復式氣 此等實施 限制；所 之工具頭 之工具頭 具頭組裝 槽 113 ; 凹型態設 ，所述斜 置於所述 卡擋定位 周壁112 為二組間 組之配置 是可具體 狀周壁1 30之受動 20之定位 5 印8〇16 外部，藉以 推呈壓制模 —彈性復位構件5〇，設於該筒狀周壁112 將該内環體40朝筒狀周壁112外端方向彈性杈 式狀態（如第6圖所示）； 抵 角^ 環6〇，係Ή限位活動位移狀態、套置於該 :狀周壁112 '内環體40、帛性復位構件5〇之外部該 ^控制環60—端具有一推動緣部61，能夠藉以頂推該擋 m = 3端32，而能將該卡擋定位銷3°朝筒狀周； 112内端方向椎動呈釋放模式狀態；χ，該釋1378016 VI. Description of the Invention: [Technical Field] The present invention relates to a reciprocating pneumatic tool; and more particularly to an innovative type designer of a quick-clip construction of a tool head of a reciprocating pneumatic tool. [Prior Art] According to the reciprocating pneumatic tool, the action type of the working end of the tool is an internal and external axial reciprocating advance and retreat state instead of a rotating type, so as to achieve functions such as impact and vibration chisel. Since the tool end type of the reciprocating pneumatic tool has to be replaced with different tool head types depending on the actual use requirements and the use of the target object, the tool head is easy to use or replace, that is, directly In addition to the ease of use and practicality of the reciprocating pneumatic tools, it is also necessary to balance the simplicity of the structure with the positioning of the tool head so that the reciprocating pneumatic tool can be easily mass-produced and the reliability of the service life is good. . Durable, however, looking at the tools of the conventional reciprocating pneumatic tools _ combined, detached structural design 'overall still can not reach the front: the ideal situation of both the common speed points and the considerations, there are still quite the same: : Aspects exist. J Wenliang broke through the air, and in view of the above-mentioned problems of the tools of the reciprocating pneumatic tools, how to develop an innovative structure that can be more: township: construction, and it is necessary to think about the relevant industry. By. The target of the dog breaks and the party 3 1378016. In this case, the inventor has been engaged in the production of related products and the design experience of Duo Niu Niu, aiming at the Shang Cheng Xi B twist, each of the above targets of the cut π wild, detailed The design and the prudent evaluation will eventually result in a practical invention. OBJECT OF THE INVENTION [The present invention] The main object of the present invention is to provide a reciprocating pneumatic tool head quick-clip structure, which is intended to solve the problem, and is directed to: development of a new type of reciprocating with more ideal practicability The pneumatic workmanship and the head quick deck structure are aimed at the target f /, the dog is broken, the tool head quick deck structure is set in the reciprocating type and the tool head assembly end of the eight rolling force tool is set. The utility model realizes the quick card group and the replacement of the force. The tool head assembly end includes a cylindrical peripheral wall and the tool head insertion groove. The technical feature of the problem solving of the present invention mainly lies in the tool head card. The group structure comprises: at least one oblique cross-section, at least one side of the cylindrical wall of the head, the scooping body road - at the assembly end of the tool head, the y side including the introduction end and the positioning end; at least one + stop positioning pin, being movable Positioned in a diagonally-shaped guide groove, the retaining pin includes a latching section and a thousand-long and movable end, and an inner ring body is movablely movable. The sleeve is placed outside the cylindrical peripheral wall, s* erosive + enterprise ▲ The body is abutted against the blocking gear - the mountain is moved to urge the catching pin to be positioned in the obliquely-shaped guide groove: the second-elastic reset member is disposed outside the cylindrical peripheral wall to face the inner ring toward: The elastic deformation of the outer wall of the peripheral wall is in a pressing mode; the release control is inferior to the outside of the wall, the inner ring body, and the elastic resetting member, and the release control is a card. The hopper with the urging edge can be configured to move the retaining pin to the inner end of the cylindrical peripheral wall, and the four pieces are released to the release mode; thereby forming a new type of reciprocating pneumatic tool Design, 4 1378016 The present invention achieves the advantages and practical advancement of the present invention in combination with the prior art, which is easy to operate, simple in structure, convenient for mass production, and stable and durable in positioning. [Embodiment] Referring to Figures 1, 2, 3, and 4, there is shown a preferred embodiment of the tool head quick-clip mechanism of the moving tool of the present invention, but the example is for illustrative purposes only, and is applied for in the patent application. The quick-disc structure of the tool head is not provided in the structure of the reciprocating pneumatic tool 1〇 assembling end 11 of the structure, so that the reciprocating pneumatic tool 1〇12 can achieve the function of the quick card set and the replacement, wherein The working end 11 includes a cylindrical peripheral wall 112 and a tool head interposed with the tool head. The quick card level structure comprises the following structure: at least one obliquely-shaped guide groove 20 is obliquely inserted therein. The at least one side of the cylindrical guide wall U2 of the tool head assembly end 1 includes an introduction end 21 and a positioning end 22; at least one of the latching positioning pins 30 is obliquely movable in a movable displacement state. In the guide groove 20, the latching positioning pin 3 includes a latching section 31 for the one of the heads 12, and protrudes from the cylindrical outer portion. The receiving end 32 of the cymbal; the snagging pin 3 of the embodiment is arranged in a paired configuration, but is not limited thereto, for example, a single-sided single-shot state, or three sets of circular-equalized configurations. State, achieve and achieve equivalent performance; ....' - inner ring body 40, in a movable displacement state, placed in the cylinder = external, the inner ring body 4 can be abutted against the snap positioning pin to drive the card The locating pin 30 is positioned at the obliquely-shaped guide groove end 22; θ is replaced by a convenient service life reciprocating gas; the tool head has a head assembly groove 113; the concave state is set, the oblique position The arrangement of the blocking positioning peripheral wall 112 for the two groups is the positioning of the receiving portion 20 of the specific peripheral wall 130, and the outer portion of the printing plate 20 is printed, and the pressing member-elastic reset member 5 is provided in the cylindrical shape. The peripheral wall 112 elastically slids the inner ring body 40 toward the outer end of the cylindrical peripheral wall 112 (as shown in Fig. 6); the angle of the ring is 6 〇, the limit displacement active state, the sleeve is placed in the shape The inner wall 112' inner ring body 40, the outer side of the inertial reset member 5〇, the control ring 60-end has a push Edge portion 61, so as to be able to push the end stop 32 m = 3, and the positioning pin can block the card 3 ° toward the cylindrical periphery; direction of the inner end 112 was released vertebral mode state; [chi], the release
=位方式，請參第2、4圖所*，係、可於該筒狀周^ 的：i方：：：：置分設一限位環面114以及-扣環- 如第6圖所示，所述斜向剖型導槽2〇 成-半圓形態樣為最佳，所述卡擋定位銷3〇之；=: ϋ-圓形態樣’·藉此型態設計能夠讓該卡擋定位銷3〇獲 構支擇強度’使其得以堅強承受工具頭12之震 如弟2、4圖所示，所述工具頭12之中間段係設有一 凸環塊121 ，該凸環塊121之内端形成有一斜弧狀導動環 面122該凸環塊121之外端則形成有一曲角狀定位環面 123 ，其中，该斜弧狀導動環面122能夠藉以將卡擋定位 銷30由斜向剖型導槽20之定位端22推向導入端21 (如第5 圖所示），該曲角狀定位環面123則藉以供卡擋定位銷3〇 卡擋定位（如第6圖所示）。 藉由上述结構組成設計，茲就本發明之使用作動情形 說明如下： 首先如第4圖所示，當該往復式氣動工具1〇之工具頭 12尚未組入該工具頭組裝端頭u所設工具頭插置槽113時 ，卡擋定位銷30係被彈性復位構件5〇所抵推下壓之内環體 40所向下抵推壓制，構成卡擋定位銷3〇定止於斜向剖型導 6 1378016 槽20定位端22之狀態。 復如第5圖所示，插組工具頭12時，吾人僅需將工具 頭12直接對位插入工具頭插置槽U3中（如箭號^所示） ’工具頭12中間段所設凸環塊121内端之斜弧狀導動環面 122會將卡擋定位銷3〇由斜向剖型導槽2〇之定位端以推向 導入端21 (如箭號L2所示）’構成凸環塊121能夠向上強 越過卡檔定位銷30之狀態。 接著如第6圖所示，當凸環塊丨21向上強越過卡擋定 位銷30所在深度位置時，令工具頭12反向下降（如箭號13 所示）’此時卡擋定位銷30會由斜向剖型導槽20之導入端 21回降至疋位端22 ’故凸環塊121隨工具頭a下降時，該 凸環塊121外端之曲角狀定位環面123會被卡擋定位銷3〇 所卡擋而無法持續下落，且卡擋定位銷3〇也因為被該内環 體40所抵推壓制而獲得一定位性，藉此而構成工具頭丨2之 插組定位狀態。 接著如第7圖所示，欲拆換工具頭12時，吾人可將玆 後將釋放控制環60朝筒狀周壁112内端方向推動（如箭°號 L4所示），如此該釋放控制環6〇之推動緣部61會將卡擋定 位銷30朝筒狀周壁112内端方向推動呈釋放模式狀離，故 卡擋定位銷30將可由斜向剖型導槽2〇之定位端22推向導入 端21 (如箭號L5所示）’進而構成工具頭12所設凸環塊丄 21之曲角狀定位環面123不受卡擋之狀態，吾人即可輕 將工具頭12抽出（如箭號L6所示）。 如第8、9圖所示，所述内環體4〇對應卡擋定位銷邪 之區段係1可再設有概呈门^一限位凹槽41，該限位凹 槽41二侧形成有侧向擋面42藉以供卡擋定位銷3〇端部抵靠 ，藉此以使卡擋定位銷30活動位移時不易偏擺而更加穩定 7 1378016 又 間可為 構型態 式氣動 構型態 再 動工具 頭11與 108 ， 之結構 或内螺 復式氣 ，透過 組裝端 衝避震 減輕以 其中，該工 内螺紋116 ;或者如第 工具10之間 者。 如第11圖所 10之間的組 往復式氣動 復於該等螺 型態；其中 紋型態，此 動工具10相 此螺旋彈簧 頭11内之工 效果，令該 延長其使用 頭組裝端頭11與往復式氣動工具之 與外螺紋106相互螺合定位之組合式結 10圖所不’該工具頭組裝端頭U與往復 亦可為一體成型連結而無組合部位之結 示’所述工 合式結構型 工具10相組 蚊部118 、 所述螺紋部 組合型態時 組合部位須 70組合連接 具頭12進行 卡擋定位銷 壽命。 具頭組裝端頭 態，亦可令該 合部位分設有 108再組設有 118 、 108 可 ’該工具頭組 保留有一間距 型態設計，將 往復衝擊運動 30受衝擊之作 11與往 1具頭 螺紋部 一螺旋 復式氣 組裝端 118 、 彈簧70 紋型態 11與往 為較佳 為外螺 裝端頭 (W ) 可令該工具頭 時獲得一種緩 用力亦可因而 本發明之優點： 本發月所揭「往復式氣動工具之工具頭快速卡組構造 」主要藉由所述斜向剖型導槽、卡擋定位銷、内環體 、彈性復位構件、釋放控制環所構成之創新獨特結構 設計’使本發明對照先前技術而言，俾可令往復式氣 動工具之工具頭快速卡組構造達到兼具操作更換便利 、結構簡易而利於量產製造以及定位穩固耐用而使用 壽命佳之優點與實用進步性。 2、藉由所述内環體對應卡擋定位銷之區段更設有所述限 位凹槽之結構設計，俾可令卡擋定位銷活動位移時不 點 易偏擺而達到作動更加穩定 雖透、晶Ϊ實施例所揭示者係藉以氣熟 特定的術語進行說明，當j說明本發明，且文令 利範圍；B悉此項技術領域之人以此限定本發明之專 神與原則後對其進行變更與修改而在瞭解本發明之精 等變更與修改，皆應涵蓋於如后所述Ϊ5 J二J圍二-定範疇中。= bit mode, please refer to the 2nd, 4th figure *, system, can be set in the cylindrical circumference ^: i:::: set a limit torus 114 and - buckle - as shown in Figure 6 It is to be noted that the oblique-shaped guide groove 2 is preferably a semi-circular shape, and the latching positioning pin 3 is formed; =: ϋ-circular shape--by this type design enables the blocking The locating pin 3 is configured to be strong enough to withstand the shock of the tool head 12. As shown in the figures 2 and 4, the middle portion of the tool head 12 is provided with a convex ring block 121, and the convex ring block 121 is provided. An inner end of the convex ring block 121 is formed with an angled positioning annular surface 123. The oblique curved guiding surface 122 can thereby block the positioning pin. 30 is pushed from the positioning end 22 of the obliquely-shaped guide groove 20 toward the introduction end 21 (as shown in FIG. 5), and the angular positioning annular surface 123 is used for positioning the pin positioning pin 3 (such as the first Figure 6 shows). With the above structural composition design, the operation of the present invention will be described as follows: First, as shown in FIG. 4, when the tool head 12 of the reciprocating pneumatic tool 1 has not been assembled into the assembly head of the tool head When the tool head is inserted into the slot 113, the latching positioning pin 30 is pressed against the inner ring body 40 by the elastic returning member 5〇, and the latching positioning pin 3 is fixed to the oblique section. Type 6 1378016 The state of the positioning end 22 of the slot 20. As shown in Fig. 5, when inserting the tool head 12, we only need to insert the tool head 12 directly into the tool head insertion slot U3 (as indicated by the arrow ^). The inclined arc-shaped guide ring surface 122 at the inner end of the ring block 121 will block the positioning pin 3 from the positioning end of the obliquely-shaped guide groove 2 to push the introduction end 21 (as indicated by the arrow L2). The collar block 121 is able to strongly push the state of the card positioning pin 30 upward. Then, as shown in FIG. 6, when the convex ring block 21 is strongly pushed upward beyond the depth position of the retaining pin 30, the tool head 12 is reversely lowered (as indicated by arrow 13). It will be returned to the clamp end 22 by the lead-in end 21 of the oblique-shaped guide groove 20. Therefore, when the convex ring block 121 descends with the tool head a, the curved-angled positioning surface 123 of the outer end of the convex ring block 121 will be The latching locating pin 3 卡 is blocked and cannot continue to fall, and the latching locating pin 3 获得 is also positioned by the inner ring body 40 to obtain a positioning property, thereby forming the insertion of the tool head 丨 2 Positioning status. Then, as shown in FIG. 7, when the tool head 12 is to be replaced, the release control ring 60 can be pushed toward the inner end of the cylindrical peripheral wall 112 (as indicated by the arrow L4), so that the release control ring The pushing edge portion 61 of the 6-inch pushes the retaining pin 30 toward the inner end of the cylindrical peripheral wall 112 in a release mode, so that the latching positioning pin 30 can be pushed by the positioning end 22 of the obliquely-shaped guide groove 2〇. To the lead-in end 21 (shown by the arrow L5), and thus the curved-angled positioning surface 123 of the convex ring block 21 provided in the tool head 12 is not blocked, the tool head 12 can be easily extracted ( As indicated by arrow L6). As shown in the eighth and the ninth, the inner ring body 4 〇 corresponds to the block locating pin, and the segment 1 can be further provided with a limiting door 41, and the limiting groove 41 has two sides. The lateral blocking surface 42 is formed to abut the end portion of the locking positioning pin 3, thereby making the locking positioning pin 30 less swaying and more stable when the positioning pin 30 is displaced. 7 1378016 and the configuration can be a configuration The type of reversing tool heads 11 and 108, the structure or the internal squirrel-like gas, is mitigated by the assembly end shock absorber, or the internal thread 116; or between the tools 10. The group reciprocating pneumatic between the 10th and the 10th is complementary to the screw type; wherein the thread type, the moving tool 10 is in contact with the screw spring head 11, so that the extension head assembly head is used 11 and the reciprocating pneumatic tool and the external thread 106 are screwed together to form a combined knot 10, the figure is not the 'tool head assembly end U and reciprocating can also be integrally formed and joined without the combination of the part of the work The combined structure type tool 10 phase group mosquito part 118, the thread part combination type, the combination part 70 must be combined with the head 12 to perform the stop pin life. With the head assembly end state, the joint portion can also be provided with 108 and then set with 118, 108. The tool head group retains a pitch type design, and the reciprocating impact motion 30 is impacted by 11 and 1 The advantage of the present invention is that the head thread portion - the spiral double gas assembly end 118 , the spring 70 pattern 11 and the outer screw end portion (W ) can provide a relief force for the tool head. The "tool head quick-disc structure of reciprocating pneumatic tools" disclosed in this issue mainly consists of the innovation of the oblique-shaped guide groove, the retaining pin, the inner ring body, the elastic returning member and the release control ring. The unique structural design 'brings the present invention, compared with the prior art, the utility model can make the tool head quick-disposing structure of the reciprocating pneumatic tool achieve the advantages of convenient operation and replacement, simple structure, convenient mass production, stable positioning and long service life. And practical progress. 2. The structure of the inner ring body corresponding to the retaining pin of the retaining pin is further provided with the structural design of the limiting groove, so that the snapping positioning pin can be moved more easily without yaw and the movement is more stable. Although the disclosure of the embodiment of the present invention is described by the specific terminology of the gas, the description of the present invention is made, and the scope of the invention is limited; B is the person skilled in the art to limit the spirit and principle of the present invention. Changes and modifications to the present invention, such as the modifications and modifications of the present invention, are intended to be included in the scope of the Ϊ5 J2J.
1378016 【圖式簡單說明】 第 1 圖 :本發 明 之 工 具 頭 解立 體 圖 0 第 2 圖 本發 明 之 工 具 頭 第 3 圖 本發 明 之 工 具 頭 第 4 圖 本發 明 之 工 具 頭 第 5 圖 本發 明 之 工 具 頭 第 6 圖 本發 明 之 工 具 頭 第 7 圖 本發 明 之 工 具 頭 第 8 圖 本發 明 之 内 環 體 圖。 第 9 圖 :本發 明 之 内 環 體 圖。 第 10 圖 =本發 明 之 工 具 頭 體成 型 連 結 型 態 第 11 圖 :本發 明 之 工 具 頭 由螺旋彈簧組合 【主要元件符號說明】 往復式氣動工具 外螺紋 螺紋部 工具頭組裝端頭 筒狀周壁 工具頭插置槽 限位環面 裝端頭與往復式氣動工具之分 速卡組構造分解立體圖。 速卡組構造局部分解立體圖。 組動作示意圖一。 組動作示意圖二。 組動作示意圖三。 換動作示意圖。 有限位凹槽之實施例分解立體 有限位凹槽之實施例組合立體 裝端頭與匕復式氣動工具為一 實施例圖。 裝端頭與往復式氣動工具為藉 結型態之實施例圖。 0 0 6 0 8 1 12 13 14 10 13780161378016 BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a tool head of the present invention. FIG. 2 is a tool head of the present invention. FIG. 3 is a tool head of the present invention. FIG. 4 is a tool head of the present invention. Head Fig. 6 Tool head of the present invention Fig. 7 Tool head of the present invention Fig. 8 is an inner ring diagram of the present invention. Fig. 9 is a diagram showing the inner ring of the present invention. Fig. 10 is a view of the tool body forming joint type of the present invention. Fig. 11: The tool head of the present invention is composed of a coil spring. [Main component symbol description] Reciprocating pneumatic tool external thread threading tool head assembly end cylindrical peripheral wall tool An exploded perspective view of the speed-distributing card set of the head insertion slot limit ring surface mounting end and the reciprocating pneumatic tool. A partial exploded perspective view of the speed card set. Group action diagram 1. Group action diagram II. Group action diagram three. Change the action diagram. Embodiment of the Finite Position Groove Example of Decomposing a Stereo Finite Position Groove The combined stereo end and 匕 double pneumatic tool is an embodiment. The tip and reciprocating pneumatic tools are an example of a borrowed version. 0 0 6 0 8 1 12 13 14 10 1378016
扣環 1 1 5 内螺紋 1 1 6 螺紋部 1 1 8 工具頭 1 2 凸環塊 1 2 1 斜弧狀導動環面 1 2 2 曲角狀定位環面 1 2 3 斜向剖型導槽 2 0 導入端 2 1 定位端 2 2 卡擋定位銷 3 0 卡擋區段 3 1 受動端 3 2 内環體 4 0 限位凹槽 4 1 側向擋面 4 2 彈性復位構件 5 0 釋放控制環 6 0 推動緣部 6 1 螺旋彈簧 7 0 11Buckle 1 1 5 Internal thread 1 1 6 Threaded part 1 1 8 Tool head 1 2 Projection ring block 1 2 1 Oblique arc guide ring surface 1 2 2 Angled positioning ring surface 1 2 3 Diagonally oriented channel 2 0 Incoming end 2 1 Positioning end 2 2 Retaining locating pin 3 0 Retaining section 3 1 Receptive end 3 2 Inner ring body 4 0 Restriction groove 4 1 Lateral stop surface 4 2 Elastic reset member 5 0 Release control Ring 6 0 push edge 6 1 coil spring 7 0 11