M359406 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種可撓性輸出之手工具結構，尤其是 一種可軸向輸出旋動力之+ I具創新型態設計者。 【先前技術】 按，請參閱本國專利公報第〇九二一三三〇九九號所 揭之「具兩種扭力輸出扳手工具之擺頭結構」，其係本創 作之創作人所申請之習式崖本,& ^ ,τ ㈢式專利結構，其特色主要是在於一 棘輪頭結構，藉由棘輪頭結構之旋切結構控 棘 頭得為扳手動作之調整空轉、 /、秣輪 寻轉動向，或手把往復旋轉時 之皁向帶動棘輪頭快速旋動；一 設具凸耳得框套住柄部n'm接頭u f構凸耳’内設傳動齒輪傳動套接 頭座内一壤狀齒排，凸耳侧設一中介齒輪傳動柄部结構齒 輪與套接頭座齒輪；一柄部結構，於前端設具凸耳 接各凸耳使之得以枢轉；柄部結構内設一傳動齒…中 介齒輪，傳動齒輪並連接手把，手把外周套設—延長二. 惟，此種習知結構型態 、干’ 下述之問題點： 、實際使用經驗中發現仍存在 該棘輪頭因無法與柄部變換成-角度，導致丰 法深入工作物内部彎曲之地 手工具無 是以，钻料 万做組1或拆卸之動件。 、上述習知棘輪頭結構所 何開發一種更具理想實用性之創新結構，實；=去如 殷切止盼，亦係相關業者須努力研發突破之及=者所 有鑑於此，|,丨作人太π > (目軚及方向。 與設計經驗，針對上述之 ， ]屋m之製造開發 π，坪加設計與審慎評估後， 3 M359406 終得-確具貧用性之本創作 【新型内容】 即’本劊作之 手工具結構；其 、，係在提供-種可撓性輪出《 力輸出扳手工具之擺頭結：問題點’係針對習知具兩種扫 部變換成一角度，致 所存在之該棘輪頭因無法與柄 地方做組裝或“之===二作物内部彎曲之 j磚點加以改良突破； 而其解決問題枯 空形成有一容室，士 n ’點，主要係藉由一撓性套件中 連結端，該結合端：：：性套件二端分別形成有結合端及 動輪出組件，二=係分別組襄傳動輸入組件及傳 件，且各連結之容室内串連組農有複數連結 性軸向旋動傳輸的特二置係相互具有可撓 後自由端係分別组裝…：數連結件經由串連後之前、 拉輪出組件及傳動輸入組件； 傳動：Γ設計’使本創作藉由複數連動件之撓性 使用上的便利之實料鎖使用，^可達到 以及套設於 【實施方式】 請參閱第1〜4圖所示 具結構之較佳實施例，惟此 利申請上並不受此結構之限 一撓性套件（1 〇 )中 撓性套件（1 〇 )係包含有 ’係本創作可撓性輸出之手工 等實施例僅供說明之用，在專 制’其係包含： 空形成有一容室（15)，該 —飾套（1 1 ) 4 M359406 飾套（1 ο )二端 而該結合 入組件（ 複數 (10) 連結件（ 輸的特性 頸伸段（ 端面則凹 可供另一 2 1 )串 (20) 對容置於 連結件（ )係對位 端緣位置 由端係分 (40) 丄）内 分別形 ^ ( 1 4 0 ) 連結件 的容室 2 〇 ) ’其中 2 2 ) 敦有多 連結件 連組裝 時’該 $〜連 2 0 ) 於另— ’且複 別組裝 部的彈性件（ 成有結合端（ 4 )及連結端 及傳動輪出組 (20)，其 (1 5 )内， 的串連位置係 ，各連結件（ 及相鄰連接的 角槽（2 3 ) (2 0 )之頸 ，而當一連結 連結件（2 0 結件（2 〇 ) 之多角球頭（ 連結件（2 0 數連結件（2 於傳動輪出組 12)，且該撓性套件 14)及連結端（13 (1 3 )係分別組裝傳 件（3 0 ) > 係依續串連組裝於撓性 且各連結件（2 〇 )與 相互具有可撓性軸向旋 2 0 )之一側端面係凸 多角球頭（2 1 )，而 ，其中該多角槽（23 伸段（2 2 )及多角球 件（20)串連另一連 )之多角球頭（2 1 ) 之多角槽（23)内， 2 1 )相鄰的頸伸段（ )之多角槽（2 3 )的 ◦)經由串連後之前、 件（3 0 )及傳動輪入 一傳動輸出組件（3 〇 )，於本實施例係包含有 合件（3 1 )、彈性體（3 3 )及一傳動輸出件（3 ’其中s亥傳動輪出件（3 4 )相對該連結件（2 0 ) 設有恰可相配合的多角槽（3 6 )，而該多角槽（3 可供串連組裝於對應連結件（2 〇 )之多角球頭（2 及頸伸段（2 2 ) ’令傳動輸出件（3 4 )可相對該 動輪 套件 另一 動傳 伸有 另侧 )係 頭（ 結件 係相 且該 2 2 開口 後自 組件 一結 4 ) 一端 6 ) 1 ) 對應 5 M359406 .連結件（2 ο)做撓性軸向 件（…另端形成有輸出端=的動作’且傳動輸出 )係概呈六角槽型態，可丄起子7“該輸出端… 輸出端（”）-側外緣使用，且該 ，令彈性體（3 3)穿置：二 成有擋止部㈠5) 於該擋止部（3 5 )，而/出端（3 7 )時可擋止限位 出件（3 4 )的輸出端（ ）牙套於傳動輸 端相對撓性套件（ 7 )後’ 7結合件（3 1 ) - 結合件（31) 一端形^結合端（Η)套固結合，且 ,,,^ ^ 成有限位部（3 2 )，士人姓r 31)牙套於傳動輸出件 田、，、口 δ件（ 該彈性體（3 3 ) # ι 4)之輪出端（37)時， )係限位於彈性於 挽性套件（1〇)在做“ 3)之另端’以使 3 3 )之屢縮力而使各連 用彳藉由彈性體（ 空間； 牛（2 〇 )之間互成撓性伸縮 —傳動輪入組件（ 組件（4 7 )、彈簧（ ），於本實施例係包含有一固 >其中該傳動輪入件：6)及-傳動輸入件（4 1 )， 設有多角球i員（4 相對該連結件（2 0 ) —端面 4 3 )及頸伸段（4 肩伸奴（4 4 ) ’該多角球頭（ 〇 )的多角槽（2 3 ) I供串連組裝於對應連結件（2 對應的連結件（2 〇 ) 7傳動輸入件（4 1 )可相對所 而該傳動輸入件（4 〜端做撓性軸向旋動傳輪的動作， 該輸入端（4 5 丄）另端面形成有輸入端（45)， 角桿段可供電；本實鉍例係呈六角桿段型態，且該六 ,^ i職* )動驅動工目，Λ、 ^ (45)側緣預定位置套接使用，而該輪 置形成有擋部（42)，令彈簧 6 M359406 _ (46)穿置於輸入端（45)時可 .42)，而當固組件（ ：位於…（ 的輸入端（4 5 )後’令固組件（4 7 ) η 性套件（1 〇 )之結合端 相對端相對撓 (Λ ry Λ 套固結合，且該固缸件 "7) 一端内緣形成有環槽（48)， •於傳動輪入件""之Π:::件（47)穿套 .4 9 )之側端面係限位於彈* )時，該C扣環（ _件（1 η、/傲忐诘u· ' b )另端’以使撓性套 ▼仟、1 0 )在做成撓性彎曲使用時 备 壓縮力而使各連結件（2 〇 g 更（4 Θ )之 夢由上、…- 成撓性伸縮空間； 糟由上述之結構、纽成設計， 情形說明如下： 砘本創作之使用作動 首先，該撓性套件（i 〇 )之結合 接一傳動輪出組件（3 0 )，盆中 4 )係先固 (34)之多角槽（36)對應穿套：：使該傳動輸出件 之結合端"4)内，並令傳動輸出件 -彈性體（3 3 )令其擔止於擔 （：4 )另端套設 3 3 )定位後並令結合件（3工 ，彈性體（ 屮杜f 〇 相對端套組於傳動於 出件（34)之輸出端（37)，並估# 輸 w ^ , 兀使傳動輸出件（3 4 )之輸出端（37)穿出於結合件4 ^ A>L , n 1 )另端，以使会士 &件（3 1 ) —端固組於撓性套件（ 、、° Λ \ 〇)之結合端（1 4)，固定後可令複數連結件（2〇)由撓性套 ^結端（13)開口端依續容置”，並使連結件（ 一端之多角球頭（21)及顯伸段（⑴對應容 置於傳動輸出件（34)之多角槽（q 心 ^ 〇 )，而該連結件 7 M359406 C 2 Ο )後端之多角槽（2 3 )並依續串連組裝另士 件（2 0 )的多角球頭（2 i )及頸伸段 連： 連結件（2 0 )串連至適當數量時，則需令:田 件（40)對應固組於撓性套件（1〇)之連結輪广 …之連結端（"）時，需二Γ於繞性套件（ 之多角球頭（4 3 )及頸伸段（4 4 ::件（4 1 ) 二(=)的多角槽（23)，串接 = 6:牙套於傳動輸入件（41)之輸 匕(4 彈簧（46)擋止於傳動輸入件（ 亚使 呈限位狀態’限位後，復令固 ：擋部“2) 入件（“）之輸入端（45)…4套設於傳動輪 動輸入端（45)的輸入端（ =46)，並使傳 件（U)相野換性套件（1〇)^穿出於外，並使固奴 (10)的連結端（13)，固％後#固組於挽性套件 )的環槽（“）處嵌卡定位於固…” 環"9)，：相對側緣擒止彈簧（二令C扣 ，如電（氣)動驅動工具件（40) )的輸人端（45)，該軸向旋tn傳動輸入件（41 2〇)串連傳輪至傳動輪出組件由複數連結件（ (“）之多角球頭（43)!丄30)，令傳動輪入件 )之多角槽（2 U，、 動複數連結件（2 0 依择串連傳耠s 卩使5亥連結件（2 〇 )軸向旋動力 處的連結件（2〇)，並使末端處的 連」牛（2〇)之多角球頭（川及頸伸段（22)輸 8 M359406 -出軸向旋動力至傳動輪出 .以使傳動輸出件（34、 （34)的多角槽（36)， 向旋動力輪出至傳動輪出力後令其轴 且藉由複數連結件（2 ' 端（3 γ )， ，而令傳動輸入組件（4〇=':生軸向旋動傳輪的特性 力至傳動輪出組件（3〇)〇);可多角度繞性傳輸轴向旋動 .而可藉由複數連結件（20)之撓性傳動， 於任何死角區域作傳動驅 •的便利之實用進步性者。 1相使用上 輪入=係本創作傳動輸出件（34)及傳動 内 4 1 )的變化實施例，其中該撓性套件（i 〇 ) 令傳複數連結件（20)可為反向串接型態，而 4 3 :件（3 4 )的多角槽（3 6 )可為多角球頭（ 多角域A工員伸段（4 4 A )，而傳動輸入件（4 1 )的 )型態：：43)及頸伸段（44)可為多角槽（36a M359406M359406 V. New Description: [New Technology Field] This creation is about a hand tool structure with flexible output, especially an innovative design that can output axial rotation. [Prior Art] Press, please refer to the "Slewing Head Structure with Two Torque Output Wrench Tools" as disclosed in the National Patent Gazette No. 9231/99, which is the application of the creator of this creation. Ben, & ^, τ (three) patent structure, its main feature is a ratchet head structure, the ratchet head structure of the ratchet head structure control the ratchet head to adjust the idling of the wrench action, /, turn the wheel to find the direction of rotation, Or the hand rotates the ratchet wheel to rotate the ratchet head quickly; a set of lug frame is used to cover the handle n'm joint uf structure lug 'with a transmission gear drive sleeve joint seat inside a lobe tooth row The lug side is provided with an intermediate gear transmission handle structure gear and a sleeve joint seat gear; a handle structure is provided at the front end with a lug connected to each lug to pivot; the handle structure is provided with a transmission tooth... Gears, transmission gears and connecting handles, the outer sleeves of the handles are extended - only two. However, this kind of conventional structure type, dry 'the following problems:: The actual use experience found that the ratchet head still cannot be The handle is transformed into an angle, resulting in a method Curved into the interior of the work piece is no hand tools, drill feed Wan movable member made of group 1 or detached. The above-mentioned conventional ratchet head structure has developed an innovative structure that is more ideal and practical. It is as eager to wait for it, and it is also necessary for the relevant industry to work hard to develop breakthroughs. All of this, |, producer Too π > (visual and direction. With design experience, for the above,] the manufacturing development of the house m, after the Pingka design and prudent evaluation, 3 M359406 finally - indeed the use of poor use of the original [new content 】 that is, the structure of the hand tool of the 刽 ; , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The ratchet head that exists is unable to be assembled with the handle or “the === the internal brick of the two crops to improve the breakthrough; and its solution to the problem is formed by a room, the n' point, the main system By means of a connecting end of a flexible sleeve, the binding end::: the two ends of the sex kit are respectively formed with a combined end and a moving wheel out assembly, and the second is respectively a set of transmission input components and transmission parts, and each of the connected internal strings Even-connected axial rotation The transmission of the two sets are mutually flexible and the free ends are assembled separately...: the number of links is connected before, after the pull-out assembly and the drive input assembly; Transmission: Γ design 'this makes the creation by multiple linkages The use of the flexible material lock for flexible use, can be achieved and set in [Embodiment] Please refer to the preferred embodiment of the structure shown in Figures 1 to 4, but this application is not subject to this The structure of a flexible kit (1 〇) in the flexible kit (1 〇) contains the manual of the author's flexible output, etc. For illustrative purposes only, in the dictatorship, the system contains: There is a chamber (15), the sleeve (1 1 ) 4 M359406 sleeve (1 ο ) two ends and the combined assembly (multiple (10) joints (the characteristic neck extension (the end is concave) The other 2 1 ) string (20) is placed in the position of the end of the joint of the joint ( ) by the end of the line (40) 丄) respectively ^ (1 4 0) the connection of the chamber 2 〇) ' 2 2) There are many links in the assembly when the assembly is 'the $~ even 2 0' in the other - and the assembly part Elastic member (with combined end (4) and connecting end and transmission wheel out of group (20), in (15), in series position, each connecting piece (and adjacent connecting corner groove (2 3) (2 0 ) neck, and when a connecting joint (20 knot (2 〇) multi-angle ball head (link (2 0 number link (2 in the drive wheel out 12), and the flexible kit 14) and the connecting end (13 (1 3 ) are respectively assembled and transmitted (3 0 ) > are assembled in series and are flexible and each of the connecting members (2 〇) and the mutually flexible axial axis 2 0 One of the side end faces is a convex multi-angle ball head (2 1 ), and the multi-angle ball head (2 1 ) of the multi-angle groove (23 extension section (2 2 ) and the polygonal sphere member (20) are connected in series) In the multi-angle groove (23), 2 1) the yoke of the polygonal groove (2 3 ) of the adjacent neck extension ( ) is connected to the transmission output assembly ( 3 〇 ) after the series connection ( 3 0 ) and the transmission wheel. In the present embodiment, the assembly (3 1 ), the elastic body (3 3 ) and a transmission output member (3 'where the s-drive wheel output member (3 4 ) is disposed relative to the coupling member (20) There is a matching multi-angle groove (3 6 ), The multi-angle groove (3 can be connected in series to the multi-angle ball head (2 and neck extension (2 2 )) of the corresponding connecting piece (2 ') so that the transmission output piece (3 4 ) can be transmitted relative to the moving wheel set Stretch the other side) the head (the knot is tied and the 2 2 opening is from the assembly a knot 4) One end 6) 1) Corresponds to 5 M359406. The joint (2 ο) makes the flexible axial part (...the other end is formed The action of the output = and the transmission output is a hexagonal groove type, which can be used for the output of the output terminal (") - the outer edge of the side, and the elastic body (3 3) is worn. Set: 20% has a stop (1) 5) at the stop (3 5), and / (3 7) can block the output of the limit output (3 4) ( ) the sleeve is at the transmission end Relative flexure kit (7) after '7 joint piece (3 1) - joint piece (31) one end shape ^ joint end (Η) sleeve solid combination, and, ^ ^ into a limited position (3 2 ), Shi The surname r 31) is in the transmission output part field, and the port δ (the elastic body (3 3 ) # ι 4) wheel end (37), is limited to the elastic pull-up kit (1〇 ) at the other end of "3) 3 3 ) The use of the elastic force (space; cattle (2 〇) mutually flexible telescopic-transmission wheel-in assembly (component (4 7), spring ( )) in this implementation The system includes a solid > wherein the transmission wheel input member: 6) and the transmission input member (4 1 ) are provided with a multi-angle ball member (4 opposite the coupling member (20) - end face 4 3) and a neck extension Segment (4 shoulders and slaves (4 4 ) 'The multi-angle groove of the multi-angle ball head ( 〇 ) (2 3 ) I is assembled in series to the corresponding joint (2 corresponding joint (2 〇) 7 transmission input (4 1) relative to the transmission input member (4 to the end of the flexible axial rotation of the transmission wheel, the input end (4 5 丄) and the other end face is formed with an input end (45), the corner rod section can supply power; The embodiment is in the form of a hexagonal rod segment, and the six, ^i position*) dynamic driving work, Λ, ^ (45) side edge predetermined position is used for socketing, and the wheel is formed with a blocking portion (42) ), the spring 6 M359406 _ (46) can be placed on the input end (45) can be .42), and when the solid component (: is located at the input end of the (4 5), the solid component (4 7 ) η Sex kit (1 〇) The opposite end of the joint end is relatively twisted (Λ ry Λ fit and combined, and the inner cylinder edge of the cylinder member "7) is formed with a ring groove (48), • after the transmission wheel inlet ""::: (47) Wear sleeve. 4 9) When the side end is limited to the bullet *), the C buckle (_piece (1 η, / 傲忐诘u· ' b ) the other end 'to make the flexible sleeve ▼ 仟10) When the flexible bending is used, the compressive force is prepared to make each connecting member (2 〇g more (4 Θ) dreams from the upper, ... - into a flexible telescopic space; Design, the situation is as follows: 砘 创作 创作 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先 首先Corresponding wearing sleeve:: make the transmission output part of the joint end "4), and let the transmission output member-elastic body (3 3) make it bear the load (: 4) the other end sleeve 3 3) positioning After the joint and the joint (3 work, the elastic body (the 屮 Du f 〇 opposite end set is driven at the output end of the output (34) (37), and estimated # w w ^, 传动 drive output (3 4 The output end (37) is worn out of the joint 4 ^ A > L , n 1 ) The other end, so that the Fellow & Piece (3 1 ) - end-fixed to the flexible end (1, ° Λ \ 〇) of the joint end (1 4), can be fixed The plurality of connecting members (2〇) are continuously accommodated by the open end of the flexible sleeve end (13), and the connecting member (the multi-angle ball head (21) and the protruding portion ((1) of one end are accommodated in the transmission) The multi-angle groove (q core ^ 〇) of the output member (34), and the multi-angle groove (2 3 ) of the rear end of the connecting member 7 M359406 C 2 Ο ) is successively connected in series to assemble the multi-angle ball of the other member (20) Head (2 i ) and neck extension: When the joint (20) is connected in series to the appropriate number, the field (40) corresponds to the joint wheel of the flexible kit (1〇). When connecting the end ("), you need to use the winding kit (the multi-angle ball head (4 3 ) and the neck extension section (4 4 :: piece (4 1 ) two (=) multi-angle groove (23), string Connection = 6: The sleeve is connected to the transmission input (41) (4 spring (46) is blocked by the transmission input (after the position is in the limit state, the limit is fixed: the stop is "2)) (") input (45) ... 4 sets at the input end of the drive wheel input (45) ( =46), and make the transmission (U) phase change kit (1〇) ^ wear out, and make the slave (10) joint end (13), solid% after # solid group in the pull kit) The ring groove (") is positioned at the solid..." ring "9), the opposite side of the spring (two C buckle, such as electric (gas) dynamic drive tool (40)) (45), the axial rotation tn transmission input member (41 2〇) is connected in series to the transmission wheel output assembly by a plurality of connecting members ((") multi-angle ball head (43)! 丄 30), so that the transmission wheel The multi-angle groove (2 U, the moving complex link (2 0 according to the serial connection 耠 卩 5 5 hai joint (2 〇) axial rotation of the joint (2 〇), and the end At the end of the "Niu (2〇) multi-angle ball head (Chuan and neck extension section (22) lose 8 M359406 - out of the axial rotation power to the drive wheel. In order to make the transmission output (34, (34) multi-angle groove (36), after the power is turned to the output of the transmission wheel, the shaft is rotated and the transmission input assembly (4〇=': the axial rotation is transmitted by the plurality of connecting members (2' end (3 γ)). The characteristic force of the wheel is to the transmission wheel-out assembly (3〇)〇; multi-angle winding Axially rotating input. But may by a plurality of coupling members (20) of the flexible drive, in any of the blind spot region for the convenience of practical advances by • the drive gear. The first phase uses the upper wheel input = a variation embodiment of the present transmission output member (34) and the transmission inner 4 1 ), wherein the flexible package (i 〇) allows the transmission link (20) to be reversely connected Type, and 4 3 : The multi-angle groove (3 6 ) of the piece (3 4 ) can be a multi-angle ball head (multi-angle field A worker extension section (4 4 A), and the transmission input piece (4 1 )) type: :43) and the neck extension (44) can be a multi-angle groove (36a M359406
【圖式簡單說明】 第 1 圖 • 係 本 創 作 撓 性 套 件 與 複 數 連 結 件 之 組 合 第 2 圖 係 本 創 作 撓 性 套 件 與 複 數 連 結 件 之 分 解 第 3 圖 • 係 本 創 作 撓 性 套 件 與 複 數 連 結 件 之 組 合 第 4 圖 • 係 本創 作 撓 性 套 件 與 複 數 連 結 件 之 動 作 第 5 圖 • 係 本 創 作 之 另 一 實 施 例 〇 [ 主 要元件符 號 說明 ] 電 ( 氣 ) 動 驅 動 工 具 ( A ) 起 子 頭 ( B ) 撓 性 套 件 ( 1 0 ) 飾 套 ( 1 1 ) 彈 性 件 ( 1 2 ) 連 結 端 ( 1 3 ) 結 合 端 ( 1 4 ) 容 室 ( 1 5 ) 連 結 件 ( 2 0 ) 多 角 球 頭 ( 2 1 頸 伸 段 ( 2 2 ) 多 角 槽 ( 2 3 ) 傳 動 輸 出 組 件 ( 3 0 ) 結 合 件 ( 3 1 ) 限 位 部 ( 3 2 ) 彈 性 體 ( 3 3 ) 傳 動 fm 出 件 ( 3 4 ) 擋 止 部 ( 3 5 ) 多 角 槽 ( 3 6 ) 顆|J 出 端 ( 3 7 ) 傳 動 Tm 入 組 件 ( 4 0 ) 傳 動 輸 入 件 ( 4 擋 部 ( 4 2 ) 多 角 球 頭 ( 4 3 頸 伸 段 ( 4 4 ) 輸 入 端 ( 4 5 ) 彈 簧 ( 4 6 ) 固 組 件 ( 4 7 ) 環 槽 ( 4 8 ) C 扣 環 ( 4 9 ) 多 角 槽 ( 3 6 A ) 多 角 球 頭 ( 4 3 頸 伸 段 ( 4 4 A ) 立體圖。 立體圖。 剖視圖。 示意圖。 A ) 1 )) 10[Simple diagram of the diagram] Figure 1 • The combination of the flexible package and the complex link is created. Figure 2 is an exploded view of the flexible package and the complex link. Figure 3: Creating the flexible kit and the complex link Combination of Parts Figure 4: Actions for Creating Flexible Kits and Complex Joints Figure 5: Another embodiment of this creation 〇 [Main component symbol description] Electric (gas) Dynamic drive tool ( A ) Screwdriver head (B) Flexible kit (1 0) Trim (1 1 ) Elastic (1 2 ) Connecting end ( 1 3 ) Bonding end ( 1 4 ) Housing ( 1 5 ) Connecting piece ( 2 0 ) Multi-angle ball head ( 2 1 neck extension (2 2 ) multi-angle groove ( 2 3 ) transmission output assembly ( 3 0 ) coupling ( 3 1 ) limiting part ( 3 2 ) elastic body ( 3 3 ) transmission fm output ( 3 4 ) Stop ( 3 5 ) Multi-angle groove ( 3 6 ) |J Out ( 3 7 ) Drive Tm into the component ( 4 0 Drive input (4 stops ( 4 2 ) Multi-angle ball head ( 4 3 neck extension ( 4 4 ) Input ( 4 5 ) Spring ( 4 6 ) Solid assembly ( 4 7 ) Ring groove ( 4 8 ) C buckle Ring ( 4 9 ) Multi-angle groove ( 3 6 A ) Multi-angle ball head (4 3 neck extension (4 4 A) perspective view. Perspective view. Sectional view. Schematic. A) 1)) 10