M300594 八、新型說明： 【新型所屬之技術領城】 本創作係為一種活動扳手結構改良，尤指一種針對多 角螺絲頭作旋鎖時，不必依靠活動扳手多次移開、靠入等 反覆性動作，而能在一次連貫性操作下，完成旋鎖多角螺 ，絲頭的動作。 ' 【先前技術】 一般而言，所使用的活動扳手，對於旋鎖多角頭的螺 _ 旋連接元件時，通常扳手需要反覆地移開、靠入實施，才 能將該多角頭螺旋連接元件予以鎖固，這對於使用者是相 當繁瑣的。於是有人改良活動扳手的結構，以解決此種問 題’使活動板手也可以像棘輪板手一樣可以方便地往復搖 擺扳手柄身，而輕易鎖固多角頭螺旋連接元件。 如我國專利公告第4 8 8 3 3 8號專利案「扳手結構 改良」，如第4圖至第5圖所示，此扳手主要在於手柄8前 端係呈擴展狀層疊二片塊8 1，層疊二片塊8 1間具有活 動間隙82，並提供一夾固甜塊83，夾固鉗塊83之扇 片8 3 1係透過一樞軸8 4而樞設在此層疊二片塊8 1間 的活動間隙8 2内，並使得手柄8前端與夾固鉗塊8 3間 形成一可相對樞擺的支點，且於層疊片塊8 1設置一抵持 柱8 5，再藉由調整移動抵持柱8 5的位置，而決定夾固 鉗塊8 3以該支點並在彈性作用下，以展開或收合方式於 活動間隙8 2中。因此，當使用者使用扳手時，不必多次 重複性移開、靠入於多角螺絲頭9，反而藉由逆勢搖動手 5 M3 00594 柄 靠合 8即可使夾固鉗塊8 3與活動鉗塊 在多角螺絲頭9之夾固區86 ==形成並 可在單次連貫性操作τ 手 鎖。另外，使用者若沪絲a +…、、糸碩9施力並予以旋 將抵持柱8 5移動至敎 轉功能，只需 呈定位狀態，即可保有傳統扳手之S3夾固甜塊8 3 雙重：：以動扳手爲著逹到傳:式與棘輪式的 動效二=::=:;r以達到連續作 其中-滑移槽8、η 滑移槽8 1 1， 8 1 /1六番二1内壁更凹設有一供彈簧8 1 3與滾珠 容置槽8 1 2，而夾固钳塊8 2之扇片8 3 & ;頭凸伸有—箝制塊8 3 2，沿著扇片8 3 1弧邊 、表則"又f導向槽孔8 3 3，導向槽孔8 3 3内可放置 插置於一層疊片塊8 1之擔銷8 3 4，以供夾固钳塊8 3，由導向槽孔8 3 3内之擋銷8 3 4與彈性體8 3 5而 呈可回復性之弧線往復移動。因此，由於該扳手内部具有 上述許多的構件，容易造成組裝的複雜性，以及徒增製造 加工上的困難度，甚者，若有損壞時實在會形成使用上的 麻須。故’如何改善上述的缺失並以較少的内部構件組合， 且依然達到棘輪式活動扳手的功能，實為本創作改良之重 點。 【新型内容】 本創作之主要目的，在於解決上述的問題而提供一種 M300594 遠^扳tf構改良’其藉由扳手手柄反覆樞擺時，手柄會 衣su鄂内的稽銷往復移動位置，並經由固定部主槽孔 件上的彈簧之彈性作用，而連續使扳手的活動 1稍賴開於固定魅隨即恢復挾持狀態，進而以單次連 =方式完成旋鎖具多角螺絲頭之元件。再者，活動扳手 有較少_件，組裝或製造加卫上較為容易，有其實 用性。 為達前述之目的，本創作係包括： ^ 一固定鄂，該固定鄂前方界定為一定塊，該定塊鄭近 j主槽孔與-穿孔，該主槽孔係與該穿孔相連通，且 b疋塊之穿孔並徑向貫穿一通孔； 如=活動鄂，其係導入於該固定鄂内並可橫移，且該活 動鄂前端與該固定鄂之定塊前端間形成一可變更間距之夾 固區’該活動顎一侧另具有複數凸齒； 軸件，係具有相對遠離之一第一端部與一第二端 部，該軸件中段與該第二端部間更界定有一阻擋部；該軸 件中段係穿置於該固定f卩之主槽孔中，該軸件之第二端部 與阻擋部财置於棚錢之穿孔中，並使該阻擔部對應 於該通孔；該軸件中段外部具有一螺紋狀結構之滾輪，該 滾輪係螺合該活動顎之複數凸齒；而該軸件中段與$二= 部間套設-彈簧，該彈簧之二端分別抵住該滾G該= 孔内壁； 曰 一手柄，前端係樞設在該固定部，另該手柄前端一侧 7 M300594 更設具有一容置槽， 頂推於該定塊底端； 以供容置一彈性體，該彈性體一端並 〜本ϋ作之上述及其他目的與優點，不難從下述所選用 貫施例之詳述說明與關中，獲得深人了解。 ―當然本創作在某㈣件上，或另件之安排上容許有所 不同’但所選狀實_，則於本朗書中，予以詳細說 明，並於附圖中展示其構造。 【實施方式】 凊參閱第1圖至第3圖，圖中所示者為本創作所選用 之實施例結構，此僅供說明之用，在專利申請上並不受此 種結構之限制。 本實施例之活動扳手結構改良，其係包括： 一固定鄂1，其底端為兩片層疊之扇形塊丄i，該二 扇形塊1 1間内部面形成一間隙i i丄；該固定鄂丄前方 界疋為一定塊1 2，該定塊1 2鄰近該二扇形塊1 1之間 隙1 1 1内設有一主槽孔1 3與一穿孔14，該主槽孔1 3係與該穿孔14相連通，該定塊1 2之穿孔1 4並徑向 貫穿一通孔1 5至該二扇形塊1 1之間隙1 1 1 ; 一活動鄂2，其係導入於該固定鄂1内並可橫移，且 該活動鄂2前端與該固定鄂1之定塊1 2前端間形成一可 變更間距之夾固區2 1，而使該活動鄂2可展開或收合於 M300594 該固定鄂2定塊12;該活-, 2; 動韻2一侧另具有複數凸齒2 -端邱St 3兮:系具有相對遠離之—第-端部3 1 *-第 一^部3 2，該軸件中段3 3盥兮楚 一弟 有-阻播部34;該軸;=C32間更界定 之主槽孔13中，該轴：3 : 3係穿置於該固定-1 則穿置科urn _—端部3 2與阻播部3 4 只J牙置於該固疋亏|51之穿孔14巾， 應於該通孔15 ;該軸件3中段3 3外邱ΙΓ擋部3 4對 之淨Μβ β纽η」中^ 33卜°卩具有螺紋狀結構 係螺合該活動顎2之複數凸齒2 ，且於滚輪3 6相對該第—端部3 i處套置 】；而軸,3與第二端部3 2間套設-彈簧37，該二簧 7之一端分職住滾輪3 6及主槽孔i 3㈣，使得該 滾輪36在旋動時可帶動該活動部2橫移，而調整該爽= 區2 1的間距大小； 一手柄4，前端設有一軸孔41，並藉由插置一枢軸 4 2而柩設在該固定鄂q之二扇形塊j i間的間隙工工 1，而使該固定鄂1樞設於該手柄4前端，並呈弧線移動 的展開或收合，另該間隙1 1 1内的手柄4前端相對於樞 軸4 2 —侧更设有一容置槽4 3，以供容置一彈性體4 4 (本實施例為一彈簧），該彈性體4 4 一端並頂推於該定塊 1 2底端’而該手柄4前端相對樞軸4 2之另一側則插置 一扣環4 5之一腳； 二擋銷5，係滑設於該定塊1 2之通孔1 5内，該擋 銷5 —端並插置該手柄4上扣環4 5之另一腳，該擒銷5 9 M300594 另一端則可選擇性穿伸至該軸件3之阻擋部3 4，以供該 手柄4前端與該固定鄂1彼此樞轉時，該手柄4前端可連 動該擋銷5滑移，而使該擋銷5另一端可選擇性阻擋該軸 件3之阻擋部3 4。 請同樣參閱第1圖所示，當使用者欲對多角頭螺絲6 進行旋鎖時，先行初步稍微鎖定多角頭螺絲6，既先移動 滾輪3 6位置而調整夾固區2 1的間距，以挾持住該多角 頭螺絲6 ’此時’手柄4前端的擔銷5是阻播於固定鄂1 内之軸件3阻擋部3 4，並固定鄂1之扇形塊1 1底端受 到手柄4前端内的彈性體4 4一端所頂撐，使得活動鄂2 尚不會受到外力而橫移，並保持夾固區2 1所調整的間 距。如第2圖所示，隨後使用者即可開始實施單次連貫性 的反覆旋鎖動作，其令手柄4前端之樞轴4 2為樞擺支 點，並逆於手柄4施力扭矩方向，反勢樞轉手柄4，使手 柄4前端的彈性體4 4呈壓縮狀態，並連動擋銷5自軸件 3阻擋部3 4位置移出且不再阻擋軸件3，同時，活動鄂 2前端受到多角頭螺絲6之鈍角處的頂推，迫使夾固區2 1的間距稍微張開，而活動鄂2又與滾輪3 6相互嚙合， 因此，活動鄂2與滾輪3 6會一併向外推移，且主槽孔1 3内的彈簧3 7會受到滾輪3 6的壓迫而成壓縮裝態，此 時，使用者即可輕易反勢搖動手柄4。如第1圖所示，當 使用者順著施力扭矩方向正勢樞轉手柄4時，已壓縮的彈 性體4 4會因著彈性作用而回復，手柄4前端會連動並推 移擋銷5再度滑移至軸件3阻擋部3 4，而已壓縮之彈簧 M300594 3 7亦因著彈性回復作用將原向外推移的滾輪3 6推回原 定位，滾輪並連動活動鄂2再靠合於多角頭螺絲6，而令 夾固區2 1恢復原間距並瞬間滑轉至多角頭螺絲6其下一 個對角平邊。如此不斷重複的進行單次連貫性之旋鎖動 作，省略多次移開、靠入等重複性動作，而輕鬆地完成旋 鎖多角頭螺絲6的動作。 由上述實施例的說明可知，本創作具有使用上的便利 性，其藉由扳手手柄4反覆樞擺時，手柄4會連動固定鄂 1内的檔銷5往復移動位置，並經由固定鄂1主槽孔1 3 内套設於軸件3上的彈簧3 7之彈性作用，而連續使扳手 的活動鄂2潲微張開於固定鄂1並隨即恢復挾持狀態，進 而以單次連貫性方式完成旋鎖具多角螺絲頭6之元件，省 略多次移開、靠入等重複性繁瑣動作。再者，活動扳手内 擁有較少的構件，組裝或製造加工上較為容易，有其實用 性。 以上所述實施例之揭示係用以說明本創作，並非用以 限制本創作，故舉凡數值之變更或等效元件之置換仍應隸 屬本創作之範疇。 由以上詳細說明，可使熟知本項技藝者明暸本創作的 確可達成前述目的，實已符合專利法之規定，爰提出專利 申請。 【圖式簡單說明】 第1圖係本創作實施例中之夾固區稍微張移時活動扳 11 M300594 于之動作示意圖 第2圖係本創作實施例令之央固區靠合定位、 手之動作示意圖 時’舌動扳 第3圖係本創作實施例中之立體外觀圖 第4圖係制之抵持柱後推之局部剖視圖 第5圏方向—方向時 【主要元件符號說明】 (習用部分） 片塊8 1 容置槽8 1 2 滾珠8 1 4 夾固鉗塊8 3 箝制塊8 3 2 擋銷8 3 4 樞轴8 4 活動鉗塊8 6 多角螺絲頭9 扇形塊1 1 定塊1 2 穿孔1 4 活動鄂2 手柄8 滑移槽8 1 1 彈簧8 1 3 活動間隙8 2 扇片8 3 1 導向槽孔8 3 3 彈性體8 3 5 抵持柱8 5 夾固區8 6 1 (本創作部分） 固定鄂1 間隙1 1 1 主槽孔1 3 通孔1 5 12 M300594 爽固區2 1 凸齒2 2 軸件3 第一端部3 1 第二端部3 2 中段3 3 阻擋部3 4 卡環3 5 滾輪3 6 彈簧3 7 手柄4 軸孔4 1 柩軸4 2 容置槽43 彈性體4 4 扣環4 5 擔銷5 多角頭螺絲6 13M300594 VIII. New Description: [New Technology Technology City] This creation is a kind of adjustable structure of the adjustable wrench, especially when it is used for the multi-angle screw head to rotate the lock, it does not have to rely on the adjustable wrench to move away and rest in multiple times. The action can complete the action of twisting the multi-angle screw and the wire head under one continuous operation. [Prior Art] In general, the use of the adjustable wrench, in the case of a screw-spinning connection element of a multi-angle head, usually the wrench needs to be removed and pushed back in order to lock the multi-angle screw connection element. Solid, this is quite cumbersome for the user. Therefore, some people have improved the structure of the adjustable wrench to solve this problem. This allows the movable wrench to easily reciprocate the wrench body like a ratchet wrench, and easily lock the multi-angle screw connecting member. For example, in the patent application No. 4 8 8 3 38, "wrench structure improvement", as shown in Figures 4 to 5, the wrench mainly consists of a stack of two pieces of the front end of the handle 8 in an extended manner. The two blocks 81 have a movable gap 82, and a clamping block 83 is provided. The fan piece 83 1 of the clamping jaw 83 is pivotally disposed between the stacked blocks 8 through a pivot 8 4 . The movable gap 8 2 is such that a front pivotal fulcrum is formed between the front end of the handle 8 and the clamping jaw block 83, and a resisting post 85 is disposed on the laminated block 8 1 and then moved by adjustment. Holding the position of the post 85, it is determined that the clamping jaw 8 3 is in the movable gap 8 2 with the fulcrum and under the action of elasticity. Therefore, when the user uses the wrench, it is not necessary to repeatedly remove and retreat into the multi-angle screw head 9, but by shaking the hand 5 M3 00594 by the contrarian force, the clamping jaw 8 3 and the activity can be made. The clamp block is formed in the clamping zone 86 of the multi-angle screw head 9 == and can be operated in a single coherence τ hand lock. In addition, if the user applies the force of the Shanghai A+, and the Shuo 9 and rotates it to move the column 8 5 to the twirling function, it only needs to be positioned, and the S3 clamped sweet block of the traditional wrench can be retained. 3 Double:: With the spanner for the transmission: the type and the ratchet type of effect 2 =::=:;r to achieve continuous operation - the slip groove 8, η slip groove 8 1 1, 8 1 / The inner wall of the six-six-six 1 is further recessed with a spring 8 1 3 and a ball-receiving groove 8 1 2, and the fan 8 3 of the clamping jaw 8 2 has a clamping block 8 3 2 Between the scallops 8 3 1 arc edge, the surface " and the f guiding slot 8 3 3, the guiding slot 8 3 3 can be placed in a stacking block 8 1 of the supporting pin 8 3 4 for The clamping jaws 8 3 are reciprocated by a resilient arc of the retaining pin 8 3 4 in the guiding slot 8 3 3 and the elastic body 835. Therefore, since the inside of the wrench has many of the above-mentioned members, the complexity of assembly is easily caused, and the difficulty in manufacturing and manufacturing is increased, and even if it is damaged, the whisker used is actually formed. Therefore, how to improve the above-mentioned defects and combine with fewer internal components, and still achieve the function of the ratchet type adjustable wrench, is the focus of the creative improvement. [New content] The main purpose of this creation is to solve the above problems and provide a M300594 far-changing tf structure to improve the position of the reciprocating movement of the handle in the handle. Through the elastic action of the spring on the main slot member of the fixing portion, the movement 1 of the wrench is continuously opened to a fixed state, and then the component of the multi-angle screw head of the screw lock is completed in a single connection mode. Moreover, the adjustable wrench has fewer pieces, and it is easier and more practical to assemble or manufacture. For the purpose of the foregoing, the creative system includes: ^ a fixed jaw, the front of the fixed jaw is defined as a block, the block is close to the main slot and the perforation, and the main slot is connected to the perforation, and b. The perforation of the block and the radial penetration of a through hole; for example, the movable jaw is introduced into the fixed jaw and can be traversed, and a movable space is formed between the front end of the movable jaw and the front end of the fixed block. The clamping portion has a plurality of convex teeth on one side of the movable side; the shaft member has a first end portion and a second end portion opposite to each other, and a middle portion of the shaft member and the second end portion are further defined with a blocking portion a middle portion of the shaft member is inserted into the main slot of the fixing member, the second end portion of the shaft member and the blocking portion are placed in the perforation of the money, and the blocking portion corresponds to the passage a hole having a thread-like structure on the outside of the middle portion of the shaft member, the roller screwing the plurality of convex teeth of the movable jaw; and the middle portion of the shaft member is sleeved with a spring between the two portions, and the two ends of the spring are respectively Against the roll G = the inner wall of the hole; a handle, the front end is pivoted at the fixed portion, and the front of the handle The end side 7 M300594 is further provided with a receiving groove which is pushed up against the bottom end of the fixed block; for accommodating an elastic body, the elastic body has one end and the above-mentioned other purposes and advantages, and it is not difficult to The detailed descriptions of the selected examples used below are well understood. ―Of course, this creation is allowed to differ on a certain (four) piece, or the arrangement of the other parts, but the selected form is detailed in the book, and its construction is shown in the drawing. [Embodiment] Referring to Figures 1 to 3, the structure of the embodiment selected for the creation of the present invention is for illustrative purposes only, and is not limited by such a structure in the patent application. The structure of the adjustable wrench of the embodiment is improved, which comprises: a fixed jaw 1 having a bottom end of two stacked fan-shaped blocks 丄i, and an inner surface of the two-shaped block 1 1 forms a gap ii丄; The front edge is a block 1 2, and the fixed block 1 2 is adjacent to the gap 1 1 1 of the two blocks 1 1 and is provided with a main slot 13 and a through hole 14 , and the main slot 13 is connected with the through hole 14 Connected to each other, the perforation 14 of the block 1 2 and radially through a through hole 15 to the gap 1 1 1 of the two segments 1 1; a movable jaw 2, which is introduced into the fixed jaw 1 and can be horizontally Moving, and forming a clamping zone 2 1 with a changeable spacing between the front end of the movable jaw 2 and the front end of the fixed block 1 2, so that the movable jaw 2 can be unfolded or folded in the M300594. Block 12; the live-, 2; motion rhyme 2 side further has a plurality of convex teeth 2 - end Qiu St 3 兮: is relatively distant - the first end portion 3 1 * - the first ^ portion 3 2, the axis The middle section of the piece 3 3 盥兮 一 一 有 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻 阻_-End 3 2 and the blocking part 3 4 J teeth are placed in the solid穿孔 | | 51 perforation 14 towel, should be in the through hole 15; the shaft member 3 middle section 3 3 outer ΙΓ 部 3 4 4 Μ β β β 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩The plurality of convex teeth 2 of the movable 颚2 are disposed, and the roller 36 is sleeved with respect to the first end portion 3 i]; and the shaft, 3 and the second end portion 3 2 are sleeved with a spring 37, the two springs 7 one end of the roller 3 6 and the main slot i 3 (four), so that the roller 36 can drive the movable portion 2 to traverse when rotating, and adjust the spacing of the cool = zone 2 1; a handle 4, the front end a shaft hole 41 is provided, and a gap 1 between the two blocks ji of the fixed jaw is inserted by inserting a pivot 4 2 , and the fixed jaw 1 is pivoted at the front end of the handle 4 , and The front end of the handle 4 in the gap 1 1 1 is further provided with a receiving groove 43 for the side of the pivot 4 2 for accommodating an elastic body 4 4 (this embodiment) a spring), one end of the elastic body 4 4 is pushed up to the bottom end of the fixed block 12 and the front end of the handle 4 is inserted with a buckle 4 5 on the other side of the pivot 4 2; The pin 5 is slidably disposed on the block 1 2 In the hole 15 5 , the pin 5 is at the end and the other leg of the buckle 4 5 of the handle 4 is inserted, and the other end of the pin 5 9 M300594 can be selectively extended to the blocking portion 3 of the shaft 3 4, when the front end of the handle 4 and the fixed jaw 1 are pivoted to each other, the front end of the handle 4 can be slidably linked to the stop pin 5, and the other end of the stop pin 5 can selectively block the blocking portion of the shaft member 3. 3 4. Please also refer to FIG. 1 . When the user wants to twist the multi-head screw 6 , firstly lock the multi-head screw 6 first, and then move the position of the roller 3 6 to adjust the spacing of the clamping zone 2 1 . Hold the multi-head screw 6 'At this time' the handle 5 at the front end of the handle 4 is the blocking portion 3 4 of the shaft member 3 that is fixed in the fixed jaw 1 and fixes the fan-shaped block of the E1 to the bottom end of the handle. The inner end of the elastic body 4 4 is supported so that the movable jaw 2 is not traversed by the external force, and the spacing adjusted by the clamping zone 21 is maintained. As shown in Fig. 2, the user can then start a single coherent reverse twisting action, which causes the pivot 4 2 of the front end of the handle 4 to be a pivotal pivot point, and counteracts the torque direction of the handle 4, The pivoting handle 4 pivots the elastic body 4 4 at the front end of the handle 4 into a compressed state, and the interlocking pin 5 is removed from the position of the blocking portion 34 of the shaft member 3 and no longer blocks the shaft member 3. At the same time, the front end of the movable jaw 2 is subjected to multiple angles. The pushing at the obtuse angle of the head screw 6 forces the spacing of the clamping zone 21 to be slightly expanded, and the movable jaw 2 is in mesh with the roller 36, so that the movable jaw 2 and the roller 36 will move outward together. The spring 37 in the main slot 13 is compressed by the roller 36, and the user can easily shake the handle 4 in a counter-potential. As shown in Fig. 1, when the user pivots the handle 4 in the direction of the applied torque, the compressed elastic body 4 4 will recover due to the elastic action, and the front end of the handle 4 will interlock and the stop pin 5 will be moved again. Sliding to the blocking portion 3 4 of the shaft member 3, and the compressed spring M300594 3 7 also pushes the original outwardly moving roller 36 to the original position due to the elastic recovery action, and the roller moves the movable jaw 2 and then the multi-angle head. Screw 6, and the clamping zone 2 1 is restored to the original spacing and instantaneously slid to the next diagonal flat edge of the multi-head screw 6. The single-coherence twisting operation is repeated so repeatedly, and the repetitive motion such as multiple removal and leaning is omitted, and the operation of the multi-head screw 6 is easily performed. It can be seen from the description of the above embodiment that the present invention has the convenience of use. When the wrench handle 4 is pivoted repeatedly, the handle 4 will interlock the position of the shift pin 5 in the fixed jaw 1 to reciprocate, and is fixed by the fixed E1. The elastic action of the spring 37 which is sleeved on the shaft member 3 in the slot 13 3 continuously causes the movable jaw 2 of the wrench to be slightly opened to the fixed jaw 1 and then resumes the holding state, thereby completing in a single coherent manner. The rotary lock has the components of the multi-angle screw head 6, omitting repeated and cumbersome movements such as multiple removal and leaning. Furthermore, the wrench has fewer components and is easier to assemble or manufacture, and has practicality. The above description of the embodiments is intended to be illustrative of the present invention and is not intended to limit the scope of the present invention. From the above detailed description, it will be apparent to those skilled in the art that the present invention can achieve the foregoing objectives, and it has been in compliance with the provisions of the Patent Law and has filed a patent application. [Simple description of the drawing] Fig. 1 is a schematic diagram of the movement of the movable plate 11 M300594 when the clamping zone is slightly moved in the present embodiment. The second figure is the positioning of the central solid area of the present embodiment. In the schematic diagram of the action, the third figure of the tongue is the three-dimensional appearance of the present embodiment. Figure 4 is a partial cross-sectional view of the post-pushing column. The fifth direction-direction [main symbol description] (custom part) ) Block 8 1 accommodating groove 8 1 2 Ball 8 1 4 Clamping clamp 8 3 Clamping block 8 3 2 Stop pin 8 3 4 Pivot 8 4 Movable clamp 8 6 Multi-angle screw head 9 Sector block 1 1 Block 1 2 Perforation 1 4 Active E2 Handle 8 Slot groove 8 1 1 Spring 8 1 3 Active gap 8 2 Fan 8 3 1 Guide slot 8 3 3 Elastomer 8 3 5 Retaining post 8 5 Clamping area 8 6 1 (This creation part) Fixed E1 Clearance 1 1 1 Main slot 1 3 Through hole 1 5 12 M300594 Cooling zone 2 1 Cog 2 2 Shaft 3 First end 3 1 Second end 3 2 Middle section 3 3 Barrier 3 4 Retaining ring 3 5 Roller 3 6 Spring 3 7 Handle 4 Shaft hole 4 1 Clamping shaft 4 2 Retaining groove 43 Elastomer 4 4 Retaining ring 4 5 Support pin 5 Multi-head screw 6 13