201235129 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種鍛造部品成型機，特別是指一種 用於夾持移送部品之鍛造部品成型機。 【先前技術】 一般螺絲、螺帽等部品的製造，大致是將成捲的線材 抽直送入鍛造部品成型機，經過定量剪切成預定長度的坯 料，並藉數個夾持裝置依序夾送至數個衝壓裝置進行一系 列的鍛造及沖切成為部品，之後再進行後續的握牙、攻牙 等步驟，以完成螺絲、螺帽成品的製造。在上述快速緊凑 的製程中，該夾送裝置係銜接各作業流程的關鍵蛇手，其 須在-定的時刻升降、夾放链料並移位或翻轉，又為了因 應各種不同堪料的沖锻狀態，目前已有業者發展出各種類 型的夾具，例如可開合夾取並移送者、可開合夹取並上下 升降者可翻轉者......等等，基本上可開合夹放的就無法 翻轉，可翻轉的又無法開合夹放，因此當所須執行的作動 不同時，操作者即須更換不同的炎具或搭配兩種不同作 動的夾具來使用，使用上相當麻煩不便。 【發明内容】 因此本發明之目的，在提供—種具有開合失放及 翻轉功能之翻開式夾具裝置的鍛造部品成型機。 於是，本發明鍛造部品成型機，包含··一個機台、一 個可被驅動而左右滑移地安裝在該機台前方的主滑板、數 個左右相鄰地安裝在該機台上的傳動裝置，及數個左右相 201235129 鄰地安裝在該主滑板上且分別對應所述傳動裝置的翻開 式爽具裝置。該機台包括數個左右相鄰地固定安裝在前側 的固定齒輪，該固定齒輪具有一個第一固定部，及一個與 該第一固定部角度間隔之第二固定部。每一傳動裝置包括 一個往前延伸出該主滑板上方且可被帶動而上下移動的 擺臂。每-翻開式夾具裝置包括一個固定安裝在該主滑板 的安裝座、一個可繞其軸線旋轉地安裝在該安裝座内且中 空的套筒、一支可被所對應之擺臂帶動而上下移動且不能 轉動地安裝在該套筒中的軸桿、二個上端分別枢接於該軸 桿之一底端的連片、二個分別樞接於所述連片之一下端且 交錯延伸的夾臂、一支將所述夾臂可擺動地枢接於該套筒 的樞軸、二個左右相對且分別安裝在所述夾臂之一底端的 夾爪，及一個固定安裝在該套筒外圍且嚙接於所對應之固 定齒輪的轉動齒輪，該轉動齒輪具有一個第一轉動部，及 一個與該第一轉動部角度間隔之第二轉動部。 各傳動裝置之擺臂被驅動，而帶動相對應之翻開式夾 具裝置相對於該機台在一個張開位置及一個夾合位置間 移動，在該張開位置時，該軸桿向上移動並牽動所述連片 及夾臂’帶動所述夾爪反向旋擺張開，而在該夾合位置 時，該軸桿向下移動並牵動所述連片及夾臂，帶動所述夾 爪相向旋擺閉合。所述翻開式夾具裝置可被該主滑板帶 動’藉由轉動齒輪繞著該固定齒輪公轉以及繞著該軸線自 轉，而會相對於該機台在一個正向位置及一個與正向位置 相差180角之反向位置間移動，在該正向位置時，該轉動 201235129 齒輪移近該固定齒輪之第一固定部處，- 應喻接於該第-固定部，在該反向^第—轉動部對 近該固定齒輪之第二固定部處，且該："轉動齒輪移 於該第二固定部。 第-轉動部對應喷接 本發明之功效在於：除了能驅動該軸桿 開或夾合之外，同時更能驅動該主 ^ 動炎爪張 #„ 板’帶動翻開式央且 裝置滑移’以藉由轉動齒㈣接於固㈣“轉向二 本發明確能具有開合夾放及夾持翻轉之功能。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之—個較佳實施例的詳細201235129 SUMMARY OF THE INVENTION [Technical Field] The present invention relates to a forged part forming machine, and more particularly to a forged part forming machine for holding a transfer part. [Prior Art] In general, the manufacture of screws, nuts, and other parts is roughly carried out by straightening a coiled wire into a forging part forming machine, quantitatively cutting into a blank of a predetermined length, and sequentially feeding it by a plurality of holding devices. To a number of stamping devices, a series of forging and punching are performed as parts, and then subsequent steps of gripping and tapping are performed to complete the manufacture of screws and nuts. In the above-mentioned fast and compact process, the pinch device is the key snake hand that connects the various working processes, and it has to be lifted, pinched and displaced or turned over at a certain time, and in order to respond to various kinds of different materials. In the state of punching and forging, various types of jigs have been developed by the industry, such as those that can be opened and closed, which can be opened and closed, can be opened and closed, and can be flipped up and down, etc., etc., basically open When the clip is placed, it cannot be flipped, and it can be flipped and can not be opened and closed. Therefore, when the action to be performed is different, the operator must replace the different fixtures or use two different actuators to use. Quite troublesome and inconvenient. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a forged part molding machine having a flip-type jig apparatus having an opening and closing loss and a flip function. Accordingly, the forged part molding machine of the present invention comprises: a machine table, a main slide plate that can be driven to be slid left and right in front of the machine table, and a plurality of transmission devices mounted on the machine table adjacent to each other And a plurality of left and right phases 201235129 are installed on the main sliding plate adjacent to each other and respectively corresponding to the flip-type cooling device of the transmission device. The machine includes a plurality of fixed gears fixedly mounted on the front side adjacent to each other, the fixed gear having a first fixing portion and a second fixing portion angularly spaced from the first fixing portion. Each of the transmissions includes a swing arm that extends forwardly beyond the main slide and that can be moved to move up and down. The per-opening clamp device includes a mounting bracket fixedly mounted to the main sliding plate, a hollow sleeve rotatably mounted about the axis thereof, and a sleeve that can be driven by the corresponding swing arm a shaft that is moved and non-rotatably mounted in the sleeve, two contigs pivotally connected to one of the bottom ends of the shaft, and two clips respectively pivotally connected to one of the lower ends of the splicing piece and staggered An arm, a pivot pivotally pivoting the clamp arm to the sleeve, two jaws oppositely mounted to each other at a bottom end of the clamp arm, and a fixed mounting on the periphery of the sleeve And engaging a rotating gear of the corresponding fixed gear, the rotating gear has a first rotating portion, and a second rotating portion angularly spaced from the first rotating portion. The swing arm of each transmission device is driven to drive the corresponding flip-type clamp device to move relative to the machine table between an open position and a clamped position. In the open position, the shaft moves upwardly and Pulling the splicing piece and the clamping arm' to drive the clamping jaw to reversely swing, and in the clamping position, the shaft moves downward and pulls the splicing piece and the clamping arm to drive the clamping The claws are closed toward each other. The flip-type clamp device can be driven by the main slide plate to rotate around the fixed gear by rotating the gear and rotate around the axis, and the difference between the positive position and the forward position relative to the machine When the 180-degree reverse position moves, in the forward position, the rotation 201235129 gear moves closer to the first fixed portion of the fixed gear, and it should be said that the first fixed portion is connected to the first fixed portion. The rotating portion is adjacent to the second fixing portion of the fixed gear, and the: "rotation gear moves to the second fixing portion. The first rotating part corresponding to the spraying of the invention has the effect of: in addition to being able to drive the shaft to open or clamp, and at the same time, it is more capable of driving the main moving claw Zhang #„板' to drive the open type and the device to slip 'With the rotation of the teeth (four) connected to the solid (four) "steering two of the invention can indeed have the function of opening and closing and clamping and flipping. [Embodiment] The foregoing and other technical contents, features and effects of the present invention are described in detail below with reference to the preferred embodiment of the drawings.
清楚的呈現。 T 將J 參閱圖1與圖2,本發明锻造部品成型機之較佳實施 例’包含：-個機纟卜―個設置在該機台i前方的主滑 板2、數個左右相鄰地安裝在該機台i上的傳動裝置3, 及數個左右相鄰地安裝在該主滑板2上D職應所述傳 動裝置3的翻開式夾且梦w 4 yite 八裝置4。上述傳動裝置3及翻開式 夾具裝置4數量對應，並可視达料所須之沖锻流程而設置 多組，本實施例僅在圖2鞀+ -〜^ 圃顯不二組，但實施上不卩此為限。 6玄機台1包括數個左女；)：g井卩η ^ 左右相鄰地固定安裝在前側的固定 齒輪11。 該主滑板2為一塊左右長向延伸的板塊，可被一個圖 中未：之驅動單元驅動而相對於該機台i左右滑移。 母-傳動裝置3包括—個可被驅動而搖擺地安裝在該 201235129 機台1上的搖座3卜一個往前延伸出該主滑板2上方的擺 臂32,及一支將該擺臂32之後端樞接於該搖座31之前端 的銷桿33。該擺臂32可被該搖座3 1帶動而上下移動，並 可以該銷桿33為中心相對於該搖座3 1左右擺動。 參閱圖3與圖4，每一翻開式夾具裝置4包括一個固 疋:ίτ裝在該主滑板2的安裝座41、一個可繞其轴線4 〇旋 轉地安裝在該安裝座41内且中空的套筒42、兩個上下間 隔地設置在該安裝座41與該套筒42間的襯套43、一支可 被所對應之擺臂32帶動而上下移動且不能轉動地安裝在 該套筒42中的軸桿44、一個安裝在該軸桿44與該套筒 42間且具有怪使該軸桿44移動後復位之彈力的彈簧45、 二個上端461分別樞接於該軸桿44之一底端441的連片 462、一個分別枢接於所述連片462之一下端463且交錯 延伸的夾臂464、一支將所述夾臂464可擺動地樞接於該 套筒42的樞軸465、二個左右相對且分別安裝在所述夾臂 464之一底端466的夾爪467、一個固定安裝在該套筒42 外圍且嚙接於所對應之固定齒輪u的轉動齒輪47、一個 用於將該轉動齒輪47卡掣固定在該套筒42外圍的推拔環 48個螺接於該套筒42且間隔位在該推拔環48上方的 螺帽491，及數支分別可移動地螺接在該螺帽491中且抵 靠於該推拔環48的調整螺絲492。 該安裝座41為—個呈側立u型且開口朝前之座體， 並具有-個时安裝在該主滑板2的1^壁411，及兩個 刀別由該固疋壁411之頂、底緣往前延伸且中空的安裝壁 201235129 412 。亥套筒42軸向插伸入所述安裝壁412中，且所述襯 套43是分別設置在所述安裝壁412與該套筒42間，以利 於該套筒42相對於該安裝座41轉動。 該軸桿44具有一個上下長向的長槽孔442,而每一翻 開式夾具裝置4還包括—支插接固定於該套筒42的插桿 42^。該插桿421伸入該長槽孔442，用以限制該軸桿44 僅能上下軸向移動，而不能相對於該套筒42轉動。 5亥轉動齒輪47具有一個供該套筒42軸向穿伸且頂寬 底窄的嵌孔47卜該推拔環48具有一個由上向下逐漸縮束 且向下嵌入該嵌孔471内的卡掣部481。轉動所述調整螺 絲492可抵推該推拔環48緊塞入該轉動齒輪 47及該套筒 42之間，使該套筒42與該轉動齒輪47能同步轉動。 本發明#由上述構造乃可同時執行張合爽取及失持 轉向等動作’以下兹分成張合炎取及夾持轉向兩大部分來 說明： (一）張合夾取作動： 使用時’各傳動裝置3之擺臂32被驅動，而帶動相 對應之翻開式失具震置4相對於該機纟1，在-個如圖5 所不之張開位置及—個如圖4所示之夾合位置間移動。在 該張開位置時’該擺臂32如圖5所示帶動該轴桿44向上 移動，同時會牵動下方所述連片462及夾臂464,使得所 述炎# 464以該拖軸465為中心旋擺，而帶動所述夾爪467 反向旋擺張開放開达料’此時該彈簧45被壓縮而蓄積復 位彈力。接著’該擺臂32如圖4所示向下移動，以藉由 201235129 :彈簧45之復位彈力使該軸桿44亦向下復位，同時並會 牽動所述連片462及夾臂464，帶動所述夾爪467相向旋 ^閉合’以夾取坯料’此時該翻開式夾具裝置4係移至該 夾合位置。 (二）夾持轉向作動： 參閱圖3及圖6，當驅動單元（圖未示）驅動該主滑板2 目對於該機台1左右移動(即圖6所顯示之上下方向)時， 該主滑板2會帶動固設其上之翻開式夾具裝置4同步移 動’同時由於各翻開式夾具裝置4之轉動齒輪47分別對 應，接於5亥機台1之固定齒輪11，故當翻開式夾具裝置4 箭頭5之方向移動時，轉動齒輪47亦會順著固定齒輪 11的外緣嚙轉’也就是轉動齒輪47不但會繞著該固定齒 :二=?會如箭頭6所示繞著該軸線4〇自轉，同時 ，樣/套靖42以及該套筒42内之所有構件一起轉動， 以相對於該機台！在_個如圖6所示之正向位置，及—個 與正向位置相差180。角而如圖7所示之反向位置間移動。 進一步來看該機台1之固定齒輪⑴及該翻開式灸且 裝置4之轉動齒輪47的相對構造。該機台】之固定齒輪 U具有-個第-固定部U1，及一個與該第一固定部⑴ 角度間隔之第二固定部112。該轉動齒輪47具有-個第一 轉動部472’及一個與該第一轉動部472角度 轉動部473。 弟一 因此，在如圖6所示之正向位置時，該轉動 移近該固定齒輪U之第一固定部⑴處，且該第—轉動部 201235129 ’ 472對應喷接於該第_固定部⑴而當移至如圖7所示之 —向位置時’。亥轉動齒輪47移近該固定齒輪u之第二固 2 P 112處’且4第二轉動部對應唾接於該第二固定 P 12如此一來該轉動齒輪47恰好自轉了 180。，乃完成 夾持轉向之作動。 ★由上述說明可知，本發明之翻開式失具裝置4,在套 筒^内安裝轴桿44,可藉由傳動裳置3驅動轴桿44移動， ' 即月匕牽動下方所述連片462及夾臂464,帶動所述失爪467 紅擺張開或央合。6k r. ,v W 人σ此外，本發明將翻開式夾具裝置4安裝 在主'月板2上，並在機台1上安裝有固定齒輪1卜故當主 滑板2被驅動滑移時，即能藉由轉動齒輪47喷接固定齒 輪1卜而帶動1¾套筒42 α及該套筒42内之所有構件—起 :動。因此本發明確實兼具有開合夾放及夾持翻轉等功 月b ’故其可適用於夾持各種特殊的部品並傳遞至不同的位 置’可達成本發明之目的。 惟以上所述者，僅為本發明之較佳實施例而已，當不 月b以此限定本發明實施之範圍，即大凡依本發明申請專利 冑圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1疋本發明鍛造部品成型機的一較佳實施例的一部 份側視剖視示意圖； 圖2是該較佳實施例之一部份正視剖視示意圖； 圖3是該較佳實施例之一部份側視剖視示意圖； 201235129 圖4是該較佳實施例之一部份正視剖視示意圖，説明 一翻開式夾具裝置移至一失合位置； 圖5是該較佳實施例之一部份正視剖視示意圖，說明 該翻開式夾具裝置移至一張開位置； 圖6是該較佳實施例之-部份俯視剖視示意圖，說明 該翻開式夾具裝置移至一正向位置；及 圖7是該較佳實施例之-部份俯視㈣示 該翻開式夾具裝置移至一反向位置。 ^圖，說明Clear presentation. Referring to FIG. 1 and FIG. 2, a preferred embodiment of the forged part molding machine of the present invention includes: a machine-mounted main shoe 2 disposed in front of the machine table i, and a plurality of adjacent installations. The transmission device 3 on the machine table i, and a plurality of left and right adjacently mounted on the main slide plate 2, the D-type clamp of the transmission device 3 and the dream device 4. The number of the above-mentioned transmission device 3 and the flip-type clamp device 4 are corresponding, and multiple groups can be set according to the punching and forging process required for the material. This embodiment is only in the group of FIG. 2 -+ -~^ ,, but the implementation Not limited to this. 6 Xuanji 1 includes a plurality of left females;): g well 卩 ^ is fixedly mounted on the front side of the fixed gear 11 adjacently. The main slide 2 is a block extending longitudinally from left to right and can be driven to the left and right with respect to the machine i by a drive unit not shown. The mother-transmission device 3 includes a rocker 3 that can be driven to swing and is mounted on the 201235129 machine table 1. A swing arm 32 that extends forwardly above the main slide plate 2, and a swing arm 32 The rear end is pivotally connected to the pin 33 at the front end of the rocker 31. The swing arm 32 can be moved up and down by the rocker 3 1 and can swing left and right with respect to the rocker 3 1 centering on the pin 33. Referring to FIGS. 3 and 4, each of the flip-type clamp devices 4 includes a fixed yoke mounted on the mount 41 of the main slide 2, and a mount rotatably mounted about the axis 4 thereof in the mount 41. A hollow sleeve 42 and two bushings 43 disposed between the mounting seat 41 and the sleeve 42 are vertically and vertically movable by the corresponding swing arm 32 and are non-rotatably mounted on the sleeve. A shaft 44 in the cylinder 42 , a spring 45 mounted between the shaft 44 and the sleeve 42 and having an elastic force for resetting the shaft 44 after the shaft 44 is moved, and two upper ends 461 are respectively pivotally connected to the shaft 44 a connecting piece 462 of a bottom end 441, a clamping arm 464 pivotally extending to a lower end 463 of the connecting piece 462 and extending in a staggered manner, and a pivoting pivotal connection of the clamping arm 464 to the sleeve 42 a pivot 465, two jaws 467 that are oppositely mounted to the bottom end 466 of the clamp arm 464, and a rotating gear fixedly mounted on the periphery of the sleeve 42 and engaged with the corresponding fixed gear u 47. A push ring 48 for locking the rotating gear 47 to the periphery of the sleeve 42 is screwed to the sleeve 42 and Compartments 48 in the nut above the taper ring 491, and the count are movably screwed in the nut 491 and abuts against the taper ring 48 of the adjustment screw 492. The mounting seat 41 is a seat body that is laterally u-shaped and has an opening facing forward, and has a wall 411 mounted on the main sliding plate 2, and two blades are topped by the solid wall 411. The bottom edge extends forward and the hollow mounting wall 201235129 412. The sleeve 42 is axially inserted into the mounting wall 412 , and the bushing 43 is respectively disposed between the mounting wall 412 and the sleeve 42 to facilitate the sleeve 42 relative to the mounting seat 41 . Turn. The shaft 44 has a long slotted hole 442 extending upwardly and upwardly, and each of the flipping clamp devices 4 further includes a plunger 42 that is fixedly coupled to the sleeve 42. The plunger 421 extends into the slotted hole 442 for restricting the shaft 44 from moving up and down only axially and not relative to the sleeve 42. The 5th rotation gear 47 has an insertion hole 47 for axially extending the sleeve 42 and having a narrow top and bottom. The push ring 48 has a downwardly tapered bundle and is fitted downwardly into the insertion hole 471. Card portion 481. Rotating the adjusting screw 492 can push the push ring 48 tightly between the rotating gear 47 and the sleeve 42, so that the sleeve 42 can rotate synchronously with the rotating gear 47. According to the present invention, the above-mentioned configuration can simultaneously perform the actions such as the tensioning and the disengagement steering, and the following is divided into two parts: the tensioning and the clamping and steering: (1) the clamping and clamping operation: when used, the transmissions 3 The swing arm 32 is driven to drive the corresponding flip-type dislocation 4 relative to the casing 1, in an open position as shown in FIG. 5 and as shown in FIG. Move between locations. In the open position, the swing arm 32 drives the shaft 44 to move upward as shown in FIG. 5, and simultaneously pulls the lower piece 462 and the clamp arm 464, so that the inflammation # 464 is the drag axis 465. The center is swung, and the jaw 467 is driven to reversely open the opening and opening material. At this time, the spring 45 is compressed to accumulate the return elastic force. Then, the swing arm 32 is moved downward as shown in FIG. 4, so that the shaft 44 is also reset downward by the return elastic force of the spring 35 of the 201235129, and the splicing piece 462 and the clamp arm 464 are pulled. The jaws 467 are turned "closed" to grip the blanks. At this time, the flip-type clamp device 4 is moved to the sandwiching position. (2) Clamping steering operation: Referring to FIG. 3 and FIG. 6, when the driving unit (not shown) drives the main sliding plate 2 to move the machine 1 to the left and right (ie, the upper and lower directions shown in FIG. 6), the main The slide plate 2 will drive the swinging clamp device 4 on which the fixed clamp device 4 is moved synchronously. At the same time, since the rotary gears 47 of the respective flip-type clamp devices 4 respectively correspond to the fixed gears 11 of the 5th machine table 1, when opened, When the clamp device 4 moves in the direction of the arrow 5, the rotating gear 47 will also follow the outer edge of the fixed gear 11 'that is, the rotating gear 47 will not only surround the fixed tooth: two =? will be as shown by the arrow 6 The axis 4 turns itself, while the sample/sleeve 42 and all components within the sleeve 42 rotate together to oppose the machine! In the positive position shown in Figure 6, and - the difference from the forward position is 180. The corner moves between the reverse positions as shown in FIG. Further, the relative configuration of the fixed gear (1) of the machine 1 and the turning moxibustion of the machine 1 and the rotating gear 47 of the device 4 will be further described. The fixed gear U of the machine has a first fixing portion U1 and a second fixing portion 112 angularly spaced from the first fixing portion (1). The rotating gear 47 has a first rotating portion 472' and an angular rotating portion 473 with the first rotating portion 472. Therefore, in the forward position shown in FIG. 6, the rotation is moved closer to the first fixing portion (1) of the fixed gear U, and the first rotating portion 201235129' 472 is correspondingly sprayed to the first fixing portion. (1) When moving to the position as shown in Figure 7. The rotary gear 47 is moved closer to the second solid portion 112 of the fixed gear u and the second second rotary portion is correspondingly coupled to the second fixed P 12 such that the rotary gear 47 just rotates 180. , is to complete the grip steering action. ★ As can be seen from the above description, in the flip-type device 4 of the present invention, the shaft 44 is mounted in the sleeve, and the shaft 44 can be moved by the drive sleeve 3, and the splicing of the lower portion is moved. The 462 and the clamping arm 464 drive the claw 467 to open or close. 6k r., v W human σ In addition, the present invention mounts the flip-type clamp device 4 on the main 'moon plate 2, and mounts the fixed gear 1 on the machine table 1 so that when the main slide plate 2 is driven to slide That is, by rotating the gear 47 to spray the fixed gear 1 to drive the 13⁄4 sleeve 42 α and all the components in the sleeve 42 to move. Therefore, the present invention does not have the function of opening and closing, clamping and reversing, etc., so that it can be applied to the clamping of various special parts and to different positions, which can achieve the purpose of the invention. However, the above is only a preferred embodiment of the present invention, and the scope of the present invention is limited to the scope of the present invention, that is, the simple equivalent change of the patent application scope and the description of the invention. And modifications are still within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a side elevational cross-sectional view of a preferred embodiment of a forged part molding machine of the present invention; FIG. 2 is a partial front cross-sectional view of the preferred embodiment; FIG. Is a side elevational cross-sectional view of one of the preferred embodiments; 201235129 is a partial front cross-sectional view of the preferred embodiment illustrating a flip-type clamp device moved to a lost position; Is a front elevational cross-sectional view of one of the preferred embodiments, illustrating that the flip-type clamp device is moved to an open position; FIG. 6 is a partial top cross-sectional view of the preferred embodiment illustrating the opening The clamp device is moved to a forward position; and Figure 7 is a partial plan view of the preferred embodiment (4) showing the flip-type clamp device moved to a reverse position. ^Figure, description
10 S 20123512910 S 201235129
【主要元件符號說明】 1 ....... •…機台 442… •…長槽孔 11 •…固定齒輪 45…… •…彈篑 111… •…第一固定部 461… •…上端 112… •…第二固定部 462… •…連片 2 ....... •…主滑板 463… •…下端 3…… •…傳動裝置 464… •…夾臂 31…… •…搖座 465… •…樞軸 32••… •…擺臂 466… •…底端 33…… •…銷桿 467… …·夾爪 A ...... •…知卩珥 -V ih 目姑罢 Λ 1..... ....A由名*· 杰人 Η 翻開八災异裝置 4 /..... 轉動菌輪 40…… •…軸線 471… —肷孔 41·..·· •…安裝座 472… •…第 轉動部 411… •…固定壁 473… •…第__轉動部 412… •…安裝壁 48··... •…推拔環 42••… •…套筒 481… -----^掣部 421… —插才干 491… •…螺帽 43····. …·襯套 492… •…調整螺絲 44••… …·軸桿 5…… •…箭頭 441… …·底端 6…… …·箭頭[Main component symbol description] 1 ....... •...machine 442... •...long slot 11 •...fixed gear 45... •...elastic 111... •...first fixed part 461... •...upper end 112... •...Second fixed part 462... •...Continuous piece 2............•...Main slide 463... •...Lower end 3...•...Transmission device 464...•...Clamp arm 31...•...Shake Block 465... •...Pivot 32••... •...Swing arm 466... •...Bottom end 33... •...Pin bar 467... ...·Jaw A............Knowledge-V ih Λ Λ 1. 1........ A by name *· 杰人 Η Open the eight disasters device 4 /..... Turn the bacteria wheel 40... •...axis 471... - 4141 ..··•• Mounting seat 472... •...Turning part 411... •...Fixed wall 473... •...第__旋转部412... •... Mounting wall 48··... •...Pushing ring 42•• ... •...Sleeve 481... -----^掣 421... — Inserting 491... •... Nut 43····....·Bushing 492... •...Adjustment screw 44••... 5... •...arrow 441... ... bottom end 6... ...·arrow