099年08月02日修正替換頁 六、發明說明： 【發明所屬之技術領_】 [0001] 本發明係關於一種塑膠射出模具之頂出機構。 【先前技術】 [0002] —般單缸注射的塑膠射出模具，其塑膠件的頂出是依靠 長度較長而直徑較細的頂針一次頂出，每付塑膠射出模 具有數個頂針。第一圖是一種處於開模狀態的塑膠射出 模具之剖面圖，該塑膠射出模具（未標號）包括一凹模 50、一凸模51及一頂出機構52，該凹模50固定於上支承 板53，該凸模51通過連接體54與下支承板55連接，其間 形成一空腔收容頂出機構52，頂出機構52包括第一推板 530 '第二推板531，頂針532、回位導柱533、彈簧534 及頂桿535，頂針532固定於第二推板531並可穿過第一 推板530及凸模51，回位導柱533固定於第一推板530， 彈簧534套於回位導柱533上，一端抵頂凸模51，另一端 抵持第一推板530，頂桿535可滑動的穿過下支承板55抵 頂第二推板531。當頂桿535受驅動抵頂頂出機構52前進 時，頂針5 3 2隨之前進而將塑膠件頂離凸模51的模仁面， 以便被取出，此時彈簧534處於收縮狀態，當頂桿535後 退時，彈簧534之彈力驅使第一推板530亦後退並帶動頂 針532後退，直至整個頂出機構52回至原位，進入下一輪 循環。 [0003] 此塑膠射出模具之頂出機構結構簡單，然全部使用頂針 ，其頂出力量過大容易造成應力集中而出現產品（塑膠 件）變白的現象，且當產品形狀複雜時不易被頂出。 表單編號Λ0101 第5頁/共17頁 0993277024-0 1337931 [0004] [0005] [0006] [0007] [0008] [0009] 094Π2986 099年08月02日按正替换頁 【發明内容】 鑒於以上内容，有必要提供—種減少產品變白現象又易 於頂出形狀複雜產品的塑膠射出模具之頂出機構。 種塑膠射出模具之頂出機構，該頂出機構包括：第一 頂出裝置、第二頂出裝置、斜銷、頂針、開閉器及頂桿 第頂出裝置及第一頂出裝置依次疊放，斜銷—端固 疋於第-頂出裝置’另一端沿軸向穿過第__頂出裝置延 伸出’頂針-端固定於第二頂出裝置，另一端亦沿軸向 穿過第—頂出裝置延伸出，開閉器可動的安裝於第-頂 出裝置及第二頂出裝置中，頂桿—端可穿過第二頂出裝 置抵頂第一頂出裝置。 與習知技術相比’所述塑膠射出模具之頂出機構藉由固 f於第-組件之斜銷及Μ於第二組件之頂針，通過兩 段式頂出將產品頂出，因斜銷頂端與產品接觸面的形狀 同減ν 了產品變白現象，並可輕易將形狀複雜之產 品頂出，該頂出機構結構簡單，操作方便。 【實施方式】 本創作之較佳實施例公開—種頂出機構，特別適應於塑 膠射出模具之頂出機構。 請參見第二圊及第三圖，本創作之較佳實施例之頂出機 構用於塑膠射出模具，該塑膠射出模具包括第—機體1 ' ^二機體2及頂出機構3 ’第—機體1與第二機體2同軸設 ’頂出機構3可動的裝配於第二機體2中。 第一機體1包括— 凹模10與—上支承板12 該凹模1〇—端Correction and replacement page on August 2, 099. VI. Description of the invention: [Technology of the invention] [0001] The present invention relates to an ejection mechanism for a plastic injection mold. [Prior Art] [0002] In general, a single-cylinder injection plastic injection mold has a plastic part that is ejected by a pedestal having a long length and a relatively small diameter, and each plastic injection mold has a plurality of ejector pins. The first figure is a cross-sectional view of a plastic injection mold in a mold opening state. The plastic injection mold (not labeled) includes a female mold 50, a male mold 51 and an ejection mechanism 52. The female mold 50 is fixed to the upper support. The plate 53 is connected to the lower support plate 55 via a connecting body 54, and a cavity receiving and ejecting mechanism 52 is formed therebetween. The ejecting mechanism 52 includes a first push plate 530', a second push plate 531, a ejector pin 532, and a return position. The guide post 533, the spring 534 and the ejector rod 535, the ejector pin 532 is fixed to the second push plate 531 and can pass through the first push plate 530 and the punch 51, and the return guide post 533 is fixed to the first push plate 530, and the spring 534 sleeve On the return post 533, one end abuts the top punch 51, the other end abuts the first push plate 530, and the top rod 535 slidably passes through the lower support plate 55 against the second push plate 531. When the jack 535 is driven forward by the top ejector mechanism 52, the thimble 523 further pushes the plastic member away from the die face of the punch 51 to be taken out, and the spring 534 is in a contracted state. When the 535 is retracted, the spring force of the spring 534 drives the first push plate 530 to retreat and the ejector pin 532 to retreat until the entire ejecting mechanism 52 returns to the original position to enter the next cycle. [0003] The ejection mechanism of the plastic injection mold has a simple structure, and all of the ejector pins are used, and the ejection force is too large, which tends to cause stress concentration and whitening of the product (plastic parts), and is difficult to be ejected when the shape of the product is complicated. . Form No. 1010101 Page 5 of 17 0993277024-0 1337931 [0004] [0005] [0007] [0008] [0009] 094Π2986 August 2, 2008, according to the replacement page [invention content] In view of the above It is necessary to provide an ejection mechanism for a plastic injection mold that reduces whitening of the product and is easy to eject a complex shape product. The ejection mechanism of the plastic injection mold, the ejection mechanism comprises: a first ejection device, a second ejection device, a skew pin, a thimble, a shutter and a jack ejection device, and the first ejection device are stacked one after another , the oblique pin-end end is fixed at the other end of the first ejector device and extends axially through the first __ ejector device. The ejector pin is fixed to the second ejector and the other end is axially traversed. The ejector device extends out, the shutter is movably mounted in the first ejector device and the second ejector device, and the ejector pin end can pass through the second ejector device to abut the first ejector device. Compared with the prior art, the ejector mechanism of the plastic injection mold is used to eject the product by two-stage ejection by the slanting pin of the first component and the ejector pin of the second component. The shape of the contact surface of the top end and the product are reduced by the whitening phenomenon of the product, and the product with complicated shape can be easily ejected. The ejecting mechanism has a simple structure and convenient operation. [Embodiment] The preferred embodiment of the present invention discloses an ejection mechanism, which is particularly adapted to an ejection mechanism of a plastic injection mold. Referring to the second and third figures, the ejector mechanism of the preferred embodiment of the present invention is used for a plastic injection mold, which comprises a first body 1 'two body 2 and an ejector mechanism 3 'the first body 1 is coaxial with the second body 2 and the 'ejection mechanism 3 is movably assembled in the second body 2. The first body 1 includes a die 10 and an upper support plate 12
表單編號Λ0101 第6頁/共17頁 0993277024-0 1337931 099年08月02日修正替换頁 固定於上支承板12，另一端之中部向内凹進形成一凹模 仁面102，上支承板12中部設一入料口 124及一進料道 J 122，該進料道122穿過凹模10延伸至凹模仁面102。 ' [〇〇1〇] 第二機體2包括一凸模20，該凸模20—端通過一連接體22 固定於一下支承板24，該三者圍成一容置空間26用以收 容頂出機構3，凸模20另一端之中部向外突出形成一凸模 仁面202，該凸模仁面202與凹模10之凹模仁面102形狀 一致並可形成一型腔（未標號）用以成型塑膠件（未標 ^ 號）。中部沿軸線兩側分別設有頂針孔及斜銷孔（圖未 示），該頂針孔及斜銷孔直抵型腔，且該斜銷孔直徑較 大一端靠近該連接體，下支承板24中部設有一開口 242。 [0011] 頂出機構3包括第一頂出裝置（未標號）、第二頂出裝置 . (未標號）複數斜銷35、複數頂針36、複數開閉器37及 頂桿38。第一頂出裝置由第一推板30及第一鑲板31組成 ，第二頂出裝置由第二推板33及第二鑲板34組成，第一 推板30、第一鑲板31、第二推板33及第二鑲板34依次疊 • 放設置於容置空間26並可於其内沿軸向移動，第一推板 30臨近凸模20，第二鑲板34臨近下支承板24。第一推板 30與第一鑲板31通過固定裝置如螺釘（圖未示）等連接 成一體。第二推板33與第二鑲板34亦通過固定裝置如螺 釘（圖未示）等連接成一體，其中部設有開口 334，第二 推板33沿軸向還對稱設有複數容置孔332。 [0012] 斜銷35係斜桿，大致沿軸向通過斜銷座352固定於第一推 板30之一端，其靠近斜銷座352之一端之直徑略小於頂端 ，其頂端之形狀與塑膠件尤其其複雜部位之形狀大致相 094112986 表單編號A0101 第7頁/共17頁 0993277024-0 1337931 099年08月02日核正替换頁 同，以便接觸時能很好的貼合而實現其頂出之功能，並 且由於斜銷3 5與塑膠件之接觸面較大而能較好的減少塑 膠件變白之現象，該斜銷3 5軸向之形狀與凸模之斜銷孔 大致相同，頂端朝凸模20之中間軸綫方向稍傾斜並與該 斜銷孔相抵，使該斜銷35 —部份外緣與該斜銷孔内壁相 抵，而相對的另一部份與該斜銷孔直徑較大一端呈一角 度。當第一推板30及第一鑲板31朝頂出位置或縮回位置 運動時其可滑動的穿過凸模20中部之斜銷孔朝型腔前進 或遠離。 [0013] 頂針3 6係細長形直桿，其包括根部3 6 2及外部3 6 4，根部 362固定於第二推板33中，外部364從根部362軸向延伸 穿過第一鑲板31及第一推板30，當第一推板30及第一鑲 板31朝頂出位置或縮回位置運動時其可滑動的穿過凸模 20中部之頂針孔朝型腔前進或遠離。 [0014] 開閉器37設置於第一鑲板31及第二推板33兩端，其頭部 固定安裝於第一鑲板31中，尾部容置於第二推板33之容 置孔332中並與其緊密配合，從而可將第一鑲板31與第二 推板33連接成一體，該開閉器37選自標準件。 [0015] 頂桿38係頂出機構3之傳動裝置，其亦沿軸向設置，一端 可分別穿過第二機體2之下支承板24之開口 242、第二鑲 板34及第二推板33之開口 334而抵頂第一鑲板31，另一 端與驅動機構（圖未示）相連而可進行往復運動。 [0016] 該頂出機構3進一步包括對稱設置於第一頂出裝置兩端之 複數回位裝置39，本實施例中該回位裝置39係由回位導 094112986 表單編號A0101 第8頁/共17頁 0993277024-0 1337931 [0017]Form No. 1010101 Page 6 of 17 0993277024-0 1337931 The correction replacement page is fixed to the upper support plate 12 on August 2, 099, and the middle portion of the other end is recessed inward to form a concave die face 102, and the upper support plate 12 A feed port 124 and a feed channel J 122 are provided in the middle, and the feed channel 122 extends through the die 10 to the die face 102. '[〇〇1〇] The second body 2 includes a punch 20 which is fixed to the lower support plate 24 by a connecting body 22, and the three are enclosed by an accommodating space 26 for receiving and ejecting The mechanism 3, the other end of the other end of the punch 20 protrudes outwardly to form a convex die face 202. The male die face 202 conforms to the shape of the concave die face 102 of the die 10 and can form a cavity (not labeled). To form plastic parts (not marked with ^). The central portion is provided with a thimble hole and an oblique pin hole (not shown) on both sides of the axis, the thimble hole and the oblique pin hole directly abutting the cavity, and the larger diameter end of the oblique pin hole is close to the connecting body, and the lower supporting plate An opening 242 is provided in the middle of the 24 . [0011] The ejector mechanism 3 includes a first ejector (not numbered), a second ejector (not numbered) a plurality of slant pins 35, a plurality of thimbles 36, a plurality of shutters 37, and a jack 38. The first ejector device is composed of a first push plate 30 and a first panel 31, and the second ejector device is composed of a second push plate 33 and a second panel 34. The first push plate 30, the first plate 31, The second push plate 33 and the second plate 34 are sequentially disposed and disposed in the accommodating space 26 and are axially movable therein. The first push plate 30 is adjacent to the punch 20, and the second plate 34 is adjacent to the lower support plate. twenty four. The first push plate 30 and the first panel 31 are integrally connected by a fixing means such as a screw (not shown) or the like. The second push plate 33 and the second plate 34 are also integrally connected by a fixing device such as a screw (not shown), and the middle portion is provided with an opening 334. The second push plate 33 is symmetrically disposed with a plurality of receiving holes in the axial direction. 332. [0012] The oblique pin 35 is a diagonal rod, and is fixed to one end of the first push plate 30 substantially through the oblique pin seat 352 in the axial direction. The diameter of one end of the oblique pin seat 352 is slightly smaller than the top end, and the shape of the top end and the plastic piece are In particular, the shape of the complex part is roughly 094112986 Form No. A0101 Page 7 / Total 17 Page 0993277024-0 1337931 On August 2, 099, the replacement page is the same, so that it can be well fitted to achieve its ejection. The function, and because the contact surface of the oblique pin 35 and the plastic part is larger, the whitening phenomenon of the plastic part can be better reduced, and the axial shape of the oblique pin 35 is substantially the same as the oblique pin hole of the punch, and the top end faces The direction of the central axis of the punch 20 is slightly inclined and abuts against the oblique pin hole, so that the outer edge of the oblique pin 35 is opposite to the inner wall of the oblique pin hole, and the opposite portion is opposite to the diameter of the oblique pin hole. The big end is at an angle. When the first push plate 30 and the first panel 31 are moved toward the ejected position or the retracted position, they are slidably passed through the oblique pin holes in the middle of the punch 20 toward or away from the cavity. [0013] The thimble 36 is an elongated straight rod that includes a root portion 362 and an outer portion 364. The root portion 362 is fixed in the second push plate 33, and the outer portion 364 extends axially from the root portion 362 through the first panel 31. And the first push plate 30, when the first push plate 30 and the first plate 31 move toward the ejecting position or the retracted position, the slidable hole passing through the middle of the punch 20 advances or moves away from the cavity. [0014] The shutter 37 is disposed at two ends of the first panel 31 and the second pedal 33, and the head is fixedly mounted in the first panel 31, and the tail portion is received in the receiving hole 332 of the second pedal 33. And in close cooperation with it, the first panel 31 and the second pedal 33 can be integrally connected, and the shutter 37 is selected from standard parts. [0015] The jack 38 is a transmission device of the ejector mechanism 3, which is also disposed in the axial direction, and one end can pass through the opening 242, the second panel 34 and the second push plate of the support plate 24 under the second body 2, respectively. The opening 334 of the 33 is abutted against the first panel 31, and the other end is connected to a driving mechanism (not shown) for reciprocating motion. [0016] The ejecting mechanism 3 further includes a plurality of returning devices 39 symmetrically disposed at opposite ends of the first ejecting device. In the present embodiment, the returning device 39 is provided by a returning guide 094112986, form number A0101, page 8 / total 17 pages 0993277024-0 1337931 [0017]
[0018] 094112986 099年08月02日垵正巷換頁 柱392及相應彈簧394組成，回位導柱392之一端安裝於 第一推板30，另一端延伸露於容置空間26内，彈簧394套 於該回位導柱3 7上，一端抵頂頂出機構3之第一推板3 0， 一端抵持凸模2 0。 該頂出機構3還進一步包括複數拉桿4，該拉桿4之一端固 定於第二機體2之下支承板24，該端沿軸向延伸出一主桿 41，該主桿41之另一端設有凸緣40。第二推板33及第二 鑲板34之兩端設有容許拉桿4通過之通孔306，該通孔 306之直徑稍大於拉桿4之主桿41之直徑，第一推板30及 第一鑲板31兩端亦設有容許凸緣40通過之通孔308，該通 孔308直徑稍大於拉桿4之凸緣40之直徑，通孔306及通 孔308相通以容許拉桿4之主桿41於其内進行相對移動， 凸緣40容置於通孔308中並可抵住第二推板33，另一端固 定於第二機體2之下支承板24，當頂出機構3朝塑膠件頂 出位置移動與拉桿4之主桿41相同之距離後，該拉桿4之 凸緣40抵頂第二推板33而拉住第二推板33，擋住其隨頂 出機構3前行。 塑膠件成型完畢未開模取出前，頂出機構3之第二鑲板34 臨靠第二機體2之下支承板24，拉桿4之凸緣40容置於通 孔中，開模後需取出塑膠件時，頂桿38受力抵頂第一鑲 板31並推動其前進，因開閉器37將第一鑲板31及第二推 板33連接成一體，從而第一鑲板31之前進帶動第一推板 30、第一鑲板31、第二推板33及第二鑲板34之整體同步 前進，亦推動斜銷35及頂針36前行並分別穿過凸模20之 斜銷孔及頂針孔而接觸並貼合塑膠件，開始第一段頂出 表單編號Λ0101 第9頁/共17頁 0993277024-0 1337931 099年08月02日修正替换頁 ，此時回位裝置39之彈簧394處於壓縮狀態，頂桿38繼續 前行直至拉桿4拉住第二推板33，以致第二推板33停住， 在頂桿38之繼續推頂下，第一鑲板31繼續前行，將開閉 器37帶離第二推板33，固定於其上之頂針36亦停止前行 而不再對塑膠件施行頂出，此時斜銷35依然隨第一鑲板 31及第一推板30的朝前運動而運動，進入第二段頂出， 直至將塑膠件從型腔中頂出，此過程中彈簧394進一步被 壓縮。之後，頂桿38隨驅動機構撤回，彈簧394之彈力推 頂第一推板30作回復運動，第一推板30推動第一鑲板31 作同步回復運動，將開閉器37之尾部壓入第二推板33之 容置孔332内，於是第二推板33及第二鑲板34亦被推動朝 原來位置運動直至復位，準備開始下一輪循環。 [0019] 綜上所述，本創作符合新型專利要件，爰依法提出專利 申請。惟，以上所述者僅爲本創作之較佳實施例，舉凡 熟悉本案技藝之人士，在援依本案創作精神所作之等效 修飾或變化，皆應包含於以下之申請專利範圍内。 【圖式簡單說明】 [0020] 以下，將列舉較佳實施例說明此塑膠射出模具之頂出機 構。 [0021] 第一圖係一種習知塑膠射出模具之頂出機構處於開模狀 態時之剖視圖； [0022 ] 第二圖係本發明較佳實施例之塑膠射出模具之頂出機構 處於閉模狀態時之剖視圖； [0023] 第三圖係本發明較佳實施例之塑膠射出模具之頂出機構 0993277024-0[0018] 094112986 On August 2, 099, the Yongzheng lane change column 392 and the corresponding spring 394 are formed. One end of the return guide post 392 is mounted on the first push plate 30, and the other end is extended in the accommodating space 26, the spring 394 The first push plate 30 of the top ejecting mechanism 3 is fastened to one end of the return post 3 7 , and one end abuts the punch 20 . The ejector mechanism 3 further includes a plurality of tie rods 4, one end of which is fixed to the lower support plate 24 of the second body 2, the end of which extends axially to a main rod 41, and the other end of the main rod 41 is provided Flange 40. The two ends of the second push plate 33 and the second plate 34 are provided with through holes 306 for allowing the rod 4 to pass through. The diameter of the through holes 306 is slightly larger than the diameter of the main rod 41 of the tie rod 4, and the first push plate 30 and the first The two ends of the panel 31 are also provided with through holes 308 for allowing the flange 40 to pass through. The through holes 308 have a diameter slightly larger than the diameter of the flange 40 of the tie rod 4, and the through holes 306 and the through holes 308 communicate with each other to allow the main rod 41 of the tie rod 4 to pass. Relatively moving therein, the flange 40 is received in the through hole 308 and can be pressed against the second push plate 33, and the other end is fixed to the lower support plate 24 of the second body 2, when the ejection mechanism 3 faces the top of the plastic part After the position is moved by the same distance as the main rod 41 of the tie rod 4, the flange 40 of the tie rod 4 abuts against the second push plate 33 to pull the second push plate 33 to block the advancement mechanism 3. Before the plastic part is formed, the second panel 34 of the ejector mechanism 3 is adjacent to the lower support plate 24 of the second body 2, and the flange 40 of the tie rod 4 is received in the through hole, and the plastic needs to be taken out after the mold is opened. When the ejector lever 38 is pressed against the first panel 31 and pushes it forward, the first panel 31 and the second pedal 33 are integrally connected by the shutter 37, so that the first panel 31 is driven forward. A push plate 30, the first panel 31, the second push plate 33 and the second panel 34 are synchronously advanced, and the oblique pin 35 and the thimble 36 are also advanced to advance through the oblique pin holes and the top of the punch 20, respectively. The pinhole contacts and fits the plastic part, and starts the first paragraph of the ejector form number Λ0101. Page 9/17 pages 0993277024-0 1337931 The correction page is corrected on August 02, 099, at which time the spring 394 of the return device 39 is at In the compressed state, the ram 38 continues to move until the pull rod 4 pulls the second push plate 33, so that the second push plate 33 stops, and under the continuation of the ejector lever 38, the first panel 31 continues to move forward and will open and close. The ejector pin 36 is fixed away from the second push plate 33, and the thimble 36 fixed thereon is stopped before the plastic member is no longer ejected. The first panel 31 and the first pusher 30 move in a forward movement and enter the second section to eject until the plastic member is ejected from the cavity, during which the spring 394 is further compressed. Thereafter, the jack 38 is withdrawn by the driving mechanism, and the spring force of the spring 394 pushes the first pedal 30 to return movement, and the first pedal 30 pushes the first panel 31 to perform a synchronous return motion, and presses the tail of the shutter 37 into the rear. The second push plate 33 is received in the hole 332, so that the second push plate 33 and the second plate 34 are also urged to move to the original position until resetting, ready to start the next cycle. [0019] In summary, the creation complies with the new patent requirements, and the patent application is filed according to law. However, the above-mentioned ones are only preferred embodiments of the present invention. Those who are familiar with the art of the present invention, equivalent modifications or variations in the spirit of the present invention should be included in the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS [0020] Hereinafter, an ejection mechanism of the plastic injection mold will be described with reference to a preferred embodiment. [0021] The first figure is a cross-sectional view of a conventional plastic injection mold when the ejection mechanism is in a mold opening state; [0022] The second figure is a mold release state of the plastic injection mold of the preferred embodiment of the present invention. The cross-sectional view of the plastic injection mold of the preferred embodiment of the present invention is 0993277024-0
094112986 表單編號A0101 第10頁/共17頁 13.37931 099年08月02日修正替換頁 處於開模狀態時之剖視圖。 【主要元件符號說明】094112986 Form No. A0101 Page 10 of 17 13.37931 Revised replacement page on August 2, 099 Cutaway view when in the mold open state. [Main component symbol description]
[0024] 第一機體： 1 [0025] 凹模：10 [0026] 凹模仁面： 102 [0027] 上支承板： 12 [0028] 進料道：122 [0029] 入料口 ： 1 2 4 [0030] 第二機體： 2 [0031] 凸模：20 [0032] 凸模彳二面： 202 [0033] 連接體：22 [0034] 下支承板： 24 [0035] 開口 ： 242 [0036] 容置空間： 26 [0037] 頂出機構： 3 [0038] 第一推板： 30 [0039] 通孔：30 6 、308 [0040] 第一鑲板： 31 [0041] 第二推板： 33 表單編號A0101 094112986 第11頁/共17頁 0993277024-0 1337931 [0042] 容置孔：3 3 2 [0043] 開口 ： 334 [0044] 第二鑲板： 34 [0045] 斜銷：35 [0046] 斜銷座：35 2 [0047] 頂針：36 [0048] 根部：362 [0049] 外部：364 [0050] 開閉器：37 [0051] 頂桿：38 [0052] 回位裝置： 39 [0053] 回位導柱： 392 [0054] 彈簧：394 [0055] 拉桿：4 [0056] 末端：40 [0057] 主桿：41 094112986 表單編號Λ0Ι01 第12頁/共17頁 099年08月02日梭正替換頁[0024] First body: 1 [0025] Die: 10 [0026] Die face: 102 [0027] Upper support plate: 12 [0028] Feed channel: 122 [0029] Feed port: 1 2 4 [0030] Second body: 2 [0031] Punch: 20 [0032] Punch 彳 two sides: 202 [0033] Connector: 22 [0034] Lower support plate: 24 [0035] Opening: 242 [0036] Space: 26 [0037] Ejection mechanism: 3 [0038] First push plate: 30 [0039] Through hole: 30 6 , 308 [0040] First panel: 31 [0041] Second push plate: 33 Form No. A0101 094112986 Page 11 of 17 0993277024-0 1337931 [0042] Housing hole: 3 3 2 [0043] Opening: 334 [0044] Second panel: 34 [0045] Oblique pin: 35 [0046] Oblique Pin holder: 35 2 [0047] Thimble: 36 [0048] Root: 362 [0049] External: 364 [0050] Shutter: 37 [0051] Plunger: 38 [0052] Return device: 39 [0053] Pillar: 392 [0054] Spring: 394 [0055] Tie rod: 4 [0056] End: 40 [0057] Main rod: 41 094112986 Form number Λ 0Ι 01 Page 12 of 17 Page 099 August 02 Shuttle replacement page
0993277024-00993277024-0