M285041 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種發光二極體封裝製具結構，特指一種增設 一約制器防止二極體支架組在進行燈泡模造作業之灌模、加溫、 封褒定型過程中，發生左右晃動或垂直位移的情形之發光二極體 封裝製具。 【先前技術】 按，發光二極體（LED)係屬於半導體元件的一種，其具有二 極體的特性，通以順向偏壓會發出光芒，由於其具有省電、體積 小、奇命長、發熱1少以及耗電量小等的優點，而被普遍應用於 照明顯示的用途上，如數字顯示器、燈泡、警示燈、照明燈、數 碼顯示器、點陣、手電筒、室内外大小型電子顯示器、字幕機跑 馬、燈光筆、廣告看板等等，都逐漸改以發光二極體作為發光元 件’也由於發光二極體的發光特性具有產業上的利用價值，而被 大量生產。 目刖產業界生產發光二極體的主要流程，係先將一組具有一 上連結桿與一下連結桿分別連結支架末端與中段適當位置的已經 沖壓成形的縣二極體支架組，置人_由底座、架置板、模具組 合所組成的模造製具中，製作燈泡。 該模U製具内之模具組合包含有複數組模杯，以及模具組合 兩侧端設置有導柱，於二導柱關分別設置垂直向内導槽與上連 結桿、下連結桿配合。進行賴料時，首紐模杯進行喷脫模 5 ⑧ M285041 劑、乾爍、灌注膠劑等步驟後，再將多數並聯排列的支架組倒置 沿内導槽插設入該模具組合中，使各支架組的晶粒部及其頂端的 反射杯恰垂直伸入模杯内，浸泡膠劑，並保持垂直定位，再將模 造製具整體送入爐子内進行約12〇。〜160。加溫烘烤，以及約7〇 8〇 。的再冷卻雜，使模杯_注的賴受熱硬化並冷卻形成燈泡主 : 體’來包覆曰曰粒部及其頂端的反射杯，此時再將燈泡與模杯分離， 即完成製模程序。 • ώ於發光二極體為了要能達到預定的亮度、顯示效果，製造 過程中，必需使反射杯與燈泡位於同軸線上適當位置，以期能達 到集束的目的，準確控制光分佈曲線，尤其光半角越小的發光二 極體’在反射杯紐泡位置的糊上必須更精確，尤其若發光二 極體的魏角度過大，經長距離發散之後光強度很快議^^ 無法達到預定亮度及有效照明、顯示距離。 依此毛光一極體對光分佈曲線的控制要求，上述習用構造於 • 實際進行模造作業時，仍有缺失，例如： 、 支架、、’且僅藉由叫触±連轉、下連結桿的配合來對支架組做 侧向限位’核組上方並無—適#的支撐，支雜僅能達到雙邊 或三邊定位，於運送過程中仍容錢動，進轉響反射杯維持與 尚在製模成形中燈泡的相對位置角度。 本案創作人有鑑於上述習用的模造製具於實際施用時的缺 失，且積累個人從事相關產業開發實務上多年之經驗精 終於研發出-猶光二鋪製聽構。 九 M285041 【新型内容】 爰是，本創作之主要目的，旨在提供一種發光二極體封裝製 具結構，而可減少發光二極體支架組在進行燈泡模造作業之灌 模、加溫定型過程中，發生左右晃動或垂直位移的情形，確保發 光二極體經由製模程序後，可達到預定光分佈曲線，以有效控制 品質，提高預定光分佈曲線的良品率，降低製作成本，提升產業 競爭力。 ^M285041 VIII. New Description: [New Technology Field] This creation is about a light-emitting diode package structure, especially a type of add-on device to prevent the diode assembly from filling the mold in the bulb molding operation. In the process of heating and sealing, a light-emitting diode package is produced in the case of left and right shaking or vertical displacement. [Prior Art] According to the light-emitting diode (LED), it is a kind of semiconductor element, which has the characteristics of a diode, and emits light by a forward bias, because it has power saving, small size, and long life. The advantages of low heat generation and low power consumption are widely used in lighting display applications such as digital displays, light bulbs, warning lights, lights, digital displays, dot matrix, flashlights, indoor and outdoor large and small electronic displays. The captioning machine, the light pen, the advertising kanban, etc., are gradually changed to use the light-emitting diode as the light-emitting element', and are also mass-produced because of the industrial use value of the light-emitting characteristics of the light-emitting diode. The main process of producing LEDs in the industry is to first set up a group of stamped and formed county diode brackets with an upper connecting rod and a lower connecting rod respectively connected to the end of the bracket and the middle section. A bulb is produced in a molding tool composed of a base, a mounting plate, and a mold combination. The mold assembly in the U-shaped tool comprises a multi-array mold cup, and a guide post is arranged on both sides of the mold assembly, and a vertical inward guide groove is respectively arranged on the second guide post to cooperate with the upper connecting rod and the lower connecting rod. When the material is being used, the first mold cup is sprayed and demolded, and the steps of the plurality of parallel arranged brackets are inserted into the mold assembly along the inner guide groove. The grain portion of each bracket group and the reflecting cup at the top end thereof extend perpendicularly into the mold cup, soak the glue, and maintain the vertical positioning, and then the mold making tool is integrally sent into the furnace for about 12 inches. ~160. Warm up and bake, and about 7 〇 8 〇. Re-cooling, so that the mold cup _ the heat of the mold is cooled and cooled to form the bulb main body: the body 'to cover the granules and the reflector cup at the top, then separate the bulb from the mold cup, that is, complete the mold program. • In order to achieve the predetermined brightness and display effect, in the manufacturing process, the reflector cup and the bulb must be placed on the coaxial line in order to achieve the purpose of bundling and accurately control the light distribution curve, especially the light half angle. The smaller the light-emitting diode' must be more precise in the paste of the reflective cup bubble, especially if the Wei angle of the light-emitting diode is too large, the light intensity will be quickly resolved after long-distance divergence. Lighting, display distance. According to the control requirements of the light distribution curve of the hair light body, the above-mentioned conventional structure is still missing when actually performing the molding work, for example: , bracket, and 'only by touching the ± continuous rotation, the lower connecting rod Cooperate to support the bracket group in the lateral limit 'there is no support above the nuclear group. The branch can only achieve bilateral or trilateral positioning. The relative position angle of the bulb during molding. The creators of this case have developed the experience of the above-mentioned conventional mold making in the actual application, and accumulated many years of experience in the practice of related industry development. Finally, the development of the Juguang two shop system. Nine M285041 [New Content] 爰Yes, the main purpose of this creation is to provide a light-emitting diode package structure, which can reduce the filling and heating setting process of the light-emitting diode support group in the bulb molding operation. In the case of left and right sway or vertical displacement, the predetermined light distribution curve can be achieved after the illuminating diode is passed through the molding process, so as to effectively control the quality, improve the yield of the predetermined light distribution curve, reduce the production cost, and enhance the industrial competition. force. ^
為達上述之目的，本創作包含：一底座，該底座頂端開設有 一凹槽’另於該凹_等水平_壁分觸設有—滑動溝；一架 置板，_分卿設於上述二滑_中，於該架置板上依序開設 有複數容孔；-模具組合，係具有複數模杯可分別對應置設於上 述各容孔巾，賴具組合兩侧分勸上延伸有—導柱於該導柱 内端設有-内導槽’並於該複數池間設有設有複數扶座，於該 各扶座頂分別端設有—插掣槽；—_器，係可對支架做前後、 左右上下限位所組成。 如上述構造’可藉由該下連結桿與上述上連結桿沿該二導柱 内侧内導槽向下義’使該下連轉卡扣域各扶座之插擎槽中 定位’使該支架賴造封料分伸人雜杯中，並_約制 該支架做限位固定。 ° 、 【實施方式】 兹為便於貝審查委員能更進一步對本創作之構造、使用及 其特徵有更深-層，明確、詳實的認識與瞭解，創作人舉出較佳 ⑧ 7 M285041 之實施例，配合圖式詳細說明如下： 首先请參閱圖一、圖二戶斤+ t ^ ? ^ —斤不，本創作係用於同供多數組壓製 完成之發光二極體半成品核組5並·設定位，進行燈泡 封裝作業。 該支架組5係具有-第一導觸桿5工與—相鄰之第二導觸桿 :5 2，於該第二導觸桿5 2端頂設有-晶粒部5 3，並於該晶粒 部5 3頂端形成有-内裝置晶圓之反射杯5 4。 • 進行製模程序時，該各組支架係倒置，並以-上連結桿6與 -下連結桿7分職結支架末端與愤輕位置，將各組支架並 聯所構成。 ' 一架置板2、一模具組合 本創作之製具係包含·· 一底座1 3、一約制器4所組成；其中， 該底座1頂端開設有—凹槽i i，於該凹槽i i内等水平兩 侧壁分別開設有-滑動溝i 2，另於該凹槽i Μ適當位置開設 有一垂直向之定位半槽13， 該架置板2，兩側分別架設於上述二滑動溝12中，於該架 置板2上依相設有複數容孔2 !，模杯3 i職置於容孔2工 内’另於該架置板2列設有複數通孔2 2，且於該架置板2-側 端設有—與奴位半槽1 3對應之缺孔2 3，可供-插銷！ 4插 自定位半槽13、缺孔23插掣定位。 該模具組合3，係具有複數模杯31可分別對應置設於上述 各谷孔21中，該模具組合3兩側分別向上延伸有一導柱3 2， M285041 於該導柱3 2内端設有-對應上連結桿6與上述下連結桿7之内 ‘槽3 21，且於該導柱3 2外端設有一外導槽3 2 2，並於該 複數核杯31間設有複數扶座3 3，於該各扶座3 3頂分別端設 有一對應該下連結桿7之插掣槽3 31。 該約制器4，主要具有一頂板41跨設於上述二導柱3 2 上，並於該二導柱3 2間之該頂板41下端延設有一凸肋4 2， 並於該凸肋42底端開設有一對應上述上連結桿6之卡掣溝4 3 ;該約制器4可蓋置於該二導柱3 2上，恰使該卡擎溝4 3嵌 合該上連結桿6，將該各組支架定位。 如上述構造，依圖一、圖二、圖三、圖四所示，進行製模程 序時’首先將已裝有模具組合3，模杯31的架置板2沿凹槽工 1之滑動溝12推送至定位，以插銷！4自定位半槽i 3、缺孔 2 3插掣，使架置板2定位於底座1中，隨即對模具組合3之模 杯3 1進行侧_、乾燥、灌轉鮮步驟。再將已並聯排列 的多數支架組5倒置該上連結桿6與—下連結桿7兩端沿内 導槽3 2 1帶使錄支架插設人賴具組合3中，至下連轉7 卡掣扶座3 3之插掣槽3 3 i定位，使各支架組5的晶粒:5干3 及其頂端的反射杯54恰垂直伸入模杯3 χ内依所要達到的光分 佈曲線，定位在適當位置，並被模杯3 i内以灌注的膠劑包覆。 再將一約制器4之頂板41兩端跨置於模具組合3之二導柱3 2 上’使約之凸肋4 2底端的卡掣溝4 3自上方對應嵌固上 連結桿6，使各支架組5被_制|| 4之卡掣溝4 3、模胁合In order to achieve the above purpose, the present invention comprises: a base, a groove is formed at the top end of the base, and a sliding groove is formed in the horizontal_wall of the concave_element; a plate is set, and the branch is set in the above two In the sliding _ medium, a plurality of apertures are sequentially opened on the mounting plate; and the mold combination has a plurality of mold cups respectively corresponding to the respective aperture holes, and the two sides of the splicing combination are persuaded to extend - The guide post is provided with an inner guide groove at the inner end of the guide post and a plurality of support seats are arranged between the plurality of pools, and the respective insertion ends are respectively provided with a plugging groove; The bracket is composed of front and rear, upper and lower limits. The bracket can be positioned by the lower connecting rod and the upper connecting rod along the inner guiding groove of the inner side of the two guiding columns to position the supporting groove of each of the lower connecting buckles. Lai made the sealing material into the person's miscellaneous cup, and _ about the bracket to do the limit fixing. °, [Embodiment] In order to facilitate the further review, understanding and understanding of the structure, use and characteristics of this creation, the creators will give examples of better 8 7 M285041. The details of the diagram are as follows: First, please refer to Figure 1 and Figure 2. Households + t ^ ? ^ - Jin is not. This creation is used for the light-emitting diode semi-finished core group 5 and setting bits for multi-array suppression. , for bulb packaging operations. The bracket set 5 has a first guide rod 5 and an adjacent second guide rod: 52, and a top portion of the second guide rod 52 is provided with a die portion 53. A reflective cup 54 of the inner device wafer is formed at the top end of the die portion 53. • When the molding process is performed, the brackets of the respective groups are inverted, and the upper and lower connecting rods 6 and the lower connecting rods 7 are used to join the end of the bracket and the position of the anger, and the brackets of the respective groups are connected in parallel. A set of 2, a mold combination of the creation of the system comprises: a base 1 3, a controller 4; wherein the top of the base 1 is provided with a groove ii, in the groove ii The inner side walls are respectively provided with a sliding groove i 2 , and a vertical positioning half groove 13 is defined in the groove i Μ, and the mounting plate 2 is respectively erected on the two sliding grooves 12 Wherein, a plurality of holes 2 are provided on the mounting plate 2, and the mold cup 3i is placed in the hole 2, and a plurality of through holes 2 2 are provided in the mounting plate 2, and The mounting plate 2 - the side end is provided with a missing hole 2 3 corresponding to the slave half slot 13 , which is available for - latch! 4 Inserted from the positioning half slot 13, the missing hole 23 is inserted and positioned. The mold assembly 3 has a plurality of mold cups 31 respectively disposed in the respective valley holes 21, and a guide column 3 2 is extended upwardly on both sides of the mold assembly 3, and M285041 is disposed at the inner end of the guide column 3 2 . - corresponding to the upper connecting rod 6 and the inner groove 3 21 of the lower connecting rod 7, and an outer guiding groove 32 2 at the outer end of the guiding post 3 2 , and a plurality of supporting seats between the plurality of core cups 31 3 3, a pair of insertion slots 3 31 of the lower connecting rods 7 are respectively arranged at the tops of the tops of the three supports. The ejector 4 has a top plate 41 spanning over the two guide posts 3 2 , and a rib 4 2 extending from the lower end of the top plate 41 between the two guide posts 32 and the rib 42 The bottom end is provided with a card groove 4 3 corresponding to the upper connecting rod 6; the controller 4 can be placed on the two guiding columns 32, so that the card groove 4 3 is fitted to the upper connecting rod 6, Position each set of stents. According to the above configuration, as shown in Fig. 1, Fig. 2, Fig. 3, and Fig. 4, when the molding process is performed, 'the first mounting plate 2 having the mold combination 3 and the mold cup 31 is placed along the sliding groove of the groove 1 12 push to the positioning to plug! 4 Self-positioning half-slot i 3, lacking hole 2 3 inserting, so that the mounting plate 2 is positioned in the base 1, and then the mold cup 3 1 of the mold combination 3 is subjected to a side _, drying, and pouring fresh step. Then, the plurality of bracket groups 5 that have been arranged in parallel are inverted, and the upper connecting rod 6 and the lower connecting rod 7 are both ends along the inner guiding groove 3 2 1 so that the recording bracket is inserted into the person's assembly 3, and the next connection is 7 cards.掣 掣 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 Positioned in place and covered with a glue in the mold cup 3 i. Then, the two ends of the top plate 41 of the circumscribing device 4 are placed on the two guide posts 3 2 of the mold assembly 3, so that the slats 4 3 at the bottom end of the ribs 4 2 are correspondingly embedded with the connecting rods 6 from above. Make each bracket group 5 be _ system | | 4 card groove 4 3, mold bearing
9 M285041 3之内導槽3 2 1以及插掣槽3 3 1所形成的四邊!1)定所限位。 再將模造製具整體連同支架組5送入爐子内進行約12〇β〜ΐ6〇Υ 加溫烘烤，以及約70〜80。C的再冷卻流程，使模杯3工内灌注的 膠劑受熱硬化並冷卻形成燈泡主體，來包覆晶粒部5 3及其頂端 的反射杯5 4，再將燈泡與模杯3工分離，即完成製模程序。 本創作之第二實施例’如圖五所示，上述構造中，該約制器 • 4之頂板41底面兩端適當位置，得向下延伸—嵌板4 4，伸入 • 該導柱3 2内定位。如上述構造，可藉由該喪板44自上端與該 導柱3 2外_外導槽3 2 2⑽合’達到加鐘構定位效果， 增強穩定性。 本創作之第三實施例，如圖六所示，上述構造中，該約制器 4之頂板4 1 _端，分別向下延伸—遮板4 5，恰遮敝該導柱 3 2兩夕卜側^，形成一帽型，達到增力口重量，力口強框限，增進穩 定性等效果。 9 " • 本創作之第四實施例，如圖七所示，上述構造中，該遮板4 5内端得延伸一凸緣46，恰自外端卡扣該導柱32加強定位。 过構&可藉由該遮板45之凸緣46自惻端與該導柱32 嵌合，達到加強結構定位效果，增強穩定性。 本創作之第五實施例，如圖八所示，上述構造中，該遮板4 5兩侧分別向内延伸一側板4 7，恰可夾持該導柱3 2之外側壁。 如上述構^^’可藉由該遮板4 5兩侧侧板4 7與該導柱3 2外侧 壁緊配合’達到加強結構定位效果，增強穩定性。 M285041 藉由上述實施之呈現，可知，摘作具扣下之優點： 1本創作藉由各支架組5被由簡器4之卡掣溝、模具組合 3之内導槽3 21以及插掣槽3 3 i所形成的四邊固定所限 田支架、、、且5連同模造製具被移動時，支架組5將不易因垂 直或水平位移晃動而偏離，使反射杯5 4維持與尚在製模成形 中燈泡的相對位置角度，能有效控制製模封裝完成後，發光二 極體的光發散角度。 2·本創作之核組5由於具有穩定的四邊限位，可避免經過製模 封裝過程中加溫、冷卻程序，因熱漲冷縮，所可能產生不可預 期的侧向晃動’使發光二極體完成後，能達到預定的光分佈曲 線’進而影響製模封裝的良率，有效降低製作成本，提升產業 進爭力。 惟以上所述者，僅為本創作之較佳實施例而已，當不能以此 限定本創作倾之制，即大驗本_申請柄細及創作說 :書内容所作之簡單料效變化與修飾，㈣仍屬本創作專利涵 盖之範圍内。 综由上對本·之技躺構詳細揭述，摘作之構造讀實能 達到防止發光二極體支架組5在進行燈顧造作業中，發生晃 動’以效降低製作成本的目的，且未見於業界相關產品當中，應 符合新型專利之要件，巾請人爰依專觀之規定，肖鈞局触 新型專利之申請，並_早日賜准本案翻，實感德惠。 【圖式簡單說明】 M285041 圖一，係本創作之外觀立體圖 圖二，係本創作之立體分解圖。 圖三，係本創作實施例之第一組裝示意圖 圖四，係本創作實施例之第二組裝示意圖 圖五，係本創作第二實施例之示意圖。 圖六，係本創作第三實施例之示意圖。 圖七，係本創作第四實施例之示意圖。 圖八，係本創作第五實施例之示意圖。 【主要元件符號說明】 1 一底座 12 —滑動溝 1 4 一插銷 2 1 —容孔 2 3 —缺孔 3 1 —模杯 3 21—内導槽 3 3-扶座 4 —約制器 4 2 —凸肋 4 4 一喪板 4 6—凸緣 5 —支架組 1 1 一凹槽 13 —定位半槽 2 —架置板 2 2 —通孔 3 —模具組合 3 2-導柱 3 2 2 —外導槽 3 31—插掣槽 4 1 一頂板 4 3 —卡掣溝 4 5 —遮板 4 7 —側板 51—第一導觸桿 12 ⑧ M285041 5 2_第二導觸桿 5 4 —反射杯 7—下連結桿 5 3 —晶粒部 6—上連結桿9 M285041 3 inside the guide groove 3 2 1 and the four sides formed by the insertion groove 3 3 1! 1) limit. Then, the mold making device is sent together with the bracket group 5 into the furnace for about 12 〇β~ΐ6〇Υ heating baking, and about 70~80. The re-cooling process of C causes the glue poured in the mold cup 3 to be hardened by heat and cooled to form a bulb main body to cover the crystal grain portion 5 3 and the reflective cup 5 4 at the top thereof, and then separate the bulb from the mold cup. , that is, complete the molding process. In the second embodiment of the present invention, as shown in FIG. 5, in the above configuration, the top surface of the top plate 41 of the controller 4 is appropriately extended at both ends, and the panel 4 is extended downwardly. 2 internal positioning. According to the above configuration, the gusset 44 can be joined to the outer guide groove 3 2 (10) from the upper end and the outer guide groove 3 2 to achieve a positioning effect to enhance the stability. In the third embodiment of the present invention, as shown in FIG. 6, in the above configuration, the top plate 4 1 _ end of the circulator 4 extends downwardly downwardly - the shutter 4 5, just concealing the guide post 3 2 Bu side ^, forming a hat type, to achieve the weight of the force increase, strong force frame, improve stability and other effects. 9 " The fourth embodiment of the present invention, as shown in Fig. 7, in the above configuration, the inner end of the shutter 45 extends a flange 46, and the guide post 32 is clamped from the outer end to strengthen the positioning. The over-structure & can be engaged with the guide post 32 from the end of the flange 45 of the shutter 45 to achieve a reinforcing structure positioning effect and enhance stability. In the fifth embodiment of the present invention, as shown in FIG. 8, in the above configuration, the two sides of the shutter 45 extend inwardly to the side plate 4, and the outer side wall of the guide post 3 2 can be clamped. The above structure can achieve the reinforcing structure positioning effect by the close fitting of the side plates 47 of the shutters 45 to the outer wall of the guide post 3 2 to enhance the stability. M285041 According to the above implementation, it can be seen that the advantages of the buckle are as follows: 1. The creation is performed by the brackets 5 of the brackets 4, the guide grooves 3 21 of the mold assembly 3, and the insertion slots. 3 3 i formed by the four-side fixed field support bracket, and 5, together with the molding tool is moved, the bracket group 5 will not easily deviate due to vertical or horizontal displacement, so that the reflective cup 54 is maintained and still in the mold The relative position angle of the bulb in the forming can effectively control the light divergence angle of the LED after the molding is completed. 2. The core group 5 of this creation has a stable four-sided limit, which can avoid the heating and cooling process during the molding and packaging process. Due to the heat expansion and contraction, unpredictable lateral sloshing may occur. After the completion of the body, the predetermined light distribution curve can be achieved, which in turn affects the yield of the mold package, effectively reduces the production cost, and enhances the industry's competitiveness. However, the above is only the preferred embodiment of the present creation. When it is not possible to limit the creation of this creation, that is, the test of the book and the creation of the book: the simple effect of the book content changes and modifications (4) remains within the scope of this creation patent. In summary, the technical structure of the book is detailed, and the structure of the structure can be prevented to prevent the light-emitting diode support group 5 from being swayed during the operation of the lamp, so as to reduce the production cost and not Seen in the relevant products of the industry, it should meet the requirements of the new patents. The towel invites people to follow the special requirements. Xiao Xiao Bureau touches the application of the new patent, and _ the early grant of this case, the real sense of Dehui. [Simple description of the diagram] M285041 Figure 1 is a perspective view of the appearance of the creation. Figure 2 is an exploded view of the creation. FIG. 3 is a first assembly diagram of the present embodiment. FIG. 4 is a second assembly diagram of the present embodiment. FIG. 5 is a schematic diagram of a second embodiment of the present creation. Figure 6 is a schematic view of a third embodiment of the present creation. Figure 7 is a schematic diagram of a fourth embodiment of the present creation. Figure 8 is a schematic view showing a fifth embodiment of the present creation. [Main component symbol description] 1 A base 12 - Sliding groove 1 4 A pin 2 1 - A hole 2 3 - A hole 3 1 - A mold cup 3 21 - Inner guide groove 3 3 - A seat 4 - A controller 4 2 - rib 4 4 a plate 4 6 - flange 5 - bracket group 1 1 a groove 13 - positioning half groove 2 - mounting plate 2 2 - through hole 3 - mold combination 3 2 - guide column 3 2 2 - Outer channel 3 31 - grooving groove 4 1 - top plate 4 3 - grooving groove 4 5 - visor 4 7 - side plate 51 - first guiding rod 12 8 M285041 5 2_ second guiding rod 5 4 - reflection Cup 7 - lower connecting rod 5 3 - die portion 6 - upper connecting rod