201230911 六、發明說明： 【發明所屬之技術領域】 本發明係組裝治具，尤指—種其上設有推抵板與縱 向開孔，且在其_成-定位通道，使得該定位通道能夹持 住一可撓性電路板，而該推抵板則在該可撓式電路板之連接 部插接至-硬式電職上之—明連接器後，其邊緣能順勢 推抵該門閂連接器的組裝洽具。 【先前技術】 按，由於贼人騎可赋電子產品（如：智慧型手機） 的設計要求’主要以「輕、薄、短、小」為主，因此，業者 在设计前述可攜式電子產品的整體架構時，勢必需緊密安排 該可擴式電子產品内之各㈣子元件的擺餘置，甚至要採 用體積更小的電子元件，或可撓式的電子元件，以能達到縮 小該可攜式電子產品之整體體精的效果。 舉例而έ，請參閱第1圖所示.，傳統的智慧型手機1在 進行組裝時，其主要構件大致可分為三件，一是殼體u，二 是顯不面板13，三是硬式電路板15，其中該殼體η係由一 上设111與一下殼112組合而成，且其内會形成一容置空間， 又’該顯示面板13及該硬式電路板15能容納至該容置空間， 且該顯示面板丨3會透過一可撓式電路板17 (FlexiblePrint Circuit ’簡稱FPC)與該硬式電路板15相組裝，使得該硬式 電路板15能傳送訊號至該顯示面板13上，且因該可撓式電 路板17能夠被彎曲’令該硬式電路板15能重疊至該顯示面 201230911 板13上，如此，該殼體11的面積僅需符合該顯示面板13的 面積，以達到縮減該智慧型手機i之體績的設計效果。一般 言，工作人員在_該智慧料機1時，通常會先將該可撓 式電路板17之兩端的連接部171分別電氣連接至該顯示面板 13與該硬式電路板15上後，再彎折該可撓式電路板η，以 使該顯示面板13能與該硬式電路板15相重疊，再—同組裝 於該殼體11巾’由於’為避免佔用太多該殼體u内之容置 空間，故’該可撓式電路板17的長度通常較短，僅需其能再 f折後，仍能分別連接該顯示面板13與該硬式電路板15即 可。 惟，前述的組裝方式，雖然能有效縮減該智慧型手機i 的整體體積，但卻會在日後的維修上，造成維修人M不便維 修的問題，請參閱第1及2圖所示，主要原因在於，當該智 慧型手機1的硬式電路板15故障時，維修人員通常僅會拆除 該硬式電路板15進行修理，俟修理完成後，再將該硬式電路 板15組裝回該智慧型手機1中，由於業者為能方便組裝該硬 式電路板15與該可撓式電路板π ’因此，該硬式電路板a 通常會採用門問連接器151 ( Latch Connector )，該門問連接 器151包括一門閂1510及一連接器1511，該連接器1511能 供該可撓式電路板17之一連接部171插入，該門閂151〇則 能夠朝該連接器1511的方向接近或遠離，以能夠夾持固定住 該可撓式電路板17之該連接部171，或者釋放該可撓式電路 板17之該連接部171，如此，在生產階段時，當工作人員將 該可撓式電路板17之一端的連接部171插接至該硬式電路板 201230911 15的門閃連接器151時’因該顯示面板13與該硬式電路板 15尚未被組裝至該殼體n内，意即，該可撓式電路板尚 未被’4折，因此，工作人員能夠直接觀看到該門閂連接器1 μ 與該可撓式電路板17的連接部171，並進行組裝的動作，故 較不易產生問題，但，在維修時’由於該可挽式電路板17的 長度太短，且會受_上殼ni之周輯其它零件的阻礙， 因此，維修人員並無法如同生產階段般，能夠拉直該可撓式 電路板17，再以直接觀看該門問連接器151與該可挽式電路 板17之連接部m的方式進行組裝，而是必須反轉該硬式電 路板15 (如第2圖所示），使得該門财接器丨5】細該可挽 式電路板17的連接部171力方向，才得以進行後續的組裝作 業’此時，由於該維修人員僅能藉由該硬式電路板15與該顯 示面板13之間的有限空間L，察看該可撓式電路板17的連接 部171是否已伸入至該門閃連接器151之連接器⑸i中（如 第2圖的虛騎示）？且在該連接部m已伸人至該連接器 1511後’再制工具慢慢地推抵該門⑴刚，以使該門閃連 接器151献緊柯撓式電路板17的連接部⑺，並形成電 氣連接。 誠如前述，由於該可撓式電路板Π的長度有限，造成該 硬式電路板15與該顯示面板13之間的空間有限，使得維修 人員在組裝的過程中，不易察看該連接部171是否已伸入至 該門閃連接11 151之連巾？此外，由於鱗修人員 僅單純藉由手缺錄财撓式電路板Π，，在維修人 員使用工具推抵該咖咖時，若手部補晃動，或者是施 201230911 力過猛，皆會造成該可撓式電路板17之連接部171脫離該門 閃連接器151’導致維修人員必須重新將該連接部171再伸入 至胡閃連接H 151中’前述情況，不僅拖延維修人員的維 修時間，且會使得維修人員的工作效率低下。 故，如何設計出一種組裝治具，能夠解決維修人員在組 裝該硬式電路板與可撓式電路板時，所會遇到的問題，以提 而維修人貝的工作效率’即成為目前電子產#或設計業者巫 思解決之重大課題。 【發明内容】 有鑑於可攜式電子裝置的體積小巧，連帶影響其内之電 子元件的排列較為緊密’致使業者無法預留長度較長的可撓 式電路板，造成維修人員在組裝上的困擾，因此，發明人經 過長久努力研究與實驗’終於開發設計出本發明之可撓式電 路板之組|治具’以罐由本發明，樣有效解決前述問題， 並提供維修人員一種更為簡便的工具。 本發明之一目的，係提供一種可撓式電路板之組裝治 具，係應用於將一可撓式電路板（Flexible Printed Circmt ’簡稱FPC)與具有門問連接器⑽比c麵伽） 之-硬式電路板組裝在—起，包括_板體及—滑動板，其中 該板體上開設有―長條狀之縱向開孔，該長條狀開孔係沿縱 向延伸至該板體之—端緣，該板體之—麻上仙一脊折孤 度，延伸出一推抵板，該推抵板係對應於該縱向開孔，且在 °亥推抵板及縱向開孔卿成—平順之定位通道，供該可撓式 201230911 電路板的-部份驗容納且平順地定位·定位通道中，該 板體上鄰近另-端緣之位置開設有—長條狀之橫向槽孔， 另’該滑動板之-端係可滑動地組裝至該板體的橫向槽孔 中’以使其另-端能朝靠近或遠離該板體的方向，進行往復 運動，又’該滑動板鄰近另—端之—側面上設有—嵌卡部， 以能與該硬式f路板相互射定位，如此，當轉人員欲將 該可撓式電路板與該硬式電路板減組裝在—起時，即能先 以該板體之定位通道平麟祕住該可撓式電路板，且使該 可撓式電路板-歡—連接部能外露在該定位通道外，並位 於該板體的—_ ，將該硬式電路板透嵌卡部而組 裝至該滑動板後，使該滑動板之另—端朝該板體的方向移 動’俟該可撓式電路板之連接雜人至該硬式電路板上之一 連接器後’该推抵板之邊緣即能順勢推抵該門問連接器之一 門閃’以使該可撓式電路板之連接部被固定在該連接器中， 並形成電氣連接，故，藉由本發明之組裝治具，即可大幅提 高維修人員的組裝效率。 本發明之另一目的，係提供一種可撓式電路板之組裝治 具，包括一板體及一定位板，其中該板體上沿縱向延伸至其 -端緣的位置，開設有—長條狀之縱向開孔，該板體之一側 面且對應該縱向開孔的位置，尚係彎折延伸出一推抵板，以 在該推抵板及縱向開孔間形成一平順之定位通道，另，該定 位板之一端係連接至該板體的另一端，且其上設有一滑動 槽’該滑動槽係沿該板體的橫向設置，使得該硬式電路板能 /月動地，’且裝至该定位板的滑動槽中，如此，維修人員藉由本201230911 VI. Description of the Invention: [Technical Field] The present invention is an assembly jig, in particular, a push plate and a longitudinal opening are provided thereon, and in the _ forming-positioning channel, the positioning channel can be Clamping a flexible circuit board, and the pushing board is inserted into the connection of the flexible circuit board to the hard connector, and the edge of the flexible circuit board can be pushed against the latch connection The assembly of the device is negotiated. [Prior Art] According to the design requirements of the thief riding an electronic product (such as a smart phone), the main requirements are "light, thin, short, small". Therefore, the operator is designing the aforementioned portable electronic products. In the overall architecture, it is necessary to closely arrange the placement of each (four) sub-component in the expandable electronic product, or even to use smaller electronic components, or flexible electronic components, in order to achieve the reduction of the portability. The overall effect of the electronic product. For example, please refer to Figure 1. When the traditional smart phone 1 is assembled, its main components can be roughly divided into three parts, one is the housing u, the other is the panel 13, and the third is hard. The circuit board 15 is formed by a combination of an upper portion 111 and a lower housing 112, and an accommodating space is formed therein, and the display panel 13 and the rigid circuit board 15 can be accommodated therein. The display panel 丨3 is assembled with the rigid circuit board 15 through a flexible printed circuit board 17 (FPC), so that the hard circuit board 15 can transmit signals to the display panel 13. And because the flexible circuit board 17 can be bent to enable the rigid circuit board 15 to overlap the display surface 201230911, the area of the housing 11 only needs to conform to the area of the display panel 13 to achieve Reduce the design effect of the smart phone i's performance. Generally speaking, when the worker is in the smart material machine 1, the connecting portion 171 at both ends of the flexible circuit board 17 is first electrically connected to the display panel 13 and the hard circuit board 15, respectively, and then bent. Folding the flexible circuit board η so that the display panel 13 can overlap with the rigid circuit board 15, and then assembling the same in the housing 11 to avoid occupying too much space in the housing u Therefore, the length of the flexible circuit board 17 is usually short, and the display panel 13 and the rigid circuit board 15 can be connected separately after being folded. However, although the above-mentioned assembly method can effectively reduce the overall size of the smart phone i, it will cause maintenance inconvenience to the maintenance person in future maintenance. Please refer to the figures 1 and 2, the main reason. Therefore, when the hard circuit board 15 of the smart phone 1 fails, the maintenance personnel usually only remove the hard circuit board 15 for repair, and after the repair is completed, the hard circuit board 15 is assembled back into the smart phone 1. Since the manufacturer can easily assemble the rigid circuit board 15 and the flexible circuit board π ', the hard circuit board a usually adopts a Latch Connector 151, which includes a latch. 1510 and a connector 1511, the connector 1511 can be inserted into the connecting portion 171 of the flexible circuit board 17, and the latch 151 can be approached or away from the connector 1511 so as to be able to be clamped and fixed. The connecting portion 171 of the flexible circuit board 17 or the connecting portion 171 of the flexible circuit board 17 is released, so that when the worker touches one end of the flexible circuit board 17 at the production stage When the connector 171 is plugged into the door flash connector 151 of the hard circuit board 201230911 15 'because the display panel 13 and the hard circuit board 15 have not been assembled into the housing n, that is, the flexible circuit board It has not been folded by 4%. Therefore, the worker can directly view the connection portion 171 of the latch connector 1 μ and the flexible circuit board 17 and perform the assembly operation, so that it is less prone to problems, but during maintenance. 'Because the length of the pullable circuit board 17 is too short and is hindered by other parts of the top of the shell, the maintenance personnel cannot straighten the flexible circuit board 17 as in the production stage. And, in order to directly view the connector 151 and the connection portion m of the pullable circuit board 17, the hard circuit board 15 (as shown in FIG. 2) must be reversed so that the door The connector 丨5] thins the direction of the connection portion 171 of the pullable circuit board 17 to enable subsequent assembly work. At this time, since the maintenance personnel can only use the hard circuit board 15 and the display panel 13 Between the limited space L, see the flexible Whether the connection portion 171 has the circuit board 17 extend into the connector gate flash of ⑸i 151 (as Fig. 2 shows a virtual ride)? And after the connecting portion m has been extended to the connector 1511, the 'rework tool slowly pushes against the door (1), so that the door flash connector 151 is fastened to the connecting portion (7) of the flexographic circuit board 17, And form an electrical connection. As described above, since the length of the flexible circuit board is limited, the space between the rigid circuit board 15 and the display panel 13 is limited, so that the maintenance personnel can hardly check whether the connection portion 171 has been in the process of assembly. Extend into the door to the door flashing 11 151 of the scarf? In addition, since the scale repairer simply uses the hand-deficient circuit board, when the maintenance personnel use the tool to push the coffee, if the hand is shaken, or if the application is too strong, it will cause the The connection portion 171 of the flexible circuit board 17 is disengaged from the door flash connector 151', so that the maintenance personnel must re-extend the connecting portion 171 into the Hu flash connection H 151, which not only delays the maintenance time of the maintenance personnel, And it will make the maintenance staff work inefficient. Therefore, how to design an assembly fixture can solve the problems that maintenance personnel encounter when assembling the rigid circuit board and the flexible circuit board, so as to improve the work efficiency of the person's shell, which becomes the current electronic product. # or the major issue of the design industry's Wu Si solution. SUMMARY OF THE INVENTION In view of the small size of the portable electronic device, the arrangement of electronic components in the vicinity is relatively tight, which makes it impossible for the operator to reserve a flexible circuit board with a long length, which causes maintenance personnel to be troubled in assembly. Therefore, the inventors have made long-term efforts and research 'final development and design of the flexible circuit board of the present invention|tools' to the cans by the present invention, effectively solving the aforementioned problems, and providing maintenance personnel with a simpler tool. An object of the present invention is to provide an assembly tool for a flexible circuit board, which is applied to a flexible printed circuit board (FPC) and a gate connector (10). - The rigid circuit board is assembled, including a plate body and a sliding plate, wherein the plate body is provided with a long longitudinal opening, the elongated opening extending longitudinally to the plate body - The end edge, the slab of the slab, the ridge of the ridge, and the ridge of the ridge, extending out of a pushing plate, the pushing plate corresponding to the longitudinal opening, and pushing the plate at the angle of the sea and opening the hole in the longitudinal direction The positioning channel is provided for the flexible part of the flexible 201230911 circuit board and is positioned and positioned smoothly. The plate body is provided with a long strip-shaped lateral slot adjacent to the other end edge. 'The end of the sliding plate is slidably assembled into the transverse slot of the plate body' so that its other end can reciprocate toward or away from the plate body, and the sliding plate is adjacent to the other - the end - the side is provided with a card-embedded portion to be able to align with the hard f-plate In this way, when the switcher wants to reduce the flexible circuit board and the hard circuit board, the first flexible circuit board can be used to fix the flexible circuit board with the positioning channel of the board body, and the The flexible circuit board-sale-connecting portion can be exposed outside the positioning channel and located at the __ of the board body, and the hard circuit board is inserted into the card portion to be assembled to the sliding board, so that the sliding board is another - the end moves toward the board. 'After connecting the flexible circuit board to the connector on the hard circuit board, the edge of the push board can be pushed against the door connector. A door flash is used to fix the connection portion of the flexible circuit board in the connector and to form an electrical connection. Therefore, the assembly efficiency of the maintenance personnel can be greatly improved by the assembly jig of the present invention. Another object of the present invention is to provide an assembly tool for a flexible circuit board, comprising a board body and a positioning board, wherein the board body extends longitudinally to a position of the end edge thereof, and is provided with a long strip. The longitudinal opening of the shape, the position of one side of the plate body corresponding to the longitudinal opening, is still bent to extend a pushing plate to form a smooth positioning channel between the pushing plate and the longitudinal opening, In addition, one end of the positioning plate is connected to the other end of the plate body, and a sliding groove is disposed thereon. The sliding groove is disposed along the lateral direction of the plate body, so that the rigid circuit board can be moved/moving, and Installed in the sliding groove of the positioning plate, so that the maintenance personnel use this
S 8 201230911 發明之組裝治具’即可輕易地以該板體之定位通道^位住該 可撓式電路板，同時’維修人員並不需在額外使用其它工具， 只需將該贼電路板定位至蹄補巾，絲動該硬式電路 板，便能使該硬式電路板朝該板體的方向移動，且在該可撓 式電路板之連接部插接至該硬式電路板上之一門問連接器 後，該推抵板之邊緣能順勢推抵該門閂連接器，使得該門閂 連接器與該連接部能形成電氣連接，有效提高維修人員在組 裝上的便利性。 ' 為便貴審查委貞能對本發明目的、技㈣徵及其功效， 做更進-步之認識姆解，紳實施触合圖式，詳細說明 如下： 【實施方式】 本發明係-種可撓式電路板之組裝治具，主要是在維修 人員欲將-可撓式電路板（Flexible PHnted❿仙，簡 稱FPC)與-硬式電路板組裝在一起時，祕藉由該組装治旦 而穩固地定位住該可撓式電路板的位置，且維修人員無;^ 使用額外的X具，便能㈣地將該可撓式電路板組h該硬 式電路板上，其中’本發明之組裝治具乃是軸於具有一門 閂連接器（Latch Connector)的硬式電路板，且嗜門門連接 器包括-明及-連接H ’該輕H祕該可紅電路板之 一連接部插人，該關顧簡定或釋放插人該連接器之該 可撓式電路板之連接部，合先陳明。 Λ 在本發明之第-實施例中，請參閱第3及4圖所示，該 201230911 組裝治具2包括一板體21及一滑動板23，其中該板體21上 開設有呈長條狀之一縱向開孔210，該縱向開孔210係沿縱向 延伸至該板體21之一端緣，又，該板體21之一侧面上且鄰 近該縱向開孔210的位置，係以一彎折弧度0 (在該實施例 中，該彎折弧度係小於90度），延伸出一推抵板212，且該推 抵板212會對應於該縱向開孔210，以在該推抵板212及該縱 向開孔210間形成一平順之定位通道，如此，當維修人員使 用該組裝治具2夾持住該可撓式電路板3時，該可撓式電路 板3鄰近一端的一部份能被容納且平順地定位於該定位通道 中（如第,4圖所示）’使得該可撓式電路板3不易在後續的組 裝過程中，任意地偏離位置，在此特別一提者，為能加強該 組裝治具2的夾持能力，該板體21之對應另一側面係與該推 抵板212呈反方向且小於90度之彎折弧度，延伸出一夾持板 213，該夾持板213係與該推抵板212保持一間距，並對應於 該縱向開孔210，如此，藉由該夾持板213與該推抵板212 即可愈加穩固地夾持住該可撓式電路板3。 另，復請參閱第3圖所示，該板體21上鄰近另一端緣之 位置開β又有一長條狀之橫向槽孔214，該滑動板23之一端則 設有-滑動柱230，且該滑動柱挪係可滑動地纟且裝至該板體 21的橫向槽孔214中，使得該滑動板23之另—端能朝該板體 21的方向靠近或雜，*進行往復運動，惟，在本發明之其 它實施例中，業者亦可依設計需求，崎該橫向槽孔214設 置於該滑動板23上’將該滑動柱23Q設置於該板體21上， 或改用其它的滑動結構，只要該滑動板23能滑動地組裝至該 201230911 板體21鄰近另一端緣之位置’即為本發明所欲主張之板體。 與滑動板23間的連接關係’合先陳明。又，該滑動板23鄰 近另一端之一側面上設有一嵌卡部231，以能透過該嵌卡部 231而與該硬式電路板4相互嵌卡定位（如第5圖所示），一 般言，硬式電路板4上通常會設有定位孔，以供螺絲或其它 定位元件通過，並將該硬式電路板4固定住，因此，在該實 施例中，該嵌卡部231係為一凸柱，並能夠嵌卡至該硬式電 路板4的定位孔上，惟，在本發明之其它實施例中，業者能 多勺針對不同硬式電路板4的具體結構，而改變該嵌卡部mi 的態樣’以使該硬式電路板4能順利地定位至該滑動板23上。 承上所述，復請參閱第4及5圖，當維修人員欲將該可 挽式電路板3與該硬式電路板4相互組裝在一起時，即能先 藉由該板體21之定㈣道平順地夾持住該可撓式f路板3鄰 近纟而的位置，且使該可撓式電路板3 一端之一連接部Μ能 外露在該定位通道外，且位於該板體21的一側面，此時，由 於該組B具2在祕健可撓式電路板3時，該可撓式電 路板3會受到該板體21及該推抵板212的擠壓而變形，進而 迫使其1的連接部31會朝遠離該板體21之—側面的方向 位移-，維修人員透過該嵌卡部‘ 23】而將該硬式電路板4 組裝至該滑純23後，便__滑祕23，使得該滑動板 23,另-端朝該板㈣的方向移動，進而令該硬式電路板4 ，雜抵板212的方向移動，由於該可撓式電路板3的連接 。/1 31已先朝遠離該板體2]的方向位移，故能輕易地伸入至 該門問連接器41之該連接器411 t，之後，該硬式電路板4 201230911 會持續朝該推抵板212的方向移動，直至該推抵板212之邊 緣能順勢推抵該門閂連接器41之該門閂41〇為止，使得該門 閂連接器41之門閂410能緊密地夾持住該可撓式電路板3之 連接部31，令該連接部31能被固定於該連接器mi中，且形 成電氣連接。如此，藉由本發明之組裝治具，維修人員在將 可攜式電子裝置中的可撓式電路板3與硬式電路板4相組裝 時，即可輕易地定位住該可撓式電路板3，且維修人員毋需額 外使用其它工具，只要推動該滑動板23便能夠使該硬式電路 板4之門閂連接器41，緊密地夾持住該可撓式電路板3的連 接部31，此舉’不僅大幅提高雜人貞的_效率，且能縮 短維修人員的工作時間。 再者，除了前述實施例所提及之滑動板外，本發明之組 裝冶具亦可更改為其它結構，在本發明之第二實施例中，請 參閱第6圖所示，該組裝治具5包括一板體51及一定位板 55 ’其中s亥;Μ 51上沿縱向延伸至其一端緣的位置，開設有 -長條狀之縱向開孔51G，又，該板體51之—側面上響折延 伸出一推抵板512，該推抵板512對應於該縱向開孔51〇，且 在該推抵板512及縱_孔51〇間形成—定位通道，以供一 可撓式電路板的-部份驗容納且平獅定位於敕位通道 中，另’該定位板55係連接至該板體51鄰近另一端緣的位 置，且其上設有一滑動槽551 ’該滑動#⑹係沿該板體以 的橫向設置，在郷二實_中，該定位板55係與該板體Μ -體成形，但在本侧之其它實酬巾，業者乃齡開設置， 合先敛明。如此，轉人員即腿—硬式她靠至該滑 201230911 動槽551的底部，且推動該硬式電路板，令其能在該定位板 55的滑動槽551中移動，且使其上的門問連接器能朝該推抵 板512的方向位移，並在該可撓式電路板之連接部已伸入至 該門問連接ϋ之-連接器後’雜抵板512能順勢推抵該門 閃連接器之-明’迫使該明連翻能緊密地錄住該連 接部，由於，在前述的組裝職巾，祕人s並不需特別以 手心定位住該可撓式電路板，且亦不需制察看該可撓式電 路板之連接部衫已伸人至該明連接財，故能大幅增加 維修人員在組裝上的便利性。 按，以上所述，僅係本發明之較佳實施例，惟，本發明 所主張之權利範圍，並不侷限於此，按凡熟悉該項技藝人士， 依據本發明所揭露之技術内容，可輕易思及之等效變化，均 應屬不脫離本發明之保護範齊。 【圖式簡單說明】 第1圖係智慧型手機的爆炸示意圖； 第2圖係智慧型手機的斷面示意圖； 第3圖係本發明之第一實施例之組裝治具的示意圖； 第4圖係本發明之第一實施例之組裝治具的俯視圖； 第5圖係本發明之第一實施例之組裝治具的使用狀態示意 圖；及 ~ 第6圖係本發明之第二實施例之組裝治具的示意圖。 【主要元件符號說明】 13 201230911 組裝治具 …· ·. 2、5 板體 …· ·. 21 > 51 縱向開孔 …· 210 >510 推抵板 …· ·· 212、512 爽持板 .· 213 橫向槽孔 …* .· 214 滑動板 …· .. 23 滑動柱 …· ... 230 嵌卡部 …· … 231 可撓式電路板 … 3 連接部 …· … 31 硬式電路板 …| … 4 門閂連接器 … … 41 門閂 … ... 410 連接器 … … 411 定位板 … … 55 滑動槽 … … 551S 8 201230911 The assembly fixture of the invention can easily position the flexible circuit board with the positioning channel of the board, and the maintenance personnel do not need to use other tools, only the thief circuit board Positioning the hoof patch to move the rigid circuit board to move the rigid circuit board toward the board body, and inserting the connection portion of the flexible circuit board to the hard circuit board After the connector, the edge of the pushing plate can be pushed against the latch connector, so that the latch connector can form an electrical connection with the connecting portion, thereby effectively improving the convenience of the maintenance personnel in assembly. For the sake of the examination, the committee can make a more advanced understanding of the purpose of the invention, the technique (4) and its efficacy, and implement the touch pattern, which is described in detail as follows: [Embodiment] The assembly tool of the flexible circuit board is mainly used when the maintenance personnel want to assemble the flexible circuit board (FPC) and the hard circuit board together, and the stability is stabilized by the assembly. Positioning the flexible circuit board, and the maintenance personnel have no; ^ using the additional X tool, the flexible circuit board can be (4) the hard circuit board, wherein 'the assembly of the invention The device is a hard circuit board having a Latch Connector, and the door connector includes a - and a connection H', and the connection portion of the red circuit board is inserted. Pay attention to the connection of the flexible circuit board that is simply or released to the connector. Λ In the first embodiment of the present invention, as shown in FIGS. 3 and 4, the assembly tool 2 includes a plate body 21 and a sliding plate 23, wherein the plate body 21 is provided with a strip shape. a longitudinal opening 210 extending longitudinally to one end edge of the plate body 21, and a position on one side of the plate body 21 adjacent to the longitudinal opening 210 is a bend The curvature 0 (in this embodiment, the bending curvature is less than 90 degrees) extends from a pushing plate 212, and the pushing plate 212 corresponds to the longitudinal opening 210 to be in the pushing plate 212 and A smooth positioning channel is formed between the longitudinal openings 210. When the maintenance tool uses the assembly jig 2 to clamp the flexible circuit board 3, a portion of the flexible circuit board 3 adjacent to one end can The accommodating and smooth positioning in the positioning channel (as shown in FIG. 4) makes the flexible circuit board 3 difficult to arbitrarily deviate from the position during the subsequent assembly process, and in particular, The clamping capability of the assembly jig 2 can be enhanced, and the corresponding other side of the plate body 21 is formed with the pushing plate 212 a bending arc having a direction of less than 90 degrees extends out of a clamping plate 213, the clamping plate 213 is spaced from the pushing plate 212 and corresponds to the longitudinal opening 210, and thus, by the clamping The plate 213 and the pushing plate 212 can more firmly hold the flexible circuit board 3. In addition, as shown in FIG. 3, the plate body 21 is adjacent to the other end edge and has a long transverse slot 214, and one end of the sliding plate 23 is provided with a sliding column 230, and The sliding column is slidably mounted and mounted in the transverse slot 214 of the plate body 21 such that the other end of the sliding plate 23 can approach or be misaligned toward the direction of the plate body 21, and * reciprocate. In other embodiments of the present invention, the operator may also provide the lateral slot 214 on the sliding plate 23 according to the design requirement. The sliding column 23Q is disposed on the plate 21, or other sliding is used. The structure is as long as the sliding plate 23 is slidably assembled to the position of the 201230911 plate body 21 adjacent to the other end edge. The connection relationship with the sliding plate 23 is combined with the first. Moreover, the sliding plate 23 is provided with a latching portion 231 on the side of the other end of the sliding plate 23 so as to be able to be inserted into the hard circuit board 4 through the latching portion 231 (as shown in FIG. 5). The rigid circuit board 4 is usually provided with a positioning hole for the screw or other positioning component to pass through, and the hard circuit board 4 is fixed. Therefore, in this embodiment, the insertion portion 231 is a protruding post. And can be embedded in the positioning hole of the rigid circuit board 4, but in other embodiments of the present invention, the operator can change the state of the card portion mi for the specific structure of the different hard circuit board 4 ''so that the rigid circuit board 4 can be smoothly positioned onto the sliding plate 23. As described above, referring to Figures 4 and 5, when the maintenance personnel want to assemble the portable circuit board 3 and the hard circuit board 4 together, the board body 21 can be first determined (4). The road is smoothly clamped to the position of the flexible f-way board 3 adjacent to the crucible, and one of the connecting ends of the flexible circuit board 3 is exposed outside the positioning channel, and is located at the board body 21. One side, at this time, since the group B has 2 in the flexible flexible circuit board 3, the flexible circuit board 3 is deformed by the pressing of the board body 21 and the pushing board 212, thereby forcing The connecting portion 31 of the first portion 31 is displaced away from the side surface of the plate body 21, and the maintenance personnel assembles the rigid circuit board 4 to the sliding pure 23 through the engaging portion '23', and then __slide The secret 23 causes the sliding plate 23 to move in the direction of the plate (four), thereby moving the rigid circuit board 4 and the misalignment plate 212 in direction due to the connection of the flexible circuit board 3. /1 31 has been displaced away from the plate 2], so that it can easily reach the connector 411 t of the door connector 41, after which the rigid circuit board 4 201230911 continues to push toward the connector The direction of the plate 212 is moved until the edge of the pushing plate 212 can be pushed against the latch 41 of the latch connector 41, so that the latch 410 of the latch connector 41 can tightly clamp the flexible circuit The connecting portion 31 of the board 3 allows the connecting portion 31 to be fixed in the connector mi and to form an electrical connection. Thus, with the assembly jig of the present invention, the maintenance personnel can easily position the flexible circuit board 3 when the flexible circuit board 3 in the portable electronic device is assembled with the hard circuit board 4. Moreover, the maintenance personnel need to additionally use other tools, as long as the sliding plate 23 is pushed, the latch connector 41 of the rigid circuit board 4 can tightly clamp the connecting portion 31 of the flexible circuit board 3, which is ' Not only greatly improve the efficiency of the miscellaneous, but also shorten the working hours of maintenance personnel. Furthermore, in addition to the sliding plates mentioned in the foregoing embodiments, the assembly tool of the present invention may be modified to other structures. In the second embodiment of the present invention, please refer to FIG. The utility model comprises a plate body 51 and a positioning plate 55', wherein the upper surface of the crucible 51 extends longitudinally to one end edge thereof, and a longitudinal opening 51G is formed, and the side surface of the plate body 51 is further The squeezing plate 512 extends correspondingly to the longitudinal opening 51 〇, and a positioning channel is formed between the pushing plate 512 and the longitudinal hole 51 以 for a flexible circuit The sliding portion of the plate is positioned and the flat lion is positioned in the clamping channel, and the positioning plate 55 is connected to the position of the plate body 51 adjacent to the other end edge, and is provided with a sliding groove 551 'the sliding #(6) It is disposed along the horizontal direction of the plate body. In the second embodiment, the positioning plate 55 is formed integrally with the plate body, but the other actual paid towels on the side are set up by the industry. Bright. In this way, the transfer person, that is, the leg-hard type, leans to the bottom of the sliding 201230911 movement groove 551, and pushes the rigid circuit board so that it can move in the sliding groove 551 of the positioning plate 55, and the door connection thereof is made. The device can be displaced in the direction of the pushing plate 512, and after the connecting portion of the flexible circuit board has protruded into the connector of the door connector, the miscellaneous plate 512 can push the door flash connection. The device - Ming 'forces the Ming Lian flip to closely record the connection, because in the aforementioned assembly of the job towel, the secret person s does not need to specifically position the flexible circuit board with the palm, and does not need It is observed that the connection of the flexible circuit board has been extended to the connection, so that the convenience of the maintenance personnel in assembly can be greatly increased. The above is only the preferred embodiment of the present invention, but the scope of the claims of the present invention is not limited thereto, and according to those skilled in the art, according to the technical content disclosed in the present invention, Equivalent changes that are easily thought of should be without departing from the protection of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic diagram of an explosion of a smart phone; Fig. 2 is a schematic sectional view of a smart phone; Fig. 3 is a schematic view of an assembly jig of a first embodiment of the present invention; FIG. 5 is a plan view showing the state of use of the assembly jig of the first embodiment of the present invention; and FIG. 6 is a view showing the assembly of the second embodiment of the present invention; Schematic diagram of the fixture. [Main component symbol description] 13 201230911 Assembly fixture...··. 2,5 plate...··. 21 > 51 Longitudinal opening...· 210 > 510 Pushing plate...··· 212, 512 .. 213 Horizontal Slots...* .· 214 Sliding Plates...·.. 23 Sliding Columns...· ... 230 Inserts...· 231 Flexible Boards... 3 Connections...· 31 Solid Boards... | ... 4 Door latches... 41 Door latches... 410 Connectors... 411 Positioning plates... 55 Slots... 551