M353605 五、新型說明： 【新型所屬之技術領域】 m作_ 路板’且制是麟_種具補強結構 之軟性電路板。 【先前技術】 按，一般言，軟性電路板係能作為電子產品中，任二電子 裝置（如：液晶顯示模組、印刷電路板…等）間電氣訊號（如： 液晶顯不訊號）傳遞的橋樑，而由於軟性電路板具有可撓性， 且具有較印刷電路板更輕薄之特性，故，能令採用軟性電路板 之電子產。σ (如·行動電話、數位相機、個人數位助理器、液 晶顯不器.·····等），在其内部電路魏置上能有更佳的靈活 性，且令該電子產品具有優良的可攜性，並令該電子產品在體 積上能大幅地縮減’因此，近年來，在各種電子產品之設計追 求fe薄化的趨勢下’軟性電路板已愈來愈普及地被翻在各該 電子產品中。 近年來’由於電子產品消費市場的競爭愈來愈激烈，使得 各電子產品的製造業者為搶佔此一消費市場，莫不絞盡腦汁， 在各種電子產品的硬體與軟體設計上，不斷研發改良，期所执 計出的硬體與軟體不僅能令該電子產品產生更佳的性^ 果，尚能令該電子產品之品質大幅地提升，以即時地提供消費 者效能更佳、品質更絲㈣子產品，喊卜種硬體設計的 改良方式’係在該電子產品巾負責傳遞任二電子裝置之 號的軟性電路板上’焊接至少一個電子零件（如：電阻、電 M353605 容·等）’以透過各該電子零件，調變該軟性魏板上似 的電氣訊號’使得該二電子奸能藉由調變後正確之電^ 號，提升纽效果，進料辦子產品触缺品3 良，以下似該二電子裝置㈣為—液晶顯示模_ = 路板為例，進行說明： € 請參閱第1圖所示，該軟性電路板丨係包括— 10，該絕緣片體1G内係佈設有複數條導電線路⑽該絕緣 片體10之-端的頂面係設有複數個端子m (如：金 該等端子1G1細咖科魏路⑽相電器連接在一θ起， ^軟性電路板1之_齡顺絲晶顯福組2 電路=之-連接器210相連接，使得該等導電線路ι〇= 端此刀別與該液晶顯示模組2〇相電氣 之另-婦刪_請，雜接^ =接’如此’該印刷電路板μ即能藉由該等端子m及導 :=1GG ’將電氣訊號（如：液晶顯示訊號）傳輸至該液晶 顯不模組20,而該軟性電路板！尚包括至少一個電子零件^， 該電子零件11之接腳係穿職絕緣⑽1G之頂面，並焊接在 S 一條導電線路100上’故’透過該電子零件11能調變通 I條導電線路100之電氣訊號的電壓或電流，使得該液晶顯 :莫組20此接收到調變後正霉之電氣訊號，以提升該液晶顯 ^組20的處觀⑽··編示物度、改善壞點…… 9然一而’習知軟性電路板1在使用上仍具有缺點，請參閱第 圖所不，當作業員將烊接有該電子零件11之軟性電路板1， 6 M353605 組裝至該液絲示模組2G及料㈣路板21之雜器別間 時’由於’誠如前述，該軟性電路板1係具有可撓性，故，作 業員極易在組裝的過程中使該軟性電路板丨產生彎折與變 形’再者’-般言，由於現今的電子產品普遍都追求輕薄短小， 因此’該軟性電路板1的各該導電線路1〇〇不僅寬度非常細 小，各該導電線路100於該軟性電路板丨上的排列亦非常緊 密，故，相對地，焊接至該軟性電路板i上之該電子零件u 的接腳焊點亦相當微小，使得該電子零件u的接腳焊點強度 較弱，以致於當該軟性電路板i被彎折與變形時，該電子零= U之接腳焊點將容易發生折損或脫落的問題，導致原先為提 升該液晶顯示觀20之處理效果計，不僅無法有效改善 該液晶顯示模組20的處理效果，尚可能造成該液晶顯示模組 2〇故障或毀損之問題，造成製造業者莫大的損失。 综上所述，如何設計出一種創新的軟性電路板，以改進傳 統軟性電路板的嚴重缺點’提高該軟性電路板與該電子零件之 接腳相焊接之位置的強度’令該軟性電路板能在受到彎折時， 有效防止該電子零件之接腳焊點發生折損或脫落的問題，即成 為目前各製造、設計軟性電路板的廠商，亟欲解決之一重要課 題。 【新型内容】 有鑑於此’為改進傳統軟性電路板的缺點，創作人經過長 久努力研究與實驗，終於開發設計出本創作之一種具補強結構 之軟性電路板，以期藉由本創作，使得該軟性電路板能在受到 M353605 =時’有效防止其上所設之至少一個電子零件（如·電阻、 電谷.·····等）的接腳焊點發生折損或脫落的問題。 本創作之-目的’赌供—種具補·構之紐電路板， 絕緣片體及至少-電子零件，其中該絕緣片體内佈設有 =條用以傳輸電氣訊號（如：液晶顯示訊號）之導電線路， ，軟性電職之兩端係分職—電子裝置（如：液晶顯示模組） 印刷電路板之連接器相連接，使得該等導電線路之一端能 分別與該電子裝置相魏連接，科電線路 別透過該絕緣片體之—面上的複數_子（如：金手二； 該連接器相錢連接，使㈣印觀路缝透職軟性電路 板’將電氣峨傳輸至該電子裝置，而該軟性電路板上至少一 條導電線路上焊接有該電子零件，靖由該電子科調變通過 s條導電線路之魏訊號的電壓或電流’使得該電子裝置能接 收到調變後正確之電氣訊號，以提升其處理效果（如：液晶顯 厂、的/月喊改善壞點......等）’該軟性電路板在該絕緣變體 之另-面上對胁該電子零件之接職置，尚_有至少一第 一補強體’該等第-補肖體係呈不可撓性的平板狀，如此，當 作業員將焊接有該電作件之紐電路板，組裝至該電子裝置 及該連接器間時’由於該等第—補強體不具可撓性，故能提升 該軟性電路板上該電子零件之獅焊點強度 ，有效解決傳統軟 性電路板之該f子零件的接腳焊點容易 因該軟性電路板之可 撓性’而在組裝過財，發生折贼脫落的問題。 本創作之^ —目的’魏軟性電路板在該絕緣>}體之-面 上對應於該電子零件及該電子零件之接腳焊點的位置，貼附有 8 M353605 至少一薄膜層，如此，當作業員將焊接有該電子零件之軟性電 路板’組裝至魏子裝置及該連接闕時，由於該電子零件及 該電子零件之接腳焊點的位置被貼附有該等薄膜層，故喷能 有效防止健貞不慎她龍電子零件或該電子零件之接腳 焊點，以避倾f子料與其接轉翻紗絲^發生折損 或脫洛的問題。 本創作之又-目的，係該軟性電路板在該紐片體之另一M353605 V. New description: [New technical field] m is made of _ road board and the system is a flexible circuit board with reinforcing structure. [Prior Art] According to the general statement, a flexible circuit board can be transmitted as an electrical signal (such as a liquid crystal display signal) between any two electronic devices (such as a liquid crystal display module, a printed circuit board, etc.) in an electronic product. Because of the flexibility of the flexible circuit board and the lighter and thinner characteristics of the printed circuit board, the flexible circuit board can be used for electronic production. σ (such as · mobile phone, digital camera, personal digital assistant, LCD display, etc.), can have better flexibility in its internal circuit, and make the electronic product excellent The portability of the electronic product can be greatly reduced in size. Therefore, in recent years, in the trend of designing various electronic products to be thin, the flexible circuit boards have become more and more popular. In the electronic product. In recent years, due to the increasingly fierce competition in the consumer market for electronic products, manufacturers of various electronic products have been racking their brains to seize this consumer market, and have continuously developed and improved the hardware and software design of various electronic products. The hardware and software implemented during the period will not only enable the electronic products to produce better quality, but also greatly improve the quality of the electronic products, so as to provide consumers with better performance and better quality in a timely manner. The sub-product, the improved method of shouting the hardware design 'is soldered to at least one electronic component (such as: resistor, electric M353605, etc.) on the flexible circuit board that the electronic product towel is responsible for transmitting the number of the two electronic devices. In order to modulate the electrical signal on the soft Wei-Board through each of the electronic components, the second electronic trait can be improved by the correct electric quantity after the modulation, and the feed product is lacking. The following two electronic devices (four) are - liquid crystal display mode _ = road board as an example, for the description: € Please refer to Figure 1, the flexible circuit board 包括 includes - 10, the insulating sheet 1G The cloth is provided with a plurality of conductive lines (10). The top surface of the end of the insulating sheet body 10 is provided with a plurality of terminals m (for example: gold, the terminal 1G1, the fine coffee, the Wei (10) phase electrical device is connected at a θ, ^ the flexible circuit board 1 _ _ 顺 silk crystal Xianfu group 2 circuit = the connector 210 is connected, so that the conductive circuit ι 〇 = end this knife and the liquid crystal display module 2 之 之 妇The dummy circuit ^=connects 'so' the printed circuit board μ can transmit an electrical signal (such as a liquid crystal display signal) to the liquid crystal display module 20 by the terminals m and 1: GG ', and the The flexible circuit board still includes at least one electronic component ^, the pin of the electronic component 11 is worn on the top surface of the insulating (10) 1G, and is soldered on a conductive line 100 of S. Therefore, the electronic component 11 can be modulated through the electronic component 11 The voltage or current of the electrical signal of the conductive line 100 causes the liquid crystal display to receive the electrical signal of the mold after the modulation, so as to enhance the appearance of the liquid crystal display group 20 (10)·· Improve the bad points... 9 However, the conventional soft circuit board 1 still has shortcomings in use, please refer to In the figure, when the operator assembles the flexible circuit board 1 and 6 M353605 with the electronic component 11 into the miscellaneous device of the liquid crystal display module 2G and the material (four) circuit board 21, The flexible circuit board 1 is flexible, so that the operator can easily bend and deform the flexible circuit board during the assembly process. - Again, since today's electronic products are generally pursued Light and thin, therefore, the conductive lines 1 of the flexible circuit board 1 are not only very small in width, but the arrangement of the conductive lines 100 on the flexible circuit board is also very close, so that the soldering is relatively soft. The solder joint of the electronic component u on the circuit board i is also relatively small, so that the solder joint of the electronic component u is weak, so that when the flexible circuit board i is bent and deformed, the electronic zero The contact solder joint of U is prone to the problem of breakage or falling off. As a result, the processing effect of the liquid crystal display 20 is not improved, and the liquid crystal display module may be effectively improved. Group 2〇 The problem of failure or damage has caused great losses to the manufacturers. In summary, how to design an innovative flexible circuit board to improve the serious shortcomings of the traditional flexible circuit board 'increasing the strength of the position where the flexible circuit board is soldered to the pin of the electronic component' enables the flexible circuit board to When it is bent, it effectively prevents the problem of the solder joints of the electronic components from being broken or dropped. This is an important issue for manufacturers who manufacture and design flexible circuit boards. [New content] In view of this, in order to improve the shortcomings of the traditional flexible circuit board, the creator has been working hard to study and experiment, and finally developed and designed a soft circuit board with a reinforcing structure, in order to make the softness by this creation. When the board is subjected to M353605 =, it can effectively prevent the problem of the solder joints of at least one of the electronic components (such as resistors, electric valleys, etc.) being broken or dropped. The purpose of the creation is to provide a circuit board, an insulating sheet and at least an electronic component, wherein the insulating sheet is provided with a strip for transmitting an electrical signal (eg, a liquid crystal display signal). The conductive circuit, the soft electric power is divided into two parts - electronic devices (such as: liquid crystal display module), the connectors of the printed circuit board are connected, so that one end of the conductive lines can be respectively connected with the electronic device The electric power line is transmitted through the plural _ sub of the insulating sheet (such as: Jinshou 2; the connector is connected with money, so that (4) the printed road through the flexible circuit board transmits the electric raft to the An electronic device, wherein the electronic component is soldered to at least one of the conductive lines on the flexible circuit board, and the voltage or current of the Wei signal transmitted by the electronic circuit is adjusted by the electronic device to enable the electronic device to receive the modulated The correct electrical signal to improve its processing effect (such as: LCD display factory, / month call to improve the bad point ..., etc.) 'The flexible circuit board on the other side of the insulation variant The replacement of electronic parts, still _ having at least one first reinforcing body', the first complementary system is in the form of an inflexible flat plate, so that when the operator solders the circuit board of the electric component, the electronic device and the connector are assembled In the meantime, because the first-reinforcing body is not flexible, it can improve the strength of the lion solder joint of the electronic component on the flexible circuit board, and effectively solve the problem of the solder joint of the f-part of the conventional flexible circuit board. The flexibility of the flexible circuit board is in the process of assembling the money, and the problem of the thief falling off occurs. The purpose of the present invention is that the "soft" circuit board corresponds to the electronic component on the surface of the insulating body. The position of the solder joint of the electronic component is attached with at least one film layer of 8 M353605, so that when the operator assembles the flexible circuit board soldered with the electronic component to the Weizi device and the connection port, The position of the solder joints of the electronic parts and the electronic parts is attached with the film layers, so that the spray can effectively prevent the health of the electronic components or the solder joints of the electronic parts from being inadvertently Material and its turn-over yarn Loss or de Los Creation and present problems - purpose, the flexible printed circuit board based on the other sheet of the New Zealand
面上對應於該等端子之位置，軸有_第二麵體，如此，當 作業員將焊接树電子料之紐電職，崎至該電子裳置 及該連接H啊’由於該第二觀體不具可撓性，故，將能提 升該軟性f職龍⑽等軒之位置__度，有效防止 該等端子因該軟性t路板之可撓性，而在組裝的過程中受到折 才貝的問題。 為便貝審查委員能對本創作目的、技術特徵及其功效， 做更進-步之認識與瞭解，_實酬配合圖式，詳細說明如 下： 【實施方式】 本創作係提供-種具補錄構之軟性電路板，在本創作一 較佳實施例中，請參閱第3 _示，練性電路板3包括一絕 緣片體30、至少一電子零件31 (如：電阻、電容……等）及 至）-第-補強體32，其中該絕緣片體30内佈設 =線路咖，該軟性電路板3之—端係與-電子裝置仙（如 ^晶顯示敝）相連接，使得該等導電線路之 與該電子裝㈣相電氣連接，魏緣片们0之-面上在= 9 M353605 該紐電路板3之另一端位置，係設有複數個端子301 (如： 金手心）該等端子3〇1係分別與該等導電線路_之另一端 電氣連接1令該軟_路板3之另—端能電氣連接至一印刷 板1之連接器41〇’使得該印刷電路板41能透過該等端 子301及導電線路3⑽，將電氣訊號（如：液晶顯示訊號）傳 輸至該電子裝置40 ’該電子零件31之接腳係穿過該絕緣片體 、 3〇之面’被焊接在至少一條導電線路300 JL，用以調變通 # 過該縣電線路_之電氣訊號的電壓或電流，使得該電子裝 置40能接收到調變後正確之電氣訊號，以提升其處理效果 (如：液晶顯示的清晰度、改善壞點.···..等），該等第-補強 體32係呈不可撓性的平板狀，且係_在該絕緣片體30之另 一面上對應於該電子零件31之接腳位置。 如此，請參閱第4圖所示’當作業員將焊接有該電子零件 31之軟性電路板3，組裝至該電子裝置40及該印刷電路板41 之連接器410間時，由於，該等第—補強體㈤不具可挽性， _ 故’藉由該等第-補強體32，不僅可令該軟性電路板3上對 應該電子零件31之接聊的位置不易受到彎折或變形，尚能有 效提升該軟性電職3上該電子零件31之接鱗點強度，使 得該電子科31之接轉點料隨雜電路板3之可撓 性’而在組裝過程中，發生折損或脫落的問題，因此，即能大 幅地提高焊接有該電子零件31之軟性電路板3的使用壽命， 且能令該軟性電路板3在傳輸、觀電氣喊時，具有極穩定 的品質。 再者，在該實施例中，復請參閱第4圖所示，該軟性電路 M353605 板3尚設有至少-薄膜層33，該薄膜層33係貼附在該絕緣片 體30之一面上對應於該電子零件31及該電子零件31之接腳 焊點的位置，以將該電子零件31及其接腳焊點包覆在該薄模 層33内，如此，當作業員將焊接有該電子零件31之軟性電路 板3，組裝至該電子裝置4〇及該印刷電路板41之連接器41〇 啊，纟麟1:子料31及其獅焊點触置被包覆在該薄 、 膜層33内，故，將能有效保護該電子零件31及其接腳焊點的 位置，以在組裝作業進行時，防止作業員不慎推抵到該電子零 籲 件31或該電子零件31之接腳焊點’以避免該電子零件Μ及 其接腳焊_受娜抵崎生折損魏落關題，因此即能 大幅地提冑焊财該電子零件31之紐冑路板3的使用壽 命’且能令該軟性電路板3在傳輸、調變電氣訊號時，具有極 穩定的品質。 復請參閱第4 ®所示，在該實酬巾，錄性電路板3尚 設有-第二補強體34，該第二補強體34係呈不可撓性的平板 • 狀’且其係貼附在該絕緣片體30之另-面上對應於該等端子 301之位置，使得該軟性電路板3上對應於該等端子3〇1之位 i不衫到f折或變形’如此’當作業貞將焊接有該電子零件 31之軟ji電路板3 ’組裝至該電子裝置4〇及該印刷電路板μ 之連接器410啊，由於該第二_體34不具可撓性，故， 將能提升該軟性電路板3對應於該等端子3〇1之位置的結構強 度’有效防止該等端子3〇1因該軟性電路板3之可撓性，而在 組裝的過程中受到折損的問題，因此，即能大幅地提高焊接有 該電子零件31之紐電路板3的使用壽命，且能令該軟性電 11 M353605 路板3在傳輸、調變電氣訊號時，具有極穩定的品質。The surface corresponds to the position of the terminals, and the shaft has a second surface body. Thus, when the operator will weld the tree electronic material to the electric power, the slave to the electronic skirt and the connection H ah 'because of the second view The body is not flexible, so it will be able to improve the position of the soft yuelong (10) and so on, effectively preventing the terminals from being folded during the assembly process due to the flexibility of the soft t-plate. Bay's problem. For the purpose of the purpose of the creation, technical features and efficacy of the Shibei review committee, we will make a more in-depth understanding and understanding, _ the actual compensation pattern, as detailed below: [Implementation] This creative department provides - a variety of supplements In a preferred embodiment of the present invention, please refer to FIG. 3, the flexible circuit board 3 includes an insulating sheet 30 and at least one electronic component 31 (eg, resistor, capacitor, etc.). And a first-reinforcing body 32, wherein the insulating sheet body 30 is disposed with a line coffee, and the end of the flexible circuit board 3 is connected to an electronic device (such as a crystal display unit), so that the conductive lines are It is electrically connected with the electronic device (4), and the edge of the edge of the board is at the side of the 9th chip. The other end of the circuit board 3 is provided with a plurality of terminals 301 (such as: gold palm). The 〇1 is electrically connected to the other end of the conductive line 1 so that the other end of the soft board 3 can be electrically connected to the connector 41 of the printed board 1 so that the printed circuit board 41 can pass through the Waiting for the terminal 301 and the conductive line 3 (10), the electrical signal (such as: liquid crystal display signal) Transferring to the electronic device 40' the pins of the electronic component 31 are soldered to the at least one conductive line 300 JL through the insulating sheet body, and the surface of the electronic component 31 is used to modulate the pass through the county electrical line. The voltage or current of the electrical signal enables the electronic device 40 to receive the correct electrical signal after the modulation to improve the processing effect (eg, the clarity of the liquid crystal display, the improvement of the dead pixel, etc.), The first-reinforcing body 32 is in the form of an inflexible flat plate, and corresponds to the pin position of the electronic component 31 on the other surface of the insulating sheet body 30. Thus, referring to FIG. 4, when the operator assembles the flexible circuit board 3 to which the electronic component 31 is soldered, between the electronic device 40 and the connector 410 of the printed circuit board 41, - The reinforcing body (5) is not portable, _ Therefore, by the first reinforcing body 32, not only the position of the flexible circuit board 3 corresponding to the electronic component 31 is not easily bent or deformed, but Effectively improving the strength of the scaly point of the electronic component 31 on the soft electric service 3, so that the connection point of the electronic section 31 is accompanied by the flexibility of the circuit board 3, and the problem of breakage or falling off during the assembly process occurs. Therefore, the service life of the flexible circuit board 3 to which the electronic component 31 is soldered can be greatly improved, and the flexible circuit board 3 can have extremely stable quality when it is transmitted and viewed. Furthermore, in this embodiment, as shown in FIG. 4, the flexible circuit M353605 board 3 is further provided with at least a film layer 33 attached to one surface of the insulating sheet 30. Positioning the solder joints of the electronic component 31 and the electronic component 31 to encapsulate the electronic component 31 and its pin solder joints in the thin mold layer 33, so that the operator will solder the electrons The flexible circuit board 3 of the component 31 is assembled to the electronic device 4 and the connector 41 of the printed circuit board 41. The Kirin 1: sub-material 31 and its lion solder joint are coated on the thin film. In the layer 33, the position of the electronic component 31 and its pin solder joints can be effectively protected to prevent the operator from accidentally pushing the electronic component 31 or the electronic component 31 during the assembly operation. The soldering point of the pin is used to avoid the soldering of the electronic component and its pin _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 'And can make the flexible circuit board 3 have extremely stable quality when transmitting and adjusting electrical signals. Referring to FIG. 4®, in the actual pay towel, the recording circuit board 3 is further provided with a second reinforcing body 34, which is an inflexible flat plate and is attached thereto. Attached to the other surface of the insulating sheet 30 corresponds to the position of the terminals 301, so that the position of the flexible circuit board 3 corresponding to the terminals 3〇1 is not folded or deformed. The operation 贞 assembles the soft ji circuit board 3 ′ to which the electronic component 31 is soldered to the electronic device 4 〇 and the connector 410 of the printed circuit board μ. Since the second _ body 34 is not flexible, The structural strength of the position of the flexible circuit board 3 corresponding to the terminals 3〇1 can be improved to effectively prevent the terminals 3〇1 from being damaged during assembly due to the flexibility of the flexible circuit board 3. Therefore, the service life of the circuit board 3 to which the electronic component 31 is soldered can be greatly improved, and the flexible electric 11 M353605 board 3 can have extremely stable quality when transmitting and adjusting electrical signals.
故’根據前述，藉由本創作之具補強結構之軟性電路板3， 即月b透過該第一補強體32有效提升該軟性電路板3上該電子 零件31之接腳焊點強度，使得該電子零件31之接腳焊點不易 因該軟性電路板3之可雜，而在喊過財，發生折損或脫 落的問題’且能透過該第二補強體34有效防止該等端子別ι 受到折損關題，進而大幅地提高焊接有該f子零件31之軟 性電路板3的個壽命’且能令該軟性電路板3在傳輸、調變 電氣訊號時，具有極穩定的品質。按，以上所述，僅係本創作 之較佳實施例’惟’本創作之構造特徵並不侷限於此，任何熟 悉該項技藝者在本解領_ ’依據本_露之技術内 容’可輕m之等親化，均蘭獨離本創作之保護範嘴。 【圖式簡單說明】 第1圖係傳統軟性電路板之示意圖； 第2圖係傳統軟性電路板之使用狀態圖； 佳實施例之示 第3圖係本創作具補強結構之軟性電路板之—較 意圖；及 較佳實施例之另 第4圖係本創作具補強結構之軟性電路板之一 一示意圖。 【主要元件符號說明】 3 軟性電路板 ......... 絕緣片體 ......... 30 12 M353605 導電線路 ..................300 端子 301 電子零件 ..................31 第一補強體 ..................32 薄膜層 ..................33 第二補強體 ..................34 電子裝置 ..................40 印刷電路板 ..................41 • 連接器 ..................410Therefore, according to the foregoing, the flexible circuit board 3 having the reinforcing structure of the present invention, that is, the month b, effectively enhances the solder joint strength of the electronic component 31 on the flexible circuit board 3 through the first reinforcing body 32, so that the electronic The pin solder joint of the component 31 is not easily damaged by the flexible circuit board 3, and the problem of breakage or falling off occurs, and the second reinforcing body 34 can effectively prevent the terminals from being damaged. Further, the life of the flexible circuit board 3 to which the f sub-assembly 31 is soldered is greatly improved, and the flexible circuit board 3 can have extremely stable quality when transmitting and adjusting electrical signals. According to the above, the preferred embodiment of the present invention is only limited to the construction features of the present invention, and any person skilled in the art can obtain the technical content of the present invention. Light m and other pro-independence, are all independent of the protection of this creation. [Simple diagram of the diagram] Figure 1 is a schematic diagram of a conventional flexible circuit board; Figure 2 is a state diagram of the use of a conventional flexible circuit board; Figure 3 of the preferred embodiment is a flexible circuit board with a reinforcing structure. The fourth embodiment of the preferred embodiment is a schematic diagram of one of the flexible circuit boards with the reinforcing structure. [Main component symbol description] 3 Flexible circuit board......... Insulation sheet............................................................................................................................................................................................................................................................... ....300 Terminal 301 Electronic parts..................31 First reinforcement .................. 32 Thin film layer..................33 Second reinforcing body..................34 Electronic device... ...............40 Printed circuit board..................41 • Connector... .........410
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