M432164 五、新型說明： 【新型所屬之技術領域】 本創作是有關於一種電連接器，且特別是有.關於一種 軟性電路板連接器。 . 【先前技術】 軟性電路板（Flexible Printed Circuit board，簡 φ 稱FPC)由於具有散熱性能好、可自由彎曲、重量輕等特點， 因而廣泛地應用於數位相機、個人數位助理（personal Digital Assistant，簡稱PDA)和行動電話等電子產品上， 其係藉由軟性電路板連接器來實現電子產品之相關組件間 的電性連接。 近來，電子產品已朝向輕、薄、短、小之趨勢發展， 使得軟性電路板連接器的應用也愈加廣泛而重要。惟，小 型化.之軟性電路板連接器的結構組成，極易因導電端子之 #強度不足，以致有*良操作所導致端子變形的瑕疫，另外， •軟性電路板連接器的小型化，也常有組裝時，難以將軟性 電路板順暢地插置於軟性電路板連接器的插接槽中之情形 發生。 月y 【新型内容】 有鑑於此，本創作之目的是提供一種軟性電路板連接 器’其具有強度甚佳之導電端子，可避免因不良操作，所導 致之變形，因而能將軟性電路板穩固地夾持於軟性電路板 連接器的插接槽中。 本創作之另一目的是提供一 插接槽具有用.以導引款性電路一種軟性電路板連接器，其 使軟性電路板之組裝更為順暢板插入之斜面連接台階，可 為達上述及其他目的，士4 拉。。* 本創作提供一種軟性電路板連 接恭，適用於將-軟性電路板遠 ?觀電路板連 ㈣造p a 1 連接至電路基板。此軟性電 路板運接器包括.絕緣妓不庙 一省· 叉缒子座、多數個第一導電端子、第 一導電端子與麗盍。 其中，絕緣端子座具有前側'後側、左側、右侧、上 側與下側，前側設有—插接槽，插接槽上間隔地設置有連 通後側之多數個第—端子槽、第二端子槽，左側與右側分 別3又有連接於前側並向後側延伸之兩彈性臂，上側於鄰接 後側處則設有壓蓋容置區。 第-導電端子係插置於第—端子槽，其具有第一上 臂、第-下臂與連接於第一上臂、第一下臂之連接臂，第 上#α有第一作動部，第一上臂與第一下臂之一對應 端，分賴有崎軟性電路板H持部，第—下臂並 ^有第-焊接部’用以焊接至前述之電路基板。 第二導電端子係插置於第二端子槽，其具有第二上 I ^ 一下I與彎曲連接臂，彎曲連接臂係由分別連接第 下煮一第一上臂並呈—夾角之豎直部與傾斜部所構成， 第 身/、第一下臂之一對應端，分別設有失持軟性電路 板之第二爽持部’另1則分職有第二作動部與第二焊 接部，^焊接至前述之電路基板。 壓盍具有一轉輛’轉軸係容置於第一作動部與第二作 M432164 動部間所構成之軸孔中，以在一開啟位置與一壓合位置間 轉動操作。 在一實施例中，此軟性電路板連接器之第二導電端子 的彎曲連接臂之豎直部與傾斜部的夾角，係介於1抑至1 度之間。 在一實施例中，此軟性電路板連接器在第二導電端子 位於絕緣端子座之左側與右側間之厚度為t時，其彎曲連 接臂之豎直部的長度，係介於〇 8t至l 2t之間，而其私 直部之寬度為介於It至2t之間。 ’、丑 、在-實施例中’此軟性電路板連接器之插接槽具有一 2面連接台階’且斜面連接台階之傾斜角係介於10至30 度之間。 在一實施例中，此軟性電路板連接器之第—導電端子 分別連接第一上臂、第-下臂-端之u形連 ίί 作動部係設於u形連接臂連接第一上臂之 二第持部係設於第一上臂連接_連接臂之另-接部則設於第-下臂遠㈣形連㈣之一端。 導致=/軟性電路板連接以僅可避免因不良操作所 連接而能將軟性電路板_地夹持於軟性電路板 連接器之·^财，更可使祕電领絲於軟性電路板 運接器之刼作更為順暢。 顯易i讓作之上述和其他目的、特徵、和優點能更明 說明如下：_讀佳實施例，並配合所_式，作詳細 M432164 【實施方式】 請參圖1至圖4所示，其係顯示根據本創作較佳實施 例之一種軟性電路板連接器的立體圖，此軟性電路板連接 器10係適用於將一軟性電路板（未繪示）連接至電路基板 (未繪示）’其係由多數個第一導電端子丨丨、多數個第二 導電端子12、絕緣端子座13與壓蓋15所組成。其中，圖 2乃係將圖1之壓蓋15操作旋轉於蓋合狀態之圖示。 如圖5與6所示，絕緣端子座13具有前側131、後側 132、左側133、右側134、上側135與下側136，其前側 131設有一插接槽14’插接槽14上間隔地設置有連通後側 132之多數個第一端子槽141與第二端子槽142，左側133 與右側134並分別設有連接於前側131並向後側132延伸 之兩彈性臂143、144，上側135於鄰接後側132處則設有 壓蓋容置區145。其中，為使軟性電路板之組裝可以更為 順暢，插接槽14内並設計有—斜面連接台階147，用以導 引軟性電路板之插入操作，且斜面連接台階147之傾斜 α較佳地係介於1〇至3〇度之間。 如圖7所示，帛一導電端子11具有第-上臂lu、第 一下臂112與分別連接於第一上臂m、第一下臂I。一 端之U形連接臂113°U形連接臂113連接第一上臂m 位置設有第一作動部115’第—上臂1U與第一二 連接U形連接臂113之另1，分別設有失持軟性電路 =第-夾持部116’用以作為與軟性電路板電 = 觸端。H 112遠離U形連接臂113 =之接 〜 鸲，並設有 6 M432164 ^將:接117 ’用以焊接至前述之電路基板。因此，即 二與第—下臂112所夹持之軟性電路板的 .、牛，及由第一導電端子u而連接至電路基板。 第二下9所示’第二導電端子12具有第二上臂⑵、 與彎曲連接臂123,f輯接臂123係由分 接第—下臂122與第二上臂121並呈一夾 ^123.1^^ 1%，^、對應端，分別設有夾持軟性f路板之第二夾持部 、 以作為與軟性電路板電性接觸之接觸端。另一端則 =有第，作動部125與第二焊接部127，第二焊接部 用^焊接至前述之電路基板。因此，即可將第二上臂 與第二下臂122所夹持之軟性電路板的相 經由第二導電端子心連接至電路基板。7、 圖8與9 t ’為增進第二導電端子12之結構強度，避 免因不良操作所導致之變形，彎曲連接臂123之暨直部 與傾斜部·的夹角θ，較佳地係設計為介於⑶ ^ 14〇度之間。另外’當第二導電端子12之厚度τ，係如 ^所示地以絕緣端子座13之左側133與右侧134間之參 方向來1測而為t時，其彎曲連接臂丨23之豎直部Μ幻 的長度L，較佳地係介於〇 8t至12t之間，且其豎直部 1231之寬度w較佳地則介於η至2t之間。 山如圖10所示，壓蓋15具有一轉軸Μ卜對應於絕緣 端子座13之兩彈性臂〗43、144的兩卡合塊152。組裴軟 性電路板連接器1G時，首先係將第—導電端子U、第二 導電h子12，分別由絕緣端子座13之前側131與後側 7 M432164 ⑶’插置於絕緣端子座13之第一端子槽ΐ4ι 槽142，然後再將壓蓋15之兩卡合塊:第一鈿子 座13之兩彈性臂143、144而滑入絕 、了絕緣端子 置區145,使得壓蓋15之轉軸151容置於第一之壓蓋容 之第一作動部115與第二導電端子12之 電端子11 所構成之軸孔中，以在一開啟位置（如 動。卩125間 合位置（如圖2所示）間轉動操作。組；不）與-壓 剖視圖，請參圖11與12所示。 之相關位置 當壓蓋15位於如圖丨之開啟位置時， 151的位置，恰位於第一導電端子u 之轉軸 第二導電端子12之第二作動部125間 。卩115與 y-作動部115與第二作動部125施成加^中上= 向下之推力。因此，第-導電端子11之第一杰枯向上或 第二導電端子12之第二夾持部126，絲_部116與 態，以便可以將軟性電路板插人插接槽14’中、。；開啟之狀 當軟性電珞板插入插接槽14後，即可 旋轉至如圖2之壓合位置，使壓蓋15之轉軸15〗15彳呆作 厚度而上升，並對於第—導電端子u 因慶蓋之 加向下之壓力、對於第二導電端子12之第二作 加向上之推力，進而將第一導電端子U = 125施 盘第-莫雷*山工i〇 第 失持部116 ::第了導“子12之第二夾持部126，操作於失持 悲’以將軟性電路板穩固地夾持於其插接槽Μ中。、 軸本_已啸佳實施例猶如上，^麟㈣限定本 糊此技藝者，料脫離本創作之精神和侧内所作 之各種更動與潤飾，亦屬本_之_。因此，本創作之保護範 M432164 圍當視後附之申請專利範圍所界定者為準 【圖式簡單說明】 連接ΐ 1係顯示㈣本創作難實補之—種軟性電路板 文钱為組合立體圖。 立體^ ί係齡圖丨之軟性祕板連接器㈣—狀態組合 圖3係顯示圖1之分解立體圖。 圖4係顯示圖1之另一角度分解立體圖。 圖 圖5係顯示圖！之軟性電路板連接器的絕緣端子座立 立 圖6係顯示圖5之絕緣端子座剖視圖7係顯示圖1之軟性電路板連接器 圖。 圖 的第一導電端子 器的第二導電端子 圖8係顯示圖1之款性電路板連接 立體圖。 - 圖9係顯示圖8之第二導電端子的前視圖。 立體I10仙示圖1之軟性電路錢接㈣職另一角度 =11係顯示圖1之軟性電路板連接器的剖視:圖。 圖 12係顯示圖！之軟性電路板連接器的另—位置剖視 9 M432164 【主要元件符號說明】 10軟性電路板連接器 11第一導電端子 111第一上臂 112第一下臂 113 U形連接臂 115第一作動部 116第一夾持部 117第一焊接部 12第二導電端子 121第二上臂 122第二下臂 123彎曲連接臂 1231豎直部 1232傾斜部 125第二作動部 126第二夾持部 127第二焊接部 13絕緣端子座 131前側 132後側 133左側 134右側 135上侧 M432164 136下侧 14插接槽 141第一端子槽 142第二端子槽 143、144彈性臂 145壓蓋容置區 147斜面連接台階 15壓蓋 151轉軸 152卡合塊M432164 V. New description: [New technical field] This creation is related to an electrical connector, and in particular to a flexible circuit board connector. [Previous Technology] Flexible Printed Circuit Board (FPC) is widely used in digital cameras and personal digital assistants because of its good heat dissipation, free bending and light weight. In the electronic products such as PDA) and mobile phones, the electrical connection between the relevant components of the electronic product is realized by a flexible circuit board connector. Recently, electronic products have been moving toward light, thin, short, and small trends, making the application of flexible circuit board connectors more and more important. However, the structural composition of the flexible circuit board connector of miniaturization is extremely easy due to the insufficient strength of the conductive terminal, so that the plague of the terminal deformation caused by the good operation, and the miniaturization of the flexible circuit board connector, It is also often the case that it is difficult to smoothly insert a flexible circuit board into a socket of a flexible circuit board connector during assembly. Month y [New content] In view of this, the purpose of this creation is to provide a flexible circuit board connector that has a very strong conductive terminal to avoid deformation caused by poor operation, thereby enabling the flexible circuit board to be securely Clamped in the slot of the flexible circuit board connector. Another object of the present invention is to provide a flexible slot board connector for guiding a circuit, which can make the assembly of the flexible circuit board smoother than the slope of the board insertion step. For other purposes, Shi 4 pulls. . * This creation provides a flexible circuit board connection, which is suitable for connecting a flexible circuit board to a circuit board (4) to connect p a 1 to a circuit board. The flexible circuit board adapter includes an insulating 妓 庙 一 一 · · · · · 、 、 多数 多数 多数 多数 多数 多数 多数 多数 多数 多数 多数 多数 多数 多数 多数 多数 多数 多数 多数 多数 多数 多数 多数The insulated terminal block has a front side 'rear side, a left side, a right side, an upper side and a lower side, and the front side is provided with a plugging slot, and the plugging slot is provided with a plurality of first terminal slots and a second connecting rear side The terminal slots, the left side and the right side respectively have two elastic arms connected to the front side and extending to the rear side, and the upper side is provided with a gland receiving area at the adjacent rear side. The first conductive terminal is inserted into the first terminal slot, and has a first upper arm, a first lower arm, and a connecting arm connected to the first upper arm and the first lower arm, and the first #α has a first actuation portion, and the first The upper end of the upper arm and one of the first lower arms are separated by a sacrificial circuit board H holding portion, and the first lower arm and the first soldering portion are used for soldering to the aforementioned circuit substrate. The second conductive terminal is inserted into the second terminal slot, and has a second upper I ^ I and a curved connecting arm, and the curved connecting arm is connected to the first upper arm and the vertical portion of the first upper arm respectively The inclined portion is formed, and the first body/the one end of the first lower arm is respectively provided with the second holding portion of the lost flexible circuit board, and the other one has the second working portion and the second welding portion, respectively. Soldering to the aforementioned circuit substrate. The compression has a rotating shaft, and the shaft is placed in a shaft hole formed between the first actuating portion and the second moving portion M432164 to rotate between an open position and a pressing position. In one embodiment, the angle between the vertical portion of the curved connecting arm of the second conductive terminal of the flexible circuit board connector and the inclined portion is between 1 and 1 degree. In one embodiment, the flexible circuit board connector has a thickness of t between the left and right sides of the insulated terminal block, and the length of the vertical portion of the curved connecting arm is between 〇8t and l. Between 2t, and the width of its private part is between It and 2t. The splicing groove of the flexible circuit board connector has a 2-sided connecting step ′ and the inclined angle of the inclined connecting step is between 10 and 30 degrees. In one embodiment, the first conductive terminal of the flexible circuit board connector is respectively connected to the first upper arm and the lower arm-end u-connected, and the actuating portion is coupled to the u-shaped connecting arm and connected to the first upper arm. The other part of the first upper arm connection_connecting arm is disposed at one end of the farthing (fourth) connection (four) of the first lower arm. The result is that the =/soft board connection can only avoid the connection of the flexible circuit board to the flexible circuit board connector due to the connection of the bad operation, and the secret electric wire can be transported on the flexible circuit board. The device is smoother. The above and other objects, features, and advantages of the present invention can be more clearly explained as follows: _ read the preferred embodiment, and cooperate with the formula to make the detailed M432164. [Embodiment] Please refer to FIG. 1 to FIG. It is a perspective view of a flexible circuit board connector according to a preferred embodiment of the present invention. The flexible circuit board connector 10 is adapted to connect a flexible circuit board (not shown) to a circuit substrate (not shown). It is composed of a plurality of first conductive terminals 多数, a plurality of second conductive terminals 12, an insulating terminal block 13 and a gland 15. 2 is an illustration of the operation of rotating the gland 15 of FIG. 1 in a closed state. As shown in FIGS. 5 and 6, the insulated terminal block 13 has a front side 131, a rear side 132, a left side 133, a right side 134, an upper side 135 and a lower side 136, and the front side 131 is provided with a socket groove 14' on the insertion slot 14 at intervals. A plurality of first terminal slots 141 and second terminal slots 142 are provided, and the left side 133 and the right side 134 are respectively provided with two elastic arms 143 and 144 connected to the front side 131 and extending toward the rear side 132. The upper side 135 is A gland receiving area 145 is provided adjacent to the rear side 132. In order to make the assembly of the flexible circuit board smoother, the insertion slot 14 is provided with a bevel connection step 147 for guiding the insertion operation of the flexible circuit board, and the inclination α of the slope connection step 147 is preferably The system is between 1〇 and 3〇. As shown in Fig. 7, the first conductive terminal 11 has a first upper arm lu and a first lower arm 112 connected to the first upper arm m and the first lower arm 1, respectively. One end U-shaped connecting arm 113° U-shaped connecting arm 113 is connected to the first upper arm m. The first actuating portion 115' is connected to the first upper arm 1U and the first two connecting U-shaped connecting arms 113, respectively, and is respectively provided with a lost The flexible circuit = the first clamping portion 116' is used as a contact with the flexible circuit board = contact. H 112 is away from the U-shaped connecting arm 113 = connected to 鸲, and is provided with 6 M432164 ^: 117 ' is used for soldering to the aforementioned circuit substrate. Therefore, the flexible circuit board held by the second and the lower arm 112 is connected to the circuit board by the first conductive terminal u. As shown in the second lower part 9, the second conductive terminal 12 has a second upper arm (2) and a curved connecting arm 123. The f-connecting arm 123 is connected by the tapping-lower arm 122 and the second upper arm 121 and is provided with a clip ^123.1^ ^ 1%, ^, corresponding end, respectively, is provided with a second clamping portion for holding a soft f-way plate as a contact end for electrical contact with the flexible circuit board. At the other end, there is a first, active portion 125 and second welded portion 127, and the second welded portion is soldered to the aforementioned circuit substrate. Therefore, the phase of the flexible circuit board held by the second upper arm and the second lower arm 122 can be connected to the circuit substrate via the second conductive terminal. 7. Figs. 8 and 9 t 'to improve the structural strength of the second conductive terminal 12 to avoid deformation caused by poor operation, and the angle θ between the straight portion of the curved connecting arm 123 and the inclined portion is preferably designed. It is between (3) ^ 14〇. In addition, when the thickness τ of the second conductive terminal 12 is measured as the reference direction between the left side 133 and the right side 134 of the insulating terminal block 13 as shown in FIG. The length L of the straight illusion is preferably between 〇8t and 12t, and the width w of the vertical portion 1231 is preferably between η and 2t. As shown in Fig. 10, the gland 15 has a hinge block 152 corresponding to the two elastic arms 43, 144 of the insulating terminal block 13. When the flexible circuit board connector 1G is assembled, the first conductive terminal U and the second conductive h sub 12 are first inserted into the insulated terminal block 13 from the front side 131 and the rear side 7 M432164 (3)' of the insulated terminal block 13 respectively. The first terminal slot ΐ4 ι 142, and then the two engaging blocks of the gland 15: the two elastic arms 143, 144 of the first scorpion seat 13 are slid into the insulated terminal portion 145, so that the gland 15 The rotating shaft 151 is received in the shaft hole formed by the first operating portion 115 of the first pressure cap and the electrical terminal 11 of the second conductive terminal 12 to be in an open position (such as a moving position of 卩125). Figure 2 shows the inter-rotation operation. Group; no) and - sectional view, please refer to Figures 11 and 12. Corresponding position When the gland 15 is in the open position as shown in Fig., the position of 151 is located between the second actuating portion 125 of the second conductive terminal 12 of the rotating shaft of the first conductive terminal u. The 卩115 and y-actuating portion 115 and the second actuating portion 125 are applied with a plus/down thrust. Therefore, the first clamping portion of the first conductive terminal 11 or the second clamping portion 126 of the second conductive terminal 12, the wire portion 116 is in a state in which the flexible circuit board can be inserted into the socket 14'. When the flexible electric circuit board is inserted into the insertion slot 14, it can be rotated to the pressing position as shown in FIG. 2, so that the rotating shaft 15 of the gland 15 is allowed to rise in thickness and is raised for the first conductive terminal. u The downward pressure is applied to the second cover of the second conductive terminal 12, and the first conductive terminal U=125 is applied to the first conductive terminal U=125. 116: The first guide "the second clamping portion 126 of the sub-12, operating in a misplaced" to firmly hold the flexible circuit board in its insertion slot. The shaft _ already Xiaojia example is like On the other hand, ^Lin (4) defines the artist who is accustomed to this art. It is expected that the spirit of this creation and the various changes and retouchings made in the side are also __. Therefore, the protection of this creation is M432164. The scope defined by the patent scope is subject to the following [simplified description of the diagram] Connection ΐ 1 series display (4) This creation is difficult to make up - a kind of soft circuit board is a combination of stereoscopic figures. Stereo ^ 系 龄 丨 丨 丨 soft soft board connector (4) - State Combination Figure 3 shows an exploded perspective view of Figure 1. Figure 4 shows another perspective of Figure 1 Figure 5 is a diagram showing the insulated terminal block of the flexible circuit board connector. Figure 6 is a cross-sectional view showing the insulated terminal block of Figure 5. Figure 7 shows the flexible circuit board connector of Figure 1. Fig. 8 is a perspective view showing the connection of the circuit board of Fig. 1. Fig. 9 is a front view showing the second conductive terminal of Fig. 8. The stereo circuit I10 shows the soft circuit of Fig. 1 (4) Another angle = 11 shows a cross-sectional view of the flexible circuit board connector of Figure 1: Figure 12 is a different view of the flexible circuit board connector shown in Figure 9 M432164 [Major component symbol description] 10 soft Circuit board connector 11 first conductive terminal 111 first upper arm 112 first lower arm 113 U-shaped connecting arm 115 first actuating portion 116 first clamping portion 117 first soldering portion 12 second conductive terminal 121 second upper arm 122 Two lower arms 123 curved connecting arms 1231 vertical portion 1232 inclined portions 125 second operating portions 126 second clamping portions 127 second welded portions 13 insulated terminal blocks 131 front side 132 rear side 133 left side 134 right side 135 upper side M432164 136 lower side 14 socket slot 141 first terminal slot 142 second terminal slot 143, 144 elastic arm 145 gland accommodating area 147 bevel connection step 15 gland 151 shaft 152 card block