30060pifi 爲第97142849號中文說明書無劃線修正本 修正日期101年6月22日 五、本案若有化學式時，請揭示最能顯示發明特徵 的化學式： 〇 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種薄膜連接器，且特別是有關於一 種具有較小厚度且可容易組裝及拆卸的薄膜連接器。 相關專利申請案之交叉參考 ^本申3青案主張2007年11月6曰在韓國智慧財產局申 請之韓國專利申請案第1〇_2〇〇7_〇112737號及2〇〇8年8月 21日在韓國智慧財產局申請之韓國專利申請案第 10 2008-081933號的權益，上述申請案之揭露内容以全文 引用之方式併入本文中。 【先前技術】 大體而言，連接器是一類電子裝置，其電連接電源與 裝置連接裝置或連接裝置之㈣單元，且容易附接至另 :裝置或自另—裝置拆離。亦即，連接器連接需電連接之 端點與印刷電路板之以電方式供應自電源輸出之信號的概 墊，來，由於端點之間的距離（間距）已變窄，因此已 引入乍間距連接Θ來電連接此類端點。此窄間距連接器主 ，用於邊得愈來愈小型化之液晶顯示器（Hquid哪如 spay LCD)面板、顯示器、行動電話及類似物。連接 1378605 . i « 30060pifl 修正日期101年6月22日 爲第97142849號中文說明書無 器，術之暖在於使端點之_間距及連接之總高度減 至取小。然而，在窄間距連接器產業中，仍存在成功實施 此等乍間距連接器之障礙。此等障礙之實例包含與模具設 计/製造技術、頂出/按壓技術、與成品公司之合作關係以 及新式製造錢所必f之持射金供應有_問題。 “圖/至圖3說明習知連接器1〇〇，其中陰連接器14〇 f著於第Γ基板UG上’且對應於陰連接11 14G之陽連接 益120黏著於第二基板13〇上，或反之亦然。陰連接器14〇 及陽連接Θ 12G分別經表面黏著技術（耐聊m_t technique，SMT)焊接至第一基板11〇及第二基板i3〇上。 為將第二基板130連接至第—基板則，連接陰連接器14〇 與陽連接器120〇陰連接器14〇及陽連接器⑽可以各種 方式連接，但習知如圖2中所說明般連接。在陰連接器14〇 及陽連接器12G上，安裝有將彼此連接之接觸件（接觸片） 150及150'，以及允許陰連接器14〇及陽連接器12〇之外 殼彼此穩固嚙合的外殼單元160及16〇,。在此習知電路連 接中，接觸件150及150,彼此嚙合，以如圖3中所說明般 電連接第-基板110與第二基板13〇，且機械維持此實體 連接。 此習知連接器具有以下缺陷。首先，所述習知連接器 具有以下機械結構：陰連接器與陽連接器經嚙合而連接°， 且因此陰連接器與陽連接器之間的連接由於頻繁使用而變 弱。特定而言，陰連接器及陽連接器之外殼被磨損。另外， 彈性接觸件腐钱’接觸件之彈性降級，且彈性接觸件由於 1378605 30060pifl 爲第97142849號中文說明書 修正日期101年6月22日 ^而氧化，進而增加接觸阻力，絲礙彈性接觸件正常 第-，較佳不將習知連接器用 f減小彈性接觸件之間的距離存在限制心二= 以將製成之彈性接觸件接觸件，且難 所允許之最小間距大约上。因此，按照慣例， ^ ’彈性_叙長度鱗於敍於敎電連接之 此對減小連接器之長度存在限制。亦即， 較小，進而阻礙穩定電連接。 價 、卓垃^ ^連接器與陽連接器一起使用，且因此若此等 ίΪϋΪ生故障’則^等連接器兩者均應以新連接器 月況下，連接器難以拆卸，且可能損壞苴它元 ^因為連接器焊接至基板上。因此，需更換包含基板之 整個總成，進而增加維護成本。 【發明内容】 本發明提供一種薄膜連接器（thinfilmconnector)，立 = = 電連接’即使重複附接至其它裝置或自其 1置拆離亦不容易損壞，間距之間的距離減至最小，且 接至連接器之裝置即使在所述裳置損壞時亦可容易更 換0 ，據本發明之-態樣，提供—種薄膜連接器，包括： 苐一基板，其具有多個襯塾；連接板，其安置於所述第一 6 30060pifl 修正曰期101年6月22日 爲第97142849號中文說明書無劃線修正本 基板上，其t插入孔形成於所述連接板之中心處，且被嚙 合單元（engagement unit)形成於所述連接板之至少一側 上；導電薄板（conductive sheet)，其插入所述連接板之所 述插入孔内，其中導電矽單元在垂直方向上存在於對應於 所述第一基板之所述襯墊的位置上；第二基板，其具有位 於對應於所述導電矽單元之位置上的端點；以及按壓單 元，其安置於所述第二基板上，且具有將與所述連接板之 被嚙合單兀嚙合的嚙合單元（engagingunit)，其中所述按 壓單元朝所述第一基板按壓所述第二基板及所述導電薄 板，以將所述第二基板之所述端點電連接至所述第一基板 之所述襯墊，其中當所述嚙合單元與所述被嚙合單元嚙合 時，防止所述按壓單元與所述連接板分離。 根據本發明之一態樣，提供一種薄膜連接器，其將第 一基板之襯墊電連接至第二基板之端點，所述連接器包 括.框架，其包括面對所述第一基板且具有用於使所述第 一基板之所述襯墊向外部暴露的插入孔的底部板，以及向 上形成於所述底部板上且具有嚙合單元的側壁；導電薄 板，其經由所述插入孔電連接至所述第一基板之所述襯 墊，且在垂直方向上在分別對應於所述襯墊之位置處實現 電連接，其中所述導電薄板包括導電單元，在所述導電單 元中，多個導電顆粒分佈於彈性材料内；以及按壓單元， 其具有置放所述第二基板之接納空間，其中所述按壓單元 將在所述第二基板處於所述接納空間中時附接至所述框 架，且具有對應於所述嚙合單元之被嚙合單元，使得所述 30060pifl 爲第遍獅號中文說明書無雖修正本 修正日期101年6月22日 第二基板之所述端點在所述被嚙合單元與所述嚙合單元嚙 合時，電連接至所述導電薄板之所述導電單元。 為讓本發明之上述特徵和優點能更明顯易懂，下文特 舉實施例，並配合所附圖式作詳細說明如下。 【實施方式】 在下文中，將參看附圖更詳細地描述本發明之例示性 實施例。 < 第一實施例> '、圖4疋根據本發明第一實施例之薄膜連接器1的分解 ^見圖。® 5是圖4之薄膜連接器i的組合視圖，6是 二4之，膜連接器1沿線VI_V;^取的橫截面圖。圖7是 :=之;械連接器丨以及用於拆卸薄膜連接器1之分離單 H的透視圖。®8至圖1G是使關7之分離單元70 邶卸圖4之薄膜連接器的視圖。 板30薄，連接益1包含第一基板1〇、連接板20、導電薄 、第二基板40以及按壓單元5心分離單元7〇包含主 腹71及插入單元72·。 域。第第rf板10包含多個概塾（未績示），以形成預定區 狀之基板土/反1〇較佳為印刷電路板，但可為可具有各種形 心處黏著於第—基板1G上，且具有形成於其中 金及孔22。連接板2G較佳由選自鐵、鈹-銅合 可由各^ ㈣，其具有較高強度且為撓性的，但 谷種其它金屬材料形成。 1378605 30060pifl 爲第97142849號中文說明書無劃線修正本 修正日期101年6月22曰 Ϊ2ΪΓ包含連接主體21及周圍部分23。 遷接主體21接觸第一其缸 具有插入孔22。連接主體心之狀:::第-基板1〇且 周圍部分23自連接_ 21 矩形。 且 之 垂直於連魅體2卜至少—周姐向上延伸， 每一邊緣而m⑨^分23沿連接主體21 啄而形成。在弟一實施例中沿 邊緣存在-個周圍部分23，且沿連接2 母- 邊緣形成兩_邱八” u連接主體21之母—長 緣延伸之每 24為具有方形橫截面且穿過周圍部分23之/ U I"0 導，薄板30具有多個導電石夕單元31，其僅在厚度方 二（垂直）展現出導電特性，或僅在其被按壓時在厚声 °上展現出導電特性。導電薄板3〇在插 = 插入孔22中時耦接至連接板2〇。 〇之 導電薄板30包含導電矽單元31及支撐單元34。在導 電矽單元31中，嵌入矽橡膠33中之多個導電顆粒32定向 於垂直方向上，且支撐單元34支撐導電矽單元31，以彼 此絕緣且維持在預定位置。 導電顆粒32具有由鎳顆粒組成之核心，且經鍍金。 所錄之金的量較佳相對於鎳顆粒為5質量百分比至15質量 百分比。若鍍金之量相對於鎳顆粒小於5質量百分比，則 導電顆粒32之整體導電效能可能降級。若鍍金之量大於 15質量百分比，則導電顆粒32之強度可能減弱。導電顆 教32之直徑較佳為12〇 μπι至150 μιη。若導電顆粒32之 9 1378605 30060pifl 爲第97142849號中文說明書無劃 修正日期101年6月22日 直徑小於120师，則過多導電齡％需彼此接觸以達成 相同距離内之電連接，此情況將使電連接效率。若 電顆粒32之直徑大於15〇哗，則按壓導電石夕單元31之範 圍可能減小。 而且’導電石夕單元31之接觸第一基板1〇之襯墊的下 部部分鐘有錫或金，進而增加總接觸效率。 在第二基板40上，安置需電連接之多個端點41，以 對應於導電轉元3卜因此，第二基板4G較佳為比第一 基板10更具撓性之撓性基板，但不限於此。 第二基板40之端點41的總數等於端點41下方之導 電石夕單元31的總數，且端點41安置於對應於導電石夕單元 31之位置的位置處。因此，當按壓第二基板時，第二 基板40之端點41可分別接觸導電矽單元31。 按壓單元50位於第二基板40上方，且朝第一基板1〇 按壓第二基板40及導電薄板30，以便確保第二基板4〇之 端點41與第一基板1〇之襯墊之間的電連接。詳言之，當 按壓單元50向下移動以按壓第二基板4〇時，第二基板4〇 之端點41、導電矽單元31及第一基板1〇之襯墊彼此接 觸，且因此電連接。 在按壓單元50上’提供多個嗜合單元54，以與連接 板20之被嚙合單元24嚙合。詳言之，按壓單元5〇包含接 觸第二基板40之按壓表面51，以及面對連接板20之周圍 部分23且具有嚙合單元54的邊緣表而53。 嚙合單元54自邊緣表面53突出，自底部至頂部逐漸 ^378605 30060pifl 修正日期101年6月22曰 胃H 97142849號中文說明書無劃線修正本 變細，且大小分別經設計以插入被嚙合單元24中。嚙合單 元54具有倒直角之橫截面。 在邊緣表面53中，形成多個凹槽55以在垂直方向上 鄰近於嚙合單元54而延伸，同時面對周圍部分23。亦即， 凹槽55為具有半圓形橫裁面且在垂直方向上延伸之孔。 而且，接納凹槽52形成於按壓單元50之面對第二基 板40的底部表面（按壓表面51之中心）中第二基板仙 置放於接納凹槽52中。接納凹槽52具有對應於第二基板 4〇之橫，©的橫截面，以及小於第二基板4G之厚度的深 度，使得當第二基板4〇置放於接納凹槽52中時第二美 立可第自按其T元5〇:下突出。形成接納凹槽52之； 功一 一土板40之端點41以對應於導電薄板30之導電 夕早兀3!。而且，接納凹槽52形成為 二之的第原r -可_ 二== ::，基板4。插入接納凹槽二 轉帶來組合第二基板初與單元5^ 可使用 彼此=分2元7G以容易地使連捿板加與m單、 拆#二之’分離單元7〇包含於拆卸單元60= 〇 f ί早7° 6G解除《合單元24細合單中， 卸單元60更包含凹槽55。 之嚙合。拆 分離單元㈣人於周圍部分23與邊_53之間， 1378605 30060pifl 修IE日期101年6月22日 爲第97142849號中文說明書無劃線修正本 以增加彼此面對之周圍部分23鱼 m > .，、遠緣表面53之間的距 ，進而解除被嗜合早兀24與喝合單元54之嗜合 早兀70包含主體71、插入單元72及組合單元乃。 it包含二柄’使用者經由手柄抓握分離單元7〇。 右插入早7L 72.凹槽55中並向下移動，則 分23與邊緣表面53之間的距離增加。插人單元 至頂部逐漸變細。因此，插人單之底部的橫截面Ϊ夠 小以容易插人凹槽55 t，且自底部至頂部增加，因此逐漸 增加被嚙合單元24與嚙合單元54之間的間隔。 組，單元73與按壓單元50組合，以在被喷合單元％ 與嚙合單兀54之嚙合被解除時，提起按壓單元5〇。詳言 之’組合單元73自分離單元70之接觸邊緣表面幻的底^ 邊緣突出。 現將描述根據第一實施例之薄膜連接器丨的作用。首 先，製備具有多個襯墊之第一基板1〇,且將具有導電薄板 30之連接板20固定地安裝於第一基板1〇上。在此情況 下’第一基板10之襯墊以及導電薄板30之導電石夕單元31 彼此接觸’使得其可電連接。在第二基板40插入按壓單元 50之接納凹槽52中時’按壓單元50與連接板2〇固定地 組合。在此情況下，第二基板40之端點41分別接觸導電 矽單元31之頂部表面，且當向下按壓按壓單元5〇時，導 電矽單元31被壓縮，以允許導電矽單元31中之導電顆粒 32彼此接觸且因此電連接。若向下移動按壓單元5〇,則按 壓單元50之嚙合單元54與連接板20之被嚙合單元24嗜 12 丄^78605 t r 3〇〇60pifi 修正日期101年6月22曰 爲第97142849號中文說明書無劃線修正本 δ。因此，按壓單元50維持第二基板4〇、導電薄板3〇以 及第一基板10之電連接。接著，若電流流經第一基板1〇 之端點41，則電流經由導電薄板3〇傳遞至第二基板4〇。 在電操作完成之後，按壓單元5〇與連接板2〇分離。 為進行分離’使用者藉由抓握分離單元7〇之主體71， 將分離單元70之插入單元72插入凹槽55中，如圖8中所 說明。若插入單元72插入凹槽55中，則被嚙合單元24 移動以便與嚙合單元54間隔開，如圖9中所說明。若分離 單元70被插入，則自分離單元7〇之底部延伸的組合單元 73與連接板20之連接主體21之底部嚙合。接著，如圖1〇 中所說明，若分離單元70被提起，則按壓單元5〇與分離 單元70 —起被提起。 根據第一實施例之薄臈連接器丨具有以下優點。按照 慣例，使用個別的陰連接器14〇及陽連接器12〇來電連接 基板110與130，而根據第一實施例，使用在單個主體中 具有陰連接器及陽連接器兩者之連接板2〇及導電薄板3〇 來使薄膜連接器1之大小減至最小，且實現穩定電連接。 特定言之，在此情況下，可將薄膜連接器丨製造為具有小 於約1.2 mm之高度，進而減小薄膜連接器1之大小及體 積。 而且，按照慣例’基板130及110分別與陰連接器MO 及陽連接器120聯合。因此當陽連接器12〇及陰連接器14〇 中之一者損壞時，需連同基板11〇及130中之一者—起更 換損壞之連接器。相比而言，根據第一實施例，使用與第 13 1378605 30060pifl 爲第97142849號中文說明書無劃線修正本 修正日期丨0丨年6月22日 一基板10及第二基板40分離之按壓單元50來按壓第_美 板10及第二基板40。因此’若按壓單元50之喷合單元μ 由於重複組裝及拆卸而損壞，則僅需更換按壓單元5〇。 而且，按照慣例’對減小彼此接觸之彈性接觸件的大 小存在限制，且因此難以連接間距小於〇·4 mm之端點。 然而，根據第一實施例，使用具有較小且在垂直方向上排 列之導電顆粒32的導電矽單元31，且因此可電連接間距 小於0.2 mm之端點41。 而且’在第一實施例中，薄膜連接器1可容易組裝及 拆卸。亦即，可藉由僅將分離單元70插入凹槽55中，且 接著提起分離單元70，來使按壓單元50容易且快速地與 連接板20分離。 ~ 除按壓單元及連接板之結構外，所有以下實施例均與 第一實施例相同。因此將無需再次描述此等實施例之與第 一實施例之部分相同的部分。 、 <第二實施例> 圖η是根據本發明第二實施例之薄膜連接器丨的分 解透視圖。圖12是圖π之薄膜連接器丨的組合視圖。 第二實施例與上述第一實施例之不同之處在於，嚙合 單元54僅沿按壓單元5〇之一側配置，且連接板2〇與按壓 單元50之其它侧組合以便可移動。 亦即’在根據第二實施例之按壓單元5〇中，嗜合單 兀54提供於邊緣表面53之一者上，且不提供於其它邊緣 表面53上。另外，具有圓形橫截面之突出部56提供於邊 1378605 t 30060pifi 爲第97142849號中文說明書無劃線修正本修正日期丨〇i年6月22日 緣表面53上，且垂直於具有嗜合單元54之邊緣表面53。 突出部56配置有與提供嚙合單元54之表面相對的表面。 在連接板20中’被嚙合孔（engaged hole)(即，被嗜 合單元24)形成於每一周圍部分23之對應於嚙合單元54 的側表面中，且旋轉孔（未繪示）形成於其它周圍部分23 中’突出部56將插入所述旋轉孔中。 若突出部56插入旋轉孔中，則按壓單元5〇與連接板 20組合，以相對於連接板2〇而樞轉。按壓單元5〇在作為 軸之犬出部56上相對於連接板20而枢轉。如圖I〗中所^ 明，當按壓單元50樞轉以立於與連接板2〇成約直角處時， 容易將第二基板40插入按壓單元50中，或使第二基板4〇 與按壓單元50分離。在第二基板4〇插入按壓單元5〇中之 後’若藉由相對於按壓單元5〇而逆時針樞轉第二基板4〇， 來使喃合單元54與被嚙合單元24嚙合（如圖12中所說 明）’則第一基板1〇與第二基板4〇可如上文在第—實施例 中所述彼此電連接。 在第二實施例中’按壓單元50僅在預定範圍内移動， 且因此可相對於第二基板4 〇及導電薄板3 〇而較精確地對 準。 〈第二實施例> 圖13是根據本發明第三實施例之薄膜連接器1的分 解透視圖。圖14是圖13之薄膜連接器1的組合視圖。 在第三實施例中，嚙合單元54為形成於邊緣表面53 之上部部分令的接納凹槽，如圖13中所說明。接納凹槽 15 U/8605 30060pifl 修正曰期101年6月22 Η 爲第97142849號中文說明書無1_^；^ 54向内凹陷。被鳴合單元％自周圍部分幻向接納凹槽％ ^曲，且被哨合單元24對彼此面對。更具體而言，被嚙合 单元24向接納凹槽54彎曲，以置放至接納凹槽54中，且 自頂部至底部傾斜因此，當按壓單元5()正插人被嗜合單 元24中時，被嚙合單元24可彎曲，以便遠離按壓單元5〇, =時，觸按壓單it 5G之底部。而且，如圖14中所說明， 田按壓單元5G完全被鉤連時，被4合單元24周圍之周圍 部分23彈性返回至原始位置。因此，按壓單元％鉤連至 被嚙合單元24，且被防止向上移動。 <第四實施例> 、圖15是根據本發明第四實施例之薄膜連接器丨的分 解透視圖。圖16是圖15之薄膜連接器丨的組合視圖。 ，看圖15，在第四貫施例中，嚙合單元54之橫截面 的面積自邊緣表面53之了I部至底部逐漸增加。嗜合單元 54之松截面具有直角三角形形狀。 ▲被嚙合單元24自周圍部分23之上部部分以“>，，形 狀彎曲’ 因此具有突出之中心。詳言之，被嗜合單元Μ 為每-者均具有第-表面24a及第二表面的喃合單 凡。第一表面24a具有“V，形狀，亦即，其傾斜以在自周 ®部分23之頂部至中心的方向上逐漸遠離周圍部分。 第二表面24b具有形狀，亦即，其自第一表面2如之 底部延伸，且傾斜以在自周_分23之巾^至底部的方向 上逐漸靠近周圍部分23。 在第一實施例中，將第二基板40插入按壓單元5〇之 1378605 / $ 30060pifl 爲第97M2849號中文說明書無劃線修正本 修正日期101年6月22日 接納凹槽52中，而在第四實施例中，使用連接銷％以及 連接銷26將分別插入其中之連接孔42及57來定位第二基 板40。詳言之’連接銷26自連接板20之頂部表面向上突 出，且連接銷26穿過第二基板4〇及按壓單元5〇，或連接 孔42及57形成於第二基板4〇及按壓單元5〇上之對應於 連接銷之位置的位置處。若連接銷26插入連接孔42及57 中，則第二基板40可相對於按壓單元5〇而定位。 在第四^施例中，若按壓單元50正與連接板2〇嚙 合，則知：壓單元50按塵被喃合單元24，以允許喷合單元 54向下移動，同時接觸第一表面24a。當按壓單元％與連 接板20完全嚙合時，被嚙合單元24彈性返回至原始位置， 以將嚙合單元54鉤連至第二表面24b，如圖16中所°說明。 因此防止按壓單元50與連接板2〇分離。 <第五實施例> 圖Π是根據本發明第五實施例之薄膜連接器丨的分 解透視圖。圖18是圖17之薄膜連接器丨的組合視圖。图 19說明分離單元70插入圖17之薄膜連接器丨中的情況°。 第五實施例與第一實施例之不同之處在於提供中間 . 板80 ’以及連接板20及按壓單元5〇之形狀。 曰 更具體言之，中間板80置放於第二基板4〇盥按壓單 之間，以按壓第二基板4〇。因此，即使待測試之原 始第二基板40以厚度不同於原始第二基板4〇之厚度的另 一第二基板40更換，亦可能藉由使中間板8〇之厚度改變 為等於所更換之第二基板40之厚度，來將所更換之J二基 17 3〇〇60ρίΠ 修正日期101年6月22曰 爲第9714Μ49號中文說明書無劃線修正本 板4〇及導電薄板30按壓至適當位準。 主體t接板2〇包ί面對第一基板1〇且具有插入孔之連接 單^ 心向上延伸且具有多個被唾合 早几24之周圍部分23。 =單元50包含接觸中間板8Q之按壓主體W，以 ^主體51W下延伸以面對周圍 有嚙合單元54的蓋單元53a。 丨且，、 如圖17中所說明，嚙合單元54為穿過蓋單元53a之 兩個表面的接納孔。被嚙合單& 24 曲以遠離㈣φ㈣Γι 周圍部*2 3向外彎 因茈Λ連接體被嗜合單元24自頂部至底部傾斜。 單元5G正插人獅合單元24中時，被嗜合 =彈性糾讀雜蓋單元53a，同時接觸按壓單元 氐部/進而容易向下移動按壓單元50。 右按壓單兀50被完全插入，則被嚙合單元24彈性變 :以返回壯位置，且接著插人喻合單元％中，並與 早疋54嚙合。 圖19說明分離單元7〇插入於周圍 =之間以便解嶋元54與被喷合單元2二： 二况。更具體言之，當分離單元7〇之插入單元72插入於 三，部分23與蓋單元53a之間時，周圍部分23逐漸遠離 盍單凡53a，進而解除被嚙合單元24與嚙合單元54之嚙 合。 <第六實施例> 圖20是根據本發明第六實施例之薄膜連接器丨的分30060pifi is the Chinese manual of No. 97142849. There is no slash correction. The date of this amendment is June 22, 101. 5. If there is a chemical formula in this case, please disclose the chemical formula that best shows the characteristics of the invention: 〇6, invention description: [Technical field to which the invention belongs The present invention relates to a film connector, and more particularly to a film connector having a small thickness and which can be easily assembled and disassembled. Cross-Reference of Related Patent Applications ^本申3青案claims Korean Patent Application No. 1〇_2〇〇7_〇112737 and 2〇〇8年8, filed on November 6th, 2007 at the Korea Intellectual Property Office The Korean Patent Application No. 10 2008-081933 filed on Jan. 21, the entire disclosure of which is hereby incorporated by reference. [Prior Art] In general, a connector is a type of electronic device that is electrically connected to a power supply and device connection device or a (4) unit of a connection device, and is easily attached to another device or detached from another device. That is, the connector is connected to the terminal of the electrical connection and the signal of the printed circuit board to electrically supply the signal output from the power supply, and since the distance (pitch) between the end points has been narrowed, it has been introduced. Spacing connections Θ call to connect to such endpoints. This narrow-pitch connector is used for LCD panels (Hyd, such as spay LCD) panels, displays, mobile phones, and the like that are becoming more and more compact. Connection 1378605 . i « 30060pifl Correction date June 22, 101 is the Chinese manual No. 97142849. The warmth of the operation is to reduce the _ spacing of the end points and the total height of the connection to a small value. However, in the narrow pitch connector industry, there are still obstacles to the successful implementation of such pitch pitch connectors. Examples of such obstacles include problems with mold design/manufacturing technology, ejector/press technology, partnerships with finished products, and new types of manufacturing money. "FIG. / FIG. 3 illustrates a conventional connector 1" in which a female connector 14A is placed on the second substrate UG' and a male connection 120 corresponding to the female connection 11 14G is adhered to the second substrate 13A. , or vice versa, the female connector 14 〇 and the male connector Θ 12G are respectively soldered to the first substrate 11 〇 and the second substrate i 3 经 via a surface adhesion technique (SMT). Connecting to the first substrate, the female connector 14 and the male connector 120 and the male connector (10) can be connected in various ways, but are conventionally connected as illustrated in Fig. 2. In the female connector The 14-inch and male connectors 12G are provided with contact members (contact pads) 150 and 150' to be connected to each other, and housing units 160 and 16 which allow the female connector 14 and the male connector 12's outer casing to be firmly engaged with each other. In this conventional circuit connection, the contacts 150 and 150 are engaged with each other to electrically connect the first substrate 110 and the second substrate 13A as illustrated in FIG. 3, and mechanically maintain the physical connection. Knowing that the connector has the following drawbacks. First, the conventional connector has Mechanical structure: the female connector and the male connector are engaged by meshing, and thus the connection between the female connector and the male connector is weakened due to frequent use. In particular, the outer connector of the female connector and the male connector is In addition, the elastic contact parts are degraded by the elasticity of the contact piece, and the elastic contact piece is oxidized due to the modification of the Chinese manual of No. 97142849 on June 22, 2001, which increases the contact resistance and hinders the elastic contact. Preferably, the conventional connector does not reduce the distance between the resilient contacts by f. There is a limit to the contact between the elastic contact members to be made, and the minimum allowable spacing is about. Therefore, Conventionally, ^ 'elasticity _ length scales are limited to reducing the length of the connector. That is, it is smaller, which hinders stable electrical connection. Price, Zhuolu ^ ^ connector and yang The connector is used together, and therefore if the connector is faulty, then the connector should be replaced with a new connector, the connector is difficult to disassemble, and it may be damaged. The connector is soldered to the substrate. Therefore, the entire assembly including the substrate needs to be replaced, thereby increasing maintenance costs. SUMMARY OF THE INVENTION The present invention provides a thin film connector, vertical == electrical connection 'even if repeatedly attached to other The device is not easily detached from the device, and the distance between the pitches is minimized, and the device connected to the connector can be easily replaced even if the device is damaged, according to the aspect of the invention. Providing a film connector, comprising: a substrate having a plurality of linings; a connecting plate disposed in the first 6 30060pifl correction period, June 22, 101, the 97142849 a wire correction substrate, wherein a t insertion hole is formed at a center of the connection plate, and an engagement unit is formed on at least one side of the connection plate; a conductive sheet is inserted into the substrate In the insertion hole of the connection plate, wherein the conductive germanium unit is present in a position perpendicular to the pad corresponding to the first substrate; the second substrate has a And an pressing unit disposed on the second substrate and having an engagement unit to be engaged with the engaged unit of the connecting plate, wherein Pressing the second substrate and the conductive sheet toward the first substrate to electrically connect the end of the second substrate to the pad of the first substrate, wherein When the engaging unit is engaged with the engaged unit, the pressing unit is prevented from being separated from the connecting plate. According to an aspect of the present invention, a film connector is provided that electrically connects a pad of a first substrate to an end of a second substrate, the connector including a frame including a surface facing the first substrate a bottom plate having an insertion hole for exposing the pad of the first substrate to the outside, and a side wall formed on the bottom plate and having an engaging unit; a conductive thin plate electrically connected via the insertion hole Connecting to the pads of the first substrate and electrically connecting in a vertical direction at positions respectively corresponding to the pads, wherein the conductive sheets comprise conductive units, among the conductive units a conductive particle distributed within the elastic material; and a pressing unit having a receiving space in which the second substrate is placed, wherein the pressing unit is attached to the second substrate when in the receiving space a frame, and having an engaged unit corresponding to the engaging unit, such that the 30060pifl is the first Chinese version of the lion's manual, although the end of the second substrate of the revised date of June 22, 2011 is amended. The point is electrically connected to the conductive unit of the conductive sheet when the engaged unit is engaged with the engaging unit. The above described features and advantages of the present invention will become more apparent from the description of the appended claims. [Embodiment] Hereinafter, an exemplary embodiment of the present invention will be described in more detail with reference to the accompanying drawings. <First Embodiment> ', Fig. 4 is an exploded view of the film connector 1 according to the first embodiment of the present invention. ® 5 is a combined view of the film connector i of Figure 4, 6 is a cross-sectional view of the film connector 1 taken along line VI_V; Figure 7 is a perspective view of the mechanical connector 丨 and the separation unit H for detaching the film connector 1. ® 8 to 1G are views in which the separation unit 70 of the switch 7 is detached from the film connector of Fig. 4. The board 30 is thin, and the connection 1 includes a first substrate 1A, a connection board 20, a conductive thin film, a second substrate 40, and a pressing unit 5. The core separating unit 7 includes a main belly 71 and an insertion unit 72·. area. The first rf board 10 includes a plurality of outlines (not shown) to form a predetermined area of the substrate soil/reverse layer, preferably a printed circuit board, but may have various centroids adhered to the first substrate 1G. Upper, and has gold and holes 22 formed therein. The connecting plate 2G is preferably formed of a metal material selected from the group consisting of iron and bismuth-copper, which has a high strength and is flexible, but is formed of other metal materials of the grain. 1378605 30060pifl is the Chinese manual of No. 97142849. There is no slash correction. The date of revision June 21, 曰 ΪΓ2ΪΓ includes the connection body 21 and the surrounding portion 23. The accommodating body 21 is in contact with the first cylinder and has an insertion hole 22. The shape of the main body is connected::: the first substrate 1 〇 and the surrounding portion 23 is self-joining _ 21 rectangle. And perpendicular to the enchantment body 2 at least - the sister extends upward, and each edge and m9^ minute 23 are formed along the connecting body 21 啄. In an embodiment, there is a peripheral portion 23 along the edge, and a mother is formed along the parent-edge of the connection 2, and the mother of the long-side extension 21 has a square cross section and passes through the periphery. In part 23, the thin plate 30 has a plurality of conductive zea units 31 which exhibit conductive properties only in the thickness square (vertical) or exhibit conductivity on the thick sound only when they are pressed. The conductive thin plate 3 is coupled to the connecting plate 2 when inserted into the insertion hole 22. The conductive thin plate 30 comprises a conductive unit 31 and a supporting unit 34. In the conductive unit 31, the rubber 33 is embedded in the conductive sheet 31. The plurality of conductive particles 32 are oriented in the vertical direction, and the support unit 34 supports the conductive germanium units 31 to be insulated from each other and maintained at a predetermined position. The conductive particles 32 have a core composed of nickel particles and are gold plated. The amount is preferably from 5 mass% to 15 mass% with respect to the nickel particles. If the amount of gold plating is less than 5 mass% with respect to the nickel particles, the overall electrical conductivity of the conductive particles 32 may be degraded. If the amount of gold plating is more than 15 mass% The strength of the conductive particles 32 may be weakened. The diameter of the conductive particles 32 is preferably 12 〇 μπι to 150 μηη. If the conductive particles 32 are 9 1378605 30060 pifl is the 97142849 Chinese manual, no revision date is June 22, 101 If the diameter is less than 120 divisions, the excess conductive age % needs to be in contact with each other to achieve electrical connection within the same distance, which will make the electrical connection efficiency. If the diameter of the electric particles 32 is greater than 15 〇哗, the range of the conductive zea unit 31 is pressed. It may be reduced. Moreover, the lower portion of the pad contacting the first substrate 1 of the conductive zea unit 31 has tin or gold, thereby increasing the total contact efficiency. On the second substrate 40, a plurality of electrical connections are placed. The end point 41 corresponds to the conductive turn element 3. Therefore, the second substrate 4G is preferably a flexible substrate that is more flexible than the first substrate 10. However, the present invention is not limited thereto. The total number of the end points 41 of the second substrate 40 Equal to the total number of conductive zea units 31 below the end point 41, and the end point 41 is disposed at a position corresponding to the position of the conductive zea unit 31. Therefore, when the second substrate is pressed, the end point 41 of the second substrate 40 Can be contacted separately The pressing unit 50 is located above the second substrate 40, and presses the second substrate 40 and the conductive thin plate 30 toward the first substrate 1 to ensure the end point 41 of the second substrate 4 and the first substrate 1 Electrical connection between the pads. In detail, when the pressing unit 50 is moved downward to press the second substrate 4, the end point 41 of the second substrate 4, the conductive germanium unit 31, and the first substrate 1 are lined. The pads are in contact with each other and are thus electrically connected. A plurality of associative units 54 are provided on the pressing unit 50 to engage with the engaged unit 24 of the web 20. In particular, the pressing unit 5 includes contacting the second substrate 40. The pressing surface 51, and the peripheral portion 23 facing the connecting plate 20 and having the edge table 53 of the engaging unit 54 are pressed. The engaging unit 54 protrudes from the edge surface 53 and gradually increases from the bottom to the top. 378605 30060 pifl. Correction date: June 22, 2001. The Chinese manual No. H 97142849 has no scribe line correction, and the size is designed to be inserted into the engaged unit 24, respectively. in. The engaging unit 54 has a cross section of a right angle. In the edge surface 53, a plurality of grooves 55 are formed to extend adjacent to the engaging unit 54 in the vertical direction while facing the peripheral portion 23. That is, the groove 55 is a hole having a semicircular cross section and extending in the vertical direction. Moreover, the receiving recess 52 is formed in the bottom surface of the pressing unit 50 facing the bottom surface of the second substrate 40 (the center of the pressing surface 51), and the second substrate is placed in the receiving recess 52. The receiving recess 52 has a cross section corresponding to the lateral direction of the second substrate 4, and a depth smaller than the thickness of the second substrate 4G, so that the second substrate 4 is placed in the receiving recess 52 when the second substrate 4 is placed in the receiving recess 52 Li Kedi self-pressed his T yuan 5 〇: under the prominent. The receiving recess 52 is formed; the end point 41 of the earth plate 40 is electrically conductive to the conductive sheet 30. Moreover, the receiving recess 52 is formed as a second original r - _ _ = = ::, the substrate 4. Inserting the receiving groove two turns to combine the second substrate with the unit 5^ can use each other = 2 yuan 7G to easily add the flailing board to the m single, split #2's separation unit 7〇 included in the disassembly unit 60= 〇f ί early 7° 6G release of the unit 24, the unloading unit 60 further includes a groove 55. Engagement. Demolition and separation unit (4) between the surrounding part 23 and the side _53, 1378605 30060pifl IE date June 22, 2011 is the 97142849 Chinese manual no scribe correction to increase the surrounding part of each other 23 fish m > The distance between the distal surface 53 and the release of the indifference 24 and the phlegm unit 54 includes the main body 71, the insertion unit 72, and the combination unit. It contains two handles' the user grips the separation unit 7〇 via the handle. Inserting right into the early 7L 72. groove 55 and moving downward, the distance between the minute 23 and the edge surface 53 increases. Insert the unit to the top and taper. Therefore, the cross section of the bottom of the insertion sheet is small enough to be easily inserted into the groove 55 t and increased from the bottom to the top, thereby gradually increasing the interval between the engaged unit 24 and the engaging unit 54. The unit, unit 73, is combined with the pressing unit 50 to lift the pressing unit 5 when the engagement of the sprayed unit % with the engaging unit 54 is released. In detail, the 'combination unit 73 protrudes from the bottom edge of the contact edge surface of the separation unit 70. The action of the film connector unit according to the first embodiment will now be described. First, a first substrate 1 having a plurality of pads is prepared, and a connecting plate 20 having a conductive thin plate 30 is fixedly mounted on the first substrate 1A. In this case, the pads of the first substrate 10 and the conductive zebra cells 31 of the conductive sheets 30 are in contact with each other such that they are electrically connectable. When the second substrate 40 is inserted into the receiving recess 52 of the pressing unit 50, the pressing unit 50 is fixedly combined with the connecting plate 2''. In this case, the end points 41 of the second substrate 40 respectively contact the top surface of the conductive germanium unit 31, and when the pressing unit 5 is pressed downward, the conductive germanium unit 31 is compressed to allow the conductive in the conductive germanium unit 31. The particles 32 are in contact with each other and are thus electrically connected. If the pressing unit 5 is moved downward, the engaging unit 54 of the pressing unit 50 and the engaged unit 24 of the connecting plate 20 are 12 丄 ^ 78605 tr 3 〇〇 60 pifi corrected date June 22, 2011 is the Chinese manual No. 97142849 The δ is corrected without a scribe line. Therefore, the pressing unit 50 maintains the electrical connection of the second substrate 4, the conductive thin plate 3, and the first substrate 10. Next, if a current flows through the end point 41 of the first substrate 1 , the current is transferred to the second substrate 4 via the conductive thin plate 3 . After the electrical operation is completed, the pressing unit 5 is separated from the connecting plate 2A. For the separation, the user inserts the insertion unit 72 of the separation unit 70 into the recess 55 by grasping the main body 71 of the separation unit 7 as shown in Fig. 8. If the insertion unit 72 is inserted into the recess 55, the engaged unit 24 is moved to be spaced apart from the engaging unit 54, as illustrated in FIG. If the separating unit 70 is inserted, the combining unit 73 extending from the bottom of the separating unit 7 is engaged with the bottom of the connecting body 21 of the connecting plate 20. Next, as illustrated in Fig. 1A, if the separation unit 70 is lifted, the pressing unit 5 is lifted together with the separation unit 70. The thin 臈 connector 根据 according to the first embodiment has the following advantages. Conventionally, the individual female connectors 14 and the male connector 12 are used to electrically connect the substrates 110 and 130, and according to the first embodiment, the connecting plate 2 having both the female connector and the male connector in a single body is used. The conductive sheet 3〇 is used to minimize the size of the film connector 1 and to achieve stable electrical connection. In particular, in this case, the film connector 丨 can be fabricated to have a height of less than about 1.2 mm, thereby reducing the size and volume of the film connector 1. Moreover, the substrates 130 and 110 are conventionally associated with the female connector MO and the male connector 120, respectively. Therefore, when one of the male connector 12A and the female connector 14A is damaged, it is necessary to replace the damaged connector with one of the substrates 11A and 130. In contrast, according to the first embodiment, the pressing unit that is separated from the substrate 10 and the second substrate 40 by the Chinese version of the No. 97142849, No. 97142849, without the slash correction date of this revision date, June 22, 2008, is used. 50 is pressed to press the first sheet 10 and the second substrate 40. Therefore, if the spray unit μ of the pressing unit 50 is damaged by repeated assembly and disassembly, only the pressing unit 5〇 needs to be replaced. Moreover, there is a limit to reducing the size of the elastic contacts that are in contact with each other by convention, and thus it is difficult to connect the end points with a pitch smaller than 〇·4 mm. However, according to the first embodiment, the conductive germanium unit 31 having the smaller and vertically arranged conductive particles 32 is used, and thus the end point 41 having a pitch of less than 0.2 mm can be electrically connected. Moreover, in the first embodiment, the film connector 1 can be easily assembled and disassembled. That is, the pressing unit 50 can be easily and quickly separated from the connecting plate 20 by merely inserting the separating unit 70 into the recess 55 and then lifting the separating unit 70. ~ All of the following embodiments are the same as the first embodiment except for the structure of the pressing unit and the connecting plate. Therefore, the same parts of the embodiments as those of the first embodiment will not be described again. <Second Embodiment> Figure η is an exploded perspective view of a film connector unit according to a second embodiment of the present invention. Figure 12 is a combined view of the film connector 图 of Figure π. The second embodiment is different from the above-described first embodiment in that the engaging unit 54 is disposed only along one side of the pressing unit 5'', and the connecting plate 2'' is combined with the other side of the pressing unit 50 so as to be movable. That is, in the pressing unit 5A according to the second embodiment, the fitting unit 54 is provided on one of the edge surfaces 53, and is not provided on the other edge surface 53. In addition, the protrusion 56 having a circular cross section is provided on the edge 1378605 t 30060pifi is the 97142849 Chinese specification without the scribe line correction date 修正i date June 22 edge surface 53 and perpendicular to the associative unit The edge surface 53 of 54. The projection 56 is provided with a surface opposite to the surface on which the engaging unit 54 is provided. In the connecting plate 20, an "engaged hole" (i.e., a fitting unit 24) is formed in a side surface of each of the peripheral portions 23 corresponding to the engaging unit 54, and a rotating hole (not shown) is formed in The 'protrusions 56' in the other surrounding portions 23 will be inserted into the rotating holes. If the projection 56 is inserted into the rotary hole, the pressing unit 5 is combined with the connecting plate 20 to pivot relative to the connecting plate 2A. The pressing unit 5 is pivoted relative to the connecting plate 20 on the dog-out portion 56 as a shaft. As shown in FIG. 1, when the pressing unit 50 is pivoted to stand at a right angle to the connecting plate 2, the second substrate 40 is easily inserted into the pressing unit 50, or the second substrate 4 is pressed and pressed. 50 separation. After the second substrate 4 is inserted into the pressing unit 5, 'if the second substrate 4 is pivoted counterclockwise with respect to the pressing unit 5, the merging unit 54 is engaged with the engaged unit 24 (Fig. 12). The first substrate 1 and the second substrate 4 can be electrically connected to each other as described above in the first embodiment. In the second embodiment, the pressing unit 50 is moved only within a predetermined range, and thus can be accurately aligned with respect to the second substrate 4 and the conductive thin plate 3 。. <Second Embodiment> Fig. 13 is an exploded perspective view of a film connector 1 according to a third embodiment of the present invention. Figure 14 is a combined view of the film connector 1 of Figure 13 . In the third embodiment, the engaging unit 54 is a receiving groove formed in the upper portion of the edge surface 53, as illustrated in FIG. Accepting the groove 15 U/8605 30060pifl The revised period is June 22, Η. The Chinese manual No. 97142849 has no 1_^; The engrossed unit % receives the grooves from the peripheral portion of the phantom direction, and is confronted by the whistle unit 24 to each other. More specifically, the engaged unit 24 is bent toward the receiving groove 54 to be placed into the receiving groove 54, and is inclined from the top to the bottom. Therefore, when the pressing unit 5() is inserted into the fitting unit 24 The engaged unit 24 is bendable so as to be pressed away from the pressing unit 5 〇, when it is pressed, the bottom of the single it 5G is touched. Further, as illustrated in Fig. 14, when the field pressing unit 5G is completely hooked, the surrounding portion 23 around the 4-way unit 24 is elastically returned to the original position. Therefore, the pressing unit % is hooked to the engaged unit 24 and is prevented from moving upward. <Fourth Embodiment> Fig. 15 is an exploded perspective view of a film connector unit according to a fourth embodiment of the present invention. Figure 16 is a combined view of the membrane connector 图 of Figure 15. Referring to Fig. 15, in the fourth embodiment, the area of the cross section of the engaging unit 54 gradually increases from the I portion to the bottom portion of the edge surface 53. The loose cross section of the associative unit 54 has a right triangle shape. ▲ the engaged unit 24 has a center of protrusion from the upper portion of the peripheral portion 23 with ">, shape, and thus has a center of protrusion. In detail, the unit to be fitted has a first surface 24a and a second surface. The first surface 24a has a "V, shape, that is, it is inclined to gradually move away from the surrounding portion in the direction from the top to the center of the circumference portion 23 to the center. The second surface 24b has a shape, i.e., it extends from the first surface 2 such as the bottom, and is inclined to gradually approach the peripheral portion 23 in the direction from the circumference of the circumference 23 to the bottom. In the first embodiment, the second substrate 40 is inserted into the pressing unit 5 1 1378605 / $ 30060 pifl is the 97M2849 Chinese manual without a slash correction. The correction date is June 22, 2011, the receiving groove 52, and in the In the fourth embodiment, the second substrate 40 is positioned by using the connection pin % and the connection pin 26 to be inserted into the connection holes 42 and 57, respectively. In detail, the connecting pin 26 protrudes upward from the top surface of the connecting plate 20, and the connecting pin 26 passes through the second substrate 4 and the pressing unit 5, or the connecting holes 42 and 57 are formed in the second substrate 4 and the pressing unit. The position on the 5 对应 corresponds to the position of the connecting pin. If the connecting pin 26 is inserted into the connecting holes 42 and 57, the second substrate 40 can be positioned with respect to the pressing unit 5A. In the fourth embodiment, if the pressing unit 50 is engaged with the connecting plate 2, it is understood that the pressing unit 50 is pressed against the dusting unit 24 to allow the spraying unit 54 to move downward while contacting the first surface 24a. . When the pressing unit % is fully engaged with the connecting plate 20, the engaged unit 24 is elastically returned to the original position to hook the engaging unit 54 to the second surface 24b as illustrated in Fig. 16. Therefore, the pressing unit 50 is prevented from being separated from the connecting plate 2A. <Fifth Embodiment> Fig. Π is an exploded perspective view of a film connector unit according to a fifth embodiment of the present invention. Figure 18 is a combined view of the membrane connector cartridge of Figure 17. Figure 19 illustrates the case where the separation unit 70 is inserted into the film connector of Figure 17 . The fifth embodiment is different from the first embodiment in that the shape of the intermediate plate 80' and the connecting plate 20 and the pressing unit 5'' are provided. More specifically, the intermediate plate 80 is placed between the second substrate 4 and the pressing unit to press the second substrate 4A. Therefore, even if the original second substrate 40 to be tested is replaced with another second substrate 40 having a thickness different from that of the original second substrate 4, it is possible to change the thickness of the intermediate plate 8 to be equal to the replaced one. The thickness of the two substrates 40, to replace the replaced J-base 17 3 〇〇 60 ρ Π 修正 修正 101 101 101 101 101 101 101 101 101 101 101 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 97 . The main body t-attach 2 includes a connection of the first substrate 1 and having an insertion hole, and the core extends upward and has a plurality of peripheral portions 23 which are saliva. The unit 50 includes a pressing body W that contacts the intermediate plate 8Q, and extends under the main body 51W to face the cover unit 53a having the engaging unit 54 around. Further, as illustrated in Fig. 17, the engaging unit 54 is a receiving hole that passes through both surfaces of the cover unit 53a. Engaged single & 24 songs away from (four) φ (four) Γ ι surrounding parts * 2 3 outward bending Because the 茈Λ connector is tilted from the top to the bottom by the associative unit 24. When the unit 5G is inserted into the lion splicing unit 24, it is accommodating = elastically readable by the cover unit 53a while contacting the pressing unit ///and thus the pressing unit 50 is easily moved downward. When the right pressing unit 50 is fully inserted, it is elastically changed by the engaging unit 24 to return to the strong position, and then inserted into the unit % and engaged with the early jaw 54. Figure 19 illustrates the separation unit 7〇 interposed between the surroundings = between the untwisting unit 54 and the sprayed unit 2: More specifically, when the insertion unit 72 of the separating unit 7 is inserted between the third portion 23 and the cover unit 53a, the peripheral portion 23 is gradually moved away from the unit 53a, thereby releasing the engagement of the engaged unit 24 with the engaging unit 54. . <Sixth Embodiment> FIG. 20 is a view of a film connector according to a sixth embodiment of the present invention.
30060piH 修IE曰期101年6月22日 爲第97142849號中文說明書無劃線修正本 解透視圖。圖21是圖20之薄膜連接器1的组合視圖。圖 22是圖21中所說明之部分A的後視圖。 第六實施例與第五實施例之不同之處在於按壓單元 5〇及連接板20之結構’且因此將著重於此差異而進行描 述。每一嗜合单元54是形成於盖早元53a上之自按壓主體 51a向下延伸的彎曲突出部’且更明確言之，是自蓋單元 53a向内彎曲的突出部。 每一周圍部分23包含自單個主體中之連接主體21延 伸的第一部分23a ’以及沿連接主體21之邊緣自第一部分 23a之頂部延伸的被嚙合單元24。 若按壓單元50向下移動，同時接觸被嗜合單元24之 頂部表面，則嚙合單元54彈性移動以遠離被嚙合單元24。 右按壓單元50完全插入被鳴合單元24中，則唾合單元54 鉤連至被嚙合單元24之底部表面，從而防止按壓單元5〇 與連接板20分離，如圖21及圖22中所說明。 <第七實施例> 圖23是根據本發明第七實施例之薄膜連接器1的分 解透視圖。圖24是圖23之薄膜連接器丨的局部組合視圖。 第七實施例與第五實施例之不同之處在於按壓單元 =及連接板20之結構，且將著重於此差異而進行描述。 每一嚙合單元54為自蓋單元53a中之一者切割的向内彎曲 的突出部。被嚙合單元24為穿過周圍部分23之兩個表面 的通孔，嚙合單元54插入所述通孔中。 若按壓單兀50向下移動，則按壓單元5〇之嚙合單元 1378605 30060pifl 修正曰期101年6月22日 爲第97142849號中文說明書無 54鉤連至被嚙合單元24。詳言之，若按壓單元5〇向下移 ，，則嚙合單元54由周圍單元23按壓以彈性變形。若按 壓單兀50之向下移動完成，則嚙合單元54插入被嚙合單 兀24中’且接著返回其原始位置，進而使按壓單元50與 連接板20嚙合。 ~ <第八貫施例> 圖25是根據本發明第八實施例之薄膜連接器丨，的分 解透視圖。圖26及圖27說明圖25之薄膜連接器1，的組裝 及操作。 薄膜連接器1，包含第一基板1〇,、框架2〇，、導電薄板 30'、第二基板40’以及按壓單元5〇,。 第一基板10’包含多個襯墊（未繪示）以形成預定區 域。第一基板10’較佳為印刷電路板，但可為可具有多種形 狀之基板。 框架20黏著於第一基板1〇，上，且在其中心處具有矩 形插入孔21b’’以使第一基板1〇,之襯墊向外部暴露。框架 2(V包含底部板2[以及側壁22,及23、 ' 底部板2Γ接觸第一基板1〇’，同時面對第一基板1〇,， 且具有插入孔（未繪示）。底部板21，之形狀接近於矩形。 而且，多個突出部（未繪示）自底部板21，之底部突出，且 沿插入孔之邊緣而形成。 側壁22'及23,自底部板21，之邊緣垂直於底部板21，而 向上延伸。側壁22’及23'具有嚙合單元。可針對底部板21, 之每-邊緣而提供側壁22，及23,中之—者。在第八實施例 20 3〇〇60pifl 修正日期101年6月22日 爲第97142849號中文說明書無劃線修正本 中，針對底部板21’之每一短邊緣提供第一側壁22,，且針 對底部板21'之每一長邊緣提供第二側壁23，。第二側壁23, 之一部分經切割’以便形成一空間，置放於按壓單元5〇, 之接納空間中的第二基板40,將插入所述空間中。 每一所述嚙合單元包含第一嚙合單元及第二嚙合單 元。 第一嚙合單元包含第一接納孔22af及第一切口 22心1。第一接納孔22&'為具有圓形橫截面之孔。第一切口 22Y-1允許第一接納孔22af延伸至第一側壁22'之頂部表 面0 第二喷合單元23a'形成於第二側壁23'上，且包含具 有矩形橫截面之通孔。 導電薄板30'包含多個導電單元31，其僅在厚度方向 上（在垂直方向上）展現出導電特性，或僅在導電單元31， 被按壓時在厚度方向上展現出導電特性。 第二基板4(Τ在對應於導電單元3Γ之位置處包含需電 連接之端點4Γ。第二基板40,較佳為比第一基板10,更具撓 性之撓性基板，但不限於此。 第二基板4(Τ之端點4Γ經配置以對應於導電單元 3Γ ’且因此可分別連接至導電單元31，。 按壓單元50,位於第二基板40,上方，且朝第一基板1〇, 按壓第二基板4(V及導電薄板3(Τ’以獲得第二基板40,之端 點41與第一基板HV之襯墊之間的緊固電連接。詳言之， 當按壓單元向下移動以按壓第二基板4(^時，在第二基 21 1378605 30060pifl 爲第97142849號中文翻書無劃線修正本 修正日期ΗΠ年6月22日 板40’下方之導電薄板3〇,之導電單元31，電連接至第二基 板40’之端點41’’且同時，導電單元31，之底部接觸第一基 板10’之襯塾’進而將第一基板1〇,之襯墊電連接至第二基 板40,之端點4Γ。 土 按壓單元50’包含第二基板4〇,將置放於其中的接納空 間。所述接納空間由支撐突出部51，界定，支撐突出部51, 自按壓單元5(Τ之後表面突出，以便支撐按壓單元5〇，之後 表面以及第二基板40,之邊緣。第二基板40,可滑動，以便 插入接納空間中，同時置放於支撐突出部51，上。當第二基 板40'置放於接納空間中時，按壓單元5〇,黏著至框架2〇, 中。 按壓單元5(y具有矩形平行六面體形狀，且由頂部表 面、底部表面、第一侧表面52,及第二側表面53,組成。第 一侧表面52%示矩形平行六面體之窄寬度側表面，且更特 定言之，為面對第一侧壁22’之侧表面。第二側表面53,指 示矩形平行六面體之寬寬度侧表面，且更特定言之，為面 對第二側壁23'之側表面。 按壓單元5(Τ具有被嚙合單元。當按壓單元5〇,之被嗔 合單元分別與喷合單元唾合時，第二基板40’之端點41，電 連接至導電薄板30'之導電單元31，。每一所述被嚙合單元 包含第一被嚙合單元52a'及第二被嚙合單元53a'。第一被 嚙合單元52af自第一侧表面52'突出，且具有對應於第一接 納孔22a'之圓形橫截面’使得第一被响合單元52a’可置放 於第一接納孔22a’中。第二被嗜合單元53a’自第二側表面 22 1378605 3〇060pifl 修正曰期101年6月22曰 爲第97142849號中文說明書無劃線修正# 53向下延伸。因此，第二被嚙合單元，以此方式成形以 便置放於第二喷合單元23a'中。 現將描述第八實施例之作用。首先，製備具有多健 塾之第一基板10’ ’且接著將具有導電薄板之框架2〇, 女裝於第一基板1〇,上。在此情況下，第一基板1〇，之襯墊 =及導電薄板3G'之導電單元31，接觸以便彼此電連接。第 一基板40置放於按壓單元5〇,之支撐突出部51，上，且插入 接納工間中，且接著按壓單元50,與框架20,固定地組合。 更具體I之，藉由向下移動第二基板40,插入其中之按壓單 元50第侧表面52’及第二側表面53,分別經定位以面對 ，架=之第—侧壁22，及第二側壁23、在此情況下，按愿 =0之第—被嗜合單元52a，置放於第—接納孔似中， 同時插入第-侧壁22，之第—切口加丨中。而且，按壓單 之第二被0^合單元53,向下移動，同時由第二側壁23, =釣連至第二嗜合單元仏，中並與其之响合。當按 二如上文所述與框^ 2〇,固定地組合時，第二基板 壓單元50, 1接觸導電單元31’之頂部表面。若向下按壓按 中之多個㈣料電單元π被壓縮，且於是導€單元31, 電連接。ra澤員粒32在垂直及水平方向上接觸，以便彼此 30,及第-^，按壓單元训維持第二基板价、導電薄板 果板10>二反1G之間的電連接。其後，當電流流經第一 經?導電薄板30傳遞至第二基 <繁^ &、卞兀成之後，按壓單元5〇,與框架2〇,分離。 弟九實施例> 23 1378605 30060pifl 修正日期101年6月22日 爲第97142849號中文說明書無劃線修正本 圖28是根據本發明第九實施例之薄膜連接器Γ的分 解透視圖。圖29及圖30說明圖28之薄膜連接器1，的組裝 及操作。 在第九實施例中，框架2(Τ包含彼此面對之第一側壁 22'，以及連接第一側壁22’之邊緣的第二側壁23,。每一第 一側壁22'包含第三嚙合單元，每一第三嚙合單元由第二接 納孔22b'及22cf以及第二切口 22b’-l組成。第三喷合單元 之第二接納孔22b'及22V具有圓形橫截面，且在垂直方向 上排列成一行《第二切口 22b'-l連接鄰近之兩個第二接納 孔22W及22c'，或連接鄰近之兩個第二接納孔22b'。詳言 之’第二切口 22b/-l允許第二接納孔22b'延伸至第一側壁 22'之頂部表面’且連接第二接納孔22b，與第二接納孔22c，。 每一第二側壁23'包含第四嚙合單元，每一第四嚙合 單元由具有圓形橫戴面之第三接納孔23bf以及連接第三接 納孔23b'與第二側壁23'之頂部表面的第三切口 23b'-l組 成。 按壓單元5(Τ包含分別面對第一侧壁22f之第一側表面 52'，以及分別面對第二側壁23'之第二側表面52'。每一被 嚙合單元包含第三被嚙合單元52b'及52cf以及第四被嚙合 單元53b'。第三被嚙合單元52b，及52c，自第一側表面52, 突出，且在垂直方向上排列成一行，以分別置放於第二接 納孔22b'及22c'中。第四被嚙合單元53b'自第二側表面53' 突出，且經構造以置放於第三接納孔23K中。 根據第九實施例之薄膜連接器Γ如下操作。來自按壓 24 30060pifl 冑修正日卿丨年6月22日 單兀50’之第三被鳴合單元中的下部第三被嚙合單元52c, 經由第二切口 22b，-l插人，以置放於來自形成於框架2〇, 之第-側壁22’中之第二接納孔中的上部第二接納孔22b, 中。接著，如圖29中所說明，第二基板4〇,在支撐突出部 51上滑動，以插入按壓單疋5〇,中之接納空間中。接著， 按壓單it 5〇,進-步向下麵，㈣下部第三射合單元 52c，置放於來自第二接納孔中之下部第二接納孔22c，中， 如圖30中所說明。同時’來自按壓單元％,之第三被咱合 單兀中之上部第二被响合單元52b，置放於上部第二接納孔 22b’中。因此，第二基板40’之端點41，電連接至第一基板 1(V之襯墊。 〈第十實施例> 圖31疋根據本發明第十實施例之薄膜連接器1,的透 視圖。圖32是圖31之薄膜連接器Γ的組合透視圖。圖33 說明圖31之薄膜連接器Γ的操作。 根據第十貫施例之薄膜連接器1，與根據第八及第九實 施例之薄膜連接器1之不同之處在於，框架2〇,斑按壓單元 5(Τ經組合以圍繞彼此而樞轉。詳言之，框架2〇，與按壓單 元50f經由較鏈（未繪示）組合，使得框架之後表面及 按壓單元5(V之頂部表面可彼此接近或遠離彼此。 框架2(V之下部板2Γ包含矩形部分21，以及自所述矩 形部分向外部延伸之延伸部分21 。一對側壁24,在垂直方 向上形成於延伸部分21b，上，且通孔27,形成於側壁中。可 用鉸鏈附接通孔27、 25 1378605 30060pifl 修正日期101年6月22曰 爲第97142849號中文說明書_!»]£本 框架20’之侧壁包含一對第一側壁22，及嚙合單元。第 一側壁22’分別經形成以沿矩形部分之短邊緣立於框架20, 之矩形部分上°喃合單元包含：第五0i合單it 22df，其每 了者朝面向第五嚙合單元22d，之第一側壁22'突出；以^嚙 合凹槽22e’。每—第五嚙合單元22d，與被嚙合單元52d，組 合’以向外彈性偏置。詳言之’若按壓單元50,經由鉸鍵樞 軸，第一侧壁22,組合，以便移動接近框架2〇，，則第五嚙 合單元22d，彈性變形，從而允許按壓單元5〇，移動接近框架 2〇、當按壓單元50,之旋轉結束時，第五嚙合單元22廿，返 回原始位置’以在置放於按壓單元5 〇,中之接納空間中的第 二基板40’接觸導電薄板3〇,之後，鉤連被嚙合單元52d,與 框架20'。此處，“原始位置”表示在第五嚙合單元22cT 接觸按壓單元50,之前，第五嚙合單元22d，之原始位置。 嚙合凹槽22e'凹入，以允許使按壓單元5〇，與導電薄 板30’間隔開預定距離，以便將第二基板4〇，置放於按壓單 元50,之接納空間中，使得按壓單元5〇，之頂部表面可臨時 停止於垂直於第一基板10,之位置。 按壓單元50’自按壓單元50’之以鉸鏈附接之一部分至 其相對部分逐漸變細。按壓單元5〇,包含分別面對第一側壁 22’之第一側表面52s以及每一者具有第五被嚙合單元52士 及被嚙合突出部52e，的被嚙合單元。第五被喷合單元52d, 具有台階’其允許第五嚙合單元22d，在置放於按壓單元5〇, 中之接納空間申的第二基板40,接觸導電薄板3〇,之後返回 至原始位置。第五被嚙合突出部52e，自第一側表面52，上之 26 ^/8605 30060pifl 修正日期101年6月22曰 爲第97142849號中文說明書無劃線修正本 對應於嗜合凹槽22e'之位置的位置突出，且第五被鳴合突 出部52e'將播入喷合凹槽22e，令。欽鍵突出部似自按壓 早疋50,突出，以與通孔27鉸鏈組合。因此，若鉸鏈突出 部54a，插入通孔27，中，則單元5〇，可圍繞框架2〇,福轉。 β…根據第十實施例之薄膜連接器1'如下操作。首先，按 壓早兀50’拖轉以移動接近框架2〇,(在第十實施例中為逆 時針）。在此情況下，按壓單元5〇,之被喷合突出部仏，插 入框架20’之嗔合凹槽22e,+，進而形成對按虔單元训及 框架20’之第一固持。在此情況下，在按壓單元％,之頂部 表面相對於第-基板1()'保持水平時，執行驗，且接著 將第二基板40,插入按壓單元5〇冲之接納空間中，如圖12 中所說明。在第二基板4〇’完全插入接納空間中之後，向下 按壓按壓單元50'，以使第五被喃合單元聊與第五喷合單 兀22d'嚙合，進而形成對按壓單元5〇,及框架2〇，之第二固 持。若按壓單元50'及框架2〇,之位置被第二次固定，則第 =基板40,之端點41，電連接至第一基板1〇,之襯墊，且按壓 單元50,之頂部表面相對於第一基板1〇，成約5度而傾斜。 <第十一實施例> .、圖34是根據本發明第十一實施例之薄膜連接器i，的 ，視圖。圖35說明圖34中所說明之薄膜連接器i，之按壓 單70 5〇’及框架20’第一二欠彼此組合的情況。圖36說明圖 34中所說明之薄膜連接器丨，之按壓單元5〇,及框架，第二 次彼此組合的情況。圖37是圖34之薄膜連接器r之自不 同視角觀看的透視圖。 27 1378605 3〇060pifl 爲第97刚49號中文說明書無雛修正本 修正日期⑼年6月22日 第十一實施例與第十實施例之類似之處在於，框架2〇, 經由鉸鏈與按壓單元50,組合’但與第十實施例之不同之處 在於框架20’及按壓單元50,之以鉸鏈附接的部分。舉例而 言，在第十實施例中，通孔27,形成於立於自底部表面21, 之矩形部分2la’延伸之延伸部分21b’上的側壁24,中，彳曰在 第十一實施例中，通孔27,形成於立於底部表面21,之矩形 部分之底部表面上的第一側壁22,中。按壓單元5〇,之鉸鏈 突出部52h，分別形成於對應於通孔27,之位置的位置上。 而且，後表面孔23c，形成於與第二基板40,中之接納 空間相對的第二側壁23,中，自與第二基板40,中之接納空 間相對的第一側壁23’之底部向上延伸，如圖37中所說 明。按壓單元50,具有自第二側表面53,突出以插入後表面 孔23c’中的後表面突出部53c,。後表面突出部5乂，插入後 表面孔23c’中。每一後表面突出部53c，在按壓單元5〇，第二 1被按壓時接觸每一後表面孔23c'之一個表面，形成對框 架20之穩固第二固持’進而防止按壓單元樞轉。 雖…、:本發明已以實施例揭露如上，然其並非用以限定 本發明’任何所屬技術領域中具有通常知識者，在不脫離 本發明之精神和範圍内，當可作些許之更動與潤飾，故本 發明之保護範圍當視後附之_請專職圍所界定者為準。 【圖式簡單說明】 圖1至圖3說明習知連接器。 圖4是根據本發明第一實施例之薄膜連接器的分解透 視圖。 28 1378605 * 9 30060pifl 爲第97142849號中文說明書無劃線修正本 修正日期101年6月22日 圖5是圖4中所說明之薄膜連接器的組合視圖。 圖6是圖4之薄膜連接器沿線VI-VI截取的橫截面圖。 圖7是圖4之薄膜連接器及用於拆卸薄膜連接器之分 離單元的透視圖。 圖8至圖10是使用圖7之分離單元拆卸圖4之薄膜 連接器的視圖。 圖11是根據本發明第二實施例之薄膜連接器的分解 透視圖。 圖12是圖11之薄膜連接器的組合視圖。 ' 圖13是根據本發明第三實施例之薄膜連接器的分解 透視圖。 圖14是圖13之薄膜連接器的組合視圖。 圖15是根據本發明第四實施例之薄膜連接器的分解 透視圖。 圖16是圖15之薄膜連接器的組合視圖。 圖Π是根據本發明第五實施例之薄膜連接器的分解 透視圖。 • 圖18是圖17之薄膜連接器的組合視圖。 . 圖19說明分離單元插入圖17之薄膜連接器中的情 況。 圖20是根據本發明第六實施例之薄膜連接器的分解 透視圖。 圖21是圖20之薄膜連接器的組合視圖。 圖22是圖21中所說明之部分A的後視圖。 29 1378605 30060pifl 修正曰期101年6月22曰 爲第97142849號中文說明書無劃線修正；^ 圖 透視圖 圖 圖 透視圖 圖 圖 透視圖 圖 圖 圖。 23是根據本發明第七實施例之薄膜連接器的分解 Ο 24是曰圖23之薄膜連接器的部分組合視圖。 25疋根據本發明第人實施例之薄膜連接器的分解 〇 26及3圖27說明圖25之薄膜連接器的組褒及操作。 28疋根據本發明第九實施例之薄膜連接器的分解 〇 29及曰圖30說明圖28之薄膜連接器的組裝及操作。 31疋根據本㈣第十實施例之薄料接器的透視 圖32是圖31之薄膜連接器的組合透視圖。 圖33說明圖31之薄膜連接器的操作。 視圖 圖4是根據本發明第十一實施例之薄膜連接器的透 次彼祕連接11之減單元及框架第一 次彼祕频11讀料元錄架第二 圖。圖37是圖34之薄膜連接器之自不同視角觀看之透視 【主要元件符號說明】 1 :薄膜連接器 Γ:薄膜連接器 30 1378605 修正日期101年6月22日 30060pifl 爲第97142849號中文說明書無劃線修正本 10 :第一基板 HV :第一基板 20 :連接板 20':框架 21 :連接主體 2Γ :底部板 21a。矩形部分 21N :延伸部分 22 :插入孔 22':側壁 22a，：第一接納孔 22af-l :第一切口 22W :第二接納孔 22bf-l :第二切口 22c':第二接納孔 22d':第五嚙合單元 22f:嚙合凹槽 23 :周圍部分 2Y :側壁 23a :第一部分 23a':第二嚙合單元 23bf :第三接納孔 23d :後表面孔 24 :被嚙合單元 31 1378605 修正日期101年6月22曰 30060pifi 爲第97142849號中文說明書無劃線修正本 2T :側壁 24a :第一表面 24b :第二表面 26 :連接銷 30 :導電薄板 30':導電薄板 31 :導電矽單元 3Γ :導電單元 32 :導電顆粒 33 :矽橡膠 34 :支撐單元 40 :第二基板 4(V :第二基板 41 :端點 4Γ :端點 42 :連接孔 50 :按壓單元 50':按壓單元 51 :按壓表面 5Γ :支撐突出部 51a :按壓主體 52 :接納凹槽 52。第一側表面 52a^第一被嚙合單元 32 1378605 修正日期101年6月22日 30060pifl 爲第97142849號中文說明書無劃線修正本 52b':第三被嚙合單元 52d :第三被嚙合單元 52(Τ:第五被嚙合單元 52〆：被嚙合突出部 52K :鉸鏈突出部 53 :邊緣表面 53':第二側表面 53a :蓋單元 53af :第二被嚙合單元 53W :第四被嚙合單元 53c':後表面突出部 54 :嚙合單元 54a^鉸鏈突出部 55 :凹槽 56 :突出部 57 :連接孔 60 :拆卸單元 70 :分離單元 71 :主體 72 :插入單元 73 :組合單元 80 :中間板 100 :習知連接器 110 :第一基板 33 1378605 30060pifl 爲第97142849號中文說明書無劃線修正本修正日期101年6月22日 120 :陽連接器 130 :第二基板 140 :陰連接器 150、15(V :接觸件 160、16(Τ :外殼單元 VI :沿線 3430060piH IE 曰 6 6 6 6 6 6 142 142 142 142 142 142 142 142 142 142 142 142 142 142 142 142 142 142 142 142 142 Figure 21 is a combined view of the film connector 1 of Figure 20. Figure 22 is a rear elevational view of the portion A illustrated in Figure 21. The sixth embodiment is different from the fifth embodiment in that the structure of the pressing unit 5A and the connecting plate 20' and thus will be described focusing on the difference. Each of the associating units 54 is a curved protruding portion which extends downward from the pressing main body 51a formed on the cover early element 53a and, more specifically, is a protruding portion which is bent inward from the cover unit 53a. Each of the peripheral portions 23 includes a first portion 23a' extending from the connecting body 21 in a single body and an engaged unit 24 extending from the top of the first portion 23a along the edge of the connecting body 21. If the pressing unit 50 is moved downward while contacting the top surface of the fitting unit 24, the engaging unit 54 is elastically moved away from the engaged unit 24. When the right pressing unit 50 is completely inserted into the merging unit 24, the splicing unit 54 is hooked to the bottom surface of the engaged unit 24, thereby preventing the pressing unit 5 分离 from being separated from the connecting plate 20, as illustrated in FIGS. 21 and 22. . <Seventh Embodiment> Fig. 23 is an exploded perspective view of a film connector 1 according to a seventh embodiment of the present invention. Figure 24 is a partial assembled view of the membrane connector cartridge of Figure 23. The seventh embodiment is different from the fifth embodiment in the structure of the pressing unit = and the connecting plate 20, and will be described focusing on the difference. Each of the engaging units 54 is an inwardly curved projection cut from one of the cover units 53a. The engaged unit 24 is a through hole that passes through both surfaces of the peripheral portion 23 into which the engaging unit 54 is inserted. If the pressing unit 50 moves downward, the engaging unit of the pressing unit 5 1 1378605 30060pifl is revised to the end of the period of June 22, 101, and is not hooked to the engaged unit 24. In detail, if the pressing unit 5 is moved downward, the engaging unit 54 is pressed by the surrounding unit 23 to be elastically deformed. If the downward movement of the pressing unit 50 is completed, the engaging unit 54 is inserted into the engaged unit 24 and then returns to its original position, thereby engaging the pressing unit 50 with the connecting plate 20. ~ <Eighth Embodiment> Fig. 25 is an exploded perspective view of a film connector unit according to an eighth embodiment of the present invention. 26 and 27 illustrate the assembly and operation of the film connector 1 of Fig. 25. The film connector 1 includes a first substrate 1A, a frame 2A, a conductive thin plate 30', a second substrate 40', and a pressing unit 5''. The first substrate 10' includes a plurality of pads (not shown) to form a predetermined area. The first substrate 10' is preferably a printed circuit board, but may be a substrate having a plurality of shapes. The frame 20 is adhered to the first substrate 1 and has a rectangular insertion hole 21b'' at the center thereof so that the first substrate 1b is exposed to the outside. The frame 2 (V includes the bottom plate 2 [and the side walls 22, and 23, 'the bottom plate 2 Γ contacts the first substrate 1 〇' while facing the first substrate 1 〇, and has an insertion hole (not shown). 21, the shape is close to a rectangle. Moreover, a plurality of protrusions (not shown) protrude from the bottom of the bottom plate 21, and are formed along the edge of the insertion hole. The side walls 22' and 23, from the edge of the bottom plate 21, The side walls 22' and 23' have an engaging unit perpendicular to the bottom plate 21. The side walls 22, and 23 may be provided for each edge of the bottom plate 21, in the eighth embodiment. 〇〇60pifl Correction date June 22, 2011 is the Chinese manual of No. 97142849. There is no scribe correction, and the first side wall 22 is provided for each short edge of the bottom plate 21', and for each of the bottom plates 21' The long edge provides a second side wall 23. The second side wall 23, a portion of which is cut 'to form a space, is placed in the pressing unit 5'', and the second substrate 40 in the receiving space is to be inserted into the space. One of the engaging units includes a first engaging unit and a second engaging unit. The merging unit includes a first receiving hole 22af and a first slit 22. The first receiving hole 22&' is a hole having a circular cross section. The first slit 22Y-1 allows the first receiving hole 22af to extend to the first The top surface 0 of the side wall 22' is formed on the second side wall 23' and includes a through hole having a rectangular cross section. The conductive thin plate 30' includes a plurality of conductive units 31 which are only in the thickness direction. The conductive property is exhibited (in the vertical direction) or the conductive property is exhibited in the thickness direction only when the conductive unit 31 is pressed. The second substrate 4 (which is electrically connected to the position corresponding to the conductive unit 3Γ) The second substrate 40 is preferably a flexible substrate that is more flexible than the first substrate 10. However, the second substrate 4 is not limited thereto. The second substrate 4 is configured to correspond to the conductive unit 3Γ. 'and thus can be respectively connected to the conductive unit 31. The pressing unit 50 is located above the second substrate 40, and toward the first substrate 1 , presses the second substrate 4 (V and the conductive thin plate 3 (Τ' to obtain the second A secure electrical connection between the end point 41 of the substrate 40 and the pad of the first substrate HV. When the pressing unit moves downward to press the second substrate 4 (^, the second base 21 1378605 30060pifl is the 97142849 Chinese translation book without the slash correction, the revision date is June 22, the board 40' The conductive sheet 31 is electrically connected to the end point 41 ′′ of the second substrate 40 ′ and at the same time, the bottom of the conductive unit 31 contacts the lining of the first substrate 10 ′ and the first substrate 1 〇 The pad is electrically connected to the end point 4 of the second substrate 40. The soil pressing unit 50' includes a second substrate 4, a receiving space to be placed therein. The receiving space is defined by the supporting protrusion 51, and the supporting protrusion 51 is protruded from the pressing unit 5 (the surface is protruded to support the pressing unit 5〇, the rear surface and the edge of the second substrate 40. The second substrate 40, It is slidable for insertion into the receiving space while being placed on the supporting protrusion 51. When the second substrate 40' is placed in the receiving space, the pressing unit 5 is adhered to the frame 2, in the middle. (y has a rectangular parallelepiped shape and is composed of a top surface, a bottom surface, a first side surface 52, and a second side surface 53. The first side surface 52% shows a narrow width side surface of the rectangular parallelepiped And more specifically, facing the side surface of the first side wall 22'. The second side surface 53, indicating a wide width side surface of the rectangular parallelepiped, and more specifically, facing the second side wall The side surface of the 23'. The pressing unit 5 (the cymbal has the engaged unit. When the pressing unit 5 is pressed by the splicing unit respectively, the end point 41 of the second substrate 40' is electrically connected to the conductive a conductive unit 31 of the thin plate 30', each of the engaged units The first engaged unit 52a' and the second engaged unit 53a' are included. The first engaged unit 52af protrudes from the first side surface 52' and has a circular cross section corresponding to the first receiving hole 22a' such that A accommodating unit 52a' can be placed in the first receiving hole 22a'. The second accommodating unit 53a' is modified from the second side surface 22 1378605 3〇060pifl, and the period of June 22, 2011 is No. 97142849 The Chinese manual has no scribing correction #53 extending downward. Therefore, the second engaged unit is shaped in this manner to be placed in the second spray unit 23a'. The effect of the eighth embodiment will now be described. First, preparation The first substrate 10'' having a plurality of pads and then the frame 2 having a conductive thin plate is placed on the first substrate, in which case the first substrate 1 is padded and electrically conductive The conductive units 31 of the thin plate 3G' are in contact to be electrically connected to each other. The first substrate 40 is placed on the pressing unit 5, the supporting protrusion 51, and inserted into the receiving chamber, and then the unit 50 is pressed, and the frame 20 , fixedly combined. More specifically, by moving the second substrate 40 downward, insert The first side surface 52' and the second side surface 53 of the pressing unit 50 are respectively positioned to face, the first side wall 22 of the frame=the second side wall 23, and in this case, The first-associated unit 52a is placed in the first receiving hole, and is inserted into the first side wall 22, and the first slit is twisted. Further, the second unit is pressed by the unit 53, down Moving, while being joined by the second side wall 23, = to the second associative unit 仏, and in conjunction with it. When fixedly combined with the frame 2 as described above, the second substrate pressing unit 50, 1 contacts the top surface of the conductive unit 31'. If a plurality of (four) power units π are pressed down, the battery unit π is compressed, and then the unit 31 is electrically connected. The razer particles 32 are in contact in the vertical and horizontal directions so as to be mutually 30, and the first, and the pressing unit maintains the electrical connection between the second substrate valence, the conductive sheet 10 > Thereafter, after the current flows through the first conductive sheet 30 to the second substrate, the pressing unit 5 is pressed away from the frame 2〇. </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; 29 and 30 illustrate the assembly and operation of the film connector 1 of Fig. 28. In the ninth embodiment, the frame 2 (the cymbal includes a first side wall 22' facing each other, and a second side wall 23 connecting the edges of the first side wall 22'. Each of the first side walls 22' includes a third engaging unit Each of the third engaging units is composed of second receiving holes 22b' and 22cf and a second slit 22b'-1. The second receiving holes 22b' and 22V of the third spray unit have a circular cross section and are perpendicular Arranged in a row, the second slit 22b'-1 connects the adjacent two second receiving holes 22W and 22c', or connects the adjacent two second receiving holes 22b'. In detail, the second slit 22b/-l Allowing the second receiving hole 22b' to extend to the top surface ' of the first side wall 22' and connecting the second receiving hole 22b with the second receiving hole 22c. Each of the second side walls 23' includes a fourth engaging unit, each of the first The four engaging unit is composed of a third receiving hole 23bf having a circular lateral wearing surface and a third slit 23b'-1 connecting the third receiving hole 23b' and the top surface of the second side wall 23'. The pressing unit 5 (Τ includes respectively Facing the first side surface 52' of the first side wall 22f, and the second side surface 52 facing the second side wall 23', respectively Each of the engaged units includes a third engaged unit 52b' and 52cf and a fourth engaged unit 53b'. The third engaged units 52b, and 52c protrude from the first side surface 52 and are vertically oriented. They are arranged in a row to be placed in the second receiving holes 22b' and 22c', respectively. The fourth engaged unit 53b' protrudes from the second side surface 53' and is configured to be placed in the third receiving hole 23K. The film connector 根据 according to the ninth embodiment operates as follows: the lower third engaged unit 52c from the third merging unit of the single 兀50' of the June 22nd 胄The two slits 22b, -l are inserted to be placed in the upper second receiving hole 22b from the second receiving hole formed in the first side wall 22' of the frame 2, and then, as shown in Fig. 29. It is to be noted that the second substrate 4 is slid on the support protrusion 51 to be inserted into the receiving space of the pressing unit 5 。. Then, the single unit 5 按压 is pressed, the step is turned downward, and (4) the third lower portion is shot. The unit 52c is placed in the second receiving hole 22c from the lower portion of the second receiving hole, as shown in FIG. At the same time, 'from the pressing unit %, the upper second receiving unit 52b of the third twisted unit is placed in the upper second receiving hole 22b'. Therefore, the end point 41 of the second substrate 40' , electrically connected to the first substrate 1 (V pad). <Tenth embodiment> Fig. 31 is a perspective view of a film connector 1 according to a tenth embodiment of the present invention. Fig. 32 is a film connector of Fig. 31. Fig. 33 illustrates the operation of the film connector 图 of Fig. 31. The film connector 1 according to the tenth embodiment differs from the film connector 1 according to the eighth and ninth embodiments in that The frame 2〇, the spot pressing unit 5 (the shackles are combined to pivot around each other. In detail, the frame 2 is combined with the pressing unit 50f via a relatively chain (not shown) such that the rear surface of the frame and the pressing unit 5 (the top surface of the V can be close to each other or away from each other. Frame 2 (V lower plate 2Γ) A rectangular portion 21 is included, and an extending portion 21 extending outward from the rectangular portion. A pair of side walls 24 are formed in the vertical direction on the extending portion 21b, and a through hole 27 is formed in the side wall. It can be attached by a hinge Through Hole 27, 25 1378605 30060pifl Revision Date June 22, 2011 is the Chinese manual of No. 97142849 _!»] The side wall of the frame 20' includes a pair of first side walls 22, and an engaging unit. The first side wall 22' Separately formed on the rectangular portion of the frame 20 along the short edge of the rectangular portion, the haling unit comprises: a fifth 0i compositing unit 22df, each facing toward the fifth engaging unit 22d, the first side wall 22 'Protruding; engaging the groove 22e'. Each of the fifth engaging unit 22d, in combination with the engaged unit 52d, is elastically biased outwardly. In detail, if the unit 50 is pressed, the hinge is pivoted, a side wall 22, combined to move closer The second engaging unit 22d is elastically deformed to allow the pressing unit 5 to move closer to the frame 2, and when the pressing unit 50 is rotated, the fifth engaging unit 22 is returned to the original position. The second substrate 40' placed in the receiving space of the pressing unit 5 is contacted with the conductive thin plate 3', and then hooked by the engaging unit 52d, and the frame 20'. Here, the "original position" is indicated at The five engaging unit 22cT contacts the pressing unit 50, before the fifth engaging unit 22d, the original position. The engaging recess 22e' is recessed to allow the pressing unit 5 to be spaced apart from the conductive sheet 30' by a predetermined distance so as to be The second substrate 4 is placed in the receiving space of the pressing unit 50 so that the pressing unit 5〇 can temporarily stop at a position perpendicular to the first substrate 10. The pressing unit 50' is self-pressing unit 50' One portion of the hinge attachment is tapered to its opposite portion. The pressing unit 5A includes a first side surface 52s facing the first side wall 22' and each having a fifth engaged unit 52 and being engaged Part 52e The fifth driven unit 52d has a step 'which allows the fifth engaging unit 22d to contact the second substrate 40 disposed in the pressing unit 5, in contact with the conductive sheet 3, Then return to the original position. The fifth engaged protrusion 52e, from the first side surface 52, on the 26 ^ / 8605 30060pifl correction date June 22, 2011 is the 97142849 Chinese manual no line correction corresponding to the hobby The position of the position of the recessed groove 22e' is protruded, and the fifth engrossed projection 52e' will be inserted into the spray groove 22e. The keyed protrusions appear to be self-pressing early, and protruded to be hinged with the through holes 27. Therefore, if the hinge projecting portion 54a is inserted into the through hole 27, the unit 5A can be rotated around the frame 2b. β... The film connector 1' according to the tenth embodiment operates as follows. First, the pressing is advanced by 50' to move closer to the frame 2 (counterclockwise in the tenth embodiment). In this case, the pressing unit 5A, which is sprayed by the projection 仏, is inserted into the fitting recess 22e, + of the frame 20', thereby forming a first holding of the pressing unit and the frame 20'. In this case, when the top surface of the pressing unit % is kept horizontal with respect to the first substrate 1 ()', the inspection is performed, and then the second substrate 40 is inserted into the receiving space of the pressing unit 5, as shown in the figure. 12 is explained. After the second substrate 4'' is fully inserted into the receiving space, the pressing unit 50' is pressed downward to engage the fifth quilt unit and the fifth splicing unit 22d', thereby forming a pair of pressing units 5〇, And the frame 2〇, the second hold. If the position of the pressing unit 50' and the frame 2'' is fixed a second time, the end surface 41 of the first substrate 40, electrically connected to the first substrate, and the top surface of the pressing unit 50, It is inclined at about 5 degrees with respect to the first substrate 1A. <Eleventh Embodiment>. Fig. 34 is a view of a film connector i according to an eleventh embodiment of the present invention. Fig. 35 illustrates the case where the film connector i illustrated in Fig. 34 is combined with the pressing unit 70 5〇' and the frame 20'. Fig. 36 is a view showing a state in which the film connector 说明, the pressing unit 5A, and the frame illustrated in Fig. 34 are combined with each other for the second time. Figure 37 is a perspective view of the film connector r of Figure 34 as viewed from a different perspective. 27 1378605 3〇060pifl is the 97th Chinese version of the Chinese manual. The amendment is dated (June 22nd). The eleventh embodiment is similar to the tenth embodiment in that the frame 2〇, via the hinge and the pressing unit 50. Combination 'but differs from the tenth embodiment in the frame 20' and the pressing unit 50, which are hinged attached portions. For example, in the tenth embodiment, the through hole 27 is formed in the side wall 24 standing on the extending portion 21b' extending from the rectangular portion 2la' of the bottom surface 21, in the eleventh embodiment The through hole 27 is formed in the first side wall 22 on the bottom surface of the rectangular portion of the bottom surface 21. The pressing unit 5'', the hinge protruding portion 52h is formed at a position corresponding to the position of the through hole 27, respectively. Moreover, the rear surface hole 23c is formed in the second side wall 23 opposite to the receiving space in the second substrate 40, and extends upward from the bottom of the first side wall 23' opposite to the receiving space of the second substrate 40. As illustrated in Figure 37. The pressing unit 50 has a rear surface projecting portion 53c which protrudes from the second side surface 53 to be inserted into the rear surface hole 23c'. The rear surface projection 5 is inserted into the rear surface hole 23c'. Each of the rear surface projections 53c contacts one surface of each of the rear surface holes 23c' when the second unit 1 is pressed, forming a firm second holding of the frame 20 to prevent the pressing unit from pivoting. The present invention has been described above by way of example only, and is not intended to limit the invention in the scope of the invention. Retouching, the scope of protection of the present invention is subject to the definition of _ the full-time enclosure. BRIEF DESCRIPTION OF THE DRAWINGS Figures 1 to 3 illustrate a conventional connector. Figure 4 is an exploded perspective view of a film connector in accordance with a first embodiment of the present invention. 28 1378605 * 9 30060pifl is the Chinese manual of No. 97142849. There is no slash correction. Revision date June 22, 101 Figure 5 is a combined view of the film connector illustrated in Figure 4. Figure 6 is a cross-sectional view of the film connector of Figure 4 taken along line VI-VI. Figure 7 is a perspective view of the film connector of Figure 4 and the separation unit for detaching the film connector. 8 to 10 are views in which the film connector of Fig. 4 is removed using the separating unit of Fig. 7. Figure 11 is an exploded perspective view of a film connector in accordance with a second embodiment of the present invention. Figure 12 is a combined view of the film connector of Figure 11. Figure 13 is an exploded perspective view of a film connector in accordance with a third embodiment of the present invention. Figure 14 is a combined view of the film connector of Figure 13. Figure 15 is an exploded perspective view of a film connector in accordance with a fourth embodiment of the present invention. Figure 16 is a combined view of the film connector of Figure 15. Figure 2 is an exploded perspective view of a film connector in accordance with a fifth embodiment of the present invention. • Figure 18 is a combined view of the film connector of Figure 17. Figure 19 illustrates the case where the separation unit is inserted into the film connector of Figure 17. Figure 20 is an exploded perspective view of a film connector in accordance with a sixth embodiment of the present invention. Figure 21 is a combined view of the film connector of Figure 20. Figure 22 is a rear elevational view of portion A illustrated in Figure 21 . 29 1378605 30060pifl Corrected the period of June, 2001, 22nd, for the Chinese manual No. 97142849, there is no scribe correction; ^ Figure Perspective Diagram Diagram Perspective Diagram Diagram Perspective Diagram Diagram Diagram. 23 is an exploded view of the film connector according to the seventh embodiment of the present invention. FIG. 24 is a partial assembled view of the film connector of FIG. 25. Decomposition of the film connector according to the first embodiment of the present invention 〇 26 and 3 FIG. 27 illustrates the assembly and operation of the film connector of FIG. 28. Decomposition of a film connector according to a ninth embodiment of the present invention 〇 29 and FIG. 30 illustrate the assembly and operation of the film connector of FIG. 31A perspective view of a thin connector according to the tenth embodiment of the present invention. Fig. 32 is a combined perspective view of the film connector of Fig. 31. Figure 33 illustrates the operation of the film connector of Figure 31. Figure 4 is a second view of the first-time secret frequency reading frame of the thin-film connector of the eleventh embodiment of the present invention. 37 is a perspective view of the film connector of FIG. 34 viewed from different viewing angles [Major component symbol description] 1 : Film connector Γ: film connector 30 1378605 Revision date June 22, 2003 30060pifl No. 97142849 Chinese manual No Skew correction 10: First substrate HV: First substrate 20: Connection plate 20': Frame 21: Connection body 2A: Bottom plate 21a. Rectangular portion 21N: extension portion 22: insertion hole 22': side wall 22a, first receiving hole 22af-1: first slit 22W: second receiving hole 22bf-1: second slit 22c': second receiving hole 22d ': fifth engaging unit 22f: engaging groove 23: peripheral portion 2Y: side wall 23a: first portion 23a': second engaging unit 23bf: third receiving hole 23d: rear surface hole 24: engaged unit 31 1378605 corrected date 101 June 22曰30060pifi is the Chinese manual No. 97142849. There is no scribe correction 2T: side wall 24a: first surface 24b: second surface 26: connecting pin 30: conductive thin plate 30': conductive thin plate 31: conductive 矽 unit 3 Γ: Conductive unit 32: conductive particles 33: yoke rubber 34: support unit 40: second substrate 4 (V: second substrate 41: end point 4: end point 42: connection hole 50: pressing unit 50': pressing unit 51: pressing Surface 5Γ: support protrusion 51a: pressing body 52: receiving groove 52. First side surface 52a^ first engaged unit 32 1378605 Revision date June 22, 2003 30060pifl is the 97142849 Chinese manual no underline revision 52b': third engaged unit 52d: third engaged unit 52 ( Τ: fifth engaged unit 52〆: engaged projection 52K: hinge projection 53: edge surface 53': second side surface 53a: cover unit 53af: second engaged unit 53W: fourth engaged unit 53c' : Rear surface protrusion 54 : Engagement unit 54 a ^ Hinge protrusion 55 : Groove 56 : Projection 57 : Connection hole 60 : Disassembly unit 70 : Separation unit 71 : Main body 72 : Insertion unit 73 : Combination unit 80 : Intermediate plate 100 : The conventional connector 110: the first substrate 33 1378605 30060pifl is the 97142849 Chinese manual without a slash correction. The correction date is June 22, 2001 120: the male connector 130: the second substrate 140: the female connectors 150, 15 (V: contacts 160, 16 (Τ: housing unit VI: along line 34