200939933 九、發明說明： 【發明所屬之技術領域】 本發明有關於將多個連接器組裝在軟性基板(fiexibie 甘ate)、m構之連接器單元，特別有關於供電子機器使 。構為第一外殼和第二外殼可自由滑動的連接器 早兀。 ❹ ❹ 卜本發明有關於在可以相對地自由滑動之多個本體 於^用1另i内藏有電路基板之結構的電子機器’特別有關 敗其w性基板構成之連接器單元連接相對移動之電 路基板的電子機器。 【先前技術】 ::代的攜帶式電話終端機等電子機器中，為提高其可 ，帶：，開發有第一外殼和第二外殼間可以自由開閉之製 3 γ以自&滑動之製品。在滑動式電子機器中，例如， -外喊和第二外殼利用滑動機構連結成可以自由滑動。 另外’在第-外殼内藏有稱為主基板的電路基板，在第 ==藏有稱為職板㈣路絲。該主基板和副基板 間利用連接器單元相連接。 /連接器單70，例如，具有形成為細長形狀之軟性基 的連=軟^基板之一面的一端，組裳有稱為主連接器等 在另外—端組裝有稱為副連接器等的連接器。 上述方式之電子機5|,太埜 . ° 吳…、機& ^第一外殼之主基板連接有連接 :早^之主連接器’在第二外殼之副基板連接有連接器單 兀之副連接器。在上述方式之電子機器中，連接器單元配 97108826 5 200939933 置成為從第一外殼之内部到第二外殼之内部彎曲為圓弧 狀之狀態。 上述方式之電子機器，因為其第一外殼和第二外殼可以 '自由滑動，所以可以同時獲得攜帶性和操作性兩者。因此 •内藏在第外设之主基板和内藏在第二外殼之副基板，可 以利用連接器單元而進行有線通信。 另外，該連接器單元由軟性基板所構成。因此，不會妨 ❹礙連接器單元與主基板和副基板間之有線通信，可以容許 第-外殼和第二外殼間之滑動移動，連接器單元不會妨礙 第一外殼和第二外殼間之滑動移動。 另外，如上述結構之電子機器有下列各種提案（例如， 參照專利文獻1〜4)。 專利文獻1:日本專利特開2006-128808號公報 專利文獻2 :日本專利特開2004-222173號公報 專利文獻3 :曰本專利特開2004-222145號公報 ❹專利文獻4 :日本專利特開2003-1 10675號公報 【發明内容】 (發明所欲解決之問題） 現7如上述電子機器在多功能化上多有進展，例如，提 ϋΐ第二外殼並聯而内藏有第—副基板和第二副基板之 各银例如，以第一連接器單元連接主基板 和苐一副基板，以第二連姪 ^運接器單元連接主基板和第二副基 板。 但是 電子機器之零件數增大時，會使生產效率降低。 97108826 6 200939933 板之右^板組裝一個連接器時’會因連接器而使主基 板之有效面積減小。 基題時’可以想像將用以連接主基板和第-副 之第-連接和用以連接主基板和第二副基板 之弟一連接器早元集合成為一個。 =情=’準備:連接於主基板之大型主連接器， Ο :=::4之第一副連接器，連接到第二副基板之 基板和第一副基板而由軟性基板構 Α板份’和連結主基板和第二副基板而由軟性 基板構成之弟二細長部份。 第其Γ且亦可以在主連接器上連接第一細長部份之-端和 第一細長部份之一端名筮 副連接器…長部份之另-端連接第-器。。 長部份之另一端連接第二副連接 ❹ 第t m必須在一個主連接器重疊有第-細長部份和 狀態下進行連接。在此種情況，因為其作 菜成為立體式所以不容易推 八1产 另“、… 仃，並且作業難以機械化。 副基板和第1副基㈣板 彎曲之狀態相重疊。、，.田長錯和第二細長部份以 但是，當在此結構中當第一外私 時，第一細長部份和第二細長卜^^二外殼間滑動移動 衝。在此種情況，會在第—細長^成為阻礙其滑動之緩 斷線，或主連接器、第-副連接=一=第二細長部份發生 埂接益或第二副連接器從主基 97108826 7 200939933 板第一副基板或第二副基板脫落等，因 本發明針對上述問題提供一種連接器單元，|障。 軟性基板構成的第—細長部份和第：細長部 ^吏由 .接到一個主連接器，在另外一端分別 :端連 .第二副連接器，可以簡易地製造此種結構第田]連接器和 另外，本發明針對上述問題提供一種電 即使第一外殼和第二外殼間滑動移動，連接器單_建成 ❹^長料和第二細長部份亦不會成為其緩衝。凡之第一 (解決問題之手段） ρ:::之器單元’為在軟性基板上組裝有多個連接 器，為t接;Γ::，為連接器之一;第-副連接 勹延接盎之一，比主連接器為小 為連接器之一，比主連接考A —田1連接器， 面组#右主n 和軟性基板，在其一 基板為细長. °$第二副連接器；軟性 狀’在多個位置處曲折，主連 ❿性基板一面之一端，而第一副連接^〆釈 另外一端。 $ ^運接器和第二副連接器位於 因此’在本發明之連接哭軍 之-端連接到-個主連接；Ί广f成1軟性基板 . 韻接1^紅料接II，此結構由在—面心右幸、車 .接态、第一副連接器和第二副連接3 广 成。 叫逐接器的一個軟性基板形 接ΐ::之:：機：為多個電路基板由連接器單元相連 接之、（構具有·本發明之連接器單元；主基板，為電路 97108826 8 200939933 連接有連接器單元之主連接器；第-副基板， 為電路基板之-，連接有連接器單元之第一副連 第二副基板，為電路基板之一，連接有連接器單第一 副連接器。 弟一 月之第—軟性基板，為本發明之—連接11單元的軟 ?板’具有：主組裝部份，在上面組裝有主連接 =長部份’自後方鄰接於主組裝部份，·第— ❹ ❹ ;第=第一細長部份，在上面組裝有第-副連接 部份，自自前方鄰接於主組裝部份；第二連接 方鄰接於第一連接部份；第二細長部 二第二連接部份；和第二組裝部份，自後 本發明之第4連接器° 軟性基板，且:.人性基板為本發明之另一連接器單元的 第一f /、 ·主組裝部份，在上面組裝有主連接器； 份，自後方澈姑4鄰接於主組裝部份；第一組裝部 ^妾於第—細長部份，在上面组裝有第一副連 接器；第二細長部份，ή义 回、'旦哀有弟田連 組裝部份，自前 自别方鄰接於主組裝部份；和第二 二副連接器。 接於第二細長部份，在上面組裂有第 本發明之第一兔j ;生士 造方法，所具備之步驟有明之一連接器單元的製 有：在上面組|有主=.形成軟性基板，該軟性基板具 主組裝部份的第-細長=、的^裝部份、自後方鄰接於 且在上面組裝有第一 5| 自後方鄰接於第一細長部份 田連接器的第一組裝部份、自前方鄰 97108826 9 200939933 接於主組裝部份的第一連 -連接部份的第二、表h接 之一方鄰接於第 的第二細县杯 杨、自後方鄰接於第二連接部份 ㈣有第：:、和自後方鄰接於第二連接部份且在上面 姐衮有第二副連接%丄田 Ρ的第一組裝部份；在主组#邱於夕L 面組裝主連接器，在第一 、、裝邛伤之上 器，在第二組裝部份之上面二面广裝第-副連接 主組褒部份和第―裝第一副連接器；以及，將 ❹ 和= : = 處折成山形，將第-連接部份 '組裝部二:::::谷形，將第-細長部份和第 本發明之第二製造方法是本發明之另 製造方法，所且備之牛 連接盗皁7〇的 ^ ^ 八備乂驟包含有：形成上述軟性美招，# :性基板具有:在上面組裝有主連 :二Τ 後方鄰接於主組裝部份的第一 ：裝指、自 一細長部份且在 ”後方鄰接於第 ❹ 份、自前方鄰接於二裝裝以 鄰接於第二細長㈣自前方 二組裝部份;在主組裝部份之上面組裳主::連接的第 組裝部份之上面組裝第—副連接$，在、接r，在第-面組袭第二副連接器；以及， 部份之上 份之交I it / 装4伤和第一細長部 伪之父界處折成山形’將第一 交界處折成山形。 丨伤和第一組裝部份之 在本發明之連接器單元中，構 連接到一個主連接器，在另外一端貝 性基板之一端 則刀別組裝第一副連接 97108826 200939933 器和第二副連接器，此結構由在一面組褒有主連接器 和第二副連接器的一個軟性基板形成，戶;以可 以如供特殊且容易製造之結構。 二：明之電子機器，為在各個可相對地自由滑動 中内藏有電路基板的結構，具有··第一外殼，為 开又之一，第二外殼，為本體外殼之一；滑動機 動地支持第一外殼和第二外殼;主基板，為 二ί: 之電路基板；第-副基板，為内藏在第二 藏：ί 2基板；第二副基板，為與第-副基板並聯而内 連接二3 =板;和連接器單元，用來將主基板 接器，為連：;主1C連接器單元具有:主連 基板之連二且副連接器’為連接到第二副 _ ，.、田長邛份，由連接主連接器和第一副 連接益之軟性基板構成；和第二 器和第二副連接哭之护J 由運接主連接 以彎曲之第一έt基板構成。主基板和第一副基板 曲㈤錢相連接，主基板和第二副基板以彎 =份重疊之第二細長部份相連接。第 细動移動時亦可使第-細長部份和第二 細長部份之彎曲部份維持 接器、第-副連接以此關係設定主連 長部份和第二細=第之::連接器之位置’以及第-細 移t本：明之電子機器中’即使第-外殼和第二外 设滑動移動，第一細長部A 1 食。卩伤和第二細長部份之彎曲部份 97108826 200939933 ===隔。因此，不會因第-外殼和第二外殼之- 在本發明之電子部份成為其緩衝。 -移動，第Λ長二Λ ϊ第一外殼和第二外殼滑動 之間隔，利用此種方式，因為不會 =持既 殼滑動移動而使第-細長部份和第二細長部外 结，+、在第長部份或第二細長部份發㈣ φ或主連接器、第一副連接器、或第_ %% 〇板、第-副基板、或第二副基板:落第一連接讀主基 另外，在本發明中規定有前後 定僅為方便簡單地說明本發明中構成下元了向，^ 工不用職疋實施本發料製造錢料之 ^在本發明之製造方法中，依序記载多個步驟，作 = 己载之順序並不用以限定執行多個步驟時之順序。因 ❹圍内製造方法時，可以在不妨礙内容之範 W ㈤η茭更6亥多個步驟之順序。 組裝主連接器、第—副連接器、和第二副連接器 各:位順序當然可以不同。另外，曲折軟性基板之 2位置的步驟，只要能夠形成其完成形狀之範圍内採取 • 不同順序。 犯闽η休取 :外，除可先形成異形之軟性基板而後組裝主連接器等 %可W先將主連接器等組裝在作為軟性基板之片 體，之後再將該片體切為異形之軟性基板。 上述目的和其他目的、特徵和優點藉由下面所述較佳實 97108826 12 200939933 施形態和以下之附隨圖式，可以更加明白。 【實施方式】 下面參照圖1至圖7說明本發明之一實施形態。另外， -在f形態中，依如圖所示前後左右上下之方向說明。但其 .，、疋為方便著眼之規定，用以簡單地說明。因此，並不限 定實施本發明時、製造時或使用時之方向。 本實施形態之連接器單元1〇〇如圖丨至圖5所示，為在 軟性基板120組裝多個連接器11〇〜112之結構的連接器單 @ 元 100。 連接器單元100具有：主連接器11〇，為連接器11〇〜112 之一；第一副連接器111，為連接器u〇〜112之一，比主 連接器11〇為小型；第二副連接器112，為連接器11〇〜112 之，比主連接器110為小型；和軟性基板12 〇，在其一 面組裝有主連接器110、第一副連接器lu和第二副連接 器 112。 ⑩ 連接器單元如圖5所示，軟性基板120在多個位置 處曲折，主連接器Π0位於該軟性基板120 —面之一端， 而第一副連接器1Π和第二副連接器112位於其另外一 端，而為細長形狀。 • 本實施形態之電子機器200如圖6所示，在各個可相對 地自由滑動之多個本體外殼231、232中内藏有電路基板 210〜212。另外，該多個電路基板21〇〜212利用連接器單 元100連接。 該電子機器200具有··第一外殼231，為本體外殼之一； 97108826 13 200939933 第一外殼232，為本體外殼之一；滑動機構233，可自由 相對滑動地支持第一外殼231 *帛二外殼232 ;主基板 210，為内藏在第一外殼231之電路基板；第一副基板 • 211，為内藏在第二外殼232之電路基板；第二副基板 .212，為與第—副基板211並聯而内藏在第二外殼2犯之 電路基板；和連接器單元1〇〇，用以將主基板21〇連接到 第一副基板211和第二副基板212。 ❹ 更詳細5兄明，本實施形態之連接器單元1 〇〇之軟性基板 120如圖1等所示，具有：細長形狀之第一細長部份1 ^， 形成有用以連結主連接器【丄〇和第一副連接器⑴之印刷 佈線（未圖示）；和細長形狀之第二細長部份126，形成有 用以連結主連接器丨丨〇和第二副連接器丨丨2之印刷佈線 (未圖示）。 另外，如圖5所示，利用軟性基板12〇之曲折使第一細 長部份122和第二細長部份126相重疊。在此種狀態下， ❿第一副連接器1Π和第二副連接器112排列在曲折之軟性 基板120的長度方向。 連接器單元1〇0之軟性基板120,如圖1所示，在未曲 折之狀態下具有··主組裝部份121，在上面組裝有主連接 •器11〇~;第一細長部份122，自後方鄰接於主組裝部份 121;第一組裝部份123，自後方鄰接於第一細長部份 122,在^面組裝有第一副連接器m;第—連接部份 124，自前方鄰接於主組裝部份121 ;第二連接部份丨25， 自左方鄰接於第一連接部份124;第二細長部份126， 97108826 200939933 12 5，和第二組裝部份12 γ，自 125 ’在上面組裝有第二副連接 後方鄰接於第二連接部份 後方鄰接於第二連接部份 器 112。 努邱二7單疋刪之軟性基板120在曲折之狀態下，主έ且 121和第—連接部们24之交界處折成山形，主= m21和第-細長部份12 2之交界處折成山形，第二 〇 二m和第二細長部份126之交界處折成谷形，第 ]部份122和第-组裝部份123之交界處折成 J外，本實施形態之電子機器2。〇，例如形 帶式電話終端機。電子機器2〇〇如圖6和圖？所 ： 有第一外殼231、第二外殼232、和用以支持第一外殼如 和第-外殼232使其相對地自由滑動之滑動機構咖。 該滑動機構233之結構，例如，由形成在第一外殼231 之前面上部和第二外殼232之後面下部的導引執道滑動 自如地相接合而成（未圖示）。 如圖6所示，第-外殼231在前面下部搭載有鍵盤單元 234和麥克風235。第二外殼⑽在前面搭載有顯示器單 元236和揚聲器單元237。 鍵盤單元234和麥克風235連接到主基板21〇。顯示器 單元236和揚聲器單元237連接到第一副基板2ΐι和第二 副基板212之至少一方。 如圖7所示，主基板210内藏在第一外殼231中。第一 副基板211和第二副基板212内藏在第二外殼232中。 另外，在第一外殼231之前面上部和第二外殼gw之後 97108826 15 200939933 面下部形成有開口孔，連接器單元100插通於該等開口 孔。 另外，主基板210和第一副基板211藉由彎曲之第一細 -長部份I22相連接。另外，主基板210和第二副基板212 .藉由彎曲且與第一細長部份122相重疊之第二細長部份 12 6而相連接。 如圖7所示，在第一外殼231和第二外殼232滑動移動 ❹時，第一細長部份122和第二細長部份126之彎曲部份仍 維持既定之間隔，依此關係而設定主連接器丨丨〇、第一副 連接器111和第二副連接器112之位置，以及第一細長部 份122和第二細長部份126之全長。 在本實施形態之電子機器200中，第一細長部份122和 第二細長部份126之間隔I滿足 0. lmm^ I ^ 1mm 例如’間隔I為大約〇. 5mm。 ❹ 另外，在第一外殼231和第二外殼232間滑動移動之行 程S，和位於第一細長部份]22和第二細長部份j 26之内 侧一方之近似曲率半徑R，滿足 20mra^ 50mm200939933 IX. OBJECTS OF THE INVENTION: 1. Field of the Invention The present invention relates to a connector unit in which a plurality of connectors are assembled on a flexible substrate and a m-structure, and particularly relates to an electron-donating device. The connector is configured to be freely slidable by the first outer casing and the second outer casing.本 卜 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本An electronic device for a circuit board. [Prior Art] In an electronic device such as a portable telephone terminal, in order to improve its versatility, it is developed to manufacture a 3 γ-free and sliding product between the first outer casing and the second outer casing. . In a sliding type electronic device, for example, the outer shouting and the second outer casing are coupled by a sliding mechanism so as to be freely slidable. Further, a circuit board called a main substrate is housed in the first casing, and a road plate called a job board (four) is hidden in the ==. The main substrate and the sub-substrate are connected by a connector unit. / Connector unit 70, for example, has one end of one side of a soft board formed into a flexible shape, and the group is called a main connector, and the other side is assembled with a connection called a sub connector or the like. Device. The above-mentioned electronic machine 5|, Taiye. ° Wu..., machine & ^ the main substrate of the first casing is connected with a connection: the main connector of the early case is connected to the sub-substrate of the second casing with a connector unit Secondary connector. In the electronic apparatus of the above aspect, the connector unit is provided with a state in which the inside of the first casing is bent into an arc shape from the inside of the first casing. In the electronic apparatus of the above aspect, since the first outer casing and the second outer casing can be freely slid, both portability and operability can be obtained at the same time. Therefore, the main substrate housed in the peripheral device and the sub-substrate housed in the second casing can be wired and communicated by the connector unit. In addition, the connector unit is composed of a flexible substrate. Therefore, the wired communication between the connector unit and the main substrate and the sub-substrate is not hindered, and the sliding movement between the first outer casing and the second outer casing can be allowed, and the connector unit does not interfere with the first outer casing and the second outer casing. Slide to move. Further, the electronic device having the above configuration has the following various proposals (for example, refer to Patent Documents 1 to 4). Patent Document 1: Japanese Patent Laid-Open Publication No. Hei. No. Hei. No. Hei. No. Hei. No. 2004-222173. Patent Document 3: Japanese Patent Laid-Open Publication No. 2004-222145. -1 10675 SUMMARY OF INVENTION [Problem to be Solved by the Invention] Now, as described above, the electronic device has progressed in multi-functionality, for example, the second housing is connected in parallel and the first sub-substrate and the first For example, the silver of the two sub-substrates is connected to the main substrate and the sub-substrate by a first connector unit, and the main substrate and the second sub-substrate are connected by a second connection unit. However, when the number of parts of the electronic machine is increased, the production efficiency is lowered. 97108826 6 200939933 When the right side of the board is assembled with a connector, the effective area of the main board is reduced by the connector. In the case of the base problem, it is conceivable to combine the first-connector for connecting the main substrate and the first-side and the connector-connecting connector for connecting the main substrate and the second sub-substrate. ===Preparation: a large main connector connected to the main substrate, a first sub-connector of Ο:=::4, connected to the substrate of the second sub-substrate and the first sub-substrate and configured by the flexible substrate 'and an elongated portion of the second substrate which is composed of a flexible substrate and which connects the main substrate and the second sub-substrate. Alternatively, it is also possible to connect the end of the first elongated portion to the end of the first elongated portion and the end of the first elongated portion. The other end of the long connector is connected to the first device. . The other end of the long portion is connected to the second sub-connection ❹ The tm must be connected in a state in which the main connector overlaps the first-elongated portion. In this case, since the cooking is a three-dimensional type, it is not easy to push the other ones, and the work is difficult to mechanize. The state in which the sub-substrate and the first sub-base (four) plate are bent is overlapped. Wrong and second elongated portion, however, when in the first outer private, the first elongated portion and the second elongated portion are slidably moved between the outer casings. In this case, The slender ^ becomes a slow-break line that hinders its sliding, or the main connector, the first-sub-connection = one = the second elongated portion is defective or the second sub-connector is from the main sub-97108826 7 200939933 board first sub-substrate or The second sub-substrate is detached, etc., and the present invention provides a connector unit for the above problem. The first and the elongate portions of the flexible substrate are connected to a main connector at the other end. Separately: the second sub-connector can easily manufacture such a structure, the connector] and in addition, the present invention provides an electric solution to the above problem even if the sliding movement between the first outer casing and the second outer casing, the connector single_ Completed ❹^long material and second fine Part of it will not become its buffer. The first (the means to solve the problem) ρ::: The unit is 'assembled with multiple connectors on the flexible substrate, t is connected; Γ::, is the connector One; the first-side connection 勹 is one of the connectors, which is smaller than the main connector, and is one of the connectors, the main connection test A-field 1 connector, the quilt group # right main n and the soft substrate, in one of them The substrate is slender. The second sub-connector; the soft shape 'bends at a plurality of positions, one end of one side of the main substrate, and the other side of the first sub-connection. $ ^Transport and the first The second pair of connectors are located in the connection of the invention to the end of the connection to the main connection; the Ί广f into a soft substrate. The rhyme is connected to the 1^ red material II, this structure is by the face-to-face , car, connection state, first sub-connector and second sub-connection 3 Guangcheng. A flexible substrate connection called a jumper::::: a plurality of circuit substrates connected by connector units (The connector unit of the present invention; the main substrate is a circuit 97108826 8 200939933 The main connector to which the connector unit is connected; the first-sub-substrate , the circuit board is connected to the first sub-substrate to which the connector unit is connected, and is one of the circuit boards, and the first sub-connector of the connector is connected. The first of the month - the soft substrate is Invention - The soft board connected to the 11 unit has: a main assembly portion on which a main connection is assembled = a long portion 'adjacent from the rear to the main assembly portion, · a first ❹ ❹; a first = first elongated portion And a first sub-joining portion is assembled thereon, adjacent to the main assembly portion from the front; the second connecting portion is adjacent to the first connecting portion; the second elongated portion is the second connecting portion; and the second assembly In part, the fourth connector of the present invention is a flexible substrate, and: the human substrate is the first f /, the main assembly portion of the other connector unit of the present invention, and the main connector is assembled thereon; a portion of the first assembly is attached to the first sub-connector; the second elongated portion is assembled with a first sub-connector; There is a part of the assembly of Di Tianlian, which has been adjacent to the main assembly part since the other side; and the second two Secondary connector. Connected to the second elongated portion, the first rabbit j of the first invention is formed on the upper part; the method of making the raw material has a step of clarifying that one of the connector units is formed: in the upper group | a flexible substrate having a first-elongated portion of the main assembly portion, a first portion that is adjacent to and assembled from the rear, and a first portion that is adjacent to the first elongated portion of the field connector An assembly part, from the front adjacent 97108826 9 200939933 is connected to the first assembly of the main assembly part of the second, the second part of the table is adjacent to the second second county cup Yang, from the rear adjacent to the first The second connecting part (4) has the first::, and the first assembled part of the second connecting part from the rear and the second sub-connection of the 丄田Ρ; in the main group #邱于夕 L Assembling the main connector, in the first, mounting the upper device, and arranging the first-second connection main assembly portion and the first-mounted first sub-connector on the upper surface of the second assembly portion; Fold ❹ and = : = into a mountain shape, and connect the first-part part 'assembly part two::::: valley shape, the first-slim part and the first The second manufacturing method of the present invention is another manufacturing method of the present invention, and the preparation of the bovine connection stolen soap 7 乂 乂 包含 包含 包含 形成 形成 形成 形成 形成 形成 形成 形成 # # # # # # # # # # # # # # # # # # # # # # # # Main connection: the second rear of the main assembly part: the finger, from an elongated part and adjacent to the second part in the rear, adjacent to the second in the front to adjoin the second slender (four) from the front a second assembly part; on the upper part of the main assembly part: the upper part of the assembled first part is assembled with the first sub-connection $, at, r, and the second sub-connector on the first side; Part of the upper part I it / 4 wounds and the first slender part of the father's fold into a mountain shape 'to fold the first junction into a mountain shape. The bruise and the first assembly part of the present invention In the connector unit, the structure is connected to one main connector, and at one end of the other end of the shell substrate, the first sub-connection 97108826 200939933 and the second sub-connector are assembled, and the structure is composed of a main connector on one side of the group. Forming a soft substrate with the second sub-connector, A special and easy-to-manufacture structure. 2. The electronic device of Ming is a structure in which a circuit board is hidden in each of the relatively freely slidable, and has a first outer casing, one of which is open, and the second outer casing is a main body casing. One of the sliding base supports the first outer casing and the second outer casing; the main substrate is a circuit substrate; the first-sub-substrate is built in the second hidden: ί 2 substrate; the second sub-substrate is The first-sub-substrate is connected in parallel and the inner connection is two 3 = board; and the connector unit is used to connect the main board to the main board: the main 1C connector unit has: the main board is connected and the sub-connector is connected To the second pair _,., Tian Chang, consisting of a soft substrate connected to the main connector and the first sub-connection; and the second and second sub-connections are connected by the main connection to bend The first έt substrate is formed. The main substrate and the first sub-substrate are connected to each other, and the main substrate and the second sub-substrate are connected by a second elongated portion which is overlapped and overlapped. When the first movement is moved, the curved portion of the first elongated portion and the second elongated portion may be maintained, and the first-second connection is used to set the main connection length portion and the second thinness = the first:: connection The position of the device 'and the first-to-fine shift t: in the electronic machine of the Ming', even if the first outer casing and the second outer peripheral slide, the first elongated portion A 1 eats. Bruises and curved parts of the second slender part 97108826 200939933 === Therefore, it does not become a buffer for the electronic part of the present invention due to the first outer casing and the second outer casing. - moving, the second longest Λ ϊ the first outer casing and the second outer casing sliding interval, in this way, because the non-sliding movement of the shell and the second elongated portion and the second slender outer joint, + (4) φ or the main connector, the first sub-connector, or the _%% 〇 plate, the first sub-substrate, or the second sub-substrate in the first long portion or the second elongated portion: the first connection is read In addition, in the present invention, it is stipulated that the present invention is merely for the convenience of the description of the present invention, and that the manufacturing method of the present invention is carried out in accordance with the manufacturing method of the present invention. The sequence is described in multiple steps, and the order in which it is loaded is not intended to limit the order in which multiple steps are performed. Because of the manufacturing method in the surrounding area, the order of the content can be prevented without hindering the content of the W (five) η 茭 6 steps. Assembling the main connector, the first sub-connector, and the second sub-connector: The bit order can of course be different. Further, the step of zigzag the position of the flexible substrate is taken in a different order as long as it can form its completed shape.闽 休 休 : : : : : : : : : : : : : : : 休 : 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休 休Flexible substrate. The above and other objects, features and advantages will be apparent from the description and appended claims appended claims [Embodiment] An embodiment of the present invention will be described below with reference to Figs. 1 to 7 . In addition, in the f form, the directions of the front, rear, left, and right are shown as shown in the figure. However, it is used for the convenience of the regulations. Therefore, the orientation of the invention, the time of manufacture, or the time of use is not limited. The connector unit 1 of the present embodiment is a connector unit @元100 having a structure in which a plurality of connectors 11A to 112 are assembled to the flexible substrate 120, as shown in Fig. 5 to Fig. 5 . The connector unit 100 has a main connector 11A, which is one of the connectors 11〇 to 1121, and a first sub-connector 111, which is one of the connectors u〇~112, which is smaller than the main connector 11〇; The sub-connector 112, which is a connector 11〇-112, is smaller than the main connector 110; and the flexible substrate 12 is assembled on one side thereof with a main connector 110, a first sub-connector lu and a second sub-connector 112. 10 Connector Unit As shown in FIG. 5, the flexible substrate 120 is bent at a plurality of positions, the main connector Π0 is located at one end of the flexible substrate 120, and the first sub-connector 1 Π and the second sub-connector 112 are located at The other end is in an elongated shape. In the electronic device 200 of the present embodiment, as shown in Fig. 6, the circuit boards 210 to 212 are housed in a plurality of main body casings 231 and 232 which are relatively slidable relative to each other. Further, the plurality of circuit boards 21A to 212 are connected by the connector unit 100. The electronic device 200 has a first outer casing 231, which is one of the main body casings; 97108826 13 200939933, the first outer casing 232 is one of the main body casings; and the sliding mechanism 233 is slidably supported by the first outer casing 231. The main substrate 210 is a circuit substrate embedded in the first outer casing 231; the first sub-substrate 211 is a circuit substrate embedded in the second outer casing 232; and the second sub-substrate .212 is a sub-substrate The circuit board 211 is built in parallel with the second housing 2; and the connector unit 1 is used to connect the main substrate 21 to the first sub-substrate 211 and the second sub-substrate 212. ❹ More specifically, the flexible substrate 120 of the connector unit 1 of the present embodiment has a first elongated portion 1 ^ of an elongated shape, which is formed to be used to connect the main connector, as shown in FIG. 1 and the like. And a printed wiring (not shown) of the first sub-connector (1); and a second elongated portion 126 of the elongated shape forming a printed wiring for connecting the main connector 丨丨〇 and the second sub-connector 丨丨2 (not shown). Further, as shown in Fig. 5, the first elongated portion 122 and the second elongated portion 126 are overlapped by the meandering of the flexible substrate 12''. In this state, the first sub-connector 1A and the second sub-connector 112 are arranged in the longitudinal direction of the meandering flexible substrate 120. The flexible substrate 120 of the connector unit 〇0, as shown in FIG. 1, has a main assembly portion 121 in an unfolded state, and a main connector 11 〇~ is assembled thereon; the first elongated portion 122 Adjacent to the main assembly portion 121 from the rear; the first assembly portion 123 is adjacent to the first elongated portion 122 from the rear, and the first sub-connector m is assembled on the surface; the first connection portion 124 is from the front Adjacent to the main assembly portion 121; the second connection portion 丨25, adjacent to the first connection portion 124 from the left; the second elongated portion 126, 97108826 200939933 12 5, and the second assembly portion 12 γ, 125' is assembled with a second secondary connection rear adjacent to the second connecting portion and adjacent to the second connecting portion 112. In the state of meandering, the soft substrate 120 of the Nuqiuqiu 7 is folded into a mountain shape at the junction of the main έ121 and the first connecting portion 24, and the junction of the main = m21 and the first elongated portion 12 2 is folded. In the form of a mountain, the junction of the second 〇2 m and the second elongated portion 126 is folded into a valley shape, and the interface between the second portion 122 and the first assembly portion 123 is folded into a J, and the electronic device of the embodiment 2. For example, a tape type telephone terminal. Electronic machine 2 〇〇 Figure 6 and figure? There is a first outer casing 231, a second outer casing 232, and a sliding mechanism for supporting the first outer casing, such as the first outer casing 232, to slide relative to each other freely. The structure of the slide mechanism 233 is slidably joined (not shown) by, for example, a guide path formed on the front surface of the first outer casing 231 and the lower surface of the second outer casing 232. As shown in Fig. 6, the first outer casing 231 is provided with a keyboard unit 234 and a microphone 235 at the lower front portion. The second casing (10) is provided with a display unit 236 and a speaker unit 237 on the front side. The keyboard unit 234 and the microphone 235 are connected to the main substrate 21A. The display unit 236 and the speaker unit 237 are connected to at least one of the first sub-substrate 2'' and the second sub-substrate 212. As shown in FIG. 7, the main substrate 210 is housed in the first outer casing 231. The first sub-substrate 211 and the second sub-substrate 212 are housed in the second outer casing 232. Further, an opening hole is formed in the lower surface of the front surface of the first outer casing 231 and the second outer casing gw, and the connector unit 100 is inserted through the opening holes. Further, the main substrate 210 and the first sub-substrate 211 are connected by the curved first thin-long portion I22. Further, the main substrate 210 and the second sub-substrate 212 are connected by a second elongated portion 126 which is curved and overlaps the first elongated portion 122. As shown in FIG. 7, when the first outer casing 231 and the second outer casing 232 are slidably moved, the curved portions of the first elongated portion 122 and the second elongated portion 126 are maintained at a predetermined interval, and the main relationship is set accordingly. The position of the connector 丨丨〇, the first sub-connector 111 and the second sub-connector 112, and the entire length of the first elongated portion 122 and the second elongated portion 126. In the electronic device 200 of the present embodiment, the interval I between the first elongated portion 122 and the second elongated portion 126 satisfies 0. lmm^I ^ 1mm, for example, the 'interval I is about 〇. 5mm. Further, the stroke S of the sliding movement between the first outer casing 231 and the second outer casing 232, and the approximate radius of curvature R of the inner side of the first elongated portion 22 and the second elongated portion j 26 satisfy 20 mra^50 mm.
ImmS RS 3mm 詳言之，在滿足 ImmS RS 3mm 之下， 例如，行程S為大約4〇mm，曲率半徑R為大約2咖。 如上構成，在本實施形態之電子機器2〇〇中，如圖6和 97108826 16 200939933 圖7所示’因為可以使第一外殼231和第二外殼2犯滑動 移動’所以可以同時獲得攜帶性和操作性。 内藏在第一外殼231之主基板210 ,和内藏在第二外殼 ' 232之第一副基板211和第二副基板212 ,由柔軟之連接 . 器單元100連結。 因此，在第一外殼231和第二外殼232滑動移動時，主 基板210、第一副基板211和第二副基板212亦不受妨礙 ❹而可進行有線通信。 因為有用以連結主基板21 〇、第-副基板211和第二副 基板212的連接器單元1〇〇，所以不會妨礙第一外殼 和第二外殼232間之滑動移動。 另外，在本實施形態之電子機器2〇〇中，可調節主連接 器no、第一副連接器lu和第二副連接器112之位置， 以及第一細長部份122和第二細長部份126之全長。 因此’即使在第-外殼231和第二外#咖滑動移動 ©時’連接器單元100的第一細長部份122和第二細長部份 126之f曲部份亦維持既定之間隔。因此，即使第一外殼 231和第二外殼232滑動移動，連接器單元⑽之第一細 長部份122和第二細長部份126亦不會成為其緩衝。 •因此’在本實施形態之電子機器2GG中，可以防止在第 .一細長部们22或第二細長部份126發生斷線，可以防止 連接器110〜112從基板210〜212脫落。 另外，電子機器200之連接器單元100構建為，二片軟 性基板之-端連接到一個之主連接器11〇，在另外一端分 97108826 17 200939933 別組裝第一副連接器111和第二副連接器1 ] 2 ,如此之結 構，由在一面組裝有主連接器11 〇、第一副連接器Η1和 第二副連接器112的一個軟性基板12〇形成。因此，連接 器單元100可以提供特殊而且容易製造之結構。 ❹ 就此，以下簡單地說明本實施形態之連接器單元！ 〇〇的 製造方法。首先，如圖1所示，形成軟性基板12〇，其形 ，具有.主組裝部份121，在上面組裝有主連接器丨丨〇 ; 第一細長部份122，自後方鄰接於主組裝部份121 ;第一 組裝部份123,自後方鄰接於第一細長部份122，在上面 組裝有第-副連接器⑴；第一連接部份124，自前方鄰 t主組裝部份⑵；第二連接部份125 ’自左右之一方 : = 部份124;第二細長部份126,自後方鄰 接於第^異部份125 ;和第二組裝部份127，自後方鄰 其-;田長部份126’在上面組裝有第二副連接器112。 ❹ 人’在该軟性基板120的主袓裝邻份夕姑 主連接器urn , # 、、且裝π伤121之上面組裝 接器⑴，在㈣份123之上面組裝第一副連 112。 第一叙裝部份127之上面組裝第二副連接器 124其:欠交:：：示，將主組裝部份121和第-連接部份 和第—細長部份122之交二^所不’將主組裝部份m 如圖4所示：二:折成山形。 之交界處折成山形、田°卩份122和第一組裝部份123 此以完成本實施 第二細長部份12^ *圖5所不’將第一連接部份124和 126之交界處折成谷形。如 97108826 18 200939933 形態之連接器單元100。 在本實施形態之連接器單元100中，構建成使二片軟性 基板之一端連接到一個主連接器110,在另外一端分^組 裝第一副連接器111和第二副連接器112，此種結構由^ 一面組裝有主連接器丨丨〇、第一副連接器i丨丨和第二副 接器112的一個軟性基板12〇形成。因此，可以提供 而且容易製造之結構。 /、、緣 另外，本實施形態之電子機器2〇〇如上述之方式，即 在第一外殼231和第二外殼232滑動移動時，連接器單元 1〇〇的第一細長部份122和第二細長部份126之彎曲二 亦維持既定之間隔。 73 因此，不會由於第一外殼231和第二外殼232之滑動 動而使連接器單元1〇〇之第一細長部份122和第二細長部 份126因成為其緩衝而發生斷線，或導致連接器 從基板210〜212脫落。 ⑩另外，本發明並不只限於本實施形態，在不脫離苴要t 之範圍内容許有各種變化。例如，在上述形態中，將電: 機器200設定為攜帶式電話終端機。 但是’本制可以適用在第—外殼和第二外殼可自 *動之各種電子機器，例如，亦可以適用在m(個人數位 '助理，PerS〇nal Dlgital Assistance)或個人電腦等（未 圖示）。 另外，在上述形態所示實例中，在連接器單元ι〇〇之 性基板120的第-連接部们24之左側形$有第二連接部 97108826 19 200939933 伤12 5。但是，亦可以在第一 , 第二連接部们25(未圖示）。 124之右侧形成有 另外，在上述形態所示實例中 • ί接部份125自左方鄰接於該第—連接部份124，第二r 長部份126和第二組裂部份127自後方_^第二= 部::25,以作為連接器單元1〇〇之軟性基板i2〇: :疋，如圖8之實例所示連接器單元_ 曲折狀社軟性基板⑽形成為直線狀。亦即，該軟= = 8iai所示，在未被曲折之狀態，具有：主： 裝：:2卜在上面組震有主連接器ιι〇;第一細長部份 =2’自後方鄰接於主組裝部们21;第一組裝部份⑵， =妾：第一細長部份122，在上面組農有 • 12 :Π: 份127,自前方鄰接於第二細長部份 ❿ 在上面組裝有第二副連接器112。 、另外’在曲折之狀態，將主組裝部份121和第—細長部 伤122之交界處折成山形，第一細長部份^ 部份123之交界處折成山形。 弟、，且裝 .在該連接器單元300中，亦構建成二片軟性基板之一端 .連接到一個之主連接器在另外一端分別組裝第一副 連接器111和第二副連接器m，此種結構可以由在一面 組裝有主連接器U 0、第一副連接器ii和第二副連接器 112的一個軟性基板31〇形成。 σ 97108826 20 200939933 另外，在連接器單元100、300巾，利用形成在軟性基 板120、310之印刷佈線，並聯連接該連接器ιι〇〜ιΐ2之 多個連接端子。但是，在連接器單元1〇〇、3〇〇中，利用 .主連接$ 和第二副連接器112之印刷佈線使連接關係 成為左右相反。 另外，在上述形態所示實例中，在連接器單元1 00之長 ，方向排列第一副連接器111和第二副連接器112。但 ❹是，亦可以如圖9所示實例之連接器單元32〇般，在與該 長度方向正交之方向排列第一副連接器lu和第二副連 接器112。 另外，在上述形態所示實例中，連接器單元1 00具有主 連接器11 0、第一副連接器i i 1和第二副連接器1丨2。但 是亦可以如同圖1〇和圖丨丨所示實例之連接器單元 般’具有第三副連接器U3。 【圖式簡單說明】 ❹ 圖1是平面圖，表示本發明之實施形態中連接器單元之 軟性基板尚未曲折之初期狀態。 圖2是平面圖，表示將軟性基板之主組裝部份和第一連 接部份之交界處折成山形之狀態。 . 圖3是平面圖，表示將軟性基板之主組裝部份和第一細 •長部份之交界處折成山形之狀態。 圖4是平面圖，表示將軟性基板之第一細長部份和第一 組裝部份之交界處折成山形的連接器單元之完成狀態。 圖5是平面圖，表示將軟性基板之第一連接部份和第二 97108826 21 ❹ImmS RS 3mm In detail, under the ImmS RS 3mm, for example, the stroke S is about 4 mm and the radius of curvature R is about 2 coffee. With the above configuration, in the electronic device 2 of the present embodiment, as shown in FIG. 6 and 97108826 16 200939933, FIG. 7 'because the first outer casing 231 and the second outer casing 2 can be slidably moved, the portability can be simultaneously obtained and Operational. The main substrate 210 housed in the first casing 231 and the first sub-substrate 211 and the second sub-substrate 212 housed in the second casing '232 are connected by a flexible connecting unit 100. Therefore, when the first casing 231 and the second casing 232 are slidably moved, the main substrate 210, the first sub-substrate 211, and the second sub-substrate 212 can be wired without being obstructed. Since the connector unit 1A for connecting the main substrate 21, the first sub-substrate 211, and the second sub-substrate 212 is used, the sliding movement between the first outer casing and the second outer casing 232 is not hindered. Further, in the electronic device 2 of the embodiment, the positions of the main connector no, the first sub-connector lu, and the second sub-connector 112, and the first elongated portion 122 and the second elongated portion can be adjusted. The full length of 126. Therefore, even when the first outer casing 231 and the second outer casing 231 are slidably moved, the first elongated portion 122 and the second elongated portion 126 of the connector unit 100 are maintained at a predetermined interval. Therefore, even if the first outer casing 231 and the second outer casing 232 are slidably moved, the first elongated portion 122 and the second elongated portion 126 of the connector unit (10) are not cushioned. Therefore, in the electronic device 2GG of the present embodiment, disconnection of the first elongated portion 22 or the second elongated portion 126 can be prevented, and the connectors 110 to 112 can be prevented from coming off the substrates 210 to 212. In addition, the connector unit 100 of the electronic device 200 is constructed such that the end of the two flexible substrates is connected to one of the main connectors 11〇, and the other end is divided into 97108826 17 200939933, and the first sub-connector 111 and the second sub-connection are not assembled. The device 1 ] 2 has such a structure that it is formed by a flexible substrate 12 that is assembled with a main connector 11 〇, a first sub-connector Η 1 and a second sub-connector 112 on one side. Therefore, the connector unit 100 can provide a structure that is special and easy to manufacture. ❹ In this regard, the connector unit of this embodiment will be briefly described below! 〇〇's manufacturing method. First, as shown in FIG. 1, a flexible substrate 12 is formed, which has a main assembly portion 121 on which a main connector 组装 is assembled. The first elongated portion 122 is adjacent to the main assembly portion from the rear. a first assembly portion 123, adjacent to the first elongated portion 122 from the rear, on which the first-second connector (1) is assembled; the first connecting portion 124, from the front adjacent to the main assembly portion (2); The two connecting portions 125' are from one of the left and right sides: = a portion 124; the second elongated portion 126 is adjacent to the first portion 125 from the rear; and the second assembled portion 127 is adjacent to the rear - Tian Chang The portion 126' is assembled with a second secondary connector 112 thereon. The ’ person assembles the connector (1) on the main armor of the flexible substrate 120, and the first sub-connector 112 is assembled on the top of the (four) 123. The second sub-connector 124 is assembled on the upper surface of the first mounting portion 127. The under-representation::: indicates that the main assembly portion 121 and the first-connecting portion and the first-slong portion 122 are not intersected. 'The main assembly part m is shown in Figure 4: Two: folded into a mountain shape. The junction is folded into a mountain shape, a field portion 122 and a first assembly portion 123. This completes the second elongated portion of the present embodiment. 12^ * Figure 5 does not 'delimit the junction of the first connecting portions 124 and 126 Into the valley shape. A connector unit 100 of the form 97108826 18 200939933. In the connector unit 100 of the present embodiment, one end of the two flexible substrates is connected to one main connector 110, and the first sub-connector 111 and the second sub-connector 112 are assembled at the other end. The structure is formed by a flexible substrate 12A on which a main connector 丨丨〇, a first sub-connector i 丨丨 and a second sub-connector 112 are assembled. Therefore, it is possible to provide a structure that is easy to manufacture. In addition, in the electronic device 2 of the present embodiment, as described above, when the first outer casing 231 and the second outer casing 232 are slidably moved, the first elongated portion 122 of the connector unit 1 and the first The curvature 2 of the two elongated portions 126 also maintains a predetermined interval. Therefore, the first elongated portion 122 and the second elongated portion 126 of the connector unit 1 are not broken due to the sliding of the first outer casing 231 and the second outer casing 232, or The connector is caused to fall off from the substrates 210 to 212. Further, the present invention is not limited to the embodiment, and various changes are allowed without departing from the scope of the invention. For example, in the above embodiment, the electric device 200 is set as a portable telephone terminal. However, the system can be applied to various electronic devices that can be self-operated in the first and second outer casings. For example, it can also be applied to m (personal digital assistant, PerS〇nal Dlgital Assistance) or personal computer (not shown). ). Further, in the example shown in the above aspect, the second connecting portion 97108826 19 200939933 is in the form of a second connecting portion on the left side of the first connecting portion 24 of the connector unit ι. However, it is also possible to use the first and second connecting portions 25 (not shown). Further, in the example shown in the above aspect, the 接 部份 portion 125 is adjacent to the first connecting portion 124 from the left, and the second r long portion 126 and the second set cleavage portion 127 are Rear _^ second = part:: 25, as the flexible substrate i2 of the connector unit 1 〇: : 疋, as shown in the example of Fig. 8, the connector unit _ the meander-shaped soft substrate (10) is formed in a straight line shape. That is, the soft == 8iai, in the state of not being tortuous, has: main: 装:: 2 卜 has a main connector ιι〇 on the upper group; the first elongated part = 2' is adjacent to the rear The main assembly part 21; the first assembly part (2), = 妾: the first elongated part 122, on the upper group, 12: Π: part 127, adjacent to the second elongated part from the front ❿ assembled on the top The second sub connector 112. Further, in the meandering state, the boundary between the main assembly portion 121 and the first elongated portion 122 is folded into a mountain shape, and the junction of the first elongated portion portion 123 is folded into a mountain shape. In the connector unit 300, one end of two flexible substrates is also constructed. The main connector connected to one is respectively assembled with the first sub-connector 111 and the second sub-connector m at the other end. Such a structure can be formed by a flexible substrate 31A having a main connector U0, a first sub-connector ii, and a second sub-connector 112 assembled on one side. σ 97108826 20 200939933 Further, in the connector units 100 and 300, a plurality of connection terminals of the connectors ιι to ΐ2 are connected in parallel by the printed wiring formed on the flexible substrates 120 and 310. However, in the connector units 1A, 3B, the connection relationship between the main connection $ and the second sub-connector 112 is made to be opposite to each other. Further, in the example shown in the above aspect, the first sub-connector 111 and the second sub-connector 112 are arranged in the direction of the length of the connector unit 100. However, the first sub-connector lu and the second sub-connector 112 may be arranged in a direction orthogonal to the longitudinal direction as in the connector unit 32 of the example shown in Fig. 9. Further, in the example shown in the above aspect, the connector unit 100 has a main connector 110, a first sub-connector ii1, and a second sub-connector 1丨2. However, it is also possible to have the third sub-connector U3 as in the connector unit of the example shown in Figs. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a plan view showing an initial state in which a flexible substrate of a connector unit has not been bent in the embodiment of the present invention. Fig. 2 is a plan view showing a state in which the boundary between the main assembly portion and the first connecting portion of the flexible substrate is folded into a mountain shape. Fig. 3 is a plan view showing a state in which the boundary between the main assembly portion of the flexible substrate and the first thin portion is folded into a mountain shape. Figure 4 is a plan view showing the completed state of the connector unit in which the junction of the first elongated portion of the flexible substrate and the first assembled portion is folded into a mountain shape. Figure 5 is a plan view showing the first connecting portion of the flexible substrate and the second 97108826 21 ❹
200939933 細長部份之交界處折成谷形之狀態。 圖6(a)及（b)是立體圖，表示電子機器之外觀。 圖7(a)及（b)是側面縱向剖視概略圖，表 内部結構。 μ冤子機器之 圖8(a)及⑻是平面圖，表示一變化例之連 =是广面圖，表示另一變化例之連接器單元。疋。 】二疋平面圖’表示另—變化例令連接 基板尚未曲折之初期狀態。 之軟性 圖Π是平面圖，表示 【主要元件符號說明】 狀態之連接器單元。 100 110 連接器單元 主連接器 111 112 113 120 121 122 123 124 125 126 127 200 第一副連接器 第二副連接器 第三副連接器 軟性基板 主組裝部份 第一細長部份 第一組裝部份 第一連接部份 第一連接部份 第一細長部份 第二組裝部份 電子機器 97108826 22 200939933 210 主基板 211 第一副基板 212 第二副基板 231 第一外殼 232 第二外殼 233 滑動機構 234 鍵盤單元 235 麥克風 236 顯示器單元 237 揚聲器單元 300 連接器單元 310 軟性基板 320 連接器單元 330 連接器單元 97108826 23200939933 The junction of the slender part is folded into a valley shape. 6(a) and 6(b) are perspective views showing the appearance of an electronic device. Fig. 7 (a) and (b) are schematic longitudinal cross-sectional views showing the internal structure of the table. Figs. 8(a) and 8(8) are plan views showing a variation of a variation = a wide-area diagram showing a connector unit of another variation. Hey. The second plan view ’ indicates another initial state in which the connection substrate has not been bent. Softness Figure Π is a plan view showing the connector unit of the [Main component symbol description] state. 100 110 connector unit main connector 111 112 113 120 121 122 123 124 125 126 127 200 first sub connector second sub connector third sub connector flexible substrate main assembly part first elongated part first assembly First connecting portion first connecting portion first elongated portion second assembled portion electronic machine 97108826 22 200939933 210 main substrate 211 first sub-substrate 212 second sub-substrate 231 first outer casing 232 second outer casing 233 sliding mechanism 234 Keyboard unit 235 Microphone 236 Display unit 237 Speaker unit 300 Connector unit 310 Flexible substrate 320 Connector unit 330 Connector unit 97108826 23