1373989 I 修正本1373989 I Amendment
九、發明說明： 【發明所屬之技術領域】 本發明係關於一種具有 直方向上相對移動之方式而 電纜而電氣連接此等基板之 此構造之同軸電纜線束及具 攜帶式終端機者。 【先前技術】 以了重疊且在與重疊方命垂 己置的_個基板，使用同轴 同軸電纜連接構造，使用於 備前述同軸電纜連接構造之 例如’行動電話之情形，係以可彼此滑動而重疊之二 個框體構成行動電話，並按照行動電話之使用狀況使此 專二個框體滑動，而可伸長或縮短行動電話之長度。[Technical Field] The present invention relates to a coaxial cable harness and a portable terminal having such a structure that the cables are electrically connected in a straight direction and relatively connected to each other. [Prior Art] A coaxial coaxial cable connection structure is used in which a plurality of substrates are overlapped and overlapped with each other, and are used for the above-described coaxial cable connection structure, for example, in the case of a mobile phone, so as to be slidable with each other. The two overlapping frames constitute a mobile phone, and the two frames are slid according to the use condition of the mobile phone, and the length of the mobile phone can be extended or shortened.
上述二個框體中設有排列了用於實現各個功能之各 種電路及元件的基板，並設有用於電氣連接此等基板之 配線構件。收納於兩個框體之各基板，為了因應各框體 之動作而彼此㈣’ f氣連接此等基板之配線構件通常 使用可·彎曲之軟式基板（FPC)e專利文獻1中揭示有使用 此種軟式基板之一例，如第19圖所示，係以軟式印刷基 板104(FPC)連接設於了側之基板100的連接器1〇1，與設 於上側之電路模組丨〇2的連接器丨〇3。 已知一種考慮確保低電阻接地導體與EMI對策，係將 FPC之一方之面侧的概略全面作為接地導體層之全面接 地構造者。但是’此等全面接地之FPC無法確保因應基板 滑動之彎曲性’而可能在彎曲部分發生裂痕而斷線。 為了解決上述全面接地之FPC的彎曲性方面之問題 ，如專利文獻1中揭示有：在彎曲部中局部刪除接地部， 1373989 修正本 且在彎曲部之背側，以不與 信號線 數條接地線的結構。 [專利文獻1 ]曰本公開專利. 對峙之方式而配置複 公報 曰本特開2004-88020號 【發明内容】 (發明所欲解決之問題） 如上述’ FPC在接地之電5 地，但是，如此則有彎曲性之j ^眭方面固然可全面接 地情況下，無論如何都有電氣1广此外’排除全面接 惡化的問題。 * 、性（阻抗匹配及EMI特性） 如寻利文獻1所 ，1、 甘 穹曲部之$ t ^ 信號線與接地線不對峙之方气酉 配置接地線， 數量因資料之高速傳送及高=之方法中，當信號麟 度便會擴大。$而導致在：個==增加時’FPC之竟 動用的空間變大。此盥$ a〗必須確保之FPC;| 太,…曰 小型化相違背。 的為提供在電氣連接以 疊方向垂直方向上相對移動之方豐且在與i 的連接構造十’彎曲性方面之機械可靠：之：個， 用於滑動所佔之空F[阻抗匹配 機器, 特性優異的同轴電境連接構造1寺:方二電_ 纜線束及攜帶式终端機。 匕構^之同輛售 (解決問題之手段） 可達成前述目M +丄，々 的本發明的同軸電纜連接禮1 以包含”在—處集束之複數條同軸電, 電纜線束’連接上下重疊配置且 ：：構成的同車 來狀滑動之二個$ 1373989 修正本 板間之同軸電纜連接構造， ^ ^ _ 八特徵為.前述同軸電纜線 束係以在與月IJ述基板的滑動太h> 月動方向正父之前述基板的寬度 方向上考曲且整體成為ϋ字狀之方式連接。 用；本發明之同軸電纜線束亦可全部並非同轴電纜 ’而可包含不具外部導體之絕緣電線。本發明由於信號 線令可使用同轴電欖，因此阻抗匹配及繼特性方面之 電氣特性良好。不具外部導體之絕緣電線可使用於饋電 線及接地線。集束此等線時’無須與同軸電纜作區別。 使兩基板滑動時，同軸電纜線束之彎曲成υ字狀的部 二和動@追隨基板之移動。此時同轴電缓線束為了滑 =需要之空間（滑動空間），其高度係同軸電鐵線束之 :’其寬度成為U字之寬度。將同轴電繞線束形成其剖 橢圓之扁平形狀時，其厚度可變薄。藉此，可縮小上 y基板之間隙。此外’ υ字之寬度可比基板之寬度大幅缩 ^因此，可料基板間之間隙，且μ同軸錢線束 充分之滑動空間。 本發明之同轴電貌連接構造，g在前·述同軸電纔線 東之至少一部分的終端安裝有共通之連接器。 如此構成之同軸電纜連接構造中，由於在同軸電纜 線束之終端安裝有連接器，因此可輕易進行與基板之^ =。另外，所謂同軸電纜線束之至少—部分的終端，係 日同轴電縵線束中包含之複數條同轴電境中的一部分（ 如4〇條中的20條）同軸電纜之終端。亦可將另外之連接刀器 裝於其餘之終端上。 ° 本發明之同軸電纜連接構造，較佳為前述連接器 成有複數排》 1373989 修正本 如此構成之同軸電纜連接構造中，即使 條數增加，因為不増加連接於一個連接器之 ，而增加連接器數，故連接器之宽度不擴大 基板上連接連接器之部位的設計自由度提高 本發明之同軸電纜連接構造，前述同軸 端部宜直接裝於前述基板上。 如此構成之同軸電纜連接構造中，不將 I東之連接限定於連接器，而可直接連接於基; 本發明之同轴電纜連接構造，前述同軸 兩端部宜分別連接於前述二個基板寬度方向 例如’同轴電纜線束之一端若連接於上方基 ，另一端宜連接於下方基板之左側。 如此構成之同軸電纜連接構造中，即使 厚度尺寸小’仍可確保同軸電纜大的彎曲半 • 可縮小二個基板間之間隙。 本發明之同軸電纜連接構造，各同』 • AWG42 細。 如此構成之同軸電纜連接構造，因同軸 ，所以富於彎曲性，可使兩基板之滑動性提 集束同軸電纜線束時可變薄，而可謀求同轴 造之薄型化。 本發明之同軸電纜連接構造，宜具有以 收容刖述同軸電纜線束的收容部。收容部可 上或收容各基板之框體中。例如，可在至少 上設置矩形狀之凹部。或是，亦可在至少一 同轴電纜之 同軸電纜數 。因此，在 〇 電纜線束之 同軸電纜線 fe。 電纜線束之 的相反側。 板之右側時 —個基板之 經。因此， 味電纜宜比 電纜係細徑 尚。此外， 電纜連接構 既定之寬度 設於各基板 —方之基板 方之基板上 1373989 修正本 位 線 寬 空 宜 之 軸 少 〇 束 前 前 前 度 藉 接 平 板 述 設置矩形狀之突起，而形成被壁包圍之收容部。或是 亦可將切開於框體之溝或豎立於框體之壁所包圍的部 作為收容部。 可將集束之同軸電纜線束的彎曲徑加上同軸電纜 束之寬度的部分，作為收容部之寬度。藉由以形成此 度之方式而切開溝或豎立壁，可限定同軸電纜線束極 之滑動空間。滑動空間係無法配置其他零件等之空間 藉由縮小此滑動空間，可縮小整個機器。或是在滑動 # 間變小之部分，配置另外零件，藉此形成高功能化。 本發明之同軸電纜連接構造，前述同軸電纜線束 以將複數個同軸電纜集束而成的複數個捆束予以集束 方式構成。 如此構成之同轴電纜連接構造中，集束複數個同 電纜時，藉由分成複數同軸電纜之線束而集束，可減 各線束之厚度，而可謀求同軸電纜連接構造之薄型化 本發明之同軸電纜連接構造，在前述同軸電纜線 I 之至少一端側，為了使前述連接器之長度方向與沿著 述u字之直線部分的方向不正交，而維持前述連接器與 述直線部分之相對方向，宜分別調整自集束之部位至 述連接器為止的各同軸電纜之長度。前述連接器之長 方向與沿著前述u字之直線部分的方向形成之角度，係 由在基板上配置連接器之方向來調整。例如，可將連 器之長度方向與沿著前述u字之直線部分的方向形成 行。 本發明之同轴電纜連接構造，在直接裝於前述基 之前述同軸電纜線束的端部安裝有接地棒，為了使前 1373989 修正本 接：棒之長度方向與沿著前述吟之直線部分的方向不 正又❿維持前述接地棒與前述直線部分之相對方向， 宜分別調整自集束之部位至前述接地棒為止的各同軸電 ^長又通¥，接地棒之長度方向係與同轴電纜線束 端部上之各電線的排列方向平行。在如此構成之同轴電 纜連接構ϋ中，前述接地棒之長度方向與沿著前述u字之 直線部分的方向形成之角度’藉由在基板上排列各同轴 ::之方向來調整。例如’可將接地棒之長度方向與沿 著前述U字之直線部分的方向形成平行。 本發明之同軸電纜連接構造，宜在前述同軸電纜線 f之兩端部最接近的狀態下，前述同軸電纜線束相對於 前述U字之彎曲起點在長度方向兩側3mrn之範圍内，未集 束前述同軸電繞。 此外，本發明之同軸電纜連接構造，宜在前述同軸電 纜線束之兩端部最遠離的狀態下，前述同軸電纜線束相對 於刖述U子之彎曲起點在長度方向兩側3 m m之範圍内，未 $束前述同軸電纜。在同軸電纜線束之兩端部最遠離的狀 態下’亦可說是同軸電纜線束係J字狀，本發明中所謂同 軸電纜線束整體形成U字狀’係亦包含j字狀者。 同軸電纜線束彎曲成U字狀時，向U字之脊曲起點的 兩側彎曲之力集中。藉由在此部位不集束，解除同軸電 纜移動而彎曲的負荷，可防止同軸電纜之導體斷開等的 才貝傷。使用同軸電纜連接構造時，由於大部分是其兩端 部係最接近之狀態或最遠離之狀態的情況，因此，藉由 形成在此等狀態下之U字彎曲起點附近不集束各同軸電 -10- ΙόΊ5^ * . 缓之構造，大部分袢.σ π s况下’可解除施加於各同軸電纜彎 曲之力。藉由自U字之墩也如机^ 著曲起點在兩侧3mm之範圍不集束 ’反覆使兩基板來回，.典也吐 _ 〇/月動時，同軸電纜斷線前之來回滑 動次數大幅增加，對門缸♦啦 同軸-电、戈之彎曲的对用性大幅提高 。藉由自U字之彎曲刼 起點在兩側5mm之範圍不集束，對同 軸電纜之彎曲的耐用性進一步提高。 ，x 同軸％纜連接構造，前述同軸電纜宜間歇 地在複數處集束。 構成之同軸電纜連接構造中，因為間歇地複 數處•又置不本束部位，所以可輕易解除整體施加於同轴 電镜之弓曲的負何’不論同轴電I線束之彎曲位置為何 ’均可防止同軸電缙 / 电長之損知。各同軸電纜只須在不致散 亂之程度下間歇地集束即可。 J 1^同轴電纜可形成藉由以6 m m以上之間隔 間歇地集束，而輕異μ桃 解除考曲之負荷，以10 m m以上之間 隔間歇地集束時，爭4_曰， 幸里易地解除彎曲之負荷的構造。 本發明之同轴恭肥± $屬連接構造，前述同軸電纜宜藉由 線或膠帶’以螺旋妝 > 狀1^者間隙纏繞之方式而集束。 在如此構成之同查 ^ ^ ^ 輪電乡見連接構造中，與間歇地在複 數處集束之構造同樣 … 也’可輕易解除整體施加於同軸電 纜之彎曲的負荷。 u @ $ 本發明之同軸雷 帘狀上P呼愔杰钱、、連接構造’前述同轴電纔宜藉由在 狀上已。己隐成简狀 j. , ^ ^ 的螺旋狀膠帶，隔著間隙而集束。 在如此構成之同 釉電纜連接構造中，與間歇地在葙 數處集束之構造同樣 牧復 ’他’可輕易解除整體施加於同轴带 1373989 修正本 纜之彎曲的負荷。此外，因為形狀上已記憶成筒狀，所 以容易維持集東之狀態。 另外，膠帶雖可採用具有接合性而接合於同軸電纜 者，及非接合性者，但是從彎曲時同軸電纜對膠帶滑行 ，而在長度方向上移動者容易解除負荷之觀點，宜使用 不接合之膠帶。 本發明之同軸電纜連接構造，前述同軸電纜宜被筒 狀編織套管覆蓋而集束。 在如此構成之同軸電纜連接構造中，如接合膠帶不 接合同軸電纜，而同軸電纜可在長度方向上容易移動之 狀態下集束。再者，可使套管本身扁平化，使集束之部 位扁平化而減少線束之厚度，而可謀求同軸電纜連接構 造之薄型化。 本發明之同轴電纜線束，係使用於上述本發明之同 軸電纜連接構造者。 如此構成之同軸電纜線束，成為用於連接相對地移 動之基板間的同軸電纜線束，其彎曲性方面之機械可靠 性、減少機器内需要之空間、阻抗匹配及EMI特性方面 之電氣特性優異。 本發明之攜帶式終端機，係具備上述本發明之同軸 電纜連接構造者。 如此構成之攜帶式終端機，藉由將上述同軸電纜連 接構造適用於搭載於攜帶式終端，而相對地滑動之基板 的連接，而成為小型且可實施高密度之資訊處理者。 此外，本發明之同軸電纜線束及同軸電纜連接構造 ，可適切組合上述之較佳形態。 -12- 1373989 修正本 (發明之效果） 本發明之同軸電纜連接構造可獲得：使上下 潰動時，連繫兩基板之同轴電纜線束關於彎曲性=基板 讦#! 生優莫，且隨著上下基板之滑動而滑動的 械 <㈤小， 關於阻抗匹配及ΕΜΙ特性之電氣特性優異的效果。 明比起使用FPC來連接上下重疊而滑動之二個基本= 況’更能夠縮小兩基板之間隙。 的^月 【實施方式】 _ 以下，依據圖式詳細說明本發明之實施形態之 如第1圖及第2圖所示，本實施形態之同軸電纜^ 構造10係以包含複數條（2〇〜60條）之同軸電镜2的门^ 電纜線束20,連接上下重疊配置並前後（第！圖、第2圖之 左右方向）地滑動之二個基板i丨、丨2間者。而後，同轴電 - 規線束2 0除了兩端部2 1 a、2 1 b之外，將複數之同軸電缓 '24集束，整體以成為U字狀之方式連接於兩基板。藉此， 鲁可將同軸電鏡線束20形成在基板11、12之平面觀察方向 上為U字狀形狀’而配線於兩基板丨丨、丨2間。第1圖及第2 圖之另外形態’亦可為在長度方向上間歇地集束同軸電 境24。另外’第1圖係同軸電纜線束2〇之兩端部21a、2lb 最遠離之狀態，第2圖係兩端部2 1 a、2 1 b最接近之狀態。 基板11、12之/骨動行程為如3〇mm至60mm程度。 同軸電繼2 4係在正交於中心軸之徑方向的剖面中， 自中心向外側而具有：中心導體、内部絕緣體、外部導 體及被覆的結構’各個端部2 1 a、2 1 b實施終端處理，外 部導體、内部絕緣體及中心導體係階段性地各以特定長 -13- 1373989 修正本 &路出此外，同軸電纜線束20中，除了複數條同軸電 纜之外亦可包含無外部導體之絕緣電纜。另外，圖式 中係將同軸電纜24之數量減少顯示以簡略化。 片同軸電纜線束20從平面圖觀察，在基板之寬度方向（ 第KA)圖之兩個箭頭W之方向)上彎曲。由於基板寬度為 數cm，因此可充分確保此方向之彎曲徑。如第1 圖所 不，同軸電纜線束20之一方端部21a對滑動方向而連接於 ^基板11之右側（第丨圖中之上側）時，另一方之端部21b 、!對μ動方向，連接於下基板丨2之左側（第1圖中之下側） 同軸電境線束20彎曲成u字&，不過，$ 了縮小收容同 軸電 見線束20之空間（參照第5圖之收容部丨3 )，宜儘量縮 小1；字之寬度（直線部分之間隔）。 ^藉由將同軸電纜線束2〇大致沿著基板η、12的平面 彎曲，可在同軸電纜線束20中確保充分之彎曲半徑。使 用先前之FPC時，由於FPC係在兩基板U、12之間彎曲， 因此，為了確保其彎曲徑，需要擴大兩基板η、12之間 隙，不過，本發明無須為了使用FPC般而擴大兩基板η 、1 2之間隙，而可謀求機器之薄型化。 如第3 (A)圖及第3 (Β)圖所示’同軸電纜線束2 〇第係 以摘紮膠帶23將複數條同軸電纜24集束而形成，如第 3(C)圖所示’最好形成使橢圓形剖面之厚度尺寸η儘量 小之形狀。捆紮膠帶23如將氟樹脂膠帶、pET膠帶或橡 膠材料等’在複數條同轴電纜24上捲繞成螺旋狀，而形 成同軸電纜線束20。可除兩端部21a、2 lb之外，整體捲 繞捆紮膠帶23，不過’亦可如第9圖所示，間歇地集束。 -14- 1373989 • « 修正本 宜在與基板11、12及收容部13(參照第5圖）之壁面接觸之 處，捲繞膠帶等而集束，藉此，提高同軸電纜線束20對 摩擦之耐用性。在與框體之壁面等的滑動性之點，可涵 盏同軸電纜之大致全長，而螺旋纏繞摩擦係數低之捆紮 膠帶（如PTFE、PFA、FEP、ETFE等之氟樹脂膠帶），而 在柔軟性之點可間歇地集束。另外，亦可如第17圖所示 地包覆軟管’來取代螺旋狀地捲繞捆紮膠帶23。 • 同軸電纜24最好使用例如比Awg(美國線規；The above two frames are provided with substrates on which various circuits and elements for realizing respective functions are arranged, and wiring members for electrically connecting the substrates are provided. In the respective substrates of the two housings, in order to connect the wiring members of the substrates to each other in accordance with the operation of the respective frames, a flexible substrate (FPC) that can be bent and bent is generally used. As an example of the flexible substrate, as shown in FIG. 19, the connector 1〇1 of the substrate 100 provided on the side of the flexible printed circuit board 104 (FPC) is connected to the circuit module 丨〇2 provided on the upper side.丨〇 3. In order to ensure a low-resistance grounding conductor and EMI countermeasures, it is known that the surface of one side of the FPC is fully integrated as a grounding conductor layer. However, such a fully grounded FPC cannot ensure the occurrence of cracks in the bent portion due to the bending property of the substrate sliding, and the wire is broken. In order to solve the problem of the bendability of the FPC which is fully grounded as described above, as disclosed in Patent Document 1, the ground portion is partially removed in the bent portion, and the correction is made on the back side of the bent portion, and is not grounded to the signal line. The structure of the line. [Patent Document 1] 曰 公开 公开 配置 配置 配置 配置 配置 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 2004 In this case, there is a problem that the bendability of the j ^ 眭 aspect can be fully grounded, in any case, there is a wide range of electrical and the other is to eliminate the problem of deterioration. *, Sex (impedance matching and EMI characteristics), such as the profit-seeking literature 1, 1, Gantu curved part of the $ t ^ signal line and the grounding line is not right, the gas is configured with the grounding wire, the quantity due to the high-speed transmission of data and high = In the method, the signal ridge will expand. $ causes the space for the use of the FPC to become larger when the number of == increases. This 盥$a〗 must ensure that the FPC;|Too,...曰 Miniaturization is contrary. It is mechanically reliable in terms of providing a relative movement in the vertical direction of the electrical connection in the stacking direction and a ten-bend in the connection structure with i: one, for sliding the occupied space F [impedance matching machine, Coaxial electrical connection structure with excellent characteristics 1 Temple: Fang Erdian _ Cable harness and portable terminal.匕 ^ 之 辆 辆 ( ( ( ( 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 同轴 同轴 同轴 同轴 同轴 同轴 同轴 同轴 同轴 同轴 同轴 同轴 同轴 同轴 同轴 同轴Configuration and:: The two cars that are configured to slide in the same direction. The $1373989 is used to correct the coaxial cable connection structure between the boards. ^ ^ _ Eight features. The aforementioned coaxial cable harness is used to slide the substrate with the moon IJ too> The moon-shaped direction of the parent substrate is curved in the width direction of the substrate and is connected in a U-shape as a whole. The coaxial cable harness of the present invention may not be a coaxial cable, and may include an insulated wire having no external conductor. The invention has good electrical characteristics in terms of impedance matching and relay characteristics due to the use of the coaxial cable, so that the insulated wires without the outer conductor can be used for the feeder and the grounding wire. When the bundles are bundled, the coaxial cable is not required. When the two substrates are slid, the coaxial cable harness is bent into a U-shaped portion 2 and the moving @ follows the substrate. At this time, the coaxial electric wire harness is required for sliding = need (sliding space), the height of which is a coaxial electric iron wire harness: 'the width thereof is the width of the U-shape. When the coaxial electric wire bundle is formed into a flat shape of its elliptical ellipse, the thickness thereof can be made thin. The gap of the upper y substrate. In addition, the width of the υ word can be greatly reduced compared with the width of the substrate. Therefore, the gap between the substrates can be made, and the coaxial coaxial wire bundle has sufficient sliding space. The coaxial electrical connection structure of the present invention is The terminal of at least a part of the front-end coaxial cable is installed with a common connector. In the coaxial cable connection structure thus constructed, since the connector is mounted at the end of the coaxial cable harness, the substrate can be easily fabricated. In addition, at least part of the terminal of the coaxial cable harness is a terminal of a plurality of coaxial electrical interfaces (such as 20 out of 4) coaxial cable included in the daily coaxial electric wire harness. The other connecting knife is mounted on the remaining terminals. ° The coaxial cable connecting structure of the present invention is preferably such that the connector has a plurality of rows. 1373989 In the cable connection structure, even if the number of the strips is increased, since the number of connectors is increased without being connected to one connector, the width of the connector does not enlarge the design freedom of the portion of the substrate to which the connector is connected, and the coaxial cable of the present invention is improved. In the connection structure, the coaxial end portion is preferably directly mounted on the substrate. In the coaxial cable connection structure configured as described above, the connection to the east is not limited to the connector, but can be directly connected to the base; the coaxial cable connection structure of the present invention The coaxial end portions are preferably connected to the two substrate width directions, for example, one end of the coaxial cable harness is connected to the upper base, and the other end is preferably connected to the left side of the lower substrate. In the coaxial cable connection structure thus constructed, even The small thickness dimension can still ensure a large bending half of the coaxial cable. • The gap between the two substrates can be reduced. The coaxial cable connection structure of the present invention is the same as that of the AWG42. Since the coaxial cable connection structure configured as described above is coaxial, it is excellent in flexibility, and the slidability of the two substrates can be made thinner when the coaxial cable harness is bundled, and the coaxial manufacturing can be made thinner. The coaxial cable connection structure of the present invention preferably has a housing portion for housing the coaxial cable harness. The accommodating portion can be placed in or housed in the frame of each substrate. For example, a rectangular recess may be provided at least. Or, the number of coaxial cables in at least one coaxial cable can also be used. Therefore, on the coaxial cable of the 线 cable harness fe. The opposite side of the cable harness. The right side of the board is the substrate. Therefore, the taste cable should be thinner than the cable. In addition, the predetermined width of the cable connection structure is set on the substrate of the substrate-side substrate 1373989. The axis of the correction is wide and the axis of the space is less than the front of the front side. The front side is borrowed to form a rectangular protrusion, and the wall is formed. Surrounded by the accommodating department. Alternatively, a portion that is cut into the groove of the frame or that is erected on the wall of the frame may be used as the accommodating portion. The bending diameter of the bundled coaxial cable harness can be added to the width of the coaxial cable bundle as the width of the housing portion. By cutting the trench or erecting the wall in such a manner as to form this, the sliding space of the coaxial cable harness pole can be defined. The sliding space cannot be configured with space for other parts, etc. By reducing this sliding space, the entire machine can be reduced. Or, in the smaller part of the sliding #, configure another part to form a high functionality. In the coaxial cable connecting structure of the present invention, the coaxial cable harness is configured by bundling a plurality of bundles in which a plurality of coaxial cables are bundled. In the coaxial cable connection structure configured as described above, when a plurality of identical cables are bundled, the bundles of the plurality of coaxial cables are bundled to reduce the thickness of each of the bundles, and the coaxial cable connection structure can be reduced in thickness. The connection structure is such that at least one end side of the coaxial cable 1 is such that the longitudinal direction of the connector and the direction along the straight portion of the u-shape are not orthogonal to each other, and the relative direction of the connector and the straight portion is maintained. Adjust the length of each coaxial cable from the location of the bundle to the connector. The angle formed by the longitudinal direction of the connector and the direction along the straight portion of the u-shape is adjusted by the direction in which the connector is disposed on the substrate. For example, the length direction of the connector and the direction along the straight portion of the aforementioned u-shape can be formed. In the coaxial cable connection structure of the present invention, a grounding rod is attached to an end portion of the coaxial cable harness directly attached to the base, and the front 1373989 is corrected in the longitudinal direction of the rod and the straight line along the straight line of the ridge. If the opposite direction of the grounding rod and the straight portion is maintained, the coaxial power of the grounding rod to the grounding rod should be adjusted separately, and the length direction of the grounding rod and the end of the coaxial cable harness are respectively adjusted. The lines of the wires are arranged in parallel. In the coaxial cable connecting structure configured as above, the angle "the length direction of the ground bar and the direction along the straight portion of the u-shape" is adjusted by arranging the directions of the coaxial :: on the substrate. For example, the length direction of the ground rod may be parallel to the direction along the straight portion of the U-shape. In the coaxial cable connection structure of the present invention, it is preferable that the coaxial cable harness is in a range of 3 mrn in the longitudinal direction with respect to the bending starting point of the U-shape in a state where the both ends of the coaxial cable f are closest to each other. Coaxial electric winding. Further, in the coaxial cable connection structure of the present invention, it is preferable that the coaxial cable harness is within a range of 3 mm on both sides in the longitudinal direction with respect to the bending starting point of the U-shaped sub-frame in a state where the both ends of the coaxial cable harness are farthest. The bundle of the aforementioned coaxial cable is not bundled. In the state where the both ends of the coaxial cable harness are farthest away, it can be said that the coaxial cable harness is J-shaped. In the present invention, the coaxial cable harness is formed in a U-shape as a whole, and also includes a j-shape. When the coaxial cable harness is bent into a U shape, the force of bending toward both sides of the starting point of the U-curve is concentrated. By not concentrating at this portion, the load that is bent by the movement of the coaxial cable is released, and the damage of the conductor such as the disconnection of the conductor of the coaxial cable can be prevented. When the coaxial cable connection structure is used, since most of the ends are in the closest state or the farthest state, the coaxial power is not bundled by forming the U-shaped bending starting point in these states - 10- ΙόΊ5^ * . Slow construction, most of the 袢.σ π s condition can relieve the force applied to the bending of each coaxial cable. By the U-shaped pier, it is also like the machine. The starting point of the song is not bundled in the range of 3mm on both sides. The two substrates are back and forth repeatedly. When the code is also spit _ 〇 / month, the number of times of sliding back and forth before the coaxial cable is broken is large. Increased, the use of the door cylinder ♦ coaxial - electric, Ge bending is greatly improved. The durability of the bending of the coaxial cable is further improved by the fact that the starting point of the U-shaped bending 刼 is not bundled in the range of 5 mm on both sides. , x coaxial % cable connection configuration, the aforementioned coaxial cable should be bundled intermittently at a plurality. In the coaxial cable connection structure, since the plurality of portions are intermittently set and the bundle portion is not disposed, the negative of the bow applied to the coaxial electron microscope can be easily removed regardless of the bending position of the coaxial electric harness. It can prevent the loss of coaxial electric/electric length. Each coaxial cable must be bundled intermittently without distracting it. The J 1^ coaxial cable can be formed by intermittently bundling at intervals of 6 mm or more, and the load of the singularly pulverized pulsation is released, and when it is intermittently bundled at intervals of 10 mm or more, it is contending for 4_曰, fortunately The structure that relieves the bending load. In the coaxial weighting of the present invention, it is preferable that the coaxial cable is bundled by means of a wire or tape </ br> in a spiral makeup shape. In the connection structure thus constructed, the same as the structure in which the bundles are intermittently at the complex point ... the load applied to the bending of the coaxial cable can be easily released. u @ $ The coaxial reel of the present invention is in the form of a curtain, and the connection structure is suitable for the aforementioned coaxial electric power. A spiral tape that has been concealed into j. , ^ ^, bundled across the gap. In the glazed cable connection structure thus constructed, the same as the structure in which the bundles are intermittently bundled at the number of turns can easily release the load applied to the coaxial belt 1373989 to correct the bending of the cable. In addition, since the shape has been memorized in a cylindrical shape, it is easy to maintain the state of the east. In addition, although the tape can be joined to the coaxial cable by bonding, and the non-joining person can be used, the coaxial cable is slid to the tape during bending, and the load is easily released in the longitudinal direction. tape. In the coaxial cable connection structure of the present invention, the coaxial cable is preferably covered by a tubular braided sleeve and bundled. In the coaxial cable connection structure thus constructed, if the bonding tape does not engage the coaxial cable, the coaxial cable can be bundled in a state where it is easy to move in the longitudinal direction. Further, the sleeve itself can be flattened, the position of the bundle can be flattened, and the thickness of the bundle can be reduced, and the coaxial cable connection structure can be made thinner. The coaxial cable harness of the present invention is used in the above-described coaxial cable connecting structure of the present invention. The coaxial cable harness thus constructed is a coaxial cable harness for connecting relatively moving substrates, and is excellent in electrical reliability in terms of flexibility, space required for reduction in equipment, impedance matching, and EMI characteristics. The portable terminal of the present invention is provided with the above-described coaxial cable connection structure of the present invention. The portable terminal device configured as described above is suitable for a small-sized and high-density information processor by attaching the coaxial cable connection structure to a substrate that is mounted on a portable terminal and relatively slid. Further, the coaxial cable harness and the coaxial cable connecting structure of the present invention can be combined with the above preferred embodiments. -12- 1373989 MODIFICATION (Effect of the Invention) The coaxial cable connection structure of the present invention can be obtained: when the upper and lower sides are broken, the coaxial cable harness connecting the two substrates is excellent in the bending property = the substrate !#! The tool that slides on the upper and lower substrates and slides is small (5), and has excellent electrical characteristics of impedance matching and ΕΜΙ characteristics. It is better to reduce the gap between the two substrates by using the FPC to connect the upper and lower overlaps and slide the two basics. [Embodiment] _ Hereinafter, as shown in Figs. 1 and 2, an embodiment of the present invention will be described in detail with reference to the drawings. The coaxial cable structure 10 of the present embodiment includes a plurality of blocks (2〇~ The door/cable harness 20 of the coaxial electromagnet 2 of 60) is connected between the two substrates i丨 and 丨2 which are arranged to overlap each other in the front-rear direction (the front view and the left-right direction of FIG. 2). Then, in addition to the both end portions 2 1 a and 2 1 b, the coaxial electric-wire harness 20 is bundled with a plurality of coaxial electric cables 2424, and is connected to both substrates in a U-shape as a whole. Thereby, the coaxial electron beam wire harness 20 is formed in a U-shaped shape in the direction in which the substrates 11 and 12 are viewed in the plane, and is wired between the two substrates 丨丨 and 丨2. The other form of Fig. 1 and Fig. 2 may also be such that the coaxial environment 24 is intermittently bundled in the longitudinal direction. Further, Fig. 1 shows a state in which both end portions 21a and 2b of the coaxial cable harness 2 are farthest apart, and Fig. 2 shows a state in which both end portions 2 1 a and 2 1 b are closest to each other. The bone travel of the substrates 11, 12 is, for example, about 3 mm to 60 mm. The coaxial electric relay 24 has a central conductor, an inner insulator, an outer conductor, and a covered structure from the center to the outer side in a radial direction orthogonal to the central axis. The respective end portions 2 1 a and 2 1 b are implemented. The terminal treatment, the outer conductor, the inner insulator and the central guiding system are each modified in a specific length of -13 - 1373989. In addition, the coaxial cable harness 20 may include no external conductor in addition to the plurality of coaxial cables. Insulated cable. In addition, in the drawings, the number of coaxial cables 24 is reduced to be displayed for simplicity. The sheet coaxial cable harness 20 is bent in a plan view and in the direction of the two arrows W in the width direction (KA) of the substrate. Since the substrate width is several cm, the bending diameter in this direction can be sufficiently ensured. As shown in Fig. 1, when one end portion 21a of the coaxial cable harness 20 is connected to the right side (the upper side in the figure) of the substrate 11 in the sliding direction, the other end portions 21b, ! Connected to the left side of the lower substrate 丨2 (the lower side in FIG. 1), the coaxial electric wire harness 20 is bent into a U-shape &;, however, the space for accommodating the coaxial electric wire harness 20 is reduced (refer to the accommodating portion of Fig. 5).丨 3 ), should be as small as possible; the width of the word (the interval between the straight lines). By bending the coaxial cable harness 2 〇 substantially along the plane of the substrates η, 12, a sufficient bending radius can be secured in the coaxial cable harness 20. When the FPC is used, since the FPC is bent between the two substrates U and 12, it is necessary to enlarge the gap between the two substrates η and 12 in order to secure the bending diameter. However, the present invention does not need to expand the two substrates in order to use the FPC. The gap between η and 1 2 can reduce the thickness of the machine. As shown in the 3rd (A) and 3rd (Β) diagrams, the 'coaxial cable harness 2' is formed by bundling a plurality of coaxial cables 24 with the stripping tape 23, as shown in Figure 3(C). It is preferable to form a shape in which the thickness dimension η of the elliptical cross section is as small as possible. The binding tape 23 is formed by winding a fluororesin tape, a pET tape or a rubber material or the like on a plurality of coaxial cables 24 in a spiral shape to form a coaxial cable harness 20. The banding tape 23 may be wound as a whole except for the both end portions 21a and 2lb. However, it may be intermittently bundled as shown in Fig. 9. -14- 1373989 • The correction is to be bundled with tape or the like at the point of contact with the wall surfaces of the substrates 11 and 12 and the accommodating portion 13 (see Fig. 5), thereby improving the durability of the coaxial cable harness 20 against friction. Sex. At the point of slidability with the wall surface of the frame body, the entire length of the coaxial cable can be covered, and the tying tape (such as fluororesin tape of PTFE, PFA, FEP, ETFE, etc.) having a low coefficient of friction is spirally wound, and is soft. The point of sex can be bundled intermittently. Further, instead of spirally winding the binding tape 23, the hose ' may be covered as shown in Fig. 17. • Coaxial cable 24 is preferably used, for example, than Awg (American wire gauge;
American Wire Gage)之規格的AWG42更細之極細同轴 電纜。藉此，同軸電纜線束2〇彎曲容易，可減少兩基板 1 1、1 2滑動時之抵抗。此外，將複數條同軸電纜2 4集束 而形成同軸電纜線束20時，可將同轴電纜線束2〇之厚度 h 1 (參照第3 (C)圖）形成較薄，而可謀求同軸電纜連接構造 1 〇之薄型化。如由於AWG42之極細同軸電纜的外徑約為 '〇.3mm，因此，在高度方向即使排6層，同軸電纜線束之 鲁厚度仍在2mm以内。另外，FPC如專利文獻i之第5圖（附 加於本說明書之第19圖）所示，由於在上下基板間係將 FPC二折之方式而彎曲，因此基板間隙之高度須確保3爪爪 以上。亦即，使用本貫施形態之同軸電纜線束的同軸 電纜連接構造ίο,比上下重疊而滑動之二個基板11、12 的連接使用FPC時，可縮小兩基板1丨、丨2之間隙。 同軸電纜線束20係包含20至6〇條之同軸電纜24者。 同軸電纜24係AWG42之細度，同軸電纜線束2〇包含2〇條 之同軸電纜24情況下，剖面為接近圓形形狀之線束，而 形成同軸電纜線束20時，其外徑（厚度）約為17mm，將此 -15- 1373989 修正本 同軸电纜線束20配置成u字狀時，其u字之寬度可限制在 5 mm以内。雖隨著芯數（同轴電窺24之條數）之增加，U字 的寬度亦擴大’但是，即使集束6〇條AWG42之同軸電纜 24，仍可使其u字之寬度在1 〇mm以内。另外，須傳送之 資訊里多的機器中’係使用包含4〇條以上之同軸電纜24 的同軸電纜線束20。 此外’如第4圖所示’同軸電纜線束2〇可將集束複數 _條同軸電纜24的複數（此處為2條）捆束2〇a、20b並列，進 步捲繞捆紮膠帶23而形成。藉此，如第4(c)圖所示， 可進一步減少同軸電纜線束2〇之厚度h2(<hl)，而可謀 求同軸電纜連接構造10之薄型化。即使同軸電纜24之條 數增加，線束之厚度不致變厚，因此此形態特別有效。 如第1圖至第3圖所示，最好在同軸電纜線束2〇之一 端或兩端安裝連接器25，以便於連接基板丨丨、丨2。將同 軸電纜線束20形成複數線束之情況，而將同軸電纜^之 終端附加連接器時，如第4圖所示，可分成二個，而安裝 各個捆束20a、20b共用之連接器25a、25b。第4圖中，二 個捆束20a、20b之長度不同，不過亦可形成大致相同之 長度。如第ίο圖所示，亦可將二個捆束2〇a、2〇b連接於 —個共用之連接器25。亦可不將捆束20a、2〇b進一步集 束，而將兩者連接於一個連接器。 如第5圖所示，最好在基板丨丨、丨2中設置以特定之寬 度收容同軸電纜線束20的收容部13。如第5(A)圖所示， 收容部1 3可設置矩形狀之凹部丨3a。藉此，由於可使同軸 電纜線束20隨著兩基板u、12之相對滑動的u字狀變形在 -16- 丄373989 修正本 收容部内進行’因此可防止同軸電規線 於同軸⑽安裝於基板"、12之電氣零 = 11、12附近之電氣釁 在基板 虱令件4。此外，兩基板11、12可平滑 地滑動。或是如第5<^)岡 弟5(B)圖所不，亦可在基板11、12上形 成如矩形狀地設置突故〗g* 卜 直大起13b，而被壁包圍之收容部13。 弟6 (A)圖係顯示使押德七攸嫂地 丁便檇帶式終縞機之例的滑動型 電話伸長狀態的斜；圄。 J针現圖。弟6(B)圖係顯示關閉滑動型之 行動電活之狀態的斜視圖。 第圖所不之行動電話3 〇係應用上述之同軸電纜連 接構造1 0。此行動雷爷^ i亡./ib 初€活30具有.彼此可滑動之上框體3 i 々啕C體31、32中分別搭載有前述之基板u 、1 2，此等係藉由同軸電纜線束2〇而連接。 如此構成之仃動電話3〇中，可兼顧同軸電纜連接構 造之機械可靠性與電氣特性。此外，可減少兩基板之間 隙而減薄行動電話3〇。ϋ Da n士 电。古川抓用本發明時，此種滑動型之行 動電話的滑動行程為3 f) 5 6 Λ ^ 枉马_3U至60mm，亚宜為40mm程度，上 下基板間之間為2 m m *ττ «· «,- αβ 巧 m以下，基板間之電氣連接時需要 之配線的收容部穿；^ i ΟΛ 、，f 合I見度了為20mm以下，進一步可為1〇mm 以下。 另外，本發明之同軸電纜連接構造1〇及使用於此構 造之同轴電規線束20，並不限定於前述之實施形態，而 可作適切之變形及改良等。另外，在與前述之部位共同 之部位上註記相同符號，並省略重複之說明。 如，前述之實施形態中，係例示藉由丨條同軸電纜線 束20而連接上下之基板u、12的情況’不過亦可如第7 -17- 1373989 修正本 圖所示，使用複數條同軸電纜線束2〇來連接兩基板n、 12。第7⑷圖係、顯示兩基板u、12之重疊為最大狀態(關 閉狀態）之平面圖，第7(B)圖係顯示兩基板丨丨、12之重疊 為最小狀態（打開狀態）之平面圖。將連接器25a、251)連 接於基板11、12之部位，只要可將同軸電纜線束2〇形成u 字狀’可為基板11、12上之任意部位。 此外，前述之實施形態中，係說明在同軸電纜線束 之端部21a、21b上安裝有連接器25(25^ 25b)之情況 ’不過如第8圖所示’亦可將同軸電纜線束2〇之同軸電纜 24直接裝於基板n、12。將同軸電纜24直接裝於基板^ m兄下，可將同軸電境24之終端^心導體#接 於基板11、12之連接端子 于上而連接。亦可直接裝於基板 1、12之-面（第8⑷圖），直接裝於基板"、η之端部 !’亦可直接裝於兩面(第吵)圖)。連接於上方之基板" :’係裝於其下面，而連接於下方之基㈣時，係裝於 爲上面δ不限定於吉接 置接女裝，以連接器等連接於基板11 、12時，亦可連接於基板11、12之兩面。 外此外I發明之同軸電纜線束中可適切地混合不具 β部導體之絕緣電線。而可使用絕緣電線作為接地，或 π使用絕緣電線作為饋電線。 ! 1 、⑴述之實靶形態中，同軸電纜線束20對基板 、1 2之連接部位（連接 電纖24之方向m二耗板直接安幻的同軸 分 係/、/Q者同軸電纜線束20之U字的直線部 々之方向一致，尤讲 方 ，亦可使連接部位之同軸電纜24的 ”電麗線束20之U字的直線部分之方向不同。 -18- 1373989 修正本 如第1 1圖所示，亦可不使安裝於同軸電缓線束2〇之 端部2la、2lb的連接器25之長度方向，與沿著同軸電纜 線束20之U字的直線部分之方向（第丨丨圖之左右方向）不 正交，而係一致。 此外，如第12圖所示，亦可將同軸電纜線束2〇之端 泮21a、21b直接裝於基板u、12，使分別安裝於各端部 2 1a、21b之接地棒26之長度方向，與沿著同軸電纜線束 20之U字的直線部分之方向（第12圖之左右方向）不正交 ，而係一致。另外，接地棒26共用地連接於各同軸電纜 24經過終端處理而露出之外部導體，再者，連接於基板 11、12之接地端子。 第u圖或第12圖所示之情況，連接部位之同袖電纜 24的方向，係與同軸電纜線束2〇之u字的直線部分之方向 正交，不過，這是其中一例，在端部213、上彎曲 各同軸電纜24之角度不拘。不過，在端部…、m，為 了將^電緵24以與到此處之方向（線束U字的直線方向 接:』 上之方式而彎曲，且為了維持與連接器25或 ^地棒26之！；字之直線部分的相對方向，而分別調整自隼 2部位至連接器25或接地棒26為止之各同軸電缓⑽ 長$ :稭此’在端部21a、21b上之各同轴電缓24的長度 二：::在脊曲之外側者同長。本發明之同軸電I線束的 接=可如此使各電现之長度不同作調整，來形成連 :=接地棒26對基板n、12之方向，亦即將同軸電 纜、=〇之端部朝向希望之方向…由設計在基板上 女裝同軸電纜線束20之角度及方向。亦 之設計自由度提高。 基板η 12 -19- 1373989 修正本 此形態之同轴電纜線束20，準備藉由在端部彎曲同 軸電纜24之角度而算出之需要長度的各同軸電纜24，而 將連接器25或接地棒26安裝於各同軸電纜24時，按照決 定之長度來排列各同軸電纜24。以膠帶等集束藉由安裝 連接器25或接地棒26而決定相互位置之各同轴電纜24。 如第4圖所示，在一個同軸電親線束2〇之一端複數安 裝連接器25時，亦是各連接器25或各接地棒26之長度方 向與沿著同軸電纜線束20之U字的直線部分之方向不正 參交’為了維持連接器25或接地棒26與前述直線部分之相 對方向’亦可分別調整自各電纜24所集束之部位至前述 連接器為止之各同軸電纜24的長度。 在一個同軸電纜線束20之一端，將同軸電纜24分成 複數群’各群安裝連接器25或接地棒26時，或是，將同 軸電遭線束20進一步集束成複數同軸電纜24之線束者， 且各線束安裝連接器25或接地棒26時亦同。 前述之實施形態中，係例示除了同軸電纜線束2 0之 • 端部2 1 a ' 2 1 b以外的部分，以捆紮膠帶23集束之形態， 不過’集束同軸電纜24之形態並不限定於此。各同軸電 觀24亦可以不覆蓋整體之方式而集束，只須使基板1 1 ' 1 2滑動時’可維持線束形狀之程度而局部集束即可。使 基板π、12滑動時，同轴電纜24與基板n、12及設於基 板1 1、1 2之壁面接觸的部位’宜纏繞膠帶等，以提高對 摩擦之耐用性。此外，捆紮膠帶23可採用具有接合性而 接合於同軸電纜24者，或是非接合性者，不過，由於彎 曲時同軸電纜2 4對捆紮膠帶滑行而在長度方向上移動者 合易解除彎曲之負荷，因此宜為非接合性者。 -20- 1373989 修正本 將同軸電纜線束20連接於上下之基板11、12，自兩 基板11、12之重疊為最大之位置（第2圖之狀態）至兩基板 1 1、1 2之重疊為最小之位置（第1圖之狀態）為止，反覆使 兩基板1 1、1 2來回滑動，來調查滑動之來回次數（以下稱 滑動次數）與同軸電纜24之中心導體的斷線之關係。結果 瞭解在同轴電纜24之彎曲起點（U字形狀之直線部與曲線 部的邊界點）附近，同軸電纜24不集束時，斷線前之滑動 次數大幅提高。從實驗瞭解，夾著彎曲起點，宜在兩側 之3mm範圍，不同轴電纜24集束，更宜在兩側之5mm範 圍，不同轴電纜24集束。 其理由係認為如下： 同軸電纜線束2 0彎曲時，在彎曲部之内側與外側產 生長度之差。此時若可自由地移動各同軸電纜24時，内 側之同軸電纜24鬆弛而吸收長度之差。 但是，纏繞膠帶等而集束同軸電纜24時，各同軸電 纜24被拘束而無法移動或移動困難，無法吸收長度之差 ，在彎曲部之兩端，對同軸電纜24施加彎曲應力。亦即 ，彎曲之負荷容易集中於同軸電纜24之彎曲起點（U字形 狀之直線部與曲線部的邊界點）^使基板1 1、1 2不斷滑動 ，而在彎曲應力造成之負荷集中的部位，而認為造成同 軸電纜24之中心導體等斷裂。因而，容易產生彎曲應力 之部位，亦即彎曲起點附近，同軸電纜24不宜集束而不 受到拘束。 由於行動電話通常上下框體是在關閉狀態（縮短之 狀態）或是打開之狀態（伸長之狀態）的其中之一，因此， -21 - 0/3989 :動電話30等使用之基板"、12，通常是在同軸電纜線 束20之兩端部213、21b為最接近之狀態或是最遠離之狀 態。此狀態如第13圖所示’係同軸電纜線束2〇之兩端部 二“、21b為最接近之狀態’或是如第14圖所示同轴電 缦線束20之兩端部21a、21b為最遠離之狀態的豆中之: ^因此，如第U圖或第14圖所示，在吟之彎曲起點A、 的附近，如不集束同軸電纜24時，幾乎不受彎曲之應力 二而可使對應於同軸電鏡線束20之彎曲的機械特性線 別之滑動次數）大幅提高。 如使用AWG42〜46之同軸電缓24而形成同軸電境線 束20時，以捆紮膠帶23集束整個多餘長度^之形態下.， 基板η、丨2之滑動進行5萬次程度時，會導致同軸電纜24 之中心導體斷裂。將同軸電纜24不集束之範圍設定為相 射於U字之彎曲起點Α、Β而在長度方向兩側3⑺爪之範圍 的情況下，即使基板U、12之滑動進行1〇萬次同軸電 纜24之中心導體仍不致斷裂，將不集束之範圍設定為相 對於彎曲起點A、B在長度方向兩側5mm之範圍的情況下 ，即使基板η、12之滑動進行15萬次，同軸電纜24之中 心導體仍不致斷裂。 另外’為了維持同軸電㈣束2〇之線束形狀，在第 13圖及第14圖所示之狀態下，u字形狀之曲線部的一部分 ，宜以捆紮膠帶23等集束。 f曲起點附近不集束之形態，亦包含同軸電規線束 20之端部安裝有連接器之情況與直接裝於基板之情況。 再者’亦包含在同軸電纜線束2〇之端部各同軸電纜“分 -22- 修正本 :數個群’而各群安裝連接器或安裝接地棒之情況。再 、亦包含將複數之同軸電纜24的線束進一步集束，而 成為同軸電纜線束20之情況。 士此外，如第9圖所示，間歇地在複數處集束同軸電纜 24時’由於係間歇地在複數處設置並未集束之部位，因 此，整體可輕易地解除施加於同軸電纜24之彎曲負荷， 不响同軸電纜24之彎曲位置，而可防止同軸電纜Μ之損 ^ 此外，藉由間歇地集束同軸電纜24，在同軸電纜線 束20之兩端部21a、21b為最接近之狀態與最遠離之狀態 兩者’均容易實現不集束彎曲起點附近之形態。 各同軸電纜24為了維持線束形狀，只須在不致散亂 之权度間歇地集束即可。如前述，由於只須隔著彎曲起 點而在3mm之範圍不集束即可’因此，間歇地集束時之 間隔且為6mm以上。再者，更宜為以1〇mm以上之間隔間 歇地集束。第9圖係顯示以捆紮膠帶23集束之形態，不過 ’亦可以線來集束’亦可以滴下接合劑而予以一體化之 方式來集束。 此外，如第1 5圖及第1 6圖所示，同軸電纜24亦可藉 由捆紮膠帶23(參照第1 5圖）或線27(參照第丨6圖）螺旋狀 地隔著間隙而捲繞來集束。第丨5圖及第丨6圖之同軸電纜 線束2 0 ’係與第9圖所示之間歇地在複數處集束之構造同 樣地，可整體輕易地解除施加於同軸電纜24之彎曲負荷 。另外’亦可在以捆紮膠帶23或線27螺旋狀地捲繞之處 的兩端，以不致產生纏繞鬆弛之方式，而以具有接合性 之捆紮膠帶23預先集束。 -23- ^/i989 修正本 〜 此外，如第17圖所示，亦 筒狀之螺旋狀的膠帶28， 错由在形狀上已記憶成 螺旋狀之膠帶28可使用使帶狀I隙而集東同軸電纜24。 在形狀上已記憶者，或是在筒；相紫膠帶23慣於筒狀而 切槽者。如可使用將橡膠軟^ <構件上形成螺旋狀之 同轴電境線束20,係與第9圖^成螺旋狀者。第17圖之 :構造同樣地，可整體輕易地在複數處集束 育曲負荷。此外，由於螺旋膠：加於同軸電緵24之 :筒狀，因此，容易維持集====憶 吩亦是使形狀上已記憶之职* + 狀悲。集束 24者，比以# & t n # ^ >可或軟管包覆於同轴電纜 此外：：樓繞膠帶或線者作業效率高。 被覆集束同轴電缓24。編織套管之編織套：29 或化學纖維編織成筒狀者。第 ：使金屬泊線 並非如接合膠帶般 ：軸錢線束2〇, 在長度方向上容#純 係同軸電纜24可 .^ 易移動之狀態下集束。此外，蔣态其太 形成扁平之形狀時， ，e 分容易爲平化，而可縮小所二可使集束之部 束成直徑為―剖面圓：:：纏：：：轴電纜24集 況下，夕卜秤占A ” _形者上纏繞捆紮膠帶23之情 度為I.丄宽=，將其加…扁平時，成為高 直徑為之叫面门_。另外，將同軸電境24集束成 下，”成^ 者’藉由編織套管29覆蓋情況 ^成為2.〗mm，將其加壓使其 為U咖，寬度為2.8mm。 t成為问度 第9圓、苐1 5圓至第.丨在 的方向與同轴電臂24 “連接器25之長度方向 纜24之長度方向(沿著U字之直線部分的 -24- 1373989 修正本 方向）平行時，亦即在端部各同耗電纔24彎曲9〇度之例。 =等之情沉如前述，各同軸電㈣之長度不同而分別 ^自集束之處至前述連接器25為止之各同轴電缓洲 ”。此外，連接器25之方向並不限定於上述之圖。連 接器25之長度方向亦可與同軸電纜24之長度方向正交。 端。P不纟連接5，係安裝接地棒，而直接裝於基板 2同軸電纜線束20，亦與各同軸電纜以之集束者的端部 安裝連接器時相同。 ^ 另外’上述實施形態’係可適切組合。例如，亦可 在同軸电纜線束20之一方端部2ia上安裝連接器25而連 接於基板11，並將另一方端部2lb直接裝於基板12〇此外 ，如第1 1圖及第1 2圖所示，亦可適切採用使連接部位之 同軸電纜24的方向與同軸電纜線束2〇之u字的直線部分 之方向不同，並且為第9圖、第13圖至第18圖所示之各種 集束的形態。 ' [產業上之可利用性] φ 如以上所述，本發明可用作具有可滑動而連結之二 個基板，並使用同軸電纜，將此等基板電氣連接般之同 軸電纜連接構造等，而可利用於行動電話等。 以上詳細地並參照特定之實施態樣來說明本發明’ 不過’業界技藝人士當瞭解在不脫離本發明之精神與範 圍’可實施各種變更或修正。本申請案係依據2〇〇6年5 月23曰提出申請之日本專利申請案（日本特願 2006-143382)者’且引用其内容而在此處作參照。 【圖式簡單說明】 弟1(A)圖係顯示本發明之同軸電纜連接構造的第一 -25- 1373989 修正本 實施形態之平面圖。第丨（B)圖係側面圖。 第2⑷圖係顯示重疊上下基板之狀態的平 2(B)圖係側面圖。 θ 乐 第3(A)圖係顯示在同轴電境線束之端部安 之狀態的平面圖13(Β)圖係側面圖。第3(C)圖係剖面 圖。 第4⑷圖係在同轴電纜線束之端部分成⑼安裝連 蠊 接器之狀態的平面圖。第4(B)圖係側面圖。 剖面圖。 v ;固你 及第5(B)圖係顯示收容部之例的斜視圖。 )圖係顯示使應用本發明之同軸電纜 的行動電話伸長狀態的斜視圖。第6(B)圖係顯 ζ 動電話之狀態的斜視圖。 丁重逢灯 第7(A)圖係顯示將應用本發明之同軸電 :個系統的兩基板重疊之狀態的平面圖。 使兩基板滑動之狀態的平面圖。 ⑽顯不 第8(A)圖係顯示將同轴電纜線束直接裝於基板之一 面的狀態之剖面圖。第8(Β)圖係顯示將同 接裝於基板之兩面的狀態之剖面圖。 ⑽，泉束直 的平Γ圖圖係顯示間歇地集束同軸電繞之同轴電規、線束 第1 0圖係顯示將同轴電纜線束分成二 個連接器之狀態的平面圖,。 連接於- 第1 1圖係顯示安裝於同軸電纜線束之端部的連接。。 ^度方向與沿㈣字之直線部分的方向正交之例的二 -26- 修正本 的 之 第12圖係顯示安 女裝於问軸電纜線束之端部American Wire Gage) is a finer, ultra-fine coaxial cable of the AWG42. Thereby, the coaxial cable harness 2 is easily bent, and the resistance when the two substrates 1 1 and 12 are slid can be reduced. Further, when the plurality of coaxial cables 24 are bundled to form the coaxial cable harness 20, the thickness h 1 of the coaxial cable harness 2 (see FIG. 3(C)) can be made thin, and the coaxial cable connection structure can be realized. 1 薄 thinning. For example, since the outer diameter of the ultra-fine coaxial cable of AWG42 is about '〇.3mm, even if it is 6 layers in the height direction, the thickness of the coaxial cable harness is still within 2mm. In addition, as shown in Fig. 5 of the patent document i (attached to Fig. 19 of the present specification), the FPC is bent by folding the FPC between the upper and lower substrates, so that the height of the substrate gap must be 3 claws or more. . In other words, the coaxial cable connection structure of the coaxial cable harness of the present embodiment is used. When the FPC is used for the connection between the two substrates 11 and 12 which are slid over the upper and lower sides, the gap between the two substrates 1 and 2 can be reduced. The coaxial cable harness 20 is a coaxial cable 24 comprising 20 to 6 turns. The coaxial cable 24 is the fineness of the AWG 42, and the coaxial cable harness 2 includes a coaxial cable of 2 turns, and the cross section is a wire harness close to a circular shape, and when the coaxial cable harness 20 is formed, the outer diameter (thickness) is about 17mm, when the coaxial cable harness 20 of the -15-1373989 revision is arranged in a U shape, the width of the u word can be limited to 5 mm. Although the width of the U word increases as the number of cores (the number of coaxial electro-optical 24s) increases, 'even if the coaxial cable 24 of the bundle AWG42 is bundled, the width of the u-word can be made 1 〇mm. Within. In addition, among the many machines to be transmitted, the coaxial cable harness 20 including the coaxial cable 24 of four or more is used. Further, as shown in Fig. 4, the coaxial cable harness 2 can be formed by bundling a plurality of bundles (here, two) of the bundled plurality of coaxial cables 24 in two bundles 2a and 20b, and winding the binder tape 23 in advance. As a result, as shown in Fig. 4(c), the thickness h2 (<hl) of the coaxial cable harness 2 can be further reduced, and the coaxial cable connecting structure 10 can be made thinner. This form is particularly effective even if the number of the coaxial cables 24 is increased and the thickness of the wire harness is not thickened. As shown in Figs. 1 to 3, it is preferable to mount the connector 25 at one or both ends of the coaxial cable harness 2 to facilitate connection of the substrates 丨 and 丨2. When the coaxial cable harness 20 is formed into a plurality of harnesses, when the connector of the coaxial cable is attached to the connector, as shown in FIG. 4, it can be divided into two, and the connectors 25a, 25b shared by the respective bundles 20a, 20b are mounted. . In Fig. 4, the lengths of the two bundles 20a, 20b are different, but they may be formed to have substantially the same length. As shown in Fig. οο, the two bundles 2〇a, 2〇b can also be connected to a common connector 25. It is also possible not to further bundle the bundles 20a, 2b, but to connect the two to one connector. As shown in Fig. 5, it is preferable that the substrate portion 丨 and the cymbal 2 are provided with the accommodating portion 13 for accommodating the coaxial cable harness 20 with a specific width. As shown in Fig. 5(A), the housing portion 13 can be provided with a rectangular recessed portion a3a. Thereby, the U-shaped deformation of the coaxial cable harness 20 with the relative sliding of the two substrates u and 12 can be performed in the -16- 丄 373989 correction of the accommodating portion. Therefore, the coaxial electric gauge wire can be prevented from being mounted on the substrate coaxially (10). ", 12 electrical zero = 11, 12 near the electrical 衅 in the substrate command 4. Further, the two substrates 11, 12 can smoothly slide. Alternatively, as shown in the fifth <^) Gangdi 5(B) diagram, the bases 11 and 12 may be formed with a rectangular shape such as a protrusion 〖g* 卜 straight up 13b, and a wall surrounded by the accommodating portion 13. Brother 6 (A) shows the oblique state of the sliding type of the telephone that makes the example of the 押 攸嫂 丁 丁 檇 圄 圄 圄 圄 圄; J needle is shown. The 6th (B) diagram shows an oblique view of the state in which the sliding type is activated. The mobile phone 3 in the figure is not the same as the coaxial cable connection structure 10 described above. This action is the same as the above-mentioned substrates u and 1 2, which are mounted on the upper frame 3 i 々啕 C bodies 31 and 32, respectively. The cable harness is connected and connected. In the smashing telephone 3 thus constructed, the mechanical reliability and electrical characteristics of the coaxial cable connection structure can be considered. In addition, the gap between the two substrates can be reduced to thin the mobile phone. ϋ Da n Shi electric. When Gu Chuan grasps the present invention, the sliding stroke of the sliding type mobile phone is 3 f) 5 6 Λ ^ Hummer _3U to 60 mm, the sub-mode is 40 mm, and the distance between the upper and lower substrates is 2 mm *ττ «· «, - αβ is less than m, and the accommodating portion of the wiring required for electrical connection between the substrates is required to be worn; ^ i ΟΛ , , f is not more than 20 mm, and further may be 1 mm or less. Further, the coaxial cable connecting structure 1 of the present invention and the coaxial electric gauge harness 20 used in the present invention are not limited to the above-described embodiments, and can be appropriately modified and improved. It is noted that the same reference numerals will be given to the same parts as the above-mentioned parts, and the overlapping description will be omitted. For example, in the above-described embodiment, the case where the upper and lower substrates u and 12 are connected by the string coaxial cable harness 20 is exemplified. However, as shown in the figure 7-17- 1373989, a plurality of coaxial cables may be used. The wire harness 2 is connected to the two substrates n, 12. The seventh (4) diagram shows a plan view in which the overlap of the two substrates u and 12 is the maximum state (off state), and the seventh (B) diagram shows a plan view in which the overlap of the two substrates 丨丨 and 12 is the minimum state (open state). The connectors 25a and 251) are connected to the portions of the substrates 11 and 12 so long as the coaxial cable harness 2 can be formed into a U-shape, which can be any portion on the substrates 11 and 12. Further, in the above-described embodiment, the case where the connector 25 (25^25b) is attached to the end portions 21a and 21b of the coaxial cable harness is described. However, as shown in Fig. 8, the coaxial cable harness 2 can also be used. The coaxial cable 24 is directly mounted on the substrates n, 12. The coaxial cable 24 is directly mounted on the substrate, and the terminal of the coaxial electric field 24 is connected to the connection terminals of the substrates 11 and 12 to be connected. It can also be mounted directly on the surface of the substrate 1, 12 (Fig. 8 (4)), and can be directly mounted on the substrate ", the end of η!' can also be directly mounted on both sides (the first noisy). The substrate connected to the upper side is attached to the substrate 11 and 12 when it is attached to the base (4) below, and is attached to the base δ, which is not limited to the yoke connection, and is connected to the substrate by connectors or the like. It is also possible to connect to both sides of the substrates 11, 12. In addition, in the coaxial cable harness of the invention I, an insulated wire having no β-conductor can be appropriately mixed. Instead, use insulated wires as grounding or π to use insulated wires as feeders. In the actual target form described in (1), the coaxial cable harness 20 is connected to the substrate and 12 (the direction in which the fiber 24 is connected, the coaxial line of the direct consumption of the two wires, and/or the coaxial cable harness 20) The direction of the straight portion of the U-shape is the same, in particular, the direction of the straight portion of the U-shaped wire of the "electrical harness 24 of the coaxial cable 24 of the connection portion is different. -18- 1373989 Amendment as in the 1st 1 As shown in the figure, the longitudinal direction of the connector 25 attached to the end portions 2a1, 2b of the coaxial electric harness 2A and the straight portion along the U line of the coaxial cable harness 20 may not be used (the second figure) The left and right directions are not orthogonal, but are the same. Further, as shown in Fig. 12, the end turns 21a and 21b of the coaxial cable harness 2 can be directly mounted on the substrates u and 12 so as to be attached to the respective end portions 2, respectively. The longitudinal direction of the ground rod 26 of 1a and 21b is not orthogonal to the direction of the straight line along the U-shape of the coaxial cable harness 20 (the left-right direction of Fig. 12), and is identical. The ground rods 26 are connected in common. The outer conductor exposed by each of the coaxial cables 24 through the terminal processing, and further, Connected to the ground terminals of the substrates 11, 12. In the case of Fig. 9 or Fig. 12, the direction of the sleeve cable 24 of the connection portion is orthogonal to the direction of the straight portion of the u-line of the coaxial cable harness 2〇. However, this is an example of this, and the angle of each of the coaxial cables 24 is bent at the end portion 213. However, at the ends ..., m, in order to connect the electric power 24 with the direction to the direction (the straight line of the U-line) Directional connection: 』Bending in the above manner, and in order to maintain the relative direction of the straight portion of the connector 25 or the ground bar 26; and adjust the position from the 隼 2 portion to the connector 25 or the ground rod 26 respectively Each of the coaxial electric cables (10) is long: the length of each of the coaxial electric cables 24 on the end portions 21a, 21b is two:: the same length on the outer side of the spine. The connection of the coaxial electric I wire harness of the present invention = In this way, the lengths of the respective electric currents can be adjusted differently to form a connection: = the direction of the ground rod 26 to the substrates n, 12, that is, the end of the coaxial cable, the 〇 is oriented in the desired direction... The angle and direction of the coaxial cable harness 20 are also improved in design freedom. Substrate η 12 - 19- 1373989 Correction of the coaxial cable harness 20 of the present embodiment, preparing the coaxial cable 24 of a required length calculated by bending the angle of the coaxial cable 24 at the end, and mounting the connector 25 or the grounding rod 26 to each coaxial In the case of the cable 24, the coaxial cables 24 are arranged in accordance with the determined length. The coaxial cables 24 at the mutual positions are determined by the assembly of the connector 25 or the ground rod 26 by bundling of the tape, etc. As shown in Fig. 4, in a coaxial When the connector 25 is mounted at one end of the electric wire harness 2, the length direction of each connector 25 or each ground bar 26 is not properly intersected with the straight line portion along the U-shape of the coaxial cable harness 20, in order to maintain the connection. The length of the coaxial cable 24 from the portion where the cable 24 is bundled to the connector can be adjusted by the direction 25 of the grounding bar 26 or the ground bar 26 and the straight portion. At one end of a coaxial cable harness 20, when the coaxial cable 24 is divided into a plurality of groups of groups of connectors 25 or ground bars 26, or the coaxial cable is further bundled into a bundle of a plurality of coaxial cables 24, and The same applies to each harness when the connector 25 or the ground rod 26 is mounted. In the above-described embodiment, the portion other than the end portion 2 1 a ' 2 1 b of the coaxial cable harness 20 is exemplified by the bundle of the binding tape 23, but the form of the bundled coaxial cable 24 is not limited thereto. . Each of the coaxial structures 24 may be bundled without covering the entire body, and it is only necessary to partially bundle the substrate 1 1 '1 2 when the shape of the harness can be maintained. When the substrates π and 12 are slid, the coaxial cable 24 is preferably wound with a tape or the like on the portions of the substrates n and 12 and the wall surfaces of the substrates 1 1 and 12 to improve the durability against friction. Further, the binding tape 23 may be bonded to the coaxial cable 24 with splicability, or may be non-joining. However, when the coaxial cable 24 slides on the binding tape during bending, the user moves in the longitudinal direction to release the bending load. Therefore, it should be non-joining. -20- 1373989 In the present invention, the coaxial cable harness 20 is connected to the upper and lower substrates 11 and 12, and the overlap between the two substrates 11 and 12 at the maximum position (the state of Fig. 2) to the overlap of the two substrates 1 1 and 1 2 is At the minimum position (state of Fig. 1), the two substrates 1 1 and 1 2 are repeatedly slid back and forth to investigate the relationship between the number of times of sliding back (hereinafter referred to as the number of slides) and the disconnection of the center conductor of the coaxial cable 24. As a result, when the coaxial cable 24 is not bundled in the vicinity of the bending starting point of the coaxial cable 24 (the boundary point between the U-shaped straight portion and the curved portion), the number of times of sliding before the disconnection is greatly improved. It is known from the experiment that the starting point of the bending is sandwiched between the two sides of the 3mm range, and the bundles of different shaft cables 24 are more suitable, and the bundles of different shaft cables 24 are more suitable in the range of 5 mm on both sides. The reason is considered as follows: When the coaxial cable harness 20 is bent, the difference in growth between the inside and the outside of the bent portion is obtained. At this time, if the coaxial cables 24 are freely movable, the coaxial cable 24 on the inner side relaxes and absorbs the difference in length. However, when the coaxial cable 24 is bundled by wrapping a tape or the like, the coaxial cables 24 are restrained from moving or moving, and the difference in length cannot be absorbed, and bending stress is applied to the coaxial cable 24 at both ends of the bent portion. That is, the bending load is easily concentrated on the bending starting point of the coaxial cable 24 (the boundary point between the U-shaped straight portion and the curved portion), so that the substrates 1 1 and 1 2 are continuously slid, and the load due to the bending stress is concentrated. However, it is considered that the center conductor of the coaxial cable 24 is broken. Therefore, the portion where the bending stress is likely to occur, that is, the vicinity of the bending starting point, the coaxial cable 24 is not suitable for bundling without being restrained. Since the mobile phone usually has one of the closed state (shortened state) or the open state (extended state), the -21 - 0/3989: the substrate used by the mobile phone 30, etc. 12, usually in the state where the both ends 213, 21b of the coaxial cable harness 20 are in the closest state or the farthest. This state is as shown in Fig. 13 'the two ends of the coaxial cable harness 2', "21b is the closest state" or the both end portions 21a, 21b of the coaxial electric wire harness 20 as shown in Fig. 14. It is the bean that is farthest from the state: ^ Therefore, as shown in Fig. U or Fig. 14, in the vicinity of the bending starting point A of the crucible, if the coaxial cable 24 is not bundled, it is hardly subject to the stress of bending. The number of times of sliding of the mechanical characteristic line corresponding to the bending of the coaxial electron beam harness 20 can be greatly improved. When the coaxial electric wire harness 20 is formed using the coaxial electric slow 24 of the AWG 42 to 46, the entire length is bundled by the binding tape 23^ In the case where the sliding of the substrates η and 丨2 is performed 50,000 times, the center conductor of the coaxial cable 24 is broken. The range in which the coaxial cable 24 is not bundled is set to be the bending starting point of the U-shape, Β On the other hand, in the case of the range of 3 (7) claws on both sides in the longitudinal direction, even if the sliding of the substrates U and 12 is performed, the center conductor of the coaxial cable 24 is not broken, and the range of the non-bundling is set to be relative to the bending starting points A and B. In the range of 5mm on both sides in the length direction Then, even if the sliding of the substrates η, 12 is performed 150,000 times, the center conductor of the coaxial cable 24 is not broken. In addition, in order to maintain the shape of the harness of the coaxial electric (four) beam 2, the state shown in Figs. 13 and 14 Next, a part of the curved portion of the u-shape is preferably bundled by the binding tape 23, etc. The form in which the vicinity of the starting point of the f-curve is not bundled also includes the case where the connector is attached to the end portion of the coaxial electric gauge harness 20 and is directly mounted on the substrate. The case is also included in the coaxial cable at the end of the coaxial cable harness 2 “ "- -22 - Amendment: several groups" and each group installed connectors or installed ground rods. Further, the case where the bundle of the plurality of coaxial cables 24 is further bundled and becomes the coaxial cable harness 20 is also included. Further, as shown in Fig. 9, when the coaxial cable 24 is bundled intermittently at a plurality of places, the bending load applied to the coaxial cable 24 can be easily released as a whole because the portions which are not bundled are intermittently disposed at a plurality of points. The bending position of the coaxial cable 24 is not disturbed, and the loss of the coaxial cable is prevented. Further, by intermittently bundling the coaxial cable 24, the two end portions 21a, 21b of the coaxial cable harness 20 are in the closest state and farthest. Both of the states are easy to achieve a form near the starting point of the bundle bending. In order to maintain the shape of the harness, each of the coaxial cables 24 only needs to be bundled intermittently without distracting. As described above, it is only necessary to bundle in a range of 3 mm with a bending start point. Therefore, the interval at the time of intermittent bundling is 6 mm or more. Further, it is more preferable to intermittently bundle at intervals of 1 mm or more. Fig. 9 shows a form in which bundles 23 are bundled, but 'can be bundled in a line' or bundled with a bonding agent and integrated. Further, as shown in Figs. 15 and 16 , the coaxial cable 24 may be wound by a gap between the binding tape 23 (see Fig. 15) or the line 27 (see Fig. 6). Wrap around. The coaxial cable of the fifth and sixth figures, the wire harness 2 0 ', can be easily released from the bending load applied to the coaxial cable 24 as a whole in the same manner as the intermittently integrated structure shown in Fig. 9. Further, at both ends where the binding tape 23 or the wire 27 is spirally wound, the binding tape 23 may be bundled in advance so as not to cause entanglement. -23- ^/i989 Correction this ~ In addition, as shown in Fig. 17, the cylindrical spiral tape 28 is misaligned by the tape 28 which has been memorized in a spiral shape. East coaxial cable 24. The shape has been memorized, or in the tube; the phase purple tape 23 is used to be cylindrical and slashed. For example, a coaxial electric wire harness 20 in which a rubber is formed into a spiral shape can be used, which is spiraled to the ninth drawing. Fig. 17: In the same manner, the tufting load can be bundled easily at the complex point as a whole. In addition, due to the spiral glue: added to the coaxial electric cymbal 24: cylindrical, it is easy to maintain the set ==== recall is also the shape of the memory of the * * sorrow. Bundle 24, compared with # & t n # ^ > can or hose wrapped on the coaxial cable In addition:: the floor around the tape or the line is efficient. Covered bundle coaxial electric slow 24 . Braided sleeve of braided sleeve: 29 or chemical fiber braided into a tube. No.: The metal berthing line is not like the bonding tape: the shaft wire harness 2〇, in the length direction, the capacity of the pure coaxial cable 24 can be bundled in a state of easy movement. In addition, when the Jiang state is too flat, the e-element is easy to flatten, and the second can be reduced so that the bundle can be bundled into a diameter of "section circle:::wrapped:::axial cable under 24 episodes , Xibud scales account for A" _ shape on the winding strap 23 of the situation is I. 丄 width =, when it is added ... flat, become the high diameter called the door _. In addition, the coaxial electricity 24 bundle In the lower part, the "manufacturer" is covered by the braided sleeve 29 to become 2. mm, which is pressed to make it a U coffee with a width of 2.8 mm. t becomes the ninth circle of the degree of 问, the circle of 苐15 to the direction of the 与 and the coaxial arm 24 "the length direction of the cable 24 of the length direction of the connector 25 (-24- 1373989 along the straight line of the U-shaped part) When the direction is corrected to be parallel, that is, the case where the power consumption of each end is 24 bends and 9 degrees. = The situation is as described above, and the lengths of the coaxial cables (4) are different from the bundles to the aforementioned connections. Each of the coaxial powers of the device 25". Further, the direction of the connector 25 is not limited to the above. The length direction of the connector 25 may also be orthogonal to the longitudinal direction of the coaxial cable 24. end. P is not connected to the ground 5, and the grounding rod is mounted, and is directly mounted on the substrate 2 coaxial cable harness 20, which is also the same as when the coaxial cable is attached to the end of the bundle. Further, the above-mentioned embodiments can be combined as appropriate. For example, the connector 25 may be attached to one of the end portions 2ia of the coaxial cable harness 20 to be connected to the substrate 11, and the other end portion 11b may be directly attached to the substrate 12, as shown in FIGS. 1 1 and 1 2 . As shown in the figure, the direction of the coaxial cable 24 at the connection portion may be different from the direction of the straight portion of the u-shaped line of the coaxial cable harness 2, and the various bundles shown in FIG. 9 and FIG. 13 to FIG. 18 may be employed. Shape. '[Industrial Applicability] φ As described above, the present invention can be used as a coaxial cable connection structure in which two substrates which are slidably coupled and which are electrically connected by using a coaxial cable, and the like. Can be used for mobile phones and the like. The present invention has been described in detail with reference to the specific embodiments of the present invention. It is understood that various changes and modifications can be made without departing from the spirit and scope of the invention. The present application is based on Japanese Patent Application No. Hei. No. 2006-143382, the entire disclosure of which is hereby incorporated by reference. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1(A) is a plan view showing the first embodiment of the coaxial cable connecting structure of the present invention. The third (B) diagram is a side view. Fig. 2(4) is a side view showing a flat 2(B) diagram in which the state of the upper and lower substrates is superimposed. θ 乐 3(A) is a side view of a plan view 13 (Β) showing a state in which the end of the coaxial electric wire harness is secured. Figure 3(C) is a cross-sectional view. Fig. 4(4) is a plan view showing a state in which the splicer is mounted (9) at the end portion of the coaxial cable harness. Figure 4(B) is a side view. Sectional view. v ; solid and 5 (B) shows a perspective view of an example of the housing portion. The figure shows a perspective view of an extended state of the mobile phone to which the coaxial cable of the present invention is applied. Figure 6(B) shows an oblique view of the state of the telephone. Ding Zhong Feng Deng Fig. 7(A) is a plan view showing a state in which the two substrates of the system in which the coaxial circuit of the present invention is applied are overlapped. A plan view showing a state in which the two substrates are slid. (10) Display Fig. 8(A) is a cross-sectional view showing a state in which a coaxial cable harness is directly mounted on one surface of a substrate. The eighth (Β) diagram shows a cross-sectional view of a state in which both sides are mounted on the substrate. (10) The horizontal beam diagram of the spring beam shows the coaxial electric gauge and the wire harness of the intermittently bundled coaxial electric winding. Fig. 10 shows a plan view showing the state in which the coaxial cable harness is divided into two connectors. Connected - Figure 1 shows the connection to the end of the coaxial cable harness. . The second direction of the case where the direction of the degree is orthogonal to the direction of the straight line portion of the (four) word is shown in Fig. 12, which shows the end of the wire harness of the cable.
之長度方向與沿著U丰之吉括A 芬u子之直線部分的方向正交 面圖。 ★第13圖係顯示在同軸電纜線束之兩端部最接 L下相對於U字之彎曲起點，長度方向兩側不集 的平面圖。 第14圖係顯示在同軸電纜線束之兩端部最遠 ,態下，相對於U字之彎曲起點，長度方向兩側不集 _ 的平面圖。 第1 5圖係顯示以膠帶將同軸電纜集束成螺旋 軸電纜線束的平面圖。 第1 6圖係顯示以線將同軸電纜集束成螺旋狀 電纜線束的平面圖。 第1 7圖係顯示以螺旋狀之膠帶集束同軸電纜 電缓線束的平面圖。 . 第1 8圖係顯示以編織套管集束同軸電纜之同 _ 線束的平面圖。 第1 9圖係顯示使用軟式基板之配線構造的側 【主要元件符號說明】 接地棒 例的平 近的狀 束之例 離的狀 束之例 狀之同 之同軸 之同轴 軸電纜 面圖。 10 同軸電纜連接構造 11 上基板 12 下基板 13 收容部 13a 凹部（收容部） 13b 突起（收容部） 20 同軸電纜線束 -27- 1373989 修正本 20a 捆束 20b 捆束 21a 端部 21b 端部 22 多餘長度 23 捆紮膠帶（膠帶） 2 4 同軸電纜 25 連接器The length direction is orthogonal to the direction along the straight line portion of U Fengzhiji A. ★ Figure 13 shows a plan view showing the starting point of the bending at the end of the coaxial cable harness at the end L with respect to the U-shape. Fig. 14 is a plan view showing that the ends of the coaxial cable harness are farthest, and the bending start points of the U-shape are not combined with each other in the longitudinal direction. Figure 15 shows a plan view of a bundle of coaxial cables bundled into a helical shaft cable harness. Figure 16 shows a plan view of a bundle of coaxial cables bundled into a helical cable harness. Figure 17 shows a plan view of a bundle of coaxial cables with a spiral ribbon. Figure 18 shows a plan view of the same _ harness as a braided sleeve bundled coaxial cable. Fig. 19 shows the side of the wiring structure using the flexible substrate. [Description of main components] Grounding bar Example of the case of the beam. Example of the beam. Example of the coaxial coaxial coaxial cable. 10 Coaxial cable connection structure 11 Upper substrate 12 Lower substrate 13 accommodating portion 13a Recessed portion (accommodating portion) 13b Projection (accommodating portion) 20 Coaxial cable harness -27- 1373989 Revision 20a Bundle 20b Bundle 21a End portion 21b End portion 22 Length 23 strapping tape (tape) 2 4 coaxial cable 25 connector
25a 連接器 25b 連接器 26 接地棒 27 線 28 螺旋狀之膠帶 29 編織套管 30 行動電話（攜帶式終端機） 3 1 上框體25a connector 25b connector 26 grounding rod 27 wire 28 spiral tape 29 braided sleeve 30 mobile phone (portable terminal) 3 1 upper frame
32 下框體 100 基板 101 連接器 102 電路模組 103 連接器 10 4 軟式印刷基板 hi 厚度 h2 厚度 A 彎曲起點 B 彎曲起點 -28-32 Lower frame 100 Base plate 101 Connector 102 Circuit module 103 Connector 10 4 Flexible printed circuit board hi Thickness h2 Thickness A Starting point of bending B Starting point of bending -28-