M319506 八、新型說明： 【新型所屬之技術領域】， 本創作係有關一種連接線組，旨在提供、一種方便與 連接為進行壓合或焊接組裝的極細同軸線組結構。 【先前技術】 按，極細同轴線組（Microcoaxial CableAssembiy) 主要應用在板端與板端的連接，其為因具有高速傳輸、低 電磁波及輕薄精小等特性，已廣泛應用在許多相關電氣產 口口，例如，以一部筆記型電腦而言，極細同軸線的主要功 能為傳輸筆記型電腦LCD勞幕至主系統訊號之連 具有特性組抗精準、耐撓折性高，較符合筆記型 應市場特性之產品優勢，在筆記型電腦逐漸取 代桌上里电細，亚且走向薄性化之產品趨勢下， 線可以滿足筆記型廠商之需求，印 路板（FPC)的趨勢。 ,取代旱人性印刷电 圖=，係為極細同軸線之基本結構圖，其極 112、接地埯m 紅合而成的芯線⑴、絕緣層 112接地線113,以及外皮114構 細同軸線組亦強調其可以利 " 卜，極 極細同軸線與連接器結合=、、且裝的方式將每一條 因此可以降低焊接污染㈣=要透過制焊接的製成， 但就實際的使用狀況而古，“ 細同軸線組與連接器組裝处人 iD，、且衣並非為極 、、、。曰的唯一手段，亦非以此限 5 M319506 制極細同軸線組的使用模式；再者，由於極細同軸線的 線徑非常細小，必須以雷射切割的方式，將尾段的部份 外皮去除（如第-圖所示），使特定部位的接地線外'露， 方可在其與連接益麼合組裝的過程中，㊣夠確實 — 條極細同軸線構成接地，不致於傷及絕緣層下方的— 線，並且外皮尾段必須保留一圈完整的部分，以防止： 對的製造成本亦隨之提高。 【新型内容】 本創作之主要目的即在提供一種方盥哭 =或焊接組裝的極細同轴線組結構;為達上揭目:進二 _線組係由特定數量的極細同㈣所排 一條極細同轴線尾段的接地線與芯線係分別相 片連接二ί與絕緣層一特定的長度’並且設有上、下接地 片連接於各極細同軸線的接地線之間。 由於每一條極細同轴線尾段的 用直接剝除的方式使接妯綍盘# a J反/、巴、，象層了以知 低加工成本;尤出，因此可 細同、下接地片的設置，在整體極 低相壓合或焊接組裝的過程中，可以降 成遮蔽防護的作用。 接地、、泉、絕緣層以及芯線構 特定】ί之=極細同軸線組在實施時，除了具備上述由 之極細__所排列而成的主體之外，係可進 M319506 ^在其主體的尾段聯結—軟性印刷電路板Fpc，藉以增 加整體極細同軸線組的適用範圍。 _ 具體而言，本創作係具有下列功效： 1.降低外皮、絕緣層切割加工成本。 2 ·降低接地組裝的難度。 二：：在組裝部位的接地線、絕緣層以及芯線構成遮蔽防 濩的作用。 【實施方式】 2創作之特點’可參閱本案圖式及實施例之詳細說明 而後得清楚地瞭解。 本創作旨在提供—種方便與連接器進行壓合或焊接 :且衣的極細同軸線組結構，如第二圖本創作第—實施例之 亟:同軸線組外觀立體圖所示；整體極細同軸線組10之 土肢基，上係由特定數量的極細同軸線U所排列構成； ;中，每一條極細同軸線11是由數根導體絞合而成的芯 各11卜絕緣層112、接地線113，以及外皮114所構成。 方#其改良在於，每一條極細同軸線11尾段的接地線113 人心線111係分別相對伸出外皮114與絕緣層112 一特定 =度並且⑶有至少—個接地片連接於各極細同轴線的 $地線113之間；在具體實施時，係以設有上、下接地片 、13連接於各極細同軸線的接地線113之間為佳，另 1卜1配合在極細同抽線組10的主體上設有將所有極細同 秦U包覆固定的膠皮14,藉以增加整體極細同軸線組 7 M319506 10的結構強度。 據以，每一條極細同軸線u尾段的外皮114與絕緣 層1、12即可以採用直接剝除的方式使接地線113與芯線 111伸出，因此可以大幅降低加工成本；尤其，透過上、 下接地片12、13的設置’不但防止接地線113散開，在 整體極細同崎組1G與連接ϋ減合或焊接組裝的過程 中，更可以降低構成接地的難度，並且可 層以及芯線構成遮蔽防護的作用。 值得一 一 捉的疋，因為軟性印刷電路板FPC厚度薄重量 型化的目的’較能夠符合半導體高密度封 ΞΡ /Λ /θ圓級尺寸構裝（Chip Scaie Pack聯， fp Z，f± ^ ^ FPC ^ ^ ^ ίΓ〇ΓτIt ;5 成的主V之、夕Γΐ 定數量之極細同軸線11糊^ 組外觀結構圖所示，更可：:：：：竭之極細同軸線 刷電路板15。 ，、版的尾段聯結一軟性印 如第四圖本創作第-者 解圖、第五圖本創作第了列之極細同軸線組結構分 側視圖所示，在師^\%狀極細同軸線組外觀結構 體當中，每—條極細同軸線㈣的主 ⑴同樣係分勒對伸出 2的接地線113與芯線 長度，並且設有至少_!個=心14與絕緣層m-特定的 地線113之間。 地片連接於各極細同軸線的接 M319506 同樣的，係以設置上、下接地片12、13連接於各極 細同轴線的接地線丨丨3之.間為佳，另外配合在極細同軸線 組10的主體上設有將所有極細同軸線11包覆固定的膠皮 14，以及利用焊接的'方式將每一條極細同軸線u與軟性 印刷電路板15之電路焊接點151接合，並將下接地片13 =於軟性印刷電路板15之接地焊接處152，藉以增加整 體極細同軸線組10的結構強度及使用便利性。 正 士藉由上述結構設計，整體極細同軸線組在實際使用 時，確實可以大幅降低外皮、絕緣層切割加工成本，以及 降低接地組裝的難度；X其，透過上、下接地片的設置可 對在組裝部位的接地線、絕緣層以及芯線構絲蔽防護的 作用，提供極細同軸線組另一較佳可行之結構設計，爰依 法提呈新型專利之申請。 本創作之技術内容及技術特點巳揭示如上，然而孰率 ，項技術之人士仍可能基於本創作之揭示而作各種 :本案創作精神之替換及修飾。因此，本創作之保護範圍 二不限於實施例所揭示者’而應包括各種不背離本創作之 曰換及修飾，並為以下之申請專利範圍所涵蓋。 【圖式簡單說明】 苐圖係為極細同軸線之基本結構圖。 ^圖係為本創作第-實施例之極細_線組外觀立體 |#J 〇 第三圖係為本創作第二實施例之極細同轴線組外觀立體 9 M319506 圖。 第四圖係為本創作第二實施例之極細同軸線組結構分解 圖。 ， . 第五圖係為本創作第一實施例之極細ή軸線組外觀結構 側視圖。 【主要元件代表符號說明】 10極細同軸線組 _ 11極細同轴線 111芯線 112絕緣層 113接地線 114外皮 12上接地片 13下接地片 14膠皮 _ 15軟性印刷電路板 151電路焊接點 ' 152焊接處M319506 VIII. New description: [New technical field] This series is about a kind of connecting wire group, which aims to provide a very thin coaxial wire group structure which is convenient and connected for pressing or welding assembly. [Prior Art] According to the Microcoaxial Cable Assembiy, it is mainly used in the connection between the board end and the board end. It has been widely used in many related electrical products due to its high-speed transmission, low electromagnetic wave, and light and thin. For example, in the case of a notebook computer, the main function of the ultra-fine coaxial cable is to transmit the notebook LCD screen to the main system signal. The characteristic group is highly accurate and flexible, and is more suitable for notebook type. The product advantage of the market characteristics, in the notebook computer gradually replaces the thin and thin on the table, and the trend toward thinner products, the line can meet the needs of notebook manufacturers, the trend of printed circuit board (FPC). Replace the dry human printed circuit = the basic structure of the ultra-fine coaxial line, the pole 112, the grounding wire 红m reddish the core wire (1), the insulating layer 112 grounding wire 113, and the outer skin 114 thin coaxial line group Emphasize that it can be profitable, and the combination of the extremely thin coaxial wire and the connector =, and the way of loading each can thus reduce the welding pollution (4) = to be made by welding, but in terms of actual use, “The combination of the thin coaxial cable set and the connector assembly iD, and the clothing is not the extreme,, and. The only means of using the M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M The wire diameter of the wire is very small. It is necessary to remove part of the outer skin of the tail section by laser cutting (as shown in the figure), so that the ground wire of the specific part is 'exposed, can it be connected with it? In the process of assembly, it is true that the strip-to-fine coaxial line is grounded so as not to damage the line below the insulation layer, and the outer section of the outer skin must retain a complete circle to prevent: Improve. Contents] The main purpose of this creation is to provide a very fine coaxial line structure with square crying = or welding assembly; to achieve the goal: the second ray group is composed of a certain number of extremely fine and the same (four) The grounding wire and the core wire of the tail end of the axis are respectively connected with a specific length of the insulating layer and the upper and lower grounding plates are connected between the grounding wires of the respective fine coaxial wires. Because each of the ultrafine coaxial wires The tail strip is directly stripped to make the joint plate # a J reverse /, bar, and image layer to know the low processing cost; especially, so the fine and the grounding piece can be set in the whole extremely low In the process of phase pressing or welding assembly, it can be reduced to the role of shielding protection. Grounding, spring, insulation layer and core structure specificity] ί==very thin coaxial line group in implementation, in addition to the above-mentioned extremely fine __ In addition to the arranged body, it can be connected to the M319506 ^ at the end of its main body - the flexible printed circuit board Fpc, in order to increase the scope of the overall ultra-fine coaxial line set. _ Specifically, the author has the following effects: 1. Lower the skin, Insulation layer cutting processing cost 2 ·Reducing the difficulty of grounding assembly. 2: The grounding wire, insulation layer and core wire at the assembly part constitute the function of shielding against smashing. [Embodiment] 2 The characteristics of creation can be referred to the drawing and The detailed description of the embodiments will be clearly understood from the following. The present invention is intended to provide a structure that facilitates press-fitting or soldering with a connector: a very thin coaxial wire group structure of the garment, as in the second embodiment of the present invention: The coaxial view of the coaxial group is shown in the perspective view; the soil base of the overall ultra-fine coaxial group 10 is composed of a certain number of ultra-fine coaxial lines U; wherein each of the ultra-fine coaxial wires 11 is twisted by a plurality of conductors. The core 11 is composed of an insulating layer 112, a grounding line 113, and a sheath 114. The improvement is that the grounding line 113 of each end of the thin coaxial line 11 is respectively extended from the outer sheath 114 and insulated. The layer 112 has a specific degree and (3) at least one grounding piece is connected between the ground lines 113 of each of the ultrafine coaxial lines; in the specific implementation, the upper and lower grounding plates are provided, and the 13 is connected to each of the micro coaxial lines. The grounding wire 113 of the wire is preferably between the other, and the other one is matched with the rubber body 14 which is coated with all the fine and the same Qin U, so as to increase the overall ultrafine coaxial wire group 7 M319506 10 Structural strength. Therefore, the outer skin 114 of each of the ultra-fine coaxial wires u and the insulating layers 1, 12 can be directly stripped to extend the grounding wire 113 and the core wire 111, thereby greatly reducing the processing cost; The arrangement of the lower grounding strips 12, 13 not only prevents the grounding wire 113 from being scattered, but also reduces the difficulty of constructing the grounding during the overall fine-grained combination of the 1K and the connecting jaws or the welding assembly, and the layer and the core line constitute the shielding. The role of protection. It is worthwhile to catch one by one, because the flexible printed circuit board FPC thickness is thin and the purpose of the 'sufficient to meet the semiconductor high-density sealing / Λ / θ round size configuration (Chip Scaie Pack, fp Z, f ± ^ ^ FPC ^ ^ ^ ίΓ〇ΓτIt ; 5 into the main V, Xi Xi, the number of extremely thin coaxial lines 11 paste ^ group appearance structure shown, more::::: exhausted ultra-fine coaxial brush circuit board 15 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , In the coaxial group appearance structure, the main (1) of each of the extremely thin coaxial wires (4) is also divided into the grounding wire 113 and the core length of the protruding 2, and is provided with at least _! = core 14 and insulating layer m-specific Between the grounding lines 113. The grounding is connected to the M319506 of each very thin coaxial line. Similarly, it is better to connect the upper and lower grounding pieces 12 and 13 to the grounding line 丨丨3 of each of the very thin coaxial lines. In addition, the main body of the ultra-fine coaxial wire group 10 is provided with a cover for fixing all the ultra-fine coaxial wires 11 The skin 14, and the method of soldering, join each of the ultra-fine coaxial wires u with the circuit solder joints 151 of the flexible printed circuit board 15, and the lower grounding strips 13 are at the ground soldering portions 152 of the flexible printed circuit board 15, thereby increasing The structural strength and ease of use of the overall ultra-fine coaxial wire group 10. By the above structural design, the overall ultra-fine coaxial wire group can effectively reduce the cutting and processing cost of the outer skin and the insulating layer, and reduce the difficulty of grounding assembly; X, through the arrangement of the upper and lower grounding strips, it can provide a better and feasible structural design of the ultra-fine coaxial line group for the grounding wire, the insulating layer and the core wire shielding protection at the assembly part, and propose a new type according to the law. Patent application. The technical content and technical characteristics of this creation are disclosed above. However, the people of the technology may still make various kinds based on the disclosure of this creation: the replacement and modification of the creative spirit of the case. Therefore, the scope of protection of this creation 2 is not limited to those disclosed in the examples, and should include various changes and modifications that do not depart from the creation, and are as follows Please refer to the scope of patents. [Simple diagram of the diagram] The diagram is the basic structure diagram of the ultra-fine coaxial line. ^The diagram is the very fine _ line group appearance of the creation-first embodiment|#J 〇The third diagram is The second embodiment of the present invention is an exploded view of the ultra-fine coaxial line assembly of the second embodiment of the present invention. The fifth figure is the first implementation of the creation. Example of the appearance of the extremely fine axis group. [Main component representative symbol description] 10 pole thin coaxial line group _ 11 very thin coaxial line 111 core wire 112 insulation layer 113 ground wire 114 outer skin 12 grounding piece 13 under grounding piece 14 rubber _ 15 soft printed circuit board 151 circuit solder joint '152 solder joint