五、新型說明： 【新型所屬之技術領域】 本創作係關於一種扁平同軸電纜線組，尤指一種應用於電子通訊 線路’及具有扁平小材積線纜與連接端子組之同轴電纜線組。 【先前技術】 按’習知應用於電子通訊線路之無線射頻RF線組，以同軸纜線組 為主’由外徑〇.81_〜丨8_之同軸纜線，依照線材外徑與同軸連接 器之需求，必需使用昂貴之專用剝線機，予以剝成多層次個別不同結 構與尺寸，再與同軸連接器分別壓接組成，因該習知同軸纜線組為圓 柱型，且芯線又由多條極細線構成，纜線之柔軟度與可撓度不佳，欖 線與端子壓接部份，非但不好固定壓接，且易造成擠壓斷線、短路或 斷路接觸;f良判題’截至目前止，該同軸電麟組組裝仍須以手工 作業，無法以半自動或自動設備予以壓接量產作業，以至於同軸纜線 成本偏高，不符產業利用之經濟效益。 又，習知同軸電纜線組之端子與纔線間採用壓接組合，但是常因 壓接壓力；f；均钱雖位置*當而致使同_舰組碰拉力不均或 不足之問題與缺點，又因纜線外徑較大之圓柱型，彎折佈線之半徑較 大’對於需佈線在電器產品狹小空間之印刷電路板之通訊模組中，佈 ^與連結定；，且需佔職大之操作空間’相對於電器產品内部 二間有限之限制條件，會因此影響通訊電子零件與部品間相互干擾短 路或有散熱不良之缺點。 除此之外，在相關之先前專利技術文獻方面，如中華民國專利公 ^第122_號「包括電鑛外導體之同軸賴接續總成及相關方法」發 曰月專利、第469449號「同軸電纜股線，同軸電瘦，及同軸電規束」發 3利及第562271號「訊號接頭之結構改良」新型專利、第M遞％ ^制,連接器之結構改良」新型專利與第1253221號「同軸連接器及 、4方法」新型專利等案，皆揭示典型習知同軸電缓線與連接器之 結構與技術，仍存有上述習知同軸電纜線組柔軟度、可撓性不佳與材 積較大，而致使剝線及壓接操作不易、壓接品質不佳與佈線上有困難 及佔用電子產品空間、影響通訊電子零件與部品間相互干擾短路戋有 散熱不良等問題與缺點。 < 一 【新型内容】 上述習知之同軸電遭線組，因該電缓柔軟度、可撓性較差，致使 電境線之壓接僅能依靠人工方式為之，且電魏與連接器間之壓接不 易、壓接品質不佳’以及，在整體同軸魏線組於電子產品狹小有限 之印刷電路板上的通訊模組佈線連結上，亦受限同軸電境彎折半徑大 而致使有侧空間及影響通訊電子零件與部品間相互干擾短路^散 熱不良等問題與缺點。 2鑑於此’極需要發展一種結構精簡、低成本、柔軟度及可撓性 佳、容易壓接、壓接品質佳、佈線材積小與不佔用佈線空間之同轴電 缓線組。 緣此，本創作之主要目的，係在提供一種扁平同軸電纜線組，包 括至少一扁平同轴電缆及至少—連接端子組，其中，扁平同軸電魔由 内層至外層更包括至少-扁平軟導體線、絕賴 '導電金屬層及絕緣 外皮，該扁平軟導體線為傳輸信號或微電力之芯線，絕緣膜包在扁平 軟V線之外。卩’導電金屬層包覆在絕緣膜外，作為遮蔽外來之電波干 擾扁平軟導體線之賴層，該絕料皮包覆在導電金屬料部，該連 接知子組更包括-外殼、絕緣座及端子部n絕緣座結合於外殼 内’該端子部結合於絕緣座内，使該端子部與外殼間形成絕緣，該連 接端子組之端子部供扇平聰電纜之至少H接雜，使該連接端 子組與爲平同軸電纜連結，而構成—具扁平小材積之_電纜線組。 進一步，本創作之再一目的，即是在於提供一種扁平同軸電纜線 組’其中’該扁平同軸電纜之至少„端結合—補強板，並以不同補強 板形狀形成不同反扣結構。 本創作之料_電_蚊功效，縣 與節省工時、人力，並且，平_:::= =:Γ與該連接端子嶋作酬較為方便外,使該連 如子，.且不缝脫，且可確賴接品質，而具有較佳之拉力，並且， 該扁平_電_連接端子組具雜小的佈騎積 镜線組整體於電子產細部狹小有限之裝置進行佈線時，可 佈線空間，並可有效_通訊電子零件與部件，可消除元件間之相互 干擾因素與散熱不良之問題與缺點。 【實施方式】 ，明，閱第-圖及第二圖所示’為本創作之扁平同軸電镜線組觸 的第-貫施例’其中’該扁平同轴魏線組i⑻係包括至少一扁平同 轴電缓10 ’該扁平同軸電纜10更包括至少一爲平軟導體線KU，做為 傳輸k號或微電力之芯線，至少一絕緣膜102，係以特殊耐高溫之黏勝 包覆結合於扁平軟導體線101外部’至少—導電金屬層1G3黏合包覆 於該絕緣膜102外部，作為遮蔽外來之電波干擾扁平軟導體線1〇1之 遮蔽層，至少一絕緣外皮104貼合包覆在導電金屬層1〇3外部，該扁 平軟導體線1(U、絕緣膜102 '導電金屬層1〇3及絕緣外皮1〇4均為扁 平狀，而共同組成扁平且柔軟性、可撓性佳之扁平同軸電纜線組1〇〇。 請再配合第三圖、第四圖、第五圖所、第六圖及第七圖示，至少 一連接端子組20，更包括一外殼201，外殼2〇1下端設有一連接部 2011，該連接部2011為圓形，且内部形成至少—容室2012，該連結部 2011底端形成複數個連接唇部2013’各連接唇部2013間並分別形成一 縫隙2014，使該連接唇部2013間具有擴張與壓縮彈力，該容室2012 内部設有複數凸塊2015，容室2012於周緣形成至少一壓入口 2016， 該壓入口 2016兩側分別形成有一固定片2017，容室2012下方形成一 開口 201ΖΑ(如第七圖所示）。 該外殼201上端設有一固定部2018，該固定部2018之位置恰與壓 入口 2016形成對應180度之位置，該固定部2018於外側適當位置處 設有複數對反折扳2019、2020及2020Α，該反折板2019供向下反折 夾住扁平同軸電纜1〇 —端之絕緣外皮1〇4(如第六圖及第七圖所示），該 固定部2013並向下彎折90度(如第五圖箭頭方向所示），並使固定部 2013封閉連結部2011之容室2012上方，且該反折板2020向下反折， 以包住連結部2011外部，該反折板2020Α向下反折以扣合於該固定片 2017外側，使該固定部2018整體反折包住結合於連結部2011上方(如 第六圖所示）。 一絕緣座202，為絕緣材料構成，可由一體射出成型，該絕緣座 202之外部周緣設有複數凹孔2021，以使絕緣座202對應置入該外殼 201之容室2012内，使該凹孔2021供該容室2012内之凸塊2015嵌組 結合，使該絕緣座202固定結合於該外殼2〇1之容室2012内，該絕緣 座202内並設有至少一容納室2〇22，該容納室2〇22下方並形成一通口 2023,該通口 2023與該外殼201之容室2012下方之開口 2012Α連通。 -端子部203，為-導體，如以銅片沖壓，抽製而成，該端子部 203對應納入該絕緣座202之容納室2〇22中，且該端子部2〇3下端形 成-對導電板2如’鱗電板2G31間呈U雜對應8&置，且導電板 2031穿過該絕緣座202之容納室2〇22之通口勘，再由該外殼2〇1 之容室2〇ΐ2露出(如第五圖所示）’該端子部2〇3之上端形成至少—壓 板2032，該壓板2032之頂面結合一層絕緣層2〇33，以使該壓板2〇32 頂面形成絕緣’該壓板2〇32底面供該外殼2m之固定部厕之反折 $ 2019失住之扁平同轴魏1()—端之扁平軟導體線仙壓接結 使該爲平同轴電，見10 —端之扁平軟導體線⑼與該端子部2的壓 接結合。 上述扁平同軸電纜10 —端之总 啼<局千軟導體線1〇1與壓板2〇32間之 M403729 壓接，可以藉由自動或半自動機具壓接，而該壓板2032於壓接該扁平 同軸電纜10 -端之扁平軟導體線1〇1後，當該外殼2〇1之固定部繼 向下彎折結合於該容室2〇12上方時，可藉由該壓板搬頂面之絕緣 層2033與該外殻2〇1之固定部細間保持絕緣，避免電氣 擾之問題。 丁 請再參閱第八圖及第九圖所示，為本創作之扁平同抽電觀組觸 之較佳應用例，顯示應歸_電子裝置2()()之印刷電路板2iq之通訊 杈組220中之狀態，其中，該扁平同軸電纜⑴兩端均結合一連接端子 組20，該連接端子組2〇之外殼2〇1下方之開口 2〇12a與扁平同軸電 境 '兩端間呈垂直九十度向下之配置，可以使佈線材積與佔用空間減 縮至最小’且可提供扁平同軸電纜1〇與兩端連接端子組間約具2^ 以上之拉力，並由各連接端子組2〇之外殼21〇下端之連接部2〇U對應 壓入通Λ模組220 t之訊號連接座230(如第人圖中虛線箭頭方向所 示）’藉由該連接部2011下端之各連接唇部2〇13間具有之擴張與壓縮 彈力’使該連接唇部2013可夾住該訊號連接座23〇之外部(如第九圖所 示）’並且，該端子部203之U形狀對應配置的兩導電板2031則與該 訊號連接座230内部形成對應的電氣連結，使該兩訊號連接座23〇間 可透過該扁平同軸電纜10進行信號傳輸或微電力連結，該訊號連接座 230之型式不限，在本創作中係以一針型訊號連接座為例。 請再參閱第十ffl、第十-圖、第忙圖及第十三_示，為本創 作扁平_魏雜1GG之第二實補，其巾，顯示_平同轴電繞 10之至少一之絶緣外皮104外部，結合至少一補強板1〇5，該補強 板105之形狀不限，在第十圖〜第十三圖所示之第二實施例中，係顯 不為十字形，以補強該扁平同軸電纜1〇與連接端子組2〇連接一端之 強度，例如在第十三圖所示，該補強板105可配合該連接端子組2〇之 絕緣座202内之容納室2022形狀，作緊密接合之卡掣作用，讓該扁平 同軸電緵10與連接端子組20間之連結更加緊密牢固，因此，可隨連 接端子組20之絕緣座202内之容納室2022形狀不同的客製化需求， 7 M403729 予以結合不同形狀之補強板105於該扁平同轴電瘦丨ο之至少一端外 部。 請再配合第十四圖及第十五圖所示，為本創作扁平同軸電纜線組 100之第三實施例，其中，顯示該扁平同軸電纜1〇之至少一端之絕緣 外皮104外部，結合一補強板ι〇5Α，該補強板105Α為τ字形狀，以 配合該連接端子組20之絕緣座202内之容納室2022形狀(如第十五圖 所示）’使該扁平同轴電覜10之至少一端與該連接端子組2〇緊密牢固 結合。 請再參閱第十六圖、第十七圖及第十八圖所示，為本創作扁平同 軸電纜線組100之第四實施例、第五實施例及第六實施例，如同上述 第十圖〜第十五圖所揭示的第一實施例及第二實施例，該扁平同軸電 規10之至少一端之絕緣外皮104外部，分別結合一補強板丨05Β、105C 及105D，該補強板l〇5B、105C及105D間揭示不同形狀之結構，如 第十六圖所示之補強板105Β具有一契形片l〇5B，；第十七圖所示之補 強板105C具有一反扣口 i〇5C’ ’以及，該第十八圖所示之補強板i〇5d 内部具有一反扣孔105D’，皆可達到如同上述第一實施例及第二實施例 所示’達到透過該補強板105Β、105C或105D使該扁平同軸電缓10 之至少一端與該連接端子组20緊密牢固結合之反扣卡合功效，而上述 之各補強板105Β ' 105C及105D之不同形狀揭示，並非用以限制其形 狀之用’舉凡是其他等效之形狀與功能，例如：在補強板105、1〇5Α、 105Β、105C或105D之任一者中單獨設置或加設單一反扣溝槽(圖未顯 示），亦不脫本創作之範缚。 综上所述，本創作之扁平同軸電纜線組1〇〇所列舉之各圖式及說 明，係為便於說明本創作之技術内容，所列舉之實施例之一隅，並非 用以限制本創作之範疇，舉凡是針對本創作之結構細部或元件的等致 變更與置換，當屬本創作之範疇，其範圍將由以下的申請專利範圍來 界定之。 8 【圖式簡單說明】 放大圖； t圖為本_平_财組第-實施例之騎_境剖視 第二圖為第一圖之扁平同軸電纜之截面放大圖； 圖 第三圖為糊倾平__線社連接軒組之立料觀結構 第四圖為本創作為第三圖之立體分解結構圖；V. New description: [New technical field] This creation is about a flat coaxial cable set, especially one used in electronic communication lines' and coaxial cable sets with flat small-sized cable and connection terminal sets. [Prior Art] According to the 'radio RF RF line set applied to the electronic communication line, the coaxial cable group is mainly the coaxial cable with the outer diameter 〇.81_~丨8_, according to the outer diameter of the wire and the coaxial connection. The requirements of the device must be made of expensive special stripping machine, stripped into multiple layers and different structures and sizes, and then crimped together with the coaxial connector, because the conventional coaxial cable set is cylindrical and the core wire is It consists of a number of extremely thin wires. The softness and flexibility of the cable are not good. The crimping part of the wire and the terminal is not well fixed and crimped, and it is easy to cause the broken wire, short circuit or open circuit contact. 'As of now, the assembly of the coaxial electric lining group still has to be manually operated, and it is impossible to press-mass mass production with semi-automatic or automatic equipment, so that the cost of the coaxial cable is too high, which is inconsistent with the economic benefits of industrial utilization. Moreover, the crimping combination between the terminal and the cable of the conventional coaxial cable set is used, but often due to the pressure of the crimping; f; the position and the position of the same * cause the unevenness or shortage of the same force of the ship And because of the cylindrical shape with a large outer diameter of the cable, the radius of the bent wiring is larger'. For the communication module of the printed circuit board that needs to be wired in a small space of the electrical product, the cloth and the connection are fixed; The large operating space 'relative to the limited internal conditions of the two electrical appliances, will affect the shortcomings of communication electronic components and parts of each other, or have poor heat dissipation. In addition, in the related prior patent technical literature, such as the Republic of China Patent No. 122_ "including the coaxial splicing assembly of the outer conductor of the electric ore and related methods" issued the patent, No. 469449 "coaxial Cable Strand, Coaxial Electric Thin, and Coaxial Electrical Regulations, "New Patent, No. 562271, "Structural Improvement of Signal Connector", M-Mun, "Structure Improvement of Connector", New Patent and No. 1253221 The "Coaxial Connector and 4 Methods" new patents and the like disclose the structure and technology of the conventional coaxial coaxial cable and connector, and still have the softness and flexibility of the above-mentioned coaxial cable set. The volume of the material is large, which makes the stripping and crimping operations difficult, the quality of the crimping is poor, the wiring is difficult, the space of the electronic product is occupied, the interference between the communication electronic parts and the parts is short-circuited, and the heat dissipation is poor. < A [new content] The above-mentioned coaxial coaxial electric wire group, because of the softness of softness and poor flexibility, the crimping of the electric line can only rely on manual means, and between the electrical and the connector The crimping is not easy, the quality of the crimping is not good, and the wiring of the communication module on the printed circuit board of the narrow coaxial electronic product of the whole coaxial Weixian group is also limited by the large bending radius of the coaxial electric field. Space and influence problems and shortcomings such as short-circuiting and poor heat dissipation between communication electronic parts and parts. 2 In view of this, it is extremely necessary to develop a coaxial electric cable group which is compact in structure, low in cost, soft in flexibility and flexibility, easy in crimping, good in crimping quality, small in wiring material, and not occupying wiring space. Accordingly, the main purpose of the present invention is to provide a flat coaxial cable set comprising at least one flat coaxial cable and at least a connection terminal set, wherein the flat coaxial electric magic further comprises at least a flat soft from the inner layer to the outer layer. The conductor wire, which is a conductive metal layer and an insulating sheath, is a core wire for transmitting signals or micro power, and the insulating film is wrapped outside the flat soft V wire. The conductive metal layer is coated on the outside of the insulating film as a layer for shielding the external electric wave from disturbing the flat soft conductor wire, and the insulating skin is coated on the conductive metal material portion, and the connecting sub-group further includes a casing, an insulating seat and The terminal portion n is insulated from the outer casing. The terminal portion is coupled to the insulating seat to insulate the terminal portion from the outer casing. The terminal portion of the connecting terminal group is connected to at least H of the fan-conical cable to make the connection. The terminal set is connected to a flat coaxial cable, and constitutes a _ cable set with a flat small volume. Further, another object of the present invention is to provide a flat coaxial cable set 'in which at least one end of the flat coaxial cable is reinforced, and different reverse slabs are formed in different reinforcing plate shapes. Material_Electric_Mosquito effect, county and saving man-hours, manpower, and, flat _:::= =: Γ and the connection terminal 嶋 are more convenient, so that the connection is like a child, and does not sew, and It can be surely connected to the quality, and has a better pulling force, and the flat-electrical-connecting terminal group has a small cloth riding mirror wire group as a whole when the wiring of the electronic production part is limited, the wiring space can be Can effectively _ communication electronic parts and components, can eliminate the mutual interference factors between components and poor heat dissipation problems and shortcomings. [Embodiment], Ming, read the first picture and the second picture of the 'flat flat coaxial The first embodiment of the mirror line contact 'where the flat coaxial wire group i (8) includes at least one flat coaxial electric slow 10', the flat coaxial cable 10 further includes at least one flat soft conductor line KU, as Transfer k or micro power core At least one insulating film 102 is bonded to the outside of the flat flexible conductor wire 101 with a special high temperature resistant adhesive coating. At least, the conductive metal layer 1G3 is adhered and coated on the outside of the insulating film 102 as a shielded external wave interference flat soft. a shielding layer of the conductor wire 1-1, at least one insulating sheath 104 is coated and coated on the outside of the conductive metal layer 1〇3, the flat flexible conductor wire 1 (U, the insulating film 102' conductive metal layer 1〇3 and the insulating sheath 1 〇4 is flat, and together it is a flat coaxial cable set with flatness, flexibility and flexibility. Please cooperate with the third, fourth, fifth, sixth and seventh. The at least one connecting terminal group 20 further includes a casing 201. The lower end of the casing 2〇1 is provided with a connecting portion 2011. The connecting portion 2011 is circular, and the interior forms at least a housing chamber 2012. The bottom portion of the connecting portion 2011 Forming a plurality of connecting lips 2013' each connecting lip portion 2013 and forming a slit 2014 respectively, so that the connecting lip portion 2013 has expansion and compression elasticity, and the chamber 2012 is provided with a plurality of bumps 2015, and the chamber 2012 is The perimeter forms at least one pressure inlet 2016 A fixing piece 2017 is formed on each side of the pressure inlet 2016, and an opening 201 is formed under the cavity 2012 (as shown in the seventh figure). The upper end of the outer casing 201 is provided with a fixing portion 2018, and the fixing portion 2018 is located at the same position as the pressure inlet. The position of the corresponding portion is 180 degrees. The fixing portion 2018 is provided with a plurality of pairs of folding plates 2019, 2020 and 2020 at appropriate positions on the outer side. The folding plate 2019 is for folding the flat coaxial cable 1 to the end. The insulating sheath 1〇4 (as shown in the sixth and seventh figures), the fixing portion 2013 is bent downward by 90 degrees (as indicated by the arrow direction in the fifth figure), and the fixing portion 2013 closes the joint portion 2011. The anti-folding plate 2020 is folded back downward to wrap the outer portion of the connecting portion 2011, and the folding plate 2020 is folded back downward to be fastened to the outside of the fixing piece 2017, so that the fixing portion 2018 is reversed. The fold wrap is bonded to the top of the joint portion 2011 (as shown in the sixth figure). An insulating seat 202 is made of an insulating material and can be integrally formed by injection molding. The outer periphery of the insulating seat 202 is provided with a plurality of recessed holes 2021, so that the insulating seat 202 is correspondingly inserted into the housing 2012 of the outer casing 201, so that the recessed hole The insulating member 202 is fixedly coupled to the housing 2012 of the housing 2〇1, and the insulating housing 202 is provided with at least one receiving chamber 2〇22. Below the receiving chamber 2〇22, a through port 2023 is formed, and the opening 2023 communicates with the opening 2012 below the chamber 2012 of the outer casing 201. The terminal portion 203 is a conductor, and is drawn by a copper sheet. The terminal portion 203 is correspondingly received in the accommodating chamber 2 〇 22 of the insulating holder 202, and the lower end of the terminal portion 2 〇 3 is formed to be electrically conductive. The plate 2 is placed between the squaring plates 2G31 and the U-shaped corresponding 8& and the conductive plate 2031 is passed through the opening of the accommodating chamber 2 〇 22 of the insulating seat 202, and then the chamber 2 〇1 of the outer casing 2〇 The ΐ2 is exposed (as shown in the fifth figure). The upper end of the terminal portion 2〇3 is formed with at least a pressing plate 2032. The top surface of the pressing plate 2032 is combined with an insulating layer 2〇33 to insulate the top surface of the pressing plate 2〇32. 'The bottom surface of the pressure plate 2〇32 is used for the reversal of the fixed part of the outer casing of the outer casing 2m. The flat coaxial one of the flat coaxial Wei 1()-end of the flat conductor is connected to the flat soft conductor. The flat flexible conductor wire (9) of the 10-terminal end is press-bonded to the terminal portion 2. The M403729 crimping between the total end of the flat coaxial cable 10 and the M403729 between the board and the pressure plate 2〇32 can be crimped by an automatic or semi-automatic machine, and the platen 2032 is crimped to the flat After the flat flexible conductor wire 1〇1 of the coaxial cable 10-end, when the fixing portion of the outer casing 2〇1 is bent downwardly and bonded to the upper portion of the chamber 2〇12, the insulating surface of the top plate can be insulated by the pressing plate The layer 2033 is kept insulated from the fixing portion of the outer casing 2〇1 to avoid the problem of electrical interference. Please refer to the eighth and ninth diagrams again. For the better application example of the flat and the same view of the creation, the communication of the printed circuit board 2iq of the electronic device 2()() is displayed. The state in the group 220, wherein both ends of the flat coaxial cable (1) are combined with a connection terminal group 20, and the opening 2〇12a under the outer casing 2〇1 of the connection terminal group 2〇 and the flat coaxial electric field are The vertical 90 degree downward configuration can reduce the wiring material and the occupied space to a minimum', and can provide a flat coaxial cable 1 〇 and a connecting force between the terminal groups at both ends with a pulling force of 2^ or more, and each connecting terminal group 2 The connecting portion 2〇U of the lower end of the casing 21 is corresponding to the signal connecting seat 230 pressed into the overnight module 220 t (as indicated by the direction of the dotted arrow in the figure) 'by the connecting lip of the lower end of the connecting portion 2011 The expansion and compression elasticity of the portion 2〇13 allows the connecting lip portion 2013 to clamp the outside of the signal connector 23〇 (as shown in FIG. 9) and the U shape of the terminal portion 203 is correspondingly configured. The two conductive plates 2031 form a corresponding electrical connection with the interior of the signal connector 230. So that the two signals can be connected to the seat between 23〇 link signal transmission or power transmitted through the micro coaxial flat cable 10, the signal connecting base 230 is not limited to the type, based on the creation of this type of signal to a pin connector holder for example. Please refer to the tenth ffl, the tenth-figure, the busy map and the thirteenth _, which is the second real complement of the creation flat_Wei 1GG, the towel, showing at least one of the flat coaxial electric winding 10 The outer surface of the insulating sheath 104 is combined with at least one reinforcing plate 1〇5, and the shape of the reinforcing plate 105 is not limited. In the second embodiment shown in the tenth to thirteenth drawings, the cross-shaped shape is not Reinforcing the strength of one end of the flat coaxial cable 1 〇 and the connection terminal group 2 ,, for example, as shown in FIG. 13 , the reinforcing plate 105 can match the shape of the accommodating chamber 2022 in the insulating seat 202 of the connecting terminal group 2 ,. The clamping action of the tight joint makes the connection between the flat coaxial electric core 10 and the connecting terminal group 20 more tight and firm, and therefore can be customized according to the shape of the housing chamber 2022 in the insulating seat 202 of the connecting terminal group 20. Requirement, 7 M403729 is combined with a different shape of the reinforcing plate 105 outside the at least one end of the flat coaxial electric thin 丨. Please cooperate with the fourteenth and fifteenth drawings to create a third embodiment of the flat coaxial cable set 100, wherein the outer portion of the insulating sheath 104 of at least one end of the flat coaxial cable 1 is displayed, combined with a The reinforcing plate 105〇 is τ-shaped to match the shape of the accommodating chamber 2022 in the insulating seat 202 of the connecting terminal group 20 (as shown in FIG. 15) to make the flat coaxial electric cymbal 10 At least one end of the connection terminal group 2 is tightly and firmly coupled. Please refer to the sixteenth, seventeenth and eighteenth drawings, which are the fourth embodiment, the fifth embodiment and the sixth embodiment of the flat coaxial cable set 100, like the above tenth figure. The first embodiment and the second embodiment disclosed in the fifteenth embodiment, the outer portion of the insulating sheath 104 of at least one end of the flat coaxial electric gauge 10 is respectively combined with a reinforcing plate 丨05Β, 105C and 105D, and the reinforcing plate is 〇 The structure of different shapes is disclosed between 5B, 105C and 105D. For example, the reinforcing plate 105A shown in Fig. 16 has a tapered piece 105B; the reinforcing plate 105C shown in Fig. 17 has a reverse button i〇 5C' 'and the reinforcing plate i〇5d shown in the eighteenth figure has a reverse button hole 105D', which can reach the through-reinforcing plate 105 as shown in the first embodiment and the second embodiment. , 105C or 105D, the at least one end of the flat coaxial electric slow 10 is tightly coupled with the connecting terminal set 20, and the different shapes of the reinforcing plates 105 Β '105C and 105D are not limited. The use of its shape is all other equivalent shapes and It can be, for example: plate disposed at any one of 105,1〇5Α, 105Β, 105C, or 105D of reinforcing alone or additions Flip single groove (not shown), nor tied off scope of the present Creation. In summary, the drawings and descriptions of the flat coaxial cable set 1 of the present invention are for convenience of explaining the technical content of the present creation, and one of the listed embodiments is not intended to limit the creation of the present invention. The scope and the alterations and permutations of the details or components of the creation of the creation are within the scope of this creation, and the scope thereof will be defined by the scope of the following patent application. 8 [Simple diagram of the diagram] Enlarged diagram; t diagram is the basis of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The paste is flattened __ The third view of the structure of the building of the Xuan Group is the three-dimensional decomposition structure of the third figure;
A第五圖為-側視圖’顯示該連接端子组之固定部向下彎折九十度之 狀態； X 第六圖為-側《，顯示該扁平_魏—端與該連接端子 之連結狀態； ^ 第七圖為-仰視圖，顯示該連接端子組之外殼之連接部之開口與 端子部之導電板之結構； 第八圖為本創作之扁平同轴電纜線組之較佳應用例圖； 第九圖為-側視圖，顯示u中之爲平同軸電纜線組兩端之連 接端子組與一通訊模組之兩針型連接座連結之狀態； 第十圖為本創作扁平同袖電規線組第二實施例圖； 第十一圖為第十圖之剖視放大圖； 第十二圖為第十圖之載面放大圖； 第十三圖為一俯視圖，顯示第十圖中之扁平同軸電纜一端之補強板 與該連接端子組連結之狀態； 第十四圖為本創作扁平同軸電纜線組第三實施例圖； 第十五圖為一俯視圖，顯示第十四圖中之扁平同軸電纜一端之補強 板與該連接端子組連結之狀態； 第十六圖為本創作扁平同軸電纜線組第四實施例圖； 第十七圖為本創作扁平同軸電纜線組第五實施例圖； 第十八圖為本創作扁平同軸電纜線組第六實施例圖。 M403729A fifth figure is a side view 'showing a state in which the fixing portion of the connecting terminal group is bent downward by ninety degrees; X is a side view of "the side", showing the connection state of the flat_wei-end and the connecting terminal ; Fig. 7 is a bottom view showing the structure of the opening of the connection portion of the connection terminal group and the structure of the conductive plate of the terminal portion; The eighth figure is a preferred application example of the flat coaxial cable set of the present invention. The ninth picture is a side view showing the state in which the connection terminal group at both ends of the flat coaxial cable set is connected to the two-pin type connection of a communication module; The second embodiment of the rule group; the eleventh is a cross-sectional enlarged view of the tenth; the twelfth is an enlarged view of the load of the tenth; and the thirteenth is a top view showing the tenth The state in which the reinforcing plate at one end of the flat coaxial cable is connected to the connecting terminal group; the fourteenth embodiment is a third embodiment of the flat coaxial coaxial cable set; the fifteenth drawing is a top view showing the fourteenth a reinforcing plate at one end of the flat coaxial cable is connected to the connecting terminal group The sixteenth figure is a fourth embodiment of the creation of a flat coaxial cable set; the seventeenth figure is a fifth embodiment of the flat coaxial cable set; the eighteenth drawing is a flat coaxial cable set Figure 6 of the sixth embodiment. M403729
【主要元件符號說明】 100 扁平同軸電纜線組 10 扁平同轴電纜 101 爲平軟導體線 102 絕緣膜 103 導電金屬層 104 絕緣外皮 105 補強板 105 A 補強板 105B 補強板 105B’ 契形片 105C 補強板 105C， 反扣口 105D 補強板 105D’ 反扣孔 20 連接端子組 201 外殼 2011 連接部 2012 容室 2012A 開口 2013 連接唇部 2014 縫隙 2015 凸塊 2016 壓入口 2017 固定片 2018 固定部 2019 反折板 2020 反折板 2020A 反折板 202 絕緣座 2021 凹孔 2022 容納室 2023 通口 203 端子部 2031 導電板 2032 壓板 2033 絕緣層 200 電子裝置 210 印刷電路板 220 通訊模組 230 訊號連接座 10[Main component symbol description] 100 Flat coaxial cable set 10 Flat coaxial cable 101 is flat soft conductor wire 102 Insulation film 103 Conductive metal layer 104 Insulation sheath 105 Reinforcement plate 105 A Reinforcement plate 105B Reinforcement plate 105B' Tie plate 105C Reinforce Plate 105C, Reversing port 105D Reinforcing plate 105D' Reversing hole 20 Connecting terminal block 201 Housing 2011 Connections 2012 Housing 2012A Opening 2013 Connecting lip 2014 Slit 2015 Bumps 2016 Pressing inlet 2017 Fixing piece 2018 Fixing part 2019 Reflexing plate 2020 Folding plate 2020A Folding plate 202 Insulation seat 2021 Recessed hole 2022 Storage room 2023 Port 203 Terminal part 2031 Conductive plate 2032 Platen 2033 Insulation layer 200 Electronic device 210 Printed circuit board 220 Communication module 230 Signal connector 10