M249314 M249314 五 創作說明（l) 【新型所屬之技術領域』 本創作係提供一種用於訊號高速傳輸之 合：尤其涉及-種具有拉環以便於將其與對接= 之線纜連接器組合。 」丧連接為分離 【先前技術】 接器：兩計算機技術的發展’，求高密度電連 穷产、查姑電子衣置間建立大量之訊號傳輸路徑。每一高 & ί & Ϊ益均具有複數電路板以提高穿過連接哭之不η電 内之該等高宓产雷造拉二匕括同山度線繞連接器組合在. 統、路由器他類似;於飼服器之内連接系 ^^^^6,217 τ ° 線繞之線纜連接器組合η種包括絕緣本體及 =接合之上、下本體組成= 同並： 刖開口及後開口之内腔。線了本體形成—具有 接之複數導線，該等導 :禝數導電端子端 片内。該等薄片係並列排佈型於複數扁平薄 之後開”，…本體則線， 凡全遮蔽。然，線镜及薄片組合係葬】線、見與涛片之組合 本體組裝在一起而固持於絕缘本體才王及螺母將上、下 器組裝複雜…在運輸過程而使得線纖連接 使上、下本體間之結合鬆動線工產生之震動易 的收容於絕緣本體内。 、、、見及溥片組合不能穩固 美國專利第5,924,8"號及第6，1…47號則揭示了另 M249314 五、創作說明（2) 一種線纜連接器組合，請參閱美國專利第5, 924, δ99號第 4a-4c圖、第5a-5c圖所示，該線纜連接器組合包括具有複 數平行狹槽之絕緣本體及複數收容於前述狭槽内之模組。 每一模組均包括一印刷基板、位於基板一端並具有複數叉 之端子座及位於基板另一端並與端子座相對之絕緣 m端子座’絕緣刺破型端子座具有複數與線缓之導線 中。之絶緣刺破型端子。該模組係干涉固持於絕緣本體 當^述所揭之幾種線纜連接器組合與對接連 日寸’必須於線纜上施加一拉力以使二*=接°。刀離 ϊ:組/扁平薄片相對於絕緣本體被向後刀拉，進會 2模組/扁平薄片間之連接鬆動n j 響線纜連接器組合盥對接車 攸而進一步衫 曰 /、對接連接裔間之電性連接。 述先ί技術：i:?一種改進之線纜連接器組合以克服上 【新型内容】 線弊ΐ f作之主要目的在於提供-種線甓連接1入 =組合易於與對接連接器分離 本創作之又一曰从—μ，M249314 M249314 V. Creation Instructions (l) [Technical Field to which the New Type belongs] This creation is to provide a combination for high-speed signal transmission: in particular, it involves a kind of cable connector with a pull ring to facilitate its connection with a cable connector. The connection is separated. [Prior technology] Connector: the development of two computer technologies', seeking high-density electrical connections, and establishing a large number of signal transmission paths between poor production and electronic clothing. Each high-amplifier has a plurality of circuit boards to improve the connection between the high-quality lightning-produced pull-and-drag connectors that are connected with the high-frequency lightning-cable connectors. The system, The router is similar; the connection system inside the feeder is ^^^^ 6,217 τ ° Wire-wound cable connector combination η includes an insulating body and = joint upper and lower body composition = homogeneous: 刖 opening and rear opening The inner cavity. The main body is formed with a plurality of wires connected, and the conductors are inside the terminal block of a plurality of conductive terminals. The sheets are arranged side by side after being opened in a plurality of flat and thin sheets. ”... The body is threaded, and all are completely shielded. However, the combination of the line mirror and the sheet is buried. The insulator and the nut of the insulator body assemble the upper and lower parts complicatedly ... During the transportation process, the fiber connection is made so that the vibration generated by the loose connection between the upper and lower body is easily contained in the insulation body. ,,,, and 溥The chip combination cannot be stabilized. US Patent Nos. 5,924,8 " and No. 6,1 ... 47 disclose another M249314. V. Creative Instructions (2) A cable connector combination, please refer to US Patent No. 5,924, δ99 As shown in FIGS. 4a-4c and 5a-5c, the cable connector combination includes an insulating body having a plurality of parallel slots and a plurality of modules housed in the slots. Each module includes a printed substrate. A terminal block located at one end of the substrate and having a plurality of forks, and an insulated m terminal block located at the other end of the substrate and opposite to the terminal block. The "insulation puncture type" terminal block has a plurality of conductors and wire leads. The insulation puncture type terminal. The Module system Fixed on the insulation body When the cable connector combinations and butt joints disclosed in the above description are described, a pull force must be applied to the cable to make two * = connected °. Blade away: group / flat sheet relative to the insulation body Pulled backwards, the connection between the module 2 and the flat sheet is loose, and the cable connector combination is connected to the docking car, and the electric connection between the docking connection is further described. The first technology: i: ? An improved cable connector combination to overcome the above [new content] The main purpose of the f-work is to provide-a kind of cable 甓 connection 1 into = the combination is easy to separate from the docking connector ,
具有之複數電路板可供一種線境連接器組合，其 體内。 ％固收谷於線魔連接器組合之絕緣本I 為達到上述創作曰 部本體、安裝於前部本體上繞連接器組合包括前 上之拉環。前部本體内收容有：：並後部本體 —____ 娜佈之電路板及自 第6頁 M249314 五、創作說明（3) 每一電路板之後緣並列 ~ 〜 括可相互組裝之第—半部及第二：：數纜。後部本體包 部本體上之—對側臂及連接兩拉％包括固定於後 ，以便於將線麗連接器組合與對接連：=部拉力之柄部 與先前技術相比，本創作二連接"分離。 器組合與對接連接器分離時，只、D:3效：當線纜連接 f即可容易地將其與對接連接器：離，外部拉 用於拉％上，而拉環係組裝於絕緣 、曰卜部拉力係作 拉動絕緣本體，以避免於線魔之上施加^必=以分離時係 保證電路板穩固收容於絕緣本體内， $之外力，可- 連接器組合與對接連接器可靠電性連接。步確保線纜 【實施方式】 首先請參閱第一圖至第三圖所示，本創作之線辨、查拉 态組合1包括絕緣本體13、收容於絕 、、、:見連接 $組2G及自絕緣本體13向後延伸以便於將線纜之連硬接數哭基 s 1與對接連接器（未圖示）相分離之一對拉環4〇。接时、-、 =圖至第四圖所示’絕緣本體13包括前部本 體10及組I至珂部本體1〇之後部本體3〇 ’該等基板模組2〇 係收容於前部本體1〇及後部本體30内。 的前部本體1 〇大致呈長方體構形，其具有面向對接連接 裔之前端面100及後端面102，前端面10〇上設有前部配接 端口 11，後端面1 0 2上設有後收容腔1 2。前部本體丨〇上設 有沿前後方向延伸之複數平行之槽道1 4及分別與該等槽道 1 4相對齊之狹槽1 6，槽道丨4係與前部配接端口丨丨及後收容 第7頁 M249314 五、創作說明（4) 腔12相連通。前部本體10之頂面104及底面（未圖示）上 分別設有複數凹槽丨7及自相應凹槽丨7進一步凹陷之凹陷部 170。於前部本體1〇之相對之兩側面1〇6上設有與槽道14相 垂直之開孔18。 ~ 各個基板模組2〇之結構相同，第五圖至第八圖僅為單 獨=個基板模組2〇之結構。每一基板模組2〇均包括收容於 槽道14内之電路板22及複數與電路板22電性連接之線纜“ 。電路板22包括由普通之印刷電路板材料製成之絕緣基板· :位於基板一側並為線纜連接器組合丨提供導電通路之訊· =跡線（未圖示）及位於基板兩側提供接地功能之接地跡 ^ (未圖示）。電路板22上設有與前部本體1〇之開孔“相 二背之通孔222。每一基板模組2〇之線纜23係排佈於同一 内，線纜連接器組合1之所有線纜23則呈矩陣排列。 各、、見2 3之部分係露出絕緣本體1 3外部，線纜2 3且有之導 線230係於+電路板22之後緣220與訊號跡線相焊接。、、 亓株組2〇還具有接地片24及用以夾持線纜23之夾持 2=上方=4/職^ 方亚為其&供防電磁干擾之功能。 辦而ΪΪΪ施方式中，爽持元件25包括分別由金屬料帶衝 ^而成之弟一夾持片251及第二夾持片252。第一夾持：衝 上没有稷數第一開口 253及位於相' 之橋部254。於每一橋部254之相對兩端設二一：如間 伸55之。Λ二失/片2鳴^ 4尾邛2 5 7。第一夾持片251與第二夾持片252分別 M249314A plurality of circuit boards are provided for a combination of inline connectors, inside the body. In order to achieve the above-mentioned creation, the solid insulation connector in the line-magic connector assembly includes a front ring pull ring and a connector assembly installed on the front body. The front body contains: and the rear body — ____ Nabu ’s circuit board and M249314 from page 6. V. Creation instructions (3) The rear edge of each circuit board is juxtaposed ~ ~ Including the first half of the assembly and Second: Number of cables. The rear body covers the body of the body—the opposite side arm and the two pulls of the connection include fixing to the rear, in order to facilitate the connection and connection of the line connector connector: the handle of the pull force is compared with the previous technology. ; Separation. When the connector combination is separated from the docking connector, only D: 3 effect: when the cable is connected to f, it can be easily separated from the docking connector: away, the external pull is used to pull up, and the pull ring is assembled on the insulation, The pull part is used to pull the insulation body to avoid applying it on the line devil. ^ Must = ensure that the circuit board is stably accommodated in the insulation body when separated. The external force can be-the connector combination and the docking connector have reliable electrical properties. connection. Steps to ensure the cable [Implementation] First, please refer to the first to third pictures. The wire identification and chala combination 1 of this creation includes an insulating body 13, housed in an insulation, ..., see connection $ group 2G and A pair of pull rings 40 extending backward from the insulating body 13 so as to separate the hard-connected connection base s 1 of the cable from the docking connector (not shown). When connected,-, = As shown in the figure to the fourth figure, 'the insulating body 13 includes the front body 10 and the group I to the Ke body 10 and the rear body 30.' These substrate modules 20 are housed in the front body. 10 and inside the rear body 30. The front body 10 has a substantially rectangular parallelepiped configuration, and has a front end surface 100 and a rear end surface 102 facing the butt joint. The front end surface 100 is provided with a front mating port 11 and the rear end surface 102 is provided with a rear accommodation. Cavity 1 2. The front body 丨 〇 is provided with a plurality of parallel grooves 14 extending in the front-rear direction and slots 16 aligned with the grooves 14 respectively. The grooves 丨 4 are connected to the front port 丨 丨Later Containment, page 7 M249314 V. Creation Instructions (4) The cavity 12 is connected. The top surface 104 and the bottom surface (not shown) of the front body 10 are respectively provided with a plurality of grooves 7 and recessed portions 170 further recessed from the corresponding grooves 7. Openings 18 perpendicular to the channel 14 are provided on the opposite two sides 106 of the front body 10. ~ The structure of each substrate module 20 is the same, and the fifth to eighth figures are only the structure of a single substrate module 20. Each substrate module 20 includes a circuit board 22 housed in the channel 14 and a plurality of cables electrically connected to the circuit board 22. The circuit board 22 includes an insulating substrate made of a common printed circuit board material. : It is located on one side of the substrate and provides a conductive path for the cable connector assembly. 丨 = traces (not shown) and ground traces that provide grounding functions on both sides of the substrate ^ (not shown). The circuit board 22 is provided with There is a through hole 222 opposite to the opening "10" in the front body. The cables 23 of each substrate module 20 are arranged in the same, and all the cables 23 of the cable connector combination 1 are arranged in a matrix. The parts of each and the part 23 are exposed from the outside of the insulating body 1 3, and the cables 230 and some of the wires 230 are welded to the trailing edge 220 of the + circuit board 22 and the signal traces. The Bazhu group 20 also has a grounding plate 24 and a clamp for clamping the cable 23 2 = upper = 4 / position ^ Fang Ya provides the function of preventing electromagnetic interference. In the implementation method, the holding element 25 includes a first holding piece 251 and a second holding piece 252, which are punched out of a metal strip. First clamping: there are no first openings 253 and bridge portions 254 at the same position. Two opposite sides of each bridge portion 254 are provided, such as the extension 55. Λ 2 lost / film 2 Ming ^ 4 tail 邛 2 5 7. The first clamping piece 251 and the second clamping piece 252 are respectively M249314
位於線纔2 3之兩相，ι，笛-+ # ^陶側弟一夾持片2 5 2之尾部2 5 7可舆第一夾 持片^ 1 一之第二開口 2 5 5相扣持，從而將線緵2 3夾持。線纜 23被第Γ夾持片252之基部25 6壓緊而使得線纜23之一部分 被f亡第夾持片251之第一開口 Mg内。第一夾持片251 及第一，夾持片2 5 2上均設有複數第三開口 2 6 6，該等第三開 口 2 6 6^系與相鄰兩線纜23間之縫隙27相對齊。 清，茶閱第二圖至第四圖，後部本體3〇包括兩個相互 分離之第一半部31及第二半部32。每一半部31、32均具有 頂壁3 、底壁3 3 2及位於頂壁3 3 〇與底壁3 3 2之間的側壁· =4。每一半部31、32均具有自頂壁330、底壁332前緣向ifc 月(j延伸之一對臂部3 3 6、用以組裝兩半部3 1、3 2之複數銷 子3^37及銷孔338。每一臂部336之自由端設有一突部33 6 〇 。第一半部31及第二半部32之頂壁33〇及底壁332上設有一 對延伸至側壁334之收容孔3〇〇，而於每一頂壁330及底壁 332之後表面304上各設有一與收容孔3〇〇相連通之收容腔 302 ’請參閱第四a圖所示。本創作之第一半部31及第二半 部3 2亦可採用其他方法相結合，該種分離式設計可便於將 後部本體30組裝至基板模組2〇上方之前部本體10上。 本創作之一對拉環4 〇之結構相同，每一拉環4 〇均包括 承受外部拉力之柄部402及自柄部4 02相對兩端向前延伸並 j 固定於絕緣本體1 3上之一對側臂4 〇 4。每一側臂4 0 4之自由 端設有一可收容於後部本體3 〇之相應收容腔3 〇 2内之連接 部406，連接部406上設有一通孔40 60。柄部402之兩相對 表面上設有複數便於使用者抓取之鑛#狀突起4020。Located on the two phases of the line 2 3, ι, flute-+ # ^ Tao side brother one holding piece 2 5 2 tail 2 5 7 can be the first holding piece ^ 1 one second opening 2 5 5 phase buckle Hold to clamp the reel 2 3. The cable 23 is pressed by the base portion 25 6 of the? -Th clamping piece 252, so that a part of the cable 23 is buried in the first opening Mg of the first clamping piece 251. The first clamping piece 251 and the first, the clamping piece 2 5 2 are each provided with a plurality of third openings 2 6 6, and the third openings 2 6 6 ^ are opposite to the gap 27 between two adjacent cables 23 Qi. In Qing and Cha, see the second to fourth figures. The rear body 30 includes two first and second halves 31 and 32 separated from each other. Each half 31, 32 has a top wall 3, a bottom wall 3 3 2 and a side wall located between the top wall 3 3 0 and the bottom wall 3 3 2 · = 4. Each half 31, 32 has a pair of arms 3 3 6 extending from the front edge of the top wall 330 and the bottom wall 332 to the ifc moon (j, a plurality of pins 3 to assemble the two halves 3 1, 3 2). 37 and pin holes 338. A free end 33 6 0 is provided at the free end of each arm portion 336. A pair of side walls 334 are provided on the top wall 33 and the bottom wall 332 of the first half 31 and the second half 32 to extend to the side wall 334 A receiving hole 300 is provided on each of the top surface 330 and the bottom wall 332 and a rear surface 304 is provided with a receiving cavity 302 which is in communication with the receiving hole 300. Please refer to the fourth figure a. The first half portion 31 and the second half portion 32 can also be combined by other methods, and this separate design can facilitate the assembly of the rear body 30 to the front body 10 above the substrate module 20. A pair of this creation The structure of the pull ring 4 〇 is the same, and each pull ring 4 〇 includes a handle portion 402 that bears the external tensile force, and the opposite ends of the handle portion 402 extending forward and a pair of side arms 4 fixed on the insulating body 13 〇4. The free end of each side arm 404 is provided with a connecting portion 406 that can be received in a corresponding receiving cavity 3 002 of the rear body 3 〇, a connecting portion 406 is provided with a passage 402 40 60. The two opposite surfaces of the shank portion provided with a plurality of user-shaped to facilitate gripping mine # 4020 of the projection.
第9頁 M249314 五、創作說明（6) 士請參閱第九圖至第十一A圖及第一、二圖所示，組裴 曰:，首先將基板模組2 〇自前部本體丨〇之後端面丨〇 2***槽 道14内，直至電路板22前端不能再靠近前部本體丨〇之前端 面100。此時電路板22收容於槽道14内，而電路板22之上 三下端收容於狹槽16内。然後將第一固持件5〇***並穿過 第一夾持片251及第二夾持片252之第三開口 2 66内，使該 =基^模組20固持在一起以消除應力。再將第二固持件⑽ 牙過岫部本體10之開孔18及電路板22之通孔222，該第二 固4寺件60可進一步將基板模組2〇與前部本體丨〇固持在一起 ，仗而於線纜連接器組合丨與對接連接器相分離時保證二 f間之位置保持不變’藉此使基板模組2()穩固收容於 本體1 0内。 1 ^後將後部本體30之第一、第二半部3丨、32側向相 ，使每一半部31、32之銷子337與另一半部32、31上相應 ，銷孔338相干涉配合，而將第一半部31及第二半部32^ 裝在一起；接著沿前後方向將第一、第二半部3i、U 一 組裝至前部本體10並使臂部336之突部33 6〇收容於凹槽 =陷部170内。此時後部本體3〇係包覆於基板模組心之 夾持元件2 5之外側。 f後將一對拉環40自後部本體3〇之後表面3〇4***， ，，壞40之連接部4〇6收容於收容腔3〇2内，並使通孔 與後部本體30之收容孔3〇〇相對齊。再將第三固持件7〇插 入後部本體30之收容孔300㈣防止基板模組2〇於前後方 向上運動。同時該第三固持件70亦進一步延伸至拉環4〇之 第10頁 M249314 五、創作說明（7) 通孔4 0 6 0内，從& + # t 拉環40之延伸方向#、2環40穩定固定於後部本關上。 電路板22相垂直二電路板22，第三固持件70亦與 並向後延伸，每—拉係靠近、絕緣本體13之後部 護線鐵23之前部。 位於該等線鏡23之外側，而保 可要與對接連接器分離時，拉環 對接連接器分離由Λ加創一作夕^拉力即可容易地將其與 : = Λ’： M〇2係組裝於絕緣本體"上，是以該 用於線r- _h，-:絶緣本體13上，而並非如習知技術中作 基板模組20的不必施加會進， 收容於前部本體1()内。 U可保證基板模組20穩固 ，、f 3 ϋ之基ί模組20不但可穩固收容於前部本體10内 “了精弟―、*三固持侧、7G穩固收容於後部本細 連接？以可保證線餐連接器組合1與對接連接器可靠電性 綜上所述，本創作確已符合新型專利之心 提出專利申請。惟’以上所述僅為本創作二：依法 ，自不能以此限定本創之權利範圍。舉凡所“ ς】== ，皆仍涵蓋於後附之申請專利範圍内。4政修飾或變化Page 9 M249314 V. Creation instructions (6) Please refer to the ninth to eleventh pictures A and the first and second pictures. Group Pei said: First, the substrate module 2 〇 from the front body 丨 〇 The end surface 〇2 is inserted into the channel 14 until the front end of the circuit board 22 can no longer approach the front end surface 100 of the front body. At this time, the circuit board 22 is accommodated in the slot 14, and the upper and lower ends of the circuit board 22 are accommodated in the slot 16. Then insert the first holding member 50 into the third opening 2 66 of the first holding piece 251 and the second holding piece 252 to hold the base module 20 together to eliminate stress. Then, the second holding member 岫 passes through the opening 18 of the main body 10 and the through hole 222 of the circuit board 22. The second fixing member 60 can further hold the substrate module 20 and the front body 丨 0. Together, when the cable connector assembly 丨 is separated from the docking connector, the position between the two f is maintained unchanged, thereby making the substrate module 2 () stably received in the body 10. 1 ^ Later, the first and second halves 3 丨, 32 of the rear body 30 are laterally oriented, so that the pins 337 of each half 31 and 32 correspond to the other halves 32 and 31, and the pin holes 338 interfere with each other. And assemble the first half 31 and the second half 32 ^ together; then assemble the first and second halves 3i, U to the front body 10 and make the protrusion 33 of the arm 336 along the front-rear direction. 60 is housed in the groove = recessed portion 170. At this time, the rear body 30 is covered on the outer side of the holding element 25 of the substrate module core. After f, insert a pair of pull rings 40 from the rear body 30 to the rear surface 304. The connecting portion 406 of the bad 40 is received in the receiving cavity 300, and the through hole and the receiving hole of the rear body 30 are inserted. 300 is relatively aligned. Then, the third holding member 70 is inserted into the receiving hole 300 of the rear body 30 to prevent the substrate module 20 from moving upward from the front and rear. At the same time, the third holding member 70 further extends to the tenth page of the pull ring 40. M249314 V. Creation instructions (7) Within the through hole 4 0 6 0, from the & + # t extending direction of the pull ring 40 #, 2 The ring 40 is stably fixed to the rear door. The circuit board 22 is perpendicular to the two circuit boards 22, and the third holding member 70 also extends rearwardly and parallel to each other, and each pull is close to the rear portion of the insulating body 13 and the front portion of the wire 23. Located on the outer side of the line mirror 23, and when Bao Ke is to be separated from the docking connector, the pull-ring docking connector is separated by Λ Jiachuang ^ pull force can easily be connected with: = Λ ': M〇2 series Assembled on the insulating body " is used for the wire r-_h,-: insulating body 13, instead of being used as the substrate module 20 in the conventional technology without having to be inserted, and is accommodated in the front body 1 ( )Inside. U can ensure the stability of the substrate module 20, and the module 3 of f 3 can not only be stably stored in the front body 10, but also the three holding sides, 7G, and 7G can be stably stored in the rear connection. Can guarantee the reliable electrical properties of the line meal connector combination 1 and the docking connector. In summary, this creation has indeed met the heart of the new patent and filed a patent application. However, the above is only this creation 2: According to law, you cannot use this Limit the scope of the rights of this creation. For example, "ς] == is still covered by the scope of patent application attached. 4 political modifications or changes
第11頁 M249314 圖式簡單說明 第一圖係本創作線纜連接器組合之立體組合圖。 第二圖係本創作線纜連接器組合之立體分解圖。 第三圖係本創作線纜連接器組合的另一視角之立體組合圖 〇 第四圖係本創作線纜連接器組合的另一視角之立體分解圖 〇 第四A圖係第四圖中圓圈所標示部分之局部放大圖。 第五圖係本創作線纜連接器組合之基板模組之放大立體圖 〇 第六圖係第五圖中之基板模組之立體分解圖。 第七圖係本創作之基板模組的另一視角之放大立體圖。 第八圖係第七圖中基板模組之立體分解圖。 第九圖係本創作線纜連接器組合之前視圖。 第十圖係本創作線纜連接器組合沿第九圖中X-X線之剖視 圖。 第十A圖係第十圖中圓圈標示部分之局部放大圖。 第十一圖係本創作線纜連接器組合沿第九圖中X I -X I線之 剖視圖。 第十一 A圖係第十一圖中圓圈標示部分之局部放大圖。 【元件符號說明】 線纜連接器組合 1 前部本體 10 前端面 100 後端面 102 頂面 104 側面 106 前部配接端口 11 後收容腔 12Page 11 M249314 Brief description of the diagram The first diagram is a three-dimensional assembly diagram of this creative cable connector assembly. The second figure is an exploded perspective view of the original cable connector assembly. The third picture is a stereo combination view from another perspective of the creative cable connector assembly. The fourth picture is a perspective exploded view from another perspective of the creative cable connector assembly. The fourth A diagram is a circle in the fourth diagram. A partially enlarged view of the marked part. The fifth diagram is an enlarged perspective view of the substrate module of the creative cable connector assembly. The sixth diagram is an exploded perspective view of the substrate module in the fifth diagram. The seventh figure is an enlarged perspective view of the substrate module of this creation from another perspective. The eighth figure is an exploded perspective view of the substrate module in the seventh figure. The ninth picture is a front view of this creative cable connector assembly. The tenth figure is a sectional view of the original cable connector assembly along the line X-X in the ninth figure. The tenth figure A is a partial enlarged view of a circled part in the tenth figure. The eleventh figure is a cross-sectional view of the original cable connector combination along the line X I -X I in the ninth figure. The eleventh figure A is a partial enlarged view of a circled part in the eleventh figure. [Description of component symbols] Cable connector assembly 1 Front body 10 Front end 100 Back end 102 Top surface 104 Side 106 Front mating port 11 Rear receiving cavity 12
第12頁 M249314 圖式簡單說明 絕 緣 本 體 13 槽 道 14 狹 槽 16 凹 槽 17 凹 陷 部 170 開 孔 18 基 板 模 組 20 電 路 板 22 後 緣 220 通 孔 222 、 4060 線 纜 23 導 線 230 接 地 片 24 夾 持 元 件 25 第 一 夾 持 片 251 第 二 夾 持 片 252 第 —一 開 σ 25 3 橋 部 254 第 二 開 U 255 基 部 256 尾 部 257 第 二 開 π 266 缝 隙 27 後 部 本 體 30 收 容 孔 300 收 容 腔 302 後 表 面 304 第 一 半 部 31 第 二 半 部 32 頂 壁 330 底 壁 332 側 壁 334 臂 部 336 突 部 336 0 銷 子 337 銷 孔 338 拉 環 40 柄 部 402 突 起 40 20 側臂 404 連 接 部 406 第 一 固 持 件 50 第 一一 固 持 件 60 第 固 持 件 70Page 12 M249314 Schematic description of the insulation body 13 Slot 14 Slot 16 Slot 17 Sink 170 Opening 18 Board module 20 Circuit board 22 Back edge 220 Through hole 222, 4060 Cable 23 Lead 230 Grounding piece 24 Clip Holding element 25 First clamping piece 251 Second clamping piece 252 First-open σ 25 3 Bridge 254 Second open U 255 Base 256 Tail 257 Second open π 266 Gap 27 Rear body 30 Receiving hole 300 Receiving cavity 302 Rear surface 304 First half 31 Second half 32 Top wall 330 Bottom wall 332 Side wall 334 Arm 336 Protrusion 336 0 Pin 337 Pin hole 338 Pull ring 40 Handle 402 Protrusion 40 20 Side arm 404 Connection 406 No. A holding member 50 a first holding member 60 a first holding member 70
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