M423942 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種連接器’尤指一種強化組裝式插頭 連接器，其可強化外殼與絕緣本體之間的組裝，並且能與 訊號傳輸元件等電子元件進行堅固的連接。 【先前技術】 USB連接器已普遍使用於各式各樣的電腦週邊裝置之 參 中，用於進行資料傳輸。現有的USB插頭連接器，是在一 金屬外殼内設置有一絕緣膠芯，在絕緣膠芯上設置有複數 端子，在於端子後端分別焊接有一導線，導線則為絕緣套 所包覆而組合為一傳輸電纜，傳輸電纜相對USB插頭連接 器的一端則可設置有另一連接器。或者，前述導線是焊接 在一電路板上，以使得USB插頭連接器固定於電路板所載 的一電子裝置上。 然而，上述USB插頭連接器與導線或是電路板之間的 φ 連接狀態並不牢固，經過多次插拔後，USB插頭連接器可 能與導線或是電路板脫離而損毀1。 【新型内容】 本創作人有鑑於傳統U S B插頭連接器耐插拔的性能不 足改良其不足與缺失，進而創作出一種強化組裝式插頭 連接器。 本創作主要目的係提供一種強化組裝式插頭連接器， 其包含有： ，’色緣本體，其具有一固定座以及一舌片，該固定座 3 M423942 上靠後端處形成有一開槽，在開槽底面上貫穿形成至少一 安裝孔’該舌片自固定座朝前突伸出； 一組裝蓋，係設置在固定座開槽内，在組裴蓋上貫穿 形成有至少一與安裝孔對應的組裝孔； 複數端子，係設置在舌片上，且向後貫穿固定座而延 伸至開槽處；以及 屏蔽外51又，其上刖後貫穿形成有一容槽以收容絕緣 本體、組裝蓋、端子以及訊號傳輸元件的組裝板，容槽具 有一前開口與一後開口，此外，屏蔽外殼具有一頂板以及 一底板，在頂板上貫穿形成至少有一開孔以與組裝孔對 應，在底板上貫穿形成有至少一通孔以與安裝孔對應。 藉由技術手段，將上述插頭連接器組裝在一電子裝置 上時，可利用鉚釘或是螺栓貫穿絕緣本體固定座的安裝 孔、組裝蓋的組裝孔、訊號傳輸元件的定位部以及屏蔽外 殼的開孔與通孔，藉此將所有元件牢固組合為一體，由於 訊號傳輸元件的組裝板被固定件所限制，且有後封蓋止 擋，因此不容易與端子產生相對位移或是脫離，使得插頭 連接器可禁的起多次插拔而不會損壞。 前述強化組裝式插頭連接器進一步包含：一訊號傳輸 元件，係具有一組裝板以及一導線部，該組裝板設置在開 槽内且位於組裝蓋下方，且位於屏蔽外殼的容槽内，組裝 板上貫穿形成有至少一定位部而與安裝孔以及組裝孔分別 對應’組裝板前端設置有複數焊杯以分別與端子相連接， 該導線部係自組裝板向後突伸；以及一後封蓋，係設置在 絕緣本體固定座後端上且封閉屏蔽外殼容槽的後開口，後 M423942 ^與訊號傳輸元件的組裝板相互干涉避免組裝板脫離屏 敵"又，後封蓋上貫穿形成有一通槽以供導線部穿出。 前述訊號傳輸元件的組裝板各定位部為定位 孔的其中一種。 曰’、牙 前述絕緣本體固定座兩側分別形成有一扣接槽；該组 裝蓋的-側上形成有-扣接槽；該後封蓋兩端分別延伸出 複數扣臂以分別扣住固定座與组裝蓋的扣接槽。 前述絕緣本體固定座底面形成有一安裝槽；該插頭連 接器進一步包含有-接地端子，該接地端子設置於安裝槽 内，與訊號傳輸元件其中一焊杯連接，且具有一固定部、 -焊接部、：臂部、二第—彈性接地部、以及—第二彈性 接地部’該固定部設置在安裝槽内，該焊接部自固定部延 伸，且與訊號傳輸元件的其中一谭杯連接，兩臂部自固定 部延伸，兩第-彈性接地部自固定部延伸與屏蔽外殼底板 接觸，該第二彈性接地部自固定部延伸，介於兩第一彈性 接地部之間’與屏蔽外殼底板接觸。 前述各端子分別具有一固定段、一電性接觸段以及一 焊接段’該固定段設置在絕緣本體的固定座上，該電性接 觸段自固定段朝前延伸且設置在舌片上，該焊接段自固定 段上朝上延伸且與訊號傳輸元件上相對應的焊杯連接。 前述訊號傳輸元件的各焊杯上形成有一凹槽以分別收 容端子的焊接段以及接地端子的焊接部。 前述訊號傳輸元件為一薄膜電路板。 前述強化組裝式插頭連接器，其中至少一固定件穿設絕 緣本體安裝孔、組裝蓋組裝孔以及訊號傳輸元件定位部。 5 M423942 前述固定件為鉚釘與螺栓的其中一種。 【實施方式】 請參照圖1到圖7 ’本創作強化組裝式插頭連接器可設 置在一基板90上，其包含有：一絕緣本體1〇、一組裝蓋 20、複數端子40、一接地端子50 ' —訊號傳輸元件30、 一屏蔽外殼60、至少一固定件80以及一後封蓋70。 該絕緣本體10具有一固定座11以及一舌片12,該固 定座11上靠後端處形成有一開槽11 1，在開槽111底面上 貫穿形成至少一安裝孔115，該舌片12自固定座11朝前 突伸出。此外’絕緣本體10固定座11底面形成有一安裝 槽17。 該組裝蓋20設置在固定座11開槽111内，在組裝蓋 20上貫穿形成有至少一與安裝孔彳彳5對應的組裝孔20。 該複數端子40設置在舌片12上，且向後貫穿固定座 I 1而延伸至開槽111處。 該接地端子50設置於安裝槽17内，且具有一固定部 51、一焊接部53、二臂部52 '二第一彈性接地部521、以 及一第二彈性接地部54。 請進一步參照圖8與圖9，該訊號傳輸元件30與端子 40以及接地端子50連接，可為薄膜電路板，且具有一組裝 板31以及一導線部32。 該組裝板31設置在開槽111内且位於組裝蓋2〇下 方’組裝板31上貫穿形成有至少一定位部315而與安裝孔 II 5以及組裝孔20分別對應，組裝板31前端設置有複數 焊杯311以分別與端子40以及接地端子5〇相連接。 M423942 該導線部32係自組裝板31向後突伸，導線部32内可 具有線路（Circuit)以連接組裝板31的焊杯311。 該屏蔽外殼60可以金屬等導電材料製造，屏蔽外殼6〇 上則後貝穿形成有-容槽6〇〇以收容絕緣本體，〇、組裝蓋 20、端子40以及訊號傳輸元件3Q的組裝板31，容槽6〇〇 具有-前開π與-後開口 ’此外，屏蔽外殼⑼具有一頂板 以及一底板，在頂板上貫穿形成至少有一開孔65以與組裝 孔20對應，在底板上貫穿形成有至少一通孔66以與安裝 春孔115對應。此外，屏蔽外殼6〇接觸接地端端子4〇的第 一彈性接地部521以及第二彈性接地部54,達成接地效 應，避免插座連接器上的靜電累積而干擾訊號傳輸作業。 該固定件80可為鉚釘或是螺栓，可貫穿絕緣本體】〇 固定座11的安裝孔115、組裝蓋2G的組裝孔2G、訊號傳 輸元件30的定位部以及屏蔽外殼6〇的開孔65與通孔66, 藉此將所有元件牢固組合為一體。此外，固定件8〇亦可貫 穿設置在基板90 (可為電路板）的兩個貫孔91上，該基板 _ 90則可為電子裝置内部的元件。 該後封蓋70設置在絕緣本體1 〇固定座11後端上且封 閉屏蔽外殼60容槽600的後開口，後封蓋70與訊號傳輸 元件30的組裝板31相互干涉避免組裝板31脫離屏蔽外殼 60’後封蓋70上貫穿形成有一通槽71以供導線部32穿出。 於本創作較佳實施例之中，訊號傳輸元件3〇的組裝板 31各定位部315為一大致呈半圓形的定位缺槽，亦可為一 穿孔（圖中未示）。 於本創作較佳實施例之中，絕緣本體1 〇固定座彳]兩 7 M423942 側分別形成有一扣接槽116 ;該組裝蓋2〇的一側上形成有 一扣接槽206 ;該後封盍70兩端分別延伸出複數扣臂76 以分別扣住固定座11與組裝蓋20的扣接槽11 6、206。 於本創作較佳實施例之中’該接地端子5〇的固定部51 設置在安裝槽17内，接地端子50的焊接部53自固定部 51延伸，且與訊號傳輸元件30的其中一焊杯311連接， 接地端子50的兩臂部52自固定部51延伸，接地端子50 的兩第一彈性接地部521自固定部51延伸與屏蔽外殼6〇 底板接觸，接地端子50的第二彈性接地部54自固定部 延伸，介於兩第一彈性接地部521之間，與屏蔽外殼6〇底 板接觸。 於本創作較佳實施例之中，各端子4〇分別具有一固定 段41、一電性接觸段42以及一焊接段43,該固定段41設 置在絕緣本體1〇的固定座彳彳上，該電性接觸段42自固定 段41朝前延伸且設置在舌片12上，該焊接段43自固定段 41上朝上延伸且與訊號傳輸元件3〇上相對應的焊杯311 連接。 於本創作較佳實施例之中，訊號傳輸元件3〇的各焊杯 311上形成有一凹槽313以分別收容端子4〇的焊接段43 以及接地端子50的焊接部53。 藉由技術手段，將上述插頭連接器組裝在一電子裝置 上時，可利用鉚釘或是螺栓貫穿絕緣本體1〇固定座11的 安裝孔115、組裝蓋2〇的組裝孔2〇、訊號傳輸元件扣的 定位=以及屏蔽外殼6〇的開孔65與通孔％，藉此將所有 凡件牢固組合為—體，由於訊號傳輸元# 30的組裝板31 M423942 被固定件所限制’且有後封蓋7G止擋，因此不容易與端子 4〇產生相對位移或是脫離’使得插頭連接器可禁的起多-欠 ㈣而不會損壞。此外’接地端子以多個彈性接地部與 屏敝外威6G進行接觸，達到極佳的靜電導引效果，將聚積 在插座連接器上㈣電排除，避免靜電聚積而擾亂插座連 接器的訊號傳輸作業。 【圖式簡單說明】 圖1係本創作立體外觀圖。M423942 V. New description: [New technical field] This is a kind of connector, especially a kind of reinforced assembled plug connector, which can strengthen the assembly between the outer casing and the insulating body, and can be combined with signal transmission components. The electronic components are firmly connected. [Prior Art] USB connectors have been commonly used in various computer peripheral devices for data transmission. The existing USB plug connector is provided with an insulating rubber core in a metal casing, and a plurality of terminals are arranged on the insulating rubber core, wherein a wire is welded to the rear end of the terminal, and the wire is covered by an insulating sleeve and combined into one. The transmission cable can be provided with another connector at one end of the transmission cable relative to the USB plug connector. Alternatively, the wires are soldered to a circuit board such that the USB plug connector is attached to an electronic device carried on the circuit board. However, the φ connection between the USB plug connector and the wire or the circuit board is not secure. After multiple insertions and removals, the USB plug connector may be detached from the wire or the circuit board and damaged. [New content] This creator has created a reinforced assembled plug connector in view of the lack of plug-in performance of the conventional U S B plug connector to improve its deficiencies and shortcomings. The main purpose of the present invention is to provide a reinforced modular plug connector comprising: a 'color edge body having a fixing seat and a tongue piece, and the fixing seat 3 M423942 has a slot formed at the rear end thereof. At least one mounting hole is formed in the bottom surface of the slot. The tongue protrudes from the fixing seat toward the front; an assembly cover is disposed in the slot of the fixing seat, and at least one corresponding to the mounting hole is formed in the group cover. The plurality of terminals are disposed on the tongue and extend through the fixing seat to extend into the slot; and the shielding outer portion 51 further has a receiving groove formed therein to receive the insulating body, the assembly cover, the terminal, and The assembly board of the signal transmission component has a front opening and a rear opening. Further, the shielding housing has a top plate and a bottom plate, and at least one opening is formed in the top plate to correspond to the assembly hole, and the bottom plate is formed through the bottom plate. At least one through hole corresponds to the mounting hole. When the plug connector is assembled on an electronic device by technical means, the mounting hole of the insulating body fixing seat, the assembly hole of the assembly cover, the positioning portion of the signal transmission component, and the shielding shell can be opened by using rivets or bolts. Holes and through holes, thereby firmly combining all components into one body, since the assembled board of the signal transmission component is limited by the fixing member and has a rear cover stop, it is not easy to be displaced or disengaged from the terminal, so that the plug The connector can be banned from being inserted and removed multiple times without damage. The reinforced plug connector further includes: a signal transmission component having an assembly board and a lead portion disposed in the slot and located under the assembly cover and located in the slot of the shield case, the assembly board At least one positioning portion is formed in the upper portion to correspond to the mounting hole and the assembly hole respectively. The front end of the assembly plate is provided with a plurality of solder cups respectively connected to the terminals, the wire portions are protruded rearward from the self-assembled plate; and a rear cover is It is disposed on the rear end of the insulating body fixing seat and closes the rear opening of the shielding housing receiving groove, and the rear M423942 ^ interferes with the assembled board of the signal transmission component to prevent the assembled board from being separated from the screen. Further, a through hole is formed through the rear cover. The groove is provided for the wire portion to pass through. Each of the positioning portions of the assembly board of the signal transmission component is one of positioning holes. a fastening groove is formed on each side of the insulating body fixing seat; a fastening groove is formed on a side of the assembly cover; and a plurality of fastening arms are respectively extended at two ends of the rear cover to respectively fasten and fix The fastening groove of the seat and the assembly cover. The bottom surface of the insulating body fixing seat is formed with a mounting groove; the plug connector further comprises a grounding terminal disposed in the mounting groove, connected to one of the signal transmission components, and having a fixing portion, a soldering portion , the arm portion, the second-elastic grounding portion, and the second elastic grounding portion, the fixing portion is disposed in the mounting groove, the welding portion extends from the fixing portion, and is connected to one of the Tan cups of the signal transmission component, The arm portion extends from the fixing portion, and the two first elastic connecting portions extend from the fixing portion to contact with the shielding case bottom plate, and the second elastic ground portion extends from the fixing portion and is in contact with the shielding case bottom plate between the two first elastic ground portions . Each of the foregoing terminals has a fixed section, an electrical contact section and a soldering section. The fixing section is disposed on a fixing seat of the insulating body. The electrical contact section extends forward from the fixing section and is disposed on the tongue. The fixed section extends upward and is connected to a corresponding solder cup on the signal transmission element. A groove is formed in each of the solder cups of the signal transmitting component to respectively receive the soldering portion of the terminal and the soldering portion of the grounding terminal. The signal transmission component is a thin film circuit board. In the above-mentioned reinforced modular plug connector, at least one of the fixing members is provided with an insulating body mounting hole, an assembly cover assembly hole, and a signal transmission component positioning portion. 5 M423942 The aforementioned fixing parts are one of rivets and bolts. [Embodiment] Please refer to FIG. 1 to FIG. 7 'The present reinforced modular plug connector can be disposed on a substrate 90, which comprises: an insulative housing 1 , an assembly cover 20 , a plurality of terminals 40 , and a ground terminal 50' - signal transmission component 30, a shielded outer casing 60, at least one fastener 80, and a rear closure 70. The insulative housing 10 has a fixing base 11 and a tongue piece 12 . The fixing seat 11 defines a slot 11 11 at the rear end thereof. At least one mounting hole 115 is formed in the bottom surface of the slot 111. The tab 12 is self-contained. The holder 11 protrudes forward. Further, a mounting groove 17 is formed in the bottom surface of the fixing body 10 of the insulating body 10. The assembly cover 20 is disposed in the slot 111 of the fixing base 11, and at least one assembly hole 20 corresponding to the mounting hole 5 is formed in the assembly cover 20. The plurality of terminals 40 are disposed on the tongue 12 and extend rearwardly through the mount I 1 to the slot 111. The grounding terminal 50 is disposed in the mounting groove 17, and has a fixing portion 51, a welding portion 53, a two-arm portion 52', a first elastic ground portion 521, and a second elastic ground portion 54. Referring to FIG. 8 and FIG. 9, the signal transmission component 30 is connected to the terminal 40 and the ground terminal 50, and may be a thin film circuit board, and has an assembly board 31 and a lead portion 32. The assembly plate 31 is disposed in the slot 111 and is disposed under the assembly cover 2 '. The assembly plate 31 is formed with at least one positioning portion 315 and corresponding to the mounting hole II 5 and the assembly hole 20 respectively. The solder cup 311 is connected to the terminal 40 and the ground terminal 5A, respectively. M423942 The lead portion 32 is protruded rearward from the self-assembled board 31, and the lead portion 32 may have a circuit to connect the solder cup 311 of the assembled board 31. The shielding shell 60 can be made of a conductive material such as metal. The shielding shell 6 is formed with a socket 6 to receive the insulating body, the assembly cover 20, the terminal 40, and the assembly board 31 of the signal transmission component 3Q. The housing 6 has a front opening π and a rear opening. Further, the shielding housing (9) has a top plate and a bottom plate, and at least one opening 65 is formed in the top plate to correspond to the assembly hole 20, and the bottom plate is formed through the bottom plate. At least one through hole 66 corresponds to the mounting spring hole 115. Further, the shield case 6 is in contact with the first elastic ground portion 521 and the second elastic ground portion 54 of the ground terminal 4, to achieve a grounding effect, to prevent static electricity accumulation on the socket connector and to interfere with the signal transmission operation. The fixing member 80 can be a rivet or a bolt, and can pass through the mounting hole 115 of the insulating body, the mounting hole 2G of the assembly cover 2G, the positioning portion of the signal transmission component 30, and the opening 65 of the shielding case 6〇. The through hole 66, whereby all the components are firmly combined into one body. In addition, the fixing member 8 can also be disposed through the two through holes 91 of the substrate 90 (which can be a circuit board), and the substrate _ 90 can be an element inside the electronic device. The rear cover 70 is disposed on the rear end of the insulating body 1 〇 the fixing base 11 and closes the rear opening of the shielding housing 60, and the rear cover 70 interferes with the assembly board 31 of the signal transmission component 30 to prevent the assembly board 31 from being shielded from the shielding. A through groove 71 is formed in the rear cover 70 of the outer casing 60' for the lead portion 32 to pass through. In the preferred embodiment of the present invention, each of the positioning portions 315 of the assembly board 31 of the signal transmission component 3 is a substantially semi-circular positioning notch, and may also be a perforation (not shown). In the preferred embodiment of the present invention, a fastening groove 116 is formed on each of the sides of the two insulating bases 7 彳 彳 两 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; M M M M M M M M M M M M M M M M M M M M A plurality of latching arms 76 are respectively extended at the two ends of the 70 to respectively fasten the fastening slots 11 and 206 of the fixing base 11 and the assembly cover 20. In the preferred embodiment of the present invention, the fixing portion 51 of the grounding terminal 5 is disposed in the mounting groove 17, and the soldering portion 53 of the grounding terminal 50 extends from the fixing portion 51 and one of the soldering cups of the signal transmission component 30 311 is connected, the two arm portions 52 of the grounding terminal 50 extend from the fixing portion 51, and the two first elastic ground portions 521 of the grounding terminal 50 extend from the fixing portion 51 to contact the shielding case 6 〇 bottom plate, and the second elastic ground portion of the grounding terminal 50 The self-fixing portion extends between the two first elastic ground portions 521 and is in contact with the bottom plate of the shielding case 6. In the preferred embodiment of the present invention, each of the terminals 4A has a fixed section 41, an electrical contact section 42 and a soldering section 43. The fixing section 41 is disposed on the fixed seat of the insulating body 1〇. The electrical contact section 42 extends forwardly from the fastening section 41 and is disposed on the tongue piece 12. The welding section 43 extends upward from the fastening section 41 and is connected to the corresponding solder cup 311 on the signal transmission element 3 . In the preferred embodiment of the present invention, a groove 313 is formed in each of the solder cups 311 of the signal transmission element 3 to receive the soldering portion 43 of the terminal 4 and the soldering portion 53 of the ground terminal 50, respectively. When the plug connector is assembled on an electronic device by technical means, the mounting hole 115 of the fixing base 11 , the assembly hole 2 of the assembly cover 2 , and the signal transmission component can be penetrated through the insulating body 1 by using rivets or bolts. The positioning of the buckle = and the opening 65 and the through hole % of the shielding case 6 ,, thereby firmly combining all the parts into a body, since the assembly board 31 M423942 of the signal transmission element # 30 is limited by the fixing member' The cover 7G stops, so it is not easy to make a relative displacement or disengagement with the terminal 4〇 so that the plug connector can be disabled from the multi-under (four) without damage. In addition, the grounding terminal is in contact with the screen smashing 6G with a plurality of elastic grounding parts to achieve excellent electrostatic guiding effect, and is accumulated on the socket connector (4) to eliminate the static electricity accumulation and disturb the signal transmission of the socket connector. operation. [Simple description of the drawing] Figure 1 is a three-dimensional appearance of the creation.
圖2係本創作省略屏蔽外殼的立體外觀圖。 圖3係本創作省略屏蔽外殼的另一立體外觀圖。 圖4係本創作省略屏蔽外殼的又一立體外觀圖。 圖5係本創作立體分解圖。 圖6係本創作另一立體分解圖。 圖7係本創作又一立體分解圖。 圖8係本創作端子與訊號傳輸元件的立體外觀圖 圖9係本創作與訊號傳輸元件的另一立體外觀圖 【主要元件符號說明】 I 〇絕緣本體 11固定座 111開槽 11 5安裝孔 II 6扣接槽 1 7安裝槽 12舌片 2 0組裝蓋 2 0 6扣接槽 30訊號傳輸元件 31組裝板 311焊杯 31 3凹槽 9 M423942 31 5定位部 32導線部 40端子 41固定段 42電性接觸段 43焊接段 5 0接地端子 51固定部 52臂部 521第一彈性接地部 53焊接部 54第二彈性接地部 60屏蔽外殼 600容槽 65開孔 66通孔 70後封蓋 71通槽 76扣臂 80固定件 90基板 91貫孔Fig. 2 is a perspective view showing the appearance of the shield casing omitted. Figure 3 is another perspective view of the shield housing omitted from the creation. Figure 4 is another perspective view of the shield housing omitted from the creation. Figure 5 is an exploded perspective view of the present creation. Figure 6 is another exploded perspective view of the present invention. Figure 7 is another perspective exploded view of the present creation. FIG. 8 is a perspective view of the terminal and the signal transmission component of the present invention. FIG. 9 is another perspective view of the present invention and the signal transmission component. [Main component symbol description] I 〇Insulation body 11 fixing seat 111 slot 11 5 mounting hole II 6 fastening groove 1 7 mounting groove 12 tongue 2 0 assembly cover 2 0 6 fastening groove 30 signal transmission element 31 assembly plate 311 welding cup 31 3 groove 9 M423942 31 5 positioning portion 32 wire portion 40 terminal 41 fixing portion 42 Electrical contact section 43 welding section 50 grounding terminal 51 fixing part 52 arm part 521 first elastic grounding part 53 welding part 54 second elastic grounding part 60 shielding outer casing 600 receiving groove 65 opening 66 through hole 70 rear cover 71 through Slot 76 buckle arm 80 fixing member 90 substrate 91 through hole