M374684 五、新型說明： 【新型所屬之技術領域】 尤指一種可簡 本創作係有關於一種連接器鈇構 化構件及組裝過程之電連接器結構。 【先前技術】 ° ° 按，連接器廣泛應用於電子、資訊、通訊、光電 等領域中，其具有㈣何相充當電源、訊號的正M374684 V. New description: [New technical field] A special type of electrical connector structure related to a connector structure and assembly process. [Prior Art] ° °, connectors are widely used in electronics, information, communications, optoelectronics, etc., which have (4) what is the power source, the signal is positive
極和負極.（或接地），電源連接器就是藉端子的正、 負極來為電子S件提供工作電a。通常，於線窺的兩 端組設連接H減或插獅成心連接相隔—段距離 的電源或訊號與電子元件的軸器組合；或者，現有 的連接器也可設置於電路板上4可與—匹配的連接 器相互電性連接。 然而習知技術係利用插座外部之殼體設複數個彈 片來將殼體定位於插座之本體，此外，亦需利用 狀接地片體來蓋合於殼體與於插座本體之間 習知技術來加以改善 【新型内容】 ，然部件數量較多，製程較為繁複，因此有必要針對 爰此，本創作改變前揭習知連接器之組合結構， f係重新佈置連接器之殼體或/及端子的結構,可 簡化組裝過程之連接器組裝結構。 M374684 本創作提供一種連接器組裝結構，主要包括一本 係界定有一收容空間，且該本體設有—開口上 述本體之外緣組設至少—第_端子，所述本體内緣之 底部朝前述開口有-雇體，該座體設有—貫孔供一第 二端子來嵌入固設，本體及第一端子套合有一遮蔽嗖 【體實蔽殼體朝本體開口内傾斜延伸—接地片體。The pole and the negative pole (or ground), the power connector is to provide the working power a for the electronic S by the positive and negative terminals of the terminal. Generally, at both ends of the line peek, a connection of a H or a lion is connected to connect the power source or the signal of the distance to the electronic component, or the existing connector can be disposed on the circuit board. The mating connectors are electrically connected to each other. However, the prior art utilizes a plurality of elastic pieces on the outer casing of the socket to position the casing on the body of the socket. In addition, it is also necessary to use a grounding piece to cover the conventional technology between the casing and the socket body. To improve [new content], but the number of parts is large, the process is more complicated, so it is necessary to aim at this, this creation changes the combination structure of the connector before the change, f is the rearrangement of the connector housing and / and terminal The structure simplifies the connector assembly structure of the assembly process. M374684 The present invention provides a connector assembly structure, which mainly includes a system defining a receiving space, and the body is provided with an opening, the outer edge of the body is assembled with at least a first terminal, and the bottom of the inner body edge faces the opening The body is provided with a through hole for a second terminal to be embedded and fixed, and the body and the first terminal are sleeved with a shielding body [the body-shaped housing extends obliquely toward the inside of the body opening-the grounding piece body.
對於本創作之其他優點、目的、 係能藉㈣下配合圖叙本輸技耗徵及功效’ 而趨於瞭解:請參閱第一圖細?明 一種連接器組裝結構1G可供—插頭2()來對接系= 接益組裝結構H)主要包括-本體UG，係料有一收 容空間mo,且該本體11G設有―開口 U2g，藉以供 所述插頭20來插置。For the other advantages, purposes, and functions of this creation, we can understand by using (4) the following diagrams to illustrate the consumption and efficacy of the transmission technology. Please refer to the first figure. A connector assembly structure 1G is available for plug-in 2 ( The docking system = the joint assembly structure H) mainly comprises a body UG, the system has a receiving space mo, and the body 11G is provided with an opening U2g for the plug 20 to be inserted.
上述本體110之外緣可組設有至少一第一端子 120’在一可行之實施模式中，前述第一端子12〇可包 含有一主體部1210可套設於該本體u〇，所述主體部 1210朝一侧延伸有至少一接觸部122〇可嵌合於上述 本體110外緣所設之至少一導槽1130而固設；前述主 體部1210朝另一側可延伸有至少一固定部123〇來插 設或/及凸伸出可扣合該本體110之一蓋體130。 所述本體110内緣之底部朝前述開口 1120可延伸 有一座體1140，該座體1140設有一貫孔1150供一第 二端子140通過所述蓋體130 (例如：通過所述蓋體 4 130設有之一透孔1310或insert molding於上述蓋 體130，惟不以此為限）來嵌入固設（例如：於上述 貫孔1150内’惟不以此為限），前述第一端子120、 該第二端子14ϋ可分別插接於一電路板或藉由連接至 少一導線來與外部電路之負電極（或稱陰極；接地亦 為可行之模式）、正電極（或稱陽極）部位連結（未 顯示於圖’且不以此為限）來傳導電訊。 前述本體110及第一端子120可再套合一遮蔽殼 體150，且該遮蔽殼體150可朝所述本體ho的開口 1120内傾斜延伸一接地片體160來與上述第一端子 120 (例如：前述接觸部1220呈放射狀彎折之末端， 惟不以此為限）接觸’可節省習知技術需要另行組裝 上述接地片體160之模具開發及備料成本；此外，前 述第一端子120之主體部1210可延伸有一凸緣1240, 可藉以扣合於該遮蔽殼體150所設之至少一定位孔 1510，不僅強化所述遮蔽殼體150及本體11〇的結合 與定位，更可大幅節省習知技術於該遮蔽殼體設複數 個彈片之衝壓製作成本。 上述插頭20設有一嵌接口 210係界定有一容置空 間2110，前述插頭20内緣之底部朝所述嵌接口 21〇 可凸設有一第一導電部220，可作為傳導其所連接之 外部電源的第一電極（例如··正電極，惟不以此為限）， 而上述插頭20之外緣則係為一第二導電部230，可作 為傳導其所連接之外部電源之第二電極（例如：負電 極或接地，惟不以此為限）。 當該插頭20插置於所述開口 1120時，上述插頭 20外錶之第二導電部230 (例如：接地t極，惟不以 此為限）會先接觸前述接地片體160而形同接地（上 述已提及，在此不再贅述），可藉此增加產品安全性 或達到電磁屏蔽與靜電防護之作用。 综上所述，本案可改善前揭先前技術而具有之以 下優點： 1. 精簡製程：本案生產組裝時，不需要如先前技 術將上述地片體罩設於前述遮蔽殼體之一侧； 且利用該第一端子之主體部延伸有一凸緣來扣 合於所述遮蔽殼體所設之定位孔即可強化所述 遮蔽殼體及本體的結合與定位，無須於該遮蔽 殼體衝壓出複數個彈片，本創作組裝過程精 簡，大幅降低人工成本。 2. 節省模具費用、：本創作前述遮蔽殼體之一側延 伸該接地片體而與所述第一端子或/及上述插 頭之外緣的第二導電部接觸而共同接地，前述 遮蔽殼體及該接地片體可使用同一模具，亦 即，先前技術所述遮蔽殼體及接地片體為分離 的個別元件，必須開設不同的模具，而本創作 則僅需單-模具，因此可大幅節省模具開設及 物料管理費用。 ，本創作未見公開及使用，亦符合新型專利要件， 歧^提出申請，謹請賜准專利，是所至盼。 而陳明者，以上所述僅為本案之較佳實施例，並 非用以限制本創作，若依本創作構想所作之改變，在 不脫離本創作精神範圍，例如：對於構形或布置型態 加以^:換，對於各種變化、修飾與應用，所產生之等 效作用，均應包含於本案之權利範圍内，合先陳明。 【圖式簡單說明】 第一圖係本創作之立體示意圖。 第二圖係第一圖之立體分解示意圖。 第三圖係本創作之實施狀態之剖面示意圖（一）。 第四圖係本創作之實施狀態之剖面示意圖（二）。 【主要元件符號說明】 10連接器組裝結構 110本體 1110收容空間 1120 開口 1130導槽 1140座體 1150貫孔 120第一端子 1210主體部 M374684 1220接觸部 1230固定部 1240凸緣 130蓋體 1310透孔 140第二端子 150遮蔽殼體 1510定位孔 160接地片體 20插頭 210嵌接口 2110容置空間 220第一導電部 230第二導電部The outer periphery of the body 110 may be provided with at least one first terminal 120 ′. In a possible implementation mode, the first terminal 12 〇 may include a main body portion 1210 that can be sleeved on the body, and the main body portion The at least one contact portion 122 extends toward one side and is fixed to the at least one guiding groove 1130 provided on the outer edge of the body 110; the main body portion 1210 extends toward the other side with at least one fixing portion 123〇. The cover 130 can be fastened by inserting or/and protruding. The bottom of the inner edge of the body 110 extends toward the opening 1120 to extend a body 1140. The base 1140 is provided with a constant hole 1150 for a second terminal 140 to pass through the cover 130 (for example, through the cover 4 130). The first terminal 120 is provided with a through hole 1310 or insert molding, but not limited thereto, to be embedded (for example, in the through hole 1150), but not limited thereto. The second terminal 14ϋ can be respectively connected to a circuit board or connected to the negative electrode (or cathode; grounding is also feasible mode) and the positive electrode (or anode) of the external circuit by connecting at least one wire. (Not shown in the figure 'and not limited to this) to conduct telecommunications. The body 110 and the first terminal 120 can be further sleeved with a shielding shell 150, and the shielding shell 150 can extend obliquely to the grounding body 160 of the body ho to the first terminal 120 (for example, The contact portion 1220 is radially bent at the end, but not limited thereto. The contact can save the mold development and preparation cost of separately assembling the grounding strip 160 by the prior art; in addition, the first terminal 120 The main body portion 1210 can extend a flange 1240, and can be fastened to the at least one positioning hole 1510 of the shielding shell 150, thereby not only strengthening the combination and positioning of the shielding shell 150 and the body 11 , but also greatly saving The conventional technology provides a stamping manufacturing cost for a plurality of shrapnel in the shielding shell. The plug 20 is provided with an insertion interface 210 defining an accommodating space 2110. The bottom of the inner edge of the plug 20 can protrude from the embedded interface 21 to form a first conductive portion 220, which can serve as an external power source for connecting the same. a first electrode (for example, a positive electrode, but not limited thereto), and the outer edge of the plug 20 is a second conductive portion 230, which can serve as a second electrode for conducting an external power source to which it is connected (for example, : Negative electrode or ground, but not limited to this). When the plug 20 is inserted into the opening 1120, the second conductive portion 230 of the plug 20 (for example, the grounding t pole, but not limited thereto) first contacts the grounding strip 160 and is grounded. (As mentioned above, it will not be described here), which can increase product safety or achieve electromagnetic shielding and electrostatic protection. In summary, the present invention can improve the prior art and has the following advantages: 1. Streamlined process: in the production and assembly of the present case, it is not required to cover the above-mentioned ground body on one side of the shielding case as in the prior art; The main body portion of the first terminal extends with a flange to be engaged with the positioning hole provided in the shielding shell to strengthen the joint and positioning of the shielding shell and the body, without punching out the shielding shell A shrapnel, the assembly process of this creation is streamlined, greatly reducing labor costs. 2. Saving the cost of the mold: the one side of the shielding case extends to the grounding piece and is in contact with the second terminal of the first terminal or/and the outer edge of the plug, and the shielding housing is grounded. And the grounding piece body can use the same mold, that is, the shielding shell and the grounding piece body of the prior art are separate individual components, and different molds must be opened, and the creation only requires a single mold, so the saving can be greatly saved. Mold opening and material management costs. This creation has not been disclosed and used, and it is also in line with the new patent requirements. It is an expectation to apply for a patent. The above description is only a preferred embodiment of the present case, and is not intended to limit the creation of the present invention. If the changes made in accordance with the creative concept are not deviated from the scope of the spirit of the creation, for example, for the configuration or arrangement ^: For the various changes, modifications and applications, the equivalent effect should be included in the scope of the case, and the first and foremost. [Simple description of the diagram] The first picture is a three-dimensional diagram of the creation. The second figure is a perspective exploded view of the first figure. The third figure is a schematic cross-sectional view of the implementation state of this creation (1). The fourth picture is a schematic cross-sectional view of the implementation state of this creation (2). [Main component symbol description] 10 connector assembly structure 110 body 1110 housing space 1120 opening 1130 channel 1140 body 1150 through hole 120 first terminal 1210 body portion M374684 1220 contact portion 1230 fixing portion 1240 flange 130 cover body 1310 through hole 140 second terminal 150 shielding housing 1510 positioning hole 160 grounding body 20 plug 210 embedded interface 2110 accommodating space 220 first conductive portion 230 second conductive portion