M376026 五、新型說明： 【新型所屬之技術領域】 本創作是有關於一種連接器，特別是有關於一種可 有效改善製作難易度以及良率的連接器結構。 【先前技術】 按，連接器係一種以電氣方式連接電線、電路板和 其他電路元件的連接裝置。因此，廣泛地運用於吾人 生活周遭之各種電子產品，例如筆記本型電腦、手機 以及個人數位助理器（PDA)等。 一般的連接器係焊固於電路板上，俾利用其連接端 子與電路板上經電路佈局之接觸端接觸，以形成電氣 連接，然而在某些運用上，連接器係作為固定另一電 路元件，例如固定軟性排線的用途。因此，連接器係 介於軟性排線及印刷電路板之間，俾作為電氣訊號之 轉接。 請參閱第一圖，係為一種傳統固定軟性排線之前掀 式連接器1，其結構包含有絕緣本體10、複數第一導 電端子12、第二導電端子13、蓋體14以及導電殼體 16,此前掀式連接器1係利用蓋體14下壓時會使得第 一導電端子12挾持住軟性排線（未繪示），並使第一 導電端子12與軟性排線之間形成電性接觸導通。 3 M376026 . 此種前掀式連接器1為了使第二導電端子13與軟 性排線之間形成較佳的電性接觸，所以在導電殼體16 上設有複數個挾持彈片162,此些挾持彈片162係用 以抵壓軟性排線，以使軟性排線與第二導電端子13之 間形成較佳的電性接觸。此外，在絕緣本體10上設有 . 一體成型之支撐橫條102，以支撐導電殼體16與設置 於其上之挾持彈片162，此支撐橫條1(32係橫跨絕緣 本體10之容置空間100與軟性排線，以及作為蓋體 • 14支撐之用。 然而，此種前掀式連接器1之挾持彈片162與支撐 橫條102，係分別一體成型於導電殼體16及絕緣本體 10上，由於導電殼體16與絕緣本體10之整體成型結 構較複雜，所以容易發生沖壓成型困難與塑料流動不 易的情況，導致導電殼體16與絕緣本體10的製作良 率較低，容易造成此種前掀式連接器1之製作難度較 高與生產良率較低的問題。 【新型内容】 習知連接器結構由於導電殼體與絕緣本體之成型 結構較複雜，容易發生沖壓成型困難與塑料流動不易 的情況，導致導電殼體與絕緣本體的製作良率較低， 如此容易造成習知連接器結構之製作難度較高與生產 良率較低的問題。 4 M376026 - 本創作提供一種連接器結構，包括絕緣本體、複數 導電端子、蓋體及金屬構件，其中絕緣本體具有一底 板部、設置於底板部上之一前端部以及位於前端部左 右兩側之一左側部與一右側部，該底板部、該前端部、 該左側部及該右側部係形成一容置空間。複數導電端 子設置於絕緣本體之容置空間内，其中每一導電端子 具有一接觸端及一對接端，且該接觸端位於容置空間 内。蓋體樞設於絕緣本體之容置空間内，金屬構件兩 • 端分別安裝於左側部及右侧部上，且橫跨容置空間， 金屬構件與底板部之間形成一開口。 本創作所提供連接器結構，其係利用一金屬構件安 裝於絕緣本體之左側部及右側部上並且橫跨於容置空 間，以作為蓋體支撐之用，如此可避免直接在絕緣本 體上一體成型一支撐橫條所造成之塑料流動不易所導 致之生產良率較低的問題。再者，此金屬構件上設有 複數個挾持彈片，且此金屬構件與導電殼體係為兩個 ® 獨立沖壓成型的元件，故可避免兩個元件一體成型所 造成之沖壓成型困難的問題。 【實施方式】 請參照第二圖至第六圖，本創作提供一種連接器結 構，此連接器結構2包含絕緣本體20、複數第一導電 端子22、第二導電端子23、蓋體24、導電殼體26以 及金屬構件28，其中絕緣本體20具有一底板部201、 5 设置於該底板部201上之一前端部202以及位於該前 ^部202左右兩侧之一左側部203與一右侧部205， 底板部201、前端部202、左側部203及右侧部205係 共同形成一容置空間200，二樞接槽208分別設置於 左側部203與右側部205上，該底板部201的前端與 後端分別設有複數第一端子插槽220與第二端子插槽 230 ’且第一端子插槽220亦延伸至前端部202中。 複數第一導電端子22設置於絕緣本體20之容置空 間200内，第一導電端子22具有一第一接觸端224及 一第一對接端226 ’此第一接觸端224係位於容置空 間2〇〇内，此第一對接端226係經由絕緣本體20内之 第一端子插槽220向前延伸出於絕緣本體20外。複數 第二導電端子23設置於絕緣本體20之容置空間200 内，且相對於第一導電端子22呈前後相對設置，第二 導電端子23具有一第二接觸端234及一第二對接端 236 ’此第二接觸端234係位於容置空間200内，此第 二對接端236係經由絕緣本體20内之第二端子插槽 230向後延伸出於絕緣本體2〇外。 —金屬構件28，其兩端分別安裝於絕緣本體20之 左側部203及右側部205上，並且橫跨於容置空間 2〇〇，金屬構件28與底板部2〇1之間形成一開口 40 ’ 其中絕緣本體20之左側部203及右侧部205分別設有 一卡扣部207以及一嵌合槽209，該金屬構件28之兩 端係分別設有一卡合部282以及一嵌合件284，該卡 M376026 合部282可卡合於該卡扣部207，該嵌合件284可卡 合於該嵌合槽209，以將金屬構件28安裝固定於絕緣 本體20上，且在金屬構件28上還設有複數個挾持彈 片286，此些挾持彈片286係與該些第二導電端子23 呈上下相對設置，如此可用以挾持抵壓軟性傳輸單元 • 30，以使軟性傳輸單元30與第二導電端子23之間形 成較佳的電性接觸。在本實施例中，該金屬構件28係 為一 U形結構，該U形結構係可卡合於卡扣部207， • 此U形結構除了具有固定金屬構件28於卡扣部207的 功能外，還具有加強金屬構件28之結構強度的作用 (類似於雙層結構的原理），該金屬構件28係作為蓋 體14支撐之用。 蓋體24樞設於絕緣本體20之容置空間200内，其 中蓋體24之兩側各設有一樞軸部244，該樞軸部244 係樞設於絕緣本體20之樞接槽208。該蓋體24上設 - 有一轉軸部242，該轉軸部242係可樞設於導電端子 22上。導電殼體26覆蓋於絕緣本體20上，在本實施 例中，此導電殼體26係覆蓋於前端部202、左側部203 與右側部205上。 一軟性傳輸單元30通過金屬構件28與底板部201 之間的開口 40插入組裝於容置空間200内，其中軟性 傳輸單元30面對於該些第一導電端子22與第二導電 端子23分別設有複數個第一接點與第二接點（未繪 示），該些第一接點與第二接點係分別搭接於該些第 7 之第二接觸端234’以使軟性傳2:f第: 第一導電端子22及第二導雷* 1早兀30電性連接； 此軟性傳輸單元3G係為軟性=23。在本實施例中， 此，軟性傳輸單元3〇亦可:線（FFC)，然不限於 綜上所述，本創作之連電路板(FPC)。 構件直接安裝於絕緣本體之’錢湘一金屬 跨於容置空間，以作為蓋體支::及右側部上並且橫 接在絕緣本體上一體成型一3:用’如此可避免直 動不易所導致之生錢率_ ^條所造成之塑料流 構件上設有複數個低:問題。再者，此金屬 體係為兩_立沖壓_ 此金屬構件與導電殼 -體㈣+的牛’故可避免兩個元件 體成型所錢之㈣成仙_問題。 上述詳細說明為針對本 例說明而已’惟該實施例 可行實施 專利範圍，凡其它未脫離本=定本=之申請 =_化與修飾變更，均】= 涵盍之專利範圍中。 个別作所 【圖式簡單說明】 第一圖係傳統前掀式連接器的立體分解示音圖。 體分解示意圖 第二圖係本創作之連接器結構的 =圖:士，之連接器結構與軟性傳輸單元組裳的立 立體分解示意圖 M376026 第四圖係第三圖中連接器結構之絕緣本體的立體示意圖。 第五圖係第三圖中連接器結構之金屬構件的立體示意圖。 第六圖係本創作之連接器結構的剖面示意圖。 【主要元件符號說明】 〔本創作〕M376026 V. New description: [New technical field] This creation is about a connector, especially a connector structure that can effectively improve the ease of manufacture and yield. [Prior Art] A connector is a connection device that electrically connects wires, boards, and other circuit components. Therefore, it is widely used in various electronic products around our lives, such as notebook computers, mobile phones, and personal digital assistants (PDAs). A typical connector is soldered to a circuit board, and its connection terminal is in contact with a contact end of the circuit board through the circuit layout to form an electrical connection. However, in some applications, the connector is used to fix another circuit component. For example, the purpose of fixing a flexible cable. Therefore, the connector is placed between the flexible cable and the printed circuit board, and is used as a relay for electrical signals. Please refer to the first figure, which is a conventional fixed flexible cable front rake connector 1 , the structure comprising an insulative housing 10 , a plurality of first conductive terminals 12 , a second conductive terminal 13 , a cover 14 and a conductive housing 16 . When the shackle connector 1 is pressed down by the cover 14, the first conductive terminal 12 is held by the flexible cable (not shown), and the first conductive terminal 12 and the flexible cable are electrically connected. Turn on. 3 M376026. In order to form a good electrical contact between the second conductive terminal 13 and the flexible cable, the front housing type connector 1 is provided with a plurality of holding elastic pieces 162 on the conductive housing 16, and these holdings The elastic piece 162 is used for pressing the flexible cable to form a better electrical contact between the flexible cable and the second conductive terminal 13. In addition, an integrally formed supporting rail 102 is disposed on the insulative housing 10 to support the conductive housing 16 and the holding elastic piece 162 disposed thereon. The supporting horizontal strip 1 (32 is disposed across the insulating body 10 The space 100 and the flexible cable are used as the cover body 14 . However, the holding elastic piece 162 and the supporting rail 102 of the front rake connector 1 are integrally formed on the conductive housing 16 and the insulative housing 10 respectively. In the above, since the integral molding structure of the conductive housing 16 and the insulative housing 10 is complicated, it is easy to cause difficulty in press forming and the flow of plastic is not easy, resulting in a low yield of the conductive housing 16 and the insulative housing 10, which is easy to cause. The front shackle connector 1 is difficult to manufacture and has low production yield. [New content] The conventional connector structure is difficult to form and form plastic due to the complicated molding structure of the conductive shell and the insulating body. When the flow is not easy, the production yield of the conductive shell and the insulating body is low, so that it is easy to cause the manufacturing of the conventional connector structure to be difficult and the production yield is low. 4 M376026 - The present invention provides a connector structure comprising an insulative housing, a plurality of conductive terminals, a cover body and a metal member, wherein the insulative housing has a bottom plate portion, a front end portion disposed on the bottom plate portion, and left and right sides of the front end portion The bottom plate portion, the front end portion, the left side portion and the right side portion form an accommodating space. The plurality of conductive terminals are disposed in the accommodating space of the insulative housing, wherein each of the conductive terminals has a contact end and a pair of connecting ends, wherein the contact end is located in the accommodating space. The cover body is pivotally disposed in the accommodating space of the insulating body, and the two ends of the metal member are respectively mounted on the left side portion and the right side portion, and span The accommodating space forms an opening between the metal member and the bottom plate portion. The connector structure provided by the present invention is mounted on the left side portion and the right side portion of the insulating body by a metal member and spans the accommodating space to serve as The cover body is used for support, so as to avoid the production yield of the plastic flow caused by integrally forming a support rail directly on the insulating body. Furthermore, the metal member is provided with a plurality of holding elastic pieces, and the metal member and the conductive housing are two independent stamping components, so that the stamping forming caused by the integral molding of the two components can be avoided. [Embodiment] Please refer to the second to sixth figures. The present invention provides a connector structure. The connector structure 2 includes an insulative housing 20, a plurality of first conductive terminals 22, a second conductive terminal 23, and a cover 24. The electrically conductive housing 26 and the metal member 28, wherein the insulative housing 20 has a bottom portion 201, 5 disposed on the front end portion 202 of the bottom portion 201, and a left side portion 203 and a portion on the left and right sides of the front portion 202. The right side portion 205, the bottom plate portion 201, the front end portion 202, the left side portion 203, and the right side portion 205 form an accommodating space 200. The two pivoting grooves 208 are respectively disposed on the left side portion 203 and the right side portion 205. The front end and the rear end of the 201 are respectively provided with a plurality of first terminal slots 220 and second terminal slots 230 ′ and the first terminal slots 220 also extend into the front end portion 202 . The first conductive terminal 22 is disposed in the accommodating space 200 of the insulative housing 20 . The first conductive terminal 22 has a first contact end 224 and a first mating end 226 ′. The first contact end 224 is located in the accommodating space 2 . The first butting end 226 extends forwardly outside the insulative housing 20 via the first terminal slot 220 in the insulative housing 20 . The second conductive terminals 23 are disposed in the accommodating space 200 of the insulative housing 20 and are disposed opposite to each other with respect to the first conductive terminals 22 . The second conductive terminals 23 have a second contact end 234 and a second mating end 236 . The second contact end 234 is located in the accommodating space 200. The second butt end 236 extends rearward through the second terminal slot 230 in the insulative housing 20 outside the insulating body 2 . The metal member 28 is respectively mounted on the left side portion 203 and the right side portion 205 of the insulative housing 20, and spans the receiving space 2〇〇, and an opening 40 is formed between the metal member 28 and the bottom plate portion 2〇1. The left side portion 203 and the right side portion 205 of the insulative housing 20 are respectively provided with a locking portion 207 and a fitting groove 209. The two ends of the metal member 28 are respectively provided with an engaging portion 282 and a fitting member 284. The engaging portion 282 of the card M376026 can be engaged with the locking portion 207. The fitting member 284 can be engaged with the fitting groove 209 to fix and fix the metal member 28 to the insulating body 20 and on the metal member 28. A plurality of holding elastic pieces 286 are also disposed. The holding elastic pieces 286 are disposed opposite to the second conductive terminals 23 so as to be used to hold the soft transmission unit 30 to make the flexible transmission unit 30 and the second conductive A preferred electrical contact is formed between the terminals 23. In the present embodiment, the metal member 28 is a U-shaped structure that can be engaged with the buckle portion 207. The U-shaped structure has the function of fixing the metal member 28 to the buckle portion 207. It also has the effect of reinforcing the structural strength of the metal member 28 (similar to the principle of a two-layer structure) which is used as a support for the cover 14. The cover body 24 is pivotally disposed in the accommodating space 200 of the insulative housing 20, and a pivot portion 244 is disposed on each side of the cover body 24, and the pivot portion 244 is pivotally disposed on the pivoting slot 208 of the insulative housing 20. The cover body 24 is provided with a rotating shaft portion 242 which is pivotally mounted on the conductive terminal 22. The conductive housing 26 covers the insulative housing 20. In the present embodiment, the conductive housing 26 covers the front end portion 202, the left side portion 203 and the right side portion 205. A flexible transmission unit 30 is inserted into the accommodating space 200 through the opening 40 between the metal member 28 and the bottom plate portion 201. The flexible transmission unit 30 is respectively disposed on the first conductive terminal 22 and the second conductive terminal 23 a plurality of first contacts and second contacts (not shown), wherein the first contacts and the second contacts are respectively attached to the seventh contact ends 234' of the seventh to enable soft transmission 2: f: The first conductive terminal 22 and the second lightning guide * 1 are electrically connected to each other; the soft transmission unit 3G is soft = 23. In this embodiment, the flexible transmission unit 3 can also be: a line (FFC), but it is not limited to the above-mentioned connected circuit board (FPC). The component is directly mounted on the insulative body. The Qianxiang-metal crosses the accommodating space to serve as the cover body: and the right side portion and the horizontally connected body is integrally formed with a 3: use 'so avoiding direct movement The resulting raw money rate _ ^ caused by the plastic flow components on the multiple low: problem. Furthermore, the metal system is a two-piece stamping _ the metal member and the conductive shell-body (four) + cows, so that the problem of the formation of the two component bodies can be avoided. The above detailed description is for the purpose of illustration only, and the scope of the patent is applicable to the embodiment. Any other application that does not deviate from the original =================================================== Individual work [Simplified illustration] The first picture is a stereo exploded view of a traditional front-end connector. The second diagram of the body decomposition diagram is the diagram of the connector structure of the present invention: the schematic diagram of the connector structure and the flexible transmission unit group. The third figure is the insulative body of the connector structure in the third figure. Stereoscopic view. The fifth figure is a perspective view of the metal member of the connector structure in the third figure. The sixth figure is a schematic cross-sectional view of the connector structure of the present invention. [Main component symbol description] [This creation]
1 前掀式連接器 10 絕緣本體 100 容置空間 102 支樓橫條 12 第一導電端子 13 第二導電端子 14 蓋體 16 導電殼體 162 挾持彈片 2 連接器結構 20 絕緣本體 200 容置空間 201 底板部 202 前端部 203 左侧部 205 右側部 207 卡扣部 208 樞接槽 M376026 209 22 220 224 226 23 230 234 • 236 24 242 244 26 28 282 284 籲 30 40 嵌合槽 第一導電端子 第一端子插槽 第一接觸端 第一對接端 第二導電端子 第二端子插槽 第二接觸端 第二對接端 蓋體 轉軸部 樞軸部 導電殼體 金屬構件 卡合部 嵌合件 軟性傳輸單元 開口1 Front 掀 connector 10 Insulating body 100 accommodating space 102 Branch bar 12 First conductive terminal 13 Second conductive terminal 14 Cover 16 Conductive housing 162 Holding elastic piece 2 Connector structure 20 Insulating body 200 accommodating space 201 Bottom portion 202 Front end portion 203 Left side portion 205 Right side portion 207 Buckle portion 208 Pivot groove M376026 209 22 220 224 226 23 230 234 • 236 24 242 244 26 28 282 284 Call 30 40 Fitted slot first conductive terminal first Terminal slot first contact end first butt end second conductive terminal second terminal slot second contact end second butt end cover body shaft portion pivot portion conductive housing metal member snap portion fitting member flexible transmission unit opening