尤指一種使用於連接Especially for use in connection
M313883 、八、新型說明： •【新型所屬之技術領域】 本創作係有關一種連接器結構 電路板與排線之連接器結構。 【先前技術】 '請見第5圖所示，係為習用連接器結構之 連接器係具有—本體9、—滑片8、多數個端f〜 其中’該本體9具有多數容室9丄可供 7 ’而各朗子7則分別具有—卡勾段？ 二‘ 2。«总目士 」仅^丄與—接觸段7 =亥48係具有—可伸人並卡置於該卡勾段7 曰8 1 ’ _片8是藉由該卡槽8 1 + 勾部川，如此，得以勾設於該端子7之卡勾:77t! 以供該滑片8樞轉而得以蓋合於該本體9。W7 1 1 /承上述’當該滑片8設於該端子 後，當該本體9與該滑片8間，插設 : 用該滑片8以該卡勾部7 ] ] 、、二排、'泉W日守，再利 轉，以使該滑片8抵頂該排線w_側“進::體二:側旋 卡槽8 1勾設於該端子7之卡勾部7工，二…月^之 線。 1 ’予以固定該排 然，此種連接器結構， 滑片卡槽脫離該端子之卡勾 此種連接器之裝置失去功能 之損失。 常因列程度之絲 進步4成斷路而使得使用 ，如此一來即造成使用者極大 M313883 再言，該端子之卡勾，係以精密衝壓技術製成，於生 產時常常因該卡勾製成不易，造成大量之不良品產生，且 ^衝壓模具易損壞，因此，得由本連接器結構予以改進。 【新型内容】 本創作之首要目的，在於解決上述的問題而提供一種 連接器結構，其係以一具多數穿孔之滑蓋，設置於一絕緣 本體，該絕緣本體另設有多數個可配合該滑蓋穿孔之端 Φ 子，以擋止該滑蓋脫離該本體。 本創作之次一目的，是提供一具較佳接觸性之連接器 結構，其係利用多數個分別具一卡固段之端子，卡固於一 絕緣本體之容室，並藉由卡固於該容室之卡固段，設置有 一接觸部，該接觸部適可抵靠一排線後，再經由該滑蓋一 侧充分壓掣排線，而使該排線之導電面充分的抵靠於該接 觸部，而得一較佳接觸性之連接器。 為達前述之目的，本創作係包括一本體，該本體具有 籲一第一侧面、一第二侧面以及一自該第一侧面延伸之多數 容室，該等容室之兩端並分別設有一樞槽，且該等容室之 一侧並分別設有一穿孔，而該第二侧面並設有一連通該等 容室之容置口，各該容室之一侧並設有數個相對該等容室 之擋槽，且該本體兩端係分別設有一固定部；多數端子， 該等端子一端分別具一供接設於電路板之接腳段，另一端 則延伸有一可卡固於該等容室之卡固段以及一擂止段，各 該卡固段恰可卡合於該等容室，且各該卡固段並分別具有 一接觸部，俾供接觸排線而得以導電；一滑蓋，該滑蓋穿 M313883 設有多數用以分別穿設各該擋止段之穿孔，且該滑蓋並設 有多數連通於該穿孔之容置槽，該滑蓋兩端並分別延伸有 一樞接段，該等樞接段並可分別設於該等柩槽；以及二固 定座，分別具有一供卡固於該固定部之固定段，該固定段 並延伸有一可連接於電路板之接合段。 據此，各該端子之卡固段係卡固於該等容室，並使各該接 腳段凸伸於該第一侧面，而該滑蓋之樞接段恰可枢設於該 $ 枢槽，並使該滑蓋可朝向各該端子之接腳段方向蓋合，且 該等穿孔並穿伸有該擋止段，而得以藉由各該擋止段卡設 該滑蓋，使該滑蓋連接於該本體。 本創作之上述及其他目的與優點，不難從下述所選用 實施例之詳細說明與附圖中，獲得深入了解；當然，本創 作在某些另件上，或另件之安排上容許有所不同，但所選 用之實施例，則於本說明書中，予以詳細說明，並於附圖 中展示其構造。 φ 【實施方式】 請參閱第1圖至第4圖，圖中所示者為本創作所選用 之實施例結構，此僅供說明之用，在專利申請上並不受此 種結構之限制。 本實施例是揭示一種連接器結構，其主要係於一本體 1設有多數個卡固於該本體1之端子2以及二固定座3， 且各該端子2並穿設有一滑蓋4。 其中，該本體1進一步具有一第一侧面11、一第二 侧面1 2以及一自該第一侧面1 1延伸之多數容室1 3。 M313883 該等容室1 3之兩端並分別設有一樞槽1 4，各該容室1 3 —侧更穿設有一穿孔丄3丄。該第二側面丄2並設有一 連通該等容室之容置口 1 5，以供經由該容置口 1 5插設 排線W。該本體1相對各該容室1 3 一侧，更設有多數個 擒槽1 6，俾供擋止各該端子2，且該等容室1 3之二侧 並分別設有一嵌部1 8。該本體1兩端更分別設有一固定 部1 7，俾供卡固該等固定座3。 φ 各該端子2 一端分別具一供接設於電路板之接腳段2 1 ’另一端則延伸有一可卡固於該等容室1 3之卡固段2 2以及一可擋止該滑蓋4之擋止段2 3。各該卡固段2 2 恰可卡固於該等容室1 3，且各該卡固段2 2並分別具有 一接觸部2 2 1，而各該接觸部2 2 1是設置於該本體1 之穿孔1 3 1—侧，俾使該接觸部2 2 1受壓時，該穿孔 1 3 1得以容納該端子2所產生之位移。各該擋止段2 3 則为別具有一彎部’而使各該擋止段2 3概略呈s形，且 • 各該擋止段2 3之端部適可分別容置於各該擋槽丄6，俾 供防止各該擋止段2 3偏離各該容室1 3 1。 该滑盖4則穿設有多數個用以分別穿設各該檔止段2 3之穿孔4 1而形成一連接部4 1 1，且該滑蓋4 一侧並 設有多數連通於該穿孔4 1之容置槽4 1 2。該滑蓋4兩 端並分別延伸有一樞接段4 2，該等樞接段42並可分別 設於該等樞槽1 4，各該樞接段4 2更分別具有一頂抵部 4 2 1，俾供盖合該滑蓋4時可頂抵於該本體1之樞槽1 4，並使该滑盍4得以該樞槽1 4為中心旋轉而得以扳開 >1313883 该滑盍4。該滑盖4之兩端端面更分別設有一凸部4 3， 而可藉由該凸部4 3嵌合於該本體1之後部1 8。 各該固定座3，分別具有一供卡固於該固定部丄7之 固疋段3 1，該固定段3 1並延伸有一供固定於電路板b 之接合段3 2。各該固定座3設置於該本體1之固定部1 7後，各該固定段3 1並可凸伸於該樞槽1 4，俾供擋止 該滑蓋4之樞接段4 2。 據此，各該端子2之卡固段係卡固於該等容室丄3， 並使各該接腳段2 1凸伸於該第一側面丄丄，而該滑蓋4 之樞接段4 2恰可樞設於該樞槽χ 4，並使該滑蓋4可朝 向各该端子2之接腳段2 1方向蓋合，且該等穿孔4 1並 穿伸有各該端子7之擋止段2 3，而得以藉由各該擋止段 2 3卡設該滑蓋4，而使該滑蓋4連接於該本體工。 使用時，請見第2圖與第3圖，是表示該容置口 1 5 插設有一排線W時，該滑蓋4未壓合與壓合後之剖面示意 圖，其中，當扳開該滑蓋4時插設一排線w，藉以利用該 接觸部2 2 1抵頂於該排線w之導電面w1。 如此一來，再將該滑蓋4以該樞槽1 4為中心加以旋 轉而蓋合於該本體i，進一步使該滑蓋4上具有容置槽4 1 2之一侧抵頂靠合於該排線W遠離導電面w1另一側， 以頂推該導電面墀丄頂掣於該接觸部2 2 i，同時並使該 滑蓋4樞接段4 2之抵頂部4 2 1頂掣於該樞槽丄4，以 固定該滑蓋4於該本體1。 據此，睛見第4圖，係表示本實施例之使用狀態圖， M313883 -其中，各該端子2之接腳段2 1係可藉由表面黏著技術（s MT)設置於一電路板3上’且該容置口 i 5並插設有排 線w ’進而藉由各該端子2之接觸部2 2丄連接於該排線 W而得以互相傳導訊號。M313883, VIII, new description: • [New technical field] This is a connector structure of a connector structure circuit board and cable. [Prior Art] 'As shown in Fig. 5, the connector for the conventional connector structure has a body 9, a slider 8, and a plurality of ends f~ where the body 9 has a plurality of chambers 9 For 7 'and each of the 7 sons have a - hook segment? Two ‘2. «总目士" only ^丄 and - contact section 7 = Hai 48 series has - can be extended and stuck in the hook section 7 曰 8 1 ' _ slice 8 is by the card slot 8 1 + hook Thus, the hook of the terminal 7 can be hooked: 77t! to allow the slider 8 to pivot to cover the body 9. W7 1 1 / after said 'when the slider 8 is disposed at the terminal, when the body 9 and the slider 8 are interposed, the slider 8 is used for the hook portion 7], the second row, 'Spring W day guard, and then turn around, so that the slider 8 is on the top of the cable w_ side "Into: body 2: side rotation card slot 8 1 hooked on the hook portion of the terminal 7, The line of the second ... month ^ 1 'fixed to the arbitrarily, this connector structure, the slider card slot off the hook of the terminal, the device of this connector loses its function loss. It is used as a disconnection, which causes the user to be extremely large. M313883. The hook of the terminal is made by precision stamping technology, which is often difficult to produce due to the hook in production, resulting in a large number of defective products. And ^ stamping die is easy to damage, therefore, it must be improved by the connector structure. [New content] The primary purpose of this creation is to solve the above problems and provide a connector structure, which is a slide with a large number of perforations Provided in an insulating body, the insulating body is further provided with a plurality of ends which can be matched with the piercing of the sliding cover The Φ sub-segment prevents the sliding cover from coming off the body. The second purpose of the present invention is to provide a connector structure with better contactability, which is secured by a plurality of terminals each having a clamping portion. An insulative housing chamber is provided with a contact portion by a fastening portion that is fastened to the chamber, and the contact portion is adapted to abut against a row of wires, and then fully press the cable through the side of the slider The conductive surface of the cable is sufficiently abutted against the contact portion to obtain a connector having a better contact. For the purpose of the foregoing, the present invention includes a body having a first side a second side and a plurality of chambers extending from the first side, each of the two sides of the chamber is respectively provided with a pivot slot, and one side of the chamber is provided with a perforation, and the second The side surface is provided with a receiving port that communicates with the equal volume chamber. One side of each of the chambers is provided with a plurality of retaining grooves opposite to the equal volume chamber, and the two ends of the body are respectively provided with a fixing portion; One end of each of the terminals has a pin segment for connecting to the circuit board, and the other end Extending a fastening portion that can be fastened to the equal volume chamber and a stop portion, each of the fastening portions can be engaged with the equal volume chamber, and each of the fastening portions has a contact portion for each Contacting the cable to be electrically conductive; a sliding cover, the sliding cover M313883 is provided with a plurality of perforations for respectively forming the stopping segments, and the sliding cover is provided with a plurality of receiving slots communicating with the through holes, The two ends of the sliding cover are respectively extended with a pivoting section, and the pivoting sections are respectively disposed on the slots; and the two fixing seats respectively have a fixing section for fastening to the fixing part, and the fixing section is Extending a joint portion connectable to the circuit board. The fastening portion of each of the terminals is fastened to the equal volume chamber, and each of the pin segments protrudes from the first side, and the sliding cover The pivoting section is pivotally disposed on the pivoting slot, and the sliding cover can be closed toward the pin section of each of the terminals, and the through-holes extend through the blocking section, thereby being The sliding cover is engaged with the sliding cover to connect the sliding cover to the body. The above and other objects and advantages of the present invention are readily apparent from the detailed description and drawings of the selected embodiments described below. Of course, the present invention allows for the arrangement of certain parts or parts. The embodiments that are selected, but selected, are described in detail in the present specification and their construction is shown in the drawings. φ [Embodiment] Please refer to Fig. 1 to Fig. 4, which shows the structure of the embodiment selected for the creation of the present invention. This is for illustrative purposes only and is not limited by this structure in the patent application. In this embodiment, a connector structure is disclosed. The main body 1 is provided with a plurality of terminals 2 and two fixing bases 3, and each of the terminals 2 is provided with a sliding cover 4. The body 1 further has a first side surface 11, a second side surface 12, and a plurality of chambers 13 extending from the first side surface 11. M313883 is provided at each end of the equal volume chamber 1 3 and is respectively provided with a pivot slot 14 , and each of the chambers 13 3 is further provided with a perforation 丄 3 丄. The second side 丄2 is provided with a receiving port 15 for communicating with the receiving chamber for inserting the wire W through the receiving port 15. The body 1 is provided with a plurality of slots 116 for locating the terminals 2, and two sides of the chambers 1 3 are respectively provided with a fitting portion 18 . The two ends of the body 1 are respectively provided with a fixing portion 17 for clamping the fixing bases 3. Each end of the terminal 2 has a pin segment 2 1 'connected to the circuit board, and the other end extends a locking portion 2 2 that can be clamped to the equal volume chamber 1 3 and can block the sliding The stop section 2 of the cover 4 is 3 . Each of the fastening portions 2 2 is fixed to the equal volume chamber 13 , and each of the fastening portions 22 has a contact portion 2 2 1 , and each of the contact portions 2 2 1 is disposed on the body When the contact portion 2 2 1 is pressed by the perforation 1 3 1 side, the perforation 13 1 can accommodate the displacement generated by the terminal 2 . Each of the stop segments 23 has a curved portion ′ such that each of the stop segments 23 is substantially s-shaped, and the ends of each of the stop segments 23 are respectively accommodated in the respective blocks. The groove 6 is configured to prevent each of the stop segments 23 from deviating from each of the chambers 1 3 1 . The sliding cover 4 is provided with a plurality of through holes 4 1 for respectively forming the respective stopping portions 23 to form a connecting portion 4 1 1 , and one side of the sliding cover 4 is provided with a plurality of communicating with the through holes. 4 1 accommodates the slot 4 1 2 . A pivoting section 42 is formed at each of the two ends of the sliding cover 4, and the pivoting sections 42 are respectively disposed on the pivoting slots 14 . Each of the pivoting sections 42 further has a top abutting portion 4 2 . 1. When the slider 4 is closed, it can be abutted against the pivot slot 14 of the body 1, and the slider 4 can be rotated by the pivot slot 1 4 to be opened. > 1313883 . The end faces of the sliding cover 4 are respectively provided with a convex portion 43, and the convex portion 43 is fitted to the rear portion 18 of the body 1. Each of the fixing bases 3 has a fixing portion 3 1 for fastening to the fixing portion 丄7, and a fixing portion 31 and a joint portion 32 for fixing to the circuit board b. After the fixing portion 3 of the main body 1 is disposed, the fixing portion 31 can protrude from the pivoting groove 14 to block the pivoting portion 42 of the sliding cover 4. Accordingly, the fastening sections of the terminals 2 are fastened to the equal volume chamber 3, and each of the pin segments 2 1 protrudes from the first side 丄丄, and the pivoting section of the sliding cover 4 4 2 can be pivotally disposed on the pivot slot 4, and the sliding cover 4 can be closed toward the pin segment 21 of each terminal 2, and the through holes 4 1 are pierced with the terminals 7 The slide portion 4 is blocked by the respective stop portions 23, and the slide cover 4 is connected to the body. When in use, please refer to FIG. 2 and FIG. 3, which is a schematic cross-sectional view of the sliding cover 4 when the receiving port 15 is inserted with a row of wires W, wherein the sliding cover 4 is uncompressed and pressed. When the slider 4 is inserted, a row of wires w is inserted, so that the contact portion 2 2 1 is used to abut the conductive surface w1 of the wire w. In this way, the sliding cover 4 is rotated around the pivoting groove 14 to cover the main body i, and the sliding cover 4 has a receiving groove 4 1 2 on one side thereof. The wire W is away from the other side of the conductive surface w1 to push the conductive surface dome to the contact portion 2 2 i, and the pivoting portion 4 of the sliding cover 4 is connected to the top portion 4 2 1 The pivoting groove 4 is configured to fix the slider 4 to the body 1. Accordingly, FIG. 4 is a view showing a state of use of the present embodiment, M313883 - wherein the pin segments 2 1 of the terminals 2 are disposed on a circuit board 3 by surface adhesion technology (s MT). And the receiving port i 5 is inserted with the wire w′ and the signals are mutually transmitted by the contact portions 2 2 各 of the terminals 2 connected to the wire W.
上所述實施例之揭示係用以說明本創作，並非用以 創作二故舉凡數值之變更或等效元件之置換仍應隸 1作之範嘴；由以上詳細說明，可使熟知本項技藝者 月瞭=作的確可達成前述目的，實已符合專利法 没提出專利申請。 【圖式簡單說明】 第1圖係本創作之分解立體圖 第2圖係本創作之滑蓋未壓合抵靠於本體而插設一排 線之示意圖 第3圖係本創作之容置插一 於本體之示意圖排線亚壓合抵靠滑蓋 與—排㈣之使用狀 壓合動作剖面 示意圖 第5圖係習用連接器結構之 【主要元件符號說明】 (習用部分） 本體9 滑片8 端子7 容室9 1 卡槽8 1 卡勾段7 1 M313883 卡勾部7 1 1 (本創作部分） 本體1 第二侧面12 穿孔1 3 1 容置口 1 5 固定部1 7 • 端子2 卡固段2 2 擋止段2 3 固定段3 1 滑蓋4 連接部4 1 1 樞接段4 2 φ 凸部4 3 導電面W 1The disclosure of the above-mentioned embodiments is used to illustrate the present invention, and is not intended to create a change in the numerical value or the replacement of the equivalent element, which should be used as a standard nozzle; If you have made the above-mentioned purpose, you have already met the Patent Law and have not filed a patent application. [Simplified illustration of the drawing] The first picture is an exploded perspective view of the creation. Figure 2 is a schematic diagram of the slide of the creation of the slide that is not pressed against the body and inserted into a row of lines. The third picture is the insertion of the creation of the creation. Fig. 5 is a schematic view of the pressing structure of the main body of the main body of the main body of the main body and the bottom plate of the main body. Fig. 5 is a schematic diagram of the main component symbol of the conventional connector structure (conventional part) body 9 slider 8 terminal 7 chamber 9 1 card slot 8 1 card hook segment 7 1 M313883 hook portion 7 1 1 (this part) body 1 second side 12 perforation 1 3 1 receiving port 1 5 fixing part 1 7 • terminal 2 clamping Section 2 2 Stop section 2 3 Fixing section 3 1 Slide cover 4 Connection part 4 1 1 Pivot section 4 2 φ Protrusion 4 3 Conductive surface W 1
第一侧面1 1 容室1 3 樞槽1 4 擋槽1 6 嵌部1 8 接腳段2 1 接觸部2 2 1 固定座3 接合段3 2 穿孔4 1 容置槽4 1 2 頂抵部4 2 1 排線W 電路板B 11First side 1 1 chamber 1 3 pivot slot 1 4 slot 1 6 fitting 1 8 pin segment 2 1 contact 2 2 1 fixing seat 3 engaging section 3 2 perforation 4 1 receiving groove 4 1 2 abutting portion 4 2 1 Cable W Board B 11