M343959 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種電連接器，特別是有關於一種 鎖定機構之金屬鎖扣設有按壓部’操控此按壓部，可使 解除鎖定狀態更加錄及增加元件使轉权電連接器 【先前技術】 按’目前液晶顯示ϋ與祕域板之間所使用的訊 號傳輸介面，係多採用具超高速、低功耗及低電磁輕射 特性的低電壓差分信號接收器(LVDS ; L〇wV〇ltageM343959 VIII. New description: [New technical field] The author is concerned with an electrical connector, in particular, a metal lock for a locking mechanism is provided with a pressing portion to operate the pressing portion, so that the unlocking state can be further eliminated. Recording and adding components to convert the power connector [Prior Art] According to the current signal transmission interface between the liquid crystal display and the secret domain board, the system adopts ultra-high speed, low power consumption and low electromagnetic light-emitting characteristics. Low voltage differential signal receiver (LVDS; L〇wV〇ltage
Differential System)作為訊號傳輸介面，用以連結一軟性 排線至電路板上。 一般用於此類之電連接器，係具有長矩形之絕緣本 體，在絕緣本體上設有插置空間，且插置空間内又設有 複數導電端子，使導電端子之接觸部凸出於插置空間， 將軟性排線插接於插置空間内，且其接點係搭接於接觸 部上，而端子之對接部則裸露於絕緣本體上，以插接於 對接連接器内形成電性連接，並且絕緣本體兩侧各設有 鎖疋機構’鎖定機構具有金屬鎖扣及絕緣膠質之按壓 部，按抵按壓部牽動金屬鎖扣，操控鎖定機構與對向連 接器之鎖定狀態。 5 M343959 惟，上述之電連接[具備之敎機構，其係由金 屬鎖扣、裝設金屬鎖扣之收容槽及收容槽外侧之按壓部 所組成，於按抵絕緣膠體材質之按壓部時，傳遞力量來 牽動金屬鎖扣，解_定狀態，但於接觸㈣金屬鎖扣 時必須舰緣雜之按㈣轉遞力量，絲感應上較 不靈敏’且絕緣膠體本身的材質也不利於反覆抵押，元 ' 件壽命受到限制。 • 是以，本發明人有感上述問題之可改善，乃潛心研 究並配合學理之運用，而提出—種設計合理且有效改善 上述問題之本發明。 . 【新型内容】 本創作之目的在提供—種電連接器，利用金屬鎖扣 知[口|5之I得操作鎖定機構時，不須經由絕緣膠 • 體傳遞按抵之力量’可直接按觸金屬鎖扣上-體成形片 狀彎折的按壓部來解_定狀態，於實賴控時更加靈 •敏，且因金屬元件較絕緣膠體具有更佳之雜，於反覆 - 的按壓下，可以增加元件使用壽命。 本創作為有關-種電連接器，其結構包括絕緣本 體鎖疋機構、複數端子、軟性排線及金屬外殼：絕緣 本體具有長矩形縣部，基部之繼設有連通至基部内 p之插入彳插人部設有複數插槽，基部之另一侧緣具 6 M343959 有接合部，接合部設有複數容設槽，基部相對兩端另設 有鎖定機構，鎖定機構包含收容槽及金屬鎖扣，金屬鎖 扣具有卡勾、回彈部及按壓部，且此金屬鎖扣容設於收 容槽中；此按壓部可增加解除鎖定狀態時操控之接觸面 積，使知：壓操作鎖定機構時更加靈敏，並減少該絕緣本 體鎖疋機構外侧塑膠料材，增加鎖定機構元件之使用壽 命，複數端子，組裝於複數插槽，每一端子具有接觸部 • 及對接部，對接部於組裝時延伸入複數容設槽；軟性排 線，置入插入部中，具有複數接點與端子之接觸部彈性 接觸；金屬外殼係為一體成型，罩覆於絕緣本體上。 【實施方式】 接著介紹本發明之一較佳實施型態，請參照第一 圖、第二圖及第三圖所示，分別為本發明之立體組合圖、 • 立體分解圖及另一側之立體分解圖。本電連接器包含絕 緣本體1、鎖定機構2、複數端子3、軟性排線4及金屬外 • 殼5 〇 其中，絕緣本體1具有長矩形的基部10 ;於基部10 之一侧緣上設有接合部11，接合部丨丨具有複數容設槽 12，此複數容設槽12可容納複數端子3之對接部31，而基 部10相對應於複數容設槽12之另一側緣上設有可以連通 至接合部11之插入部13，於插入部13之一侧設有複數插 7 M343959 槽Μ ’複數插槽Η用以裝設複數端子3，而絕緣本體1並 具有卡抵槽15，用以抵觸金屬鎖扣2之回彈部223，成為 金屬鎖扣2在受力彈性變形時之支承處，另，絕緣本體i 設有干涉孔16，干涉孔16用以干涉金屬外殼5之干涉片 54 ’保持絕緣本體丨與金屬外殼5結合結構之穩定。 請同時參閱第四圖，鎖定機構2，為絕緣本體1兩侧 延伸出之構件，包含收容槽21及金屬鎖扣22，收容槽21 用以裝置金屬鎖扣22，而金屬鎖扣22具有卡勾221，利用 卡勾221與對向連接器牽制干涉，金屬鎖扣22另具有一支 點222,支點222於整體組裝時組入定位於金屬外殼5之凹 孔55 ’於解除鎖定狀態時成為金屬鎖扣22之轉軸點，用 以牽引金屬鎖扣22之彈性運動，並，金屬鎖扣22具有回 彈部223，回彈部223觸抵於絕緣本體1之卡抵槽15，成為 按壓金屬鎖扣22時力量支承部位，金屬鎖扣22又具有按 壓部224，按壓部224為金屬片狀彎折一體成形而成，於 壓抵按壓部224時會牽動此金屬鎖扣22，解除鎖定狀態， 此按壓部224增加操作此金屬鎖扣22之面積，使得使用上 更加靈敏；收容槽21末端設有第一凸點23，第一凸點23 干涉於金屬外殼5之第一扣合孔51，而收容槽21上又設有 定位孔24，此定位孔24與金屬外殼5之定位片53互相牽 制，鎖定機構2之侧緣另設有第二凸點25，第二凸點25 扣抵於金屬外殼5之第二扣合孔52。 8 M343959 凊參照第五圖，複數軒3，此複數端子3具有對接 部3卜接觸部32及平板部33，對接部33於端子3組入複數 插槽14後，延伸域緣本體丨之_容設槽12，並與對向 連接器行成雜連接，而複數端子3之接㈣32，用以與 軟性排線4之複數接點41彈性接觸，接觸部32兩側加設 平板部33，減少接觸部32之變形。 軟性排線4之末端一面設有複數接點41，此複數接點 41可與複數端子3之接觸部32互相紐連接，而軟性排線 4一侧面上設有補強板42。 請參照第六圖，金屬外殼5係為平板狀的結構，其係 用來罩覆於絕緣本體1上，金屬外殼5為一體成型，並於 兩側設有對應於第一凸點23與第二凸點25之第一扣合孔 51與第二扣合孔52，穩定金屬外殼5與絕緣本體丨之接 觸，且金屬外殼5可用於強化絕緣本體丨結構外，同時又 可用於固定裝設於收容槽21内之金屬鎖扣22，金屬外殼5 並設有彎折之定位片53，與絕緣本體1結合時可插置於7欠 容槽21上之定位孔24，維持結構之穩定與定位，另，金 屬外殼5設有干涉片54，可與絕緣本體丨之干涉孔“互相 牽制干涉，金屬外殼另設有凹孔55，凹孔55於組裝時卡 抵限制金屬鎖扣22之支點222的活動範圍，用以牽動^引 金屬鎖扣22之解鎖動作。 上述結構於組裝時，係先將複數端子3插置定位於絕 9 M343959 緣本體1之複數插槽14内，此時複數端子3之對接部31會 延伸入接合部11之複數容設槽12中，再組裝軟性排線4， 係將軟性排線4平直的置入絕緣本體1之插入部13内，使 軟性排線4之複數接點41穩定的彈性接觸於複數端子3之 接觸部32,然後再將金屬鎖扣22組裝於鎖定機構2之收容 槽21内，最後組裝金屬外殼5，係將金屬外殼5由上往下 組裝於絕緣本體1上方，使金屬外殼5上之第一扣合孔51 • 與第二扣合孔52扣抵收容槽21末端之第一凸點23及鎖定 機構2侧緣之第二凸點25，而金屬外殼5之定位片幻會插 置於定位孔24,金屬外殼5之干涉片54則組裝入絕緣本體 • 1兩側之干涉孔16，並，金屬外殼5之凹孔55，於組裝時 • 可牽動導引金屬鎖扣2之支點222，成為解除鎖定狀態動 作之軸心點。上述的組合方式除了易於組裝，由於此電 連接器之金屬鎖扣2具有金屬片狀彎折一體成形而成之 • 按壓部224，於壓抵按壓部224時會牽動此金屬鎖扣2，可 解除鎖定狀態，不需再藉由絕緣膠體來傳遞按抵解鎖之 力置，故於操作時感應更加靈敏，且金屬製成之按壓部 • 224 ’有更佳之韌性及彈性，於反覆操作解除鎖定狀態之 動作時’可以延長元件之使用壽命，並，此金屬鎖二 之設計可以減少絕緣膠體之材料使用及耗費。、 惟以上所雜為本發私錄可行實蘭 即侷限本發明之專利範圍，故舉凡運用本發明說明書及 M343959 圖式内容所為之等效技術變化，均同理皆包含於本發明 之範園内，合予陳明。 綜上所述，本發明之電連接器組合於使用時 力=接Γ合新難、創作性及進步性之專利 申請’盼麵早曰賜准本案，以保 =士之:苦創作，若•局有任何 吝The Differential System is used as a signal transmission interface to connect a flexible cable to the circuit board. The electrical connector generally used for this type has a long rectangular insulating body, and is provided with an insertion space on the insulating body, and a plurality of conductive terminals are disposed in the insertion space, so that the contact portion of the conductive terminal protrudes The flexible cable is inserted into the insertion space, and the contact is lapped on the contact portion, and the abutting portion of the terminal is exposed on the insulating body to be electrically connected to the mating connector. The locking body is provided with a locking mechanism on both sides of the insulating body. The locking mechanism has a metal locking and an insulating rubber pressing portion, and the metal locking buckle is pulled by the pressing portion to control the locking state of the locking mechanism and the opposite connector. 5 M343959 However, the above-mentioned electrical connection [which is composed of a metal latch, a receiving groove for mounting a metal latch, and a pressing portion outside the receiving groove, when pressed against the pressing portion of the insulating colloid material, Passing the force to move the metal lock, solve the state, but when contacting the (four) metal lock, the ship must be mixed (4) to transfer the force, the wire is less sensitive and the material of the insulating gel itself is not conducive to the reverse mortgage. , Yuan's life is limited. The present invention has been made by the present inventors to improve the above problems, and to study and cooperate with the application of the theory, and to present the present invention which is reasonable in design and effective in improving the above problems. [New content] The purpose of this creation is to provide an electrical connector that uses a metal lock to know that [the mouth of the 5th is the operation of the locking mechanism, and it is not necessary to transmit the force by the insulating glue. The metal-locked upper body is formed into a sheet-shaped bent pressing portion to solve the state, which is more sensitive and sensitive during the real control, and because the metal component is better than the insulating colloid, under the repeated-pressing, Can increase component life. The present invention relates to an electrical connector, the structure comprising an insulating body locking mechanism, a plurality of terminals, a flexible cable and a metal casing: the insulating body has a long rectangular county, and the base is provided with an insertion port connected to the base p. The insertion part has a plurality of slots, the other side edge of the base has a joint portion 6 M343959, the joint portion is provided with a plurality of receiving grooves, and the opposite ends of the base are further provided with a locking mechanism, and the locking mechanism comprises a receiving groove and a metal buckle The metal buckle has a hook, a rebound portion and a pressing portion, and the metal buckle is accommodated in the receiving groove; the pressing portion can increase the contact area when the unlocking state is controlled, so that the pressure locking mechanism is more Sensitive, and reduce the plastic material on the outer side of the insulating body locking mechanism, increasing the service life of the locking mechanism components, multiple terminals, assembled in a plurality of slots, each terminal has a contact portion and a butt portion, the docking portion extends into the assembly a plurality of flexible receiving wires; the flexible cable is placed in the insertion portion, and has a plurality of contacts in elastic contact with the contact portions of the terminals; the metal casing is integrally formed and covered with insulation On the body. [Embodiment] Next, a preferred embodiment of the present invention will be described. Referring to the first, second and third figures, respectively, the three-dimensional combination diagram, the exploded view and the other side of the present invention are shown. Stereoscopic exploded view. The electrical connector comprises an insulating body 1, a locking mechanism 2, a plurality of terminals 3, a flexible cable 4, and a metal outer casing 5. The insulating body 1 has a long rectangular base 10; The joint portion 11 has a plurality of receiving grooves 12, and the plurality of receiving grooves 12 can accommodate the abutting portion 31 of the plurality of terminals 3, and the base portion 10 is disposed on the other side of the plurality of receiving grooves 12 The insulating portion 1 has a plurality of terminals 3, and the insulating body 1 has a card abutting groove 15 for connecting the insertion portion 13 of the joint portion 11 to one side of the insertion portion 13 The resilient portion 223 for resisting the metal buckle 2 serves as a support for the metal buckle 2 when the force is elastically deformed. Further, the insulating body i is provided with an interference hole 16 for interfering with the interference of the metal casing 5. The sheet 54' maintains the stability of the structure in which the insulating body 丨 is combined with the metal casing 5. Please also refer to the fourth figure, the locking mechanism 2, which is a member extending from both sides of the insulative housing 1, and includes a receiving slot 21 and a metal latch 22 for receiving the metal latch 22, and the metal latch 22 has a card. The hook 221 is used to interfere with the opposite connector by the hook 221, and the metal latch 22 further has a point 222. The fulcrum 222 is assembled into the recess 55' of the metal casing 5 when assembled as a metal. The pivot point of the latch 22 is used to pull the elastic movement of the metal buckle 22, and the metal latch 22 has a rebound portion 223, and the rebound portion 223 touches the card abutment groove 15 of the insulative housing 1 to become a metal lock. When the buckle 22 is pressed, the metal latch 22 has a pressing portion 224. The pressing portion 224 is integrally formed by bending a metal sheet. When the pressing portion 224 is pressed against the pressing portion 224, the metal latch 22 is pulled to release the locked state. The pressing portion 224 increases the area of the metal latch 22 to make it more sensitive to use; the end of the receiving slot 21 is provided with a first bump 23, and the first bump 23 interferes with the first fastening hole 51 of the metal casing 5, The receiving slot 21 is further provided with a positioning hole 24 The positioning hole 24 of the metal plate 53 of the housing 5 positioned each retractor system, the locking mechanism of the other side edge 2 is provided with a second bumps 25, bumps 25 are imputed to the second metal housing 5 of the second engagement hole 52. 8 M343959 凊 Referring to the fifth figure, the plurality of terminals 3, the plurality of terminals 3 have the abutting portion 3 and the flat portion 33, and the abutting portion 33 is formed in the plurality of slots 14 after the terminal 3 is extended. The slot 12 is disposed, and is connected to the opposite connector row, and the connection (4) 32 of the plurality of terminals 3 is elastically contacted with the plurality of contacts 41 of the flexible cable 4, and the flat portion 33 is added to both sides of the contact portion 32. The deformation of the contact portion 32 is reduced. A plurality of contacts 41 are provided on one end of the flexible cable 4, and the plurality of contacts 41 are connectable to the contact portions 32 of the plurality of terminals 3, and the reinforcing plate 42 is provided on one side of the flexible cable 4. Referring to FIG. 6 , the metal casing 5 is a flat plate structure for covering the insulative housing 1 . The metal casing 5 is integrally formed and provided with corresponding first bumps 23 and The first fastening hole 51 and the second fastening hole 52 of the two protrusions 25 stabilize the contact between the metal casing 5 and the insulating body ,, and the metal casing 5 can be used for reinforcing the insulating body 丨 structure, and can also be used for fixing installation. The metal latching ring 22 in the receiving slot 21 and the metal housing 5 are provided with a bent positioning piece 53. When combined with the insulative housing 1, the positioning hole 24 can be inserted into the 7 recessed slot 21 to maintain the stability of the structure. Positioning, in addition, the metal casing 5 is provided with an interference piece 54, which can interfere with the interference hole of the insulating body ,, and the metal casing is further provided with a concave hole 55, and the concave hole 55 is buckled to limit the fulcrum of the metal buckle 22 when assembled. The movable range of 222 is used to pull the unlocking action of the metal latch 22. When the above structure is assembled, the plurality of terminals 3 are first inserted and positioned in the plurality of slots 14 of the 9 M343959 edge body 1, at this time The abutting portion 31 of the terminal 3 extends into the complex volume of the joint portion 11. In the slot 12, the flexible cable 4 is reassembled, and the flexible cable 4 is placed flat into the insertion portion 13 of the insulative housing 1, so that the plurality of contacts 41 of the flexible cable 4 are stably elastically contacted with the plurality of terminals 3. The contact portion 32 is then assembled into the receiving groove 21 of the locking mechanism 2, and finally the metal casing 5 is assembled. The metal casing 5 is assembled from above to below the insulating body 1 so that the metal casing 5 is placed thereon. The first fastening hole 51 and the second fastening hole 52 are fastened to the first bump 23 at the end of the receiving groove 21 and the second protrusion 25 of the side edge of the locking mechanism 2, and the positioning piece of the metal casing 5 is inserted. In the positioning hole 24, the interference piece 54 of the metal casing 5 is assembled into the interference hole 16 on both sides of the insulating body 1 and the concave hole 55 of the metal casing 5, when assembled, can be used to guide the fulcrum of the guiding metal buckle 2 222, the pivot point of the unlocking state operation. The above-described combination method is easy to assemble, and the metal latch 2 of the electrical connector has a metal sheet-like bending integrally formed by the pressing portion 224. When the part 224 is touched, the metal lock 2 will be released, and the locked state can be released. Then, the insulating glue is used to transmit the force of the pressing and unlocking, so that the sensing is more sensitive during operation, and the pressing portion made of metal • 224 ' has better toughness and elasticity, and can be operated in the reverse operation to unlock the state. Extending the service life of the component, and the design of the metal lock 2 can reduce the use and cost of the material of the insulating gel. However, the above-mentioned patents are limited to the patent scope of the present invention, so the invention is applied. The equivalent technical changes of the specification and M343959 are all included in the scope of the present invention and are combined with Chen Ming. In summary, the electrical connector of the present invention is combined with force = joint The new difficult, creative and progressive patent application 'hope to give priority to the case, to protect = Shi Zhi: bitter creation, if the bureau has any flaws
來函U，發明人定當竭力配合，實感德便。 【圖式簡單說明】 第一圖係本創作之立體組合圖。 第二圖係本創作之立體分解圖。 第三圖係摘作之另i立體分解圖。 第四圖係本創作之金屬鎖扣立體圖。 第五圖係本創作之端子立體圖。 第六圖係本創#之金屬外殼立體圖 基部 10 容設槽 12 插槽 14 【主要元件符號說明】 絕緣本體 1 接合部 11 插入部 13 M343959 卡抵槽 15 干涉孔 16 鎖定機構 2 收容槽 21 金屬鎖扣 22 卡勾 221 支點 222 回彈部 223 按壓部 224 第一凸點 23 定位孔 24 第二凸點 25 端子 3 對接部 31 接觸部 32 平板部 33 軟性排線 4 接點 41 補強板 42 金屬外殼 5 第一扣合孔 51 第二扣合孔 52 定位片 53 干涉片 54 凹孑L 55 12Letter U, the inventor will try his best to cooperate, and he feels good. [Simple description of the diagram] The first picture is a three-dimensional combination of the creation. The second picture is a three-dimensional exploded view of the creation. The third figure is an exploded view of the other i. The fourth picture is a perspective view of the metal lock of the creation. The fifth picture is a perspective view of the terminal of this creation. Fig. 6 is a metal casing perspective view of the present invention. 10 Base groove 10 Slot 14 [Description of main components] Insulation body 1 Joint portion 11 Insertion portion 13 M343959 Abutment groove 15 Interference hole 16 Locking mechanism 2 Storage groove 21 Metal Buckle 22 hook 221 fulcrum 222 rebound portion 223 pressing portion 224 first bump 23 positioning hole 24 second bump 25 terminal 3 butt portion 31 contact portion 32 flat portion 33 flexible cable 4 contact 41 reinforcing plate 42 metal Housing 5 first fastening hole 51 second fastening hole 52 positioning piece 53 interference piece 54 concave 55 L 55 12