M418405 【實施方式】 — 請參閱第二圖’係為本創作之結構分解圖。如圖所 示’本創作之導接結構係主要設於欲對接之板體上，二至 少包括兩板體10、20，該些板體10、20可以為電路&， 各板體10、20搭載複數LED 11形成LED模組3〇，於相 鄰該些板體10、20之對接端的位置上分別設有複數電路接 . 點、2〇1 ;於該些板體10、20上分別設有複數:母端 接座40 ’於本實施例中於各板體1〇、2〇上係分別具有兩 ^ 組母端接座40 ’且兩板體10、20上之母端接座4〇 ^該些 板體10、20相對應欲接合時其位置亦相對應，各母端接^ 4〇之底邊具有一導通板4〇1 ’係用以對接接合於各板體 10、20上之前述電路接點101、201 ’使該板體10、20與 母端接座40形成電性導通。 、 母端接座40具有彈性的設計’具體而言，其具有一 夾臂式的插座402 ’且該插座402係經由一彈臂4〇3與該 導通板401連結成一體而使該母端接座4〇形成可彈性化而 • 具有改變位置的能力；另，該導接結構可包括對應每—母 端接座40之絕緣座50，係用以保護該些母端接座40產生 • 不預期的電性連接，該絕緣座50上係具有穿槽501，相對 於該穿槽501底下則設有一凹槽502，使其裝設該母端接 座40時’該母端接座40之插座402穿設於該穿槽501中， 而該導通板401容設於該凹槽502中。 續參閱第二圖；該導接結構更包括一公端插頭60，該 插碩60係具有一長型插板6〇1，係用以分別對應插設於該 些欲形成對接的母端接座40上，該插板601之兩端在對應 欲對接之兩插座4〇2位置上分別設有一凸座602 ’較佳者， 5 J\M 18405 二凸座602凸出的方向相反，使該公端插頭6〇插設於夹臂 式的插座402後，該插座402之夾臂4〇2a位置恰卡摯於該 兩侧邊凸座602之上，如第三圖之組合剖視圖所示，用以 固定該插頭60與該母端接座40之相對位置且具有防脫的 功效。又，該插板601兩端之頂部位置分別延伸出一護板 603 ’使該插頭60與該母端接座4〇對插後，該些護板603 恰罩設於該絕緣座50頂部位置，護板603的設計，一方面 是利於將插板601抽離與插座402的導接狀態，另一方面 則是提供插板601插於插座402後落於正確的位置以避免 插入過深而產生盲接；其組合完成圖如第四圖所示；因此， 搭載有複數LED 11之兩板體1〇、20欲導接時，即便對接 丨的位置產生偏差，透過前述具彈性設計之母端接座4〇與公 端插頭60的夾掣配合，仍可確實且易於將兩板體丨〇、 導通而不會發生失誤。 1 惟以上所述之實施方式，是為較佳之實施實例，當不能 以此限定本創作實施範圍，若依本創作申請專利範圍及說 明書内容所作之等效變化或修飾，皆應屬本創作下述之專 利涵蓋範圍。 【圖式簡單說明】 第—圖係為習知之立體結構示意圖。 第二圖係為本創作之結構分解圖。 第二圖係為本創作之組合剖視.圖。 第四圖係為本創作之組合完成圖。 M418405 【主要元件符號說明】 (習知） 板體2、3 插孔41 插腳51 LED模組1 母端插座4 公端插頭5 (本創作） 鲁 板體10、20 LED 11 電路接點101、201 LED模組30 母端接座40 導通板401 插座402 夾臂402a φ 彈臂4〇3 絕緣座50 穿槽50 凹糟502 公端插頭60 插板601 凸座602 護板603M418405 [Embodiment] — Please refer to the second figure, which is an exploded view of the structure of this creation. As shown in the figure, the guiding structure of the present invention is mainly disposed on the board body to be butted, and at least includes two board bodies 10 and 20, and the board bodies 10 and 20 may be circuits & 20 is equipped with a plurality of LEDs 11 to form an LED module 3〇, and a plurality of circuit points are respectively arranged at positions adjacent to the mating ends of the boards 10 and 20; respectively, on the boards 10 and 20 respectively In the present embodiment, the female terminal socket 40' has two female terminal sockets 40' on the respective plates 1 and 2, and the female terminal sockets on the two plates 10 and 20 respectively. 4〇^ The corresponding plates 10 and 20 have corresponding positions when they are to be joined, and the bottom edge of each female terminal has a conductive plate 4〇1' for docking and bonding to each plate 10, The aforementioned circuit contacts 101, 201' on the 20 make the plate bodies 10, 20 and the female terminal socket 40 electrically conductive. The female terminal 40 has a resilient design 'specifically, it has a clamp arm socket 402' and the socket 402 is integrally coupled to the conductive plate 401 via a spring arm 4〇3 to make the female end The socket 4 is formed to be elasticizable and has the ability to change position; in addition, the guiding structure may include an insulating seat 50 corresponding to each of the female terminals 40 for protecting the female terminals 40. In the case of an unintended electrical connection, the insulating base 50 has a through slot 501, and a recess 502 is defined under the through slot 501, so that when the female end socket 40 is mounted, the female end socket 40 The socket 402 is disposed in the through slot 501, and the conductive plate 401 is received in the recess 502. Continuing to refer to the second figure; the guiding structure further comprises a male plug 60, the plug 60 has a long plug-in board 6〇1, which is respectively corresponding to the mating of the mating ends to be formed. On the seat 40, the two ends of the inserting plate 601 are respectively provided with a protruding seat 602 at the positions corresponding to the two sockets 4〇2 to be docked. Preferably, the 5 J\M 18405 two protruding seats 602 protrude in opposite directions, so that After the male end plug 6 is inserted into the clip arm type socket 402, the position of the clamp arm 4〇2a of the socket 402 is just above the two side protrusions 602, as shown in the combined sectional view of the third figure. The fixing position of the plug 60 and the female end socket 40 is fixed and has an anti-off function. Moreover, the top positions of the two ends of the inserting plate 601 respectively extend out of a guard plate 603 ′. After the plug 60 is inserted into the female end socket 4 ,, the guard plates 603 are disposed on the top of the insulating seat 50 . The design of the shield 603 is on the one hand, which facilitates pulling the plug-in board 601 away from the conductive state of the socket 402, and on the other hand, the plug-in board 601 is inserted into the socket 402 and falls in the correct position to avoid the insertion too deep. The blind connection is generated; the combination completion diagram is as shown in the fourth figure; therefore, when the two boards 1〇 and 20 equipped with the plurality of LEDs 11 are to be guided, even if the position of the butt joint is deviated, the mother through the elastic design is transmitted. When the terminal block 4 is engaged with the clip of the male end plug 60, the two plates can be reliably and easily turned on without any mistake. 1 However, the above-mentioned embodiments are preferred implementation examples. When the scope of the creation is not limited by this, the equivalent changes or modifications made in accordance with the scope of the patent application and the contents of the specification should be under the creation. The scope of the patent is described. [Simple description of the diagram] The first diagram is a schematic diagram of the three-dimensional structure of the prior art. The second picture is an exploded view of the structure of the creation. The second picture is a combined cross-sectional view of the creation. The fourth picture is a combination of the creation of this creation. M418405 [Main component symbol description] (Practical) Board 2, 3 Jack 41 Pin 51 LED module 1 Female socket 4 Male plug 5 (This creation) Lu board 10, 20 LED 11 Circuit contact 101, 201 LED module 30 female terminal socket 40 conduction plate 401 socket 402 clamp arm 402a φ spring arm 4〇3 insulation seat 50 through slot 50 concave 502 male end plug 60 insert plate 601 convex seat 602 guard plate 603