M340613 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種具複合勾扣結構之連接座，特指一 種设於PCB板上，以提供電子裝置或線路插設之連接座。 【先前技術】 請參看第三及四圖所示，於PCB板上設以連接座（9〇) 作為提供具有一接頭之電子裝置或者線路之連結的橋接點 為現有電子業中常見的一種技術手段。 一般普遍使用之連接座（90)以其底面貼合地固定於 PCB板上，並於結構上包含有一插槽（91)，其凹入成型於連 接座（9 0)之一侧以供電子裝置或者線路之接頭插設於其 中，而於插槽（91)中可設有複數之金屬接腳（92)，該接腳 (92)成平行配置並可進一步自連接座（9〇)之另一側穿出以 作為與PCB板連接之接點，再者，為了確保電子裝置之接 頭可以穩定接設於連接座（90)之插槽（91)中，多半會於連 接座（90)之頂壁面上設有扣部（93)，其可為設:該壁 面上之複數個凹槽或者是突出成型於該壁面之扣塊，以讓 具有對應扣合結構之接頭可以扣接於其上； 然而，如前述現有技術之連接座（9〇 )上所設有的扣 部（93)於供接頭扣接之時，由於其外型結構僅對應於一 種特定之接頭，故所能提供之固定效果亦僅能針對該款對 應接頭，於使用上而言恐因為不具通用性而受到侷限，因 此吾人思索-種能對應地提供多種接頭進行扣接固定的連 5 M340613 【新型内容】 有鐾於前述之現有技術的不足點，本創作係設計一種 具複合勾扣結構之連接座，其具有數種配合之勾扣結構以 期可配合於各種不同款式之接頭。 為達到上述目的，本創作所採用的技術手段為設計一 種具複合勾扣結構之連接座，包含有： 一本體’其為一底壁平坦之塊體； 一插槽，其凹入成型於本體後侧； 複數之接腳，其一端延伸設於插槽，另端穿過插槽並 延伸穿出本體之前侧壁面； 一扣接結構，其成型於本體之頂壁上，其可包含有兩 扣溝、兩卡塊及複數個凹扣部； 扣溝成長形地設於頂壁上之兩側緣處，其起始於前侧 壁緣並朝後凹入成型； 卡塊間隔地自頂壁面隆起成型於靠近後側處； 各凹扣部成寬條狀且並排地設於頂壁上，其起始於前 側壁緣並朝後凹入成型，且與後側之未凹陷壁面間形成一 階級。 當本創作之具複合勾扣結構之連接座由於具有多種不 同的扣合結構，因此可期於碰到不同扣合結構之接頭時， 亦可供該種對應之接頭進行扣合連接之功能，以穩固地防 止接頭滑動，有效的保持接頭固定於連接座上。 【實施方式】 請參看第一及二圖所示，本創作之具複合勾扣結構之 6 M340613 連接座於一較佳之實施例中可包含有一本體（ίο)、一插槽 (20)、複數之接腳（30)及一扣接結構（40)。 前述之本體（10)可為一長形立方之塊體，其底壁平 坦以對應貼合固定於PCB板表面。 前述之插槽（20)凹入成型於本體（10)後侧，以提 供作為電子裝置或者線路之接頭插設的接合處。 前述之接腳（30)之一端延伸設於插槽（2〇)中以與 接頭中之傳導接腳接觸進而傳輸訊號，且接腳（3〇)另端 穿過插槽（20)内壁面並延伸穿出本體（1〇)之前側壁面， 並可彎折後朝前侧延伸或者是朝底侧延伸。 前述之扣接結構（40)成型於本體（1())之頂壁上， 其可包含有兩扣溝（41 )、兩卡塊（42 )及複數個凹扣部 (43)； 扣溝（41)成長形地設於頂壁上之兩側緣處，其起始 於前側壁緣並朝後凹入成型，終止於靠近後側處； 卡塊（42)對稱且間隔地自頂壁面隆起成型於靠近後 側處； 各凹扣αΡ ( 4 3 )成寬條狀且並排地設於頂壁上，其起 始於前侧壁緣並朝後凹入成型，終止於靠近後侧處，以與 後側之未凹陷壁面間形成—階級，進而可於對應提供接頭 扣合時，起一扣定之# # 之力月b，且其中一凹扣部（43)位於本 體（10)之正中央處。 而由於本創作之具複合勾扣結構之連接座上成型有多 種不同的扣合構造，諸^7 4、塞,a，、 渚如扣溝（41)、卡塊（42)及凹扣部 M340613 (43)等，可提供各種具有對應於該些扣合構造之接頭進 行扣合連接時，於使用上具有較佳的便利性及通用性，而 不會像現有技術之連接座，僅可提供一種對應之接頭作扣 接。 【圖式簡單說明】 第一圖為現有技術之外觀圖。 第二圖為另一現有技術之外觀圖。 第三圖是本創作之外觀圖。 第四圖是本創作之分解圖。 【主要元件符號說明】 (10)本體 (20)插槽 (3 0)接腳 (40)扣接裝置 (41)扣溝 (4 2 )卡塊 (43)凹扣部 (90)連接座 (91)插槽 (92)接腳 (9 3)扣部M340613 VIII. New Description: [New Technology Field] This creation is about a connector with a composite hook structure, especially a connector that is placed on a PCB to provide an electronic device or line. [Prior Art] Please refer to the third and fourth figures. It is a common technology in the existing electronics industry to provide a connector (9〇) on the PCB as a bridge point for providing a connection with an electronic device or a line. means. Generally, the commonly used connecting seat (90) is fixedly attached to the PCB board with its bottom surface, and comprises a slot (91) in the structure, which is concavely formed on one side of the connecting seat (90) for electronic A connector of the device or the line is inserted therein, and a plurality of metal pins (92) are disposed in the slot (91), and the pins (92) are arranged in parallel and can be further connected to the seat (9〇) The other side is worn out as a contact point for connection with the PCB board. Furthermore, in order to ensure that the connector of the electronic device can be stably connected to the slot (91) of the connecting base (90), most of the connection is made at the connecting seat (90). The top wall surface is provided with a buckle portion (93), which may be provided with: a plurality of grooves on the wall surface or a buckle protruding from the wall surface, so that the joint having the corresponding fastening structure can be fastened to the joint However, the buckle portion (93) provided on the connecting seat (9〇) of the prior art as described above can be provided when the joint is fastened, since the outer structure only corresponds to a specific joint. The fixed effect can only be applied to the corresponding connector. In terms of use, it may be affected by non-universality. Limitation, so I think about it - can provide a variety of joints for fastening and fastening 5 M340613 [New content] In contrast to the above-mentioned shortcomings of the prior art, the creation of the design of a connector with a composite hook structure, It has several matching hooking structures to match the various styles of joints. In order to achieve the above object, the technical means adopted in the present invention is to design a connector with a composite hook structure, comprising: a body which is a flat body with a bottom wall; a slot which is concavely formed on the body a rear side; a plurality of pins extending from one end to the slot, the other end passing through the slot and extending through the front side wall of the body; a fastening structure formed on the top wall of the body, which may include two a buckle groove, two blocks and a plurality of concave buckle portions; the buckle groove is formed on the two side edges of the top wall, and starts from the front side wall edge and is concavely formed toward the rear; the blocks are spaced apart from the top The wall ridges are formed near the rear side; each of the concave buckle portions is formed in a wide strip shape and arranged side by side on the top wall, which starts from the front side wall edge and is concavely formed toward the rear, and is formed between the non-recessed wall surface on the rear side One class. When the joint of the composite hook structure of the present invention has a plurality of different fastening structures, it can be used for the joint connection of the corresponding joints when the joints of different fastening structures are encountered. In order to firmly prevent the joint from slipping, the joint is effectively fixed to the joint. [Embodiment] Referring to the first and second figures, the 6 M340613 connector of the composite hook structure of the present invention may include a body (ίο), a slot (20), and a plurality in a preferred embodiment. The pin (30) and a fastening structure (40). The body (10) may be an elongated cube block whose bottom wall is flat and fixed to the surface of the PCB. The aforementioned slot (20) is recessed and formed on the rear side of the body (10) to provide a joint for interfacing as an electronic device or a line. One end of the aforementioned pin (30) extends in the slot (2〇) to contact the conductive pin in the connector to transmit the signal, and the other end of the pin (3〇) passes through the inner wall of the slot (20). And extending through the front side surface of the body (1 〇), and may be bent to extend toward the front side or extend toward the bottom side. The fastening structure (40) is formed on the top wall of the body (1), and may include two buckles (41), two blocks (42) and a plurality of concave portions (43); (41) growing in the shape of the two sides of the top wall, starting from the front side wall edge and recessed toward the rear, ending near the rear side; the block (42) is symmetric and spaced from the top wall surface The ridges are formed near the rear side; each of the female buckles α Ρ ( 4 3 ) is formed in a wide strip shape and arranged side by side on the top wall, starting from the front side wall edge and recessed toward the rear, ending at the rear side Forming a class with the undepressed wall surface on the rear side, and then, when the joint is provided to be engaged, a deduction of the force #b, and one of the concave portions (43) is located in the body (10) At the center. And because the composite hook structure of the present invention is formed with a plurality of different fastening structures, the plurality of fastening structures, such as the buckle, the a, the buckle (41), the block (42) and the concave portion M340613 (43), etc., can provide a variety of joints corresponding to the fastening structures for fastening connection, which has better convenience and versatility in use, and does not have a connector like the prior art. A corresponding connector is provided for fastening. [Simple description of the drawings] The first figure is an external view of the prior art. The second figure is an external view of another prior art. The third picture is the appearance of the creation. The fourth picture is an exploded view of the creation. [Description of main component symbols] (10) Main body (20) slot (3 0) pin (40) fastening device (41) grooving groove (4 2 ) card block (43) female button portion (90) connector block ( 91) Slot (92) pin (9 3) button