M260912 之技術 是有關 器絕緣 ，可配 防呆結 技術> 接器之 (公、 接器結 傳統之 圖如第 設有相 二旁設 柱3 2 直之插 中段呈 位柱3 入電路 Τ焊接 銜接時 由於各 斷面形 呆機構 2反插 領域> 於連接器 座之各插 合插入相 構。 絕緣座主 母）連接 構而言， 連接器絕 2圖所示 同斷面形 有相同斷 間設有複 接部2 1 一階梯狀 1間形成 板上預設 於電路板 之嵌合定 導電端子 狀之二下 ，往往易 之情形， 絕緣座之防呆結構，特別是指 接面二端部分設有不同斷面形 對之同形狀插孔，以達到防止 並定位 之接合 有極重 乃如第 係於一 柱3 1 定位柱 3，可 貫穿凸 另端於 2，使 孔，該 定位柱 五、創作說明（1) <新型所屬 本創作 一種於連接 狀之定位柱 誤插功能之 <先前 按’連 ’並提供二 ’對於一連 然而， 其側面剖視 底面二旁侧 座3之背側 該二側定位 端子2以平 端子2並於 底面二下定 3 1可插 則可供S Μ 另一連接器 然而， 座3之相同 並無任何防 側定位柱3 要係為容置 器相互插嵌 其絕緣座佔 緣座結構， )，其主要 狀之下定位 面形狀之側 數橫槽孔3 由背側向前 彎折，使其 一焊接面2 對應之定位 上，而該側 位。 2間之間距 定位柱3 1 造成二下定 致使產品動 各導電端子 結構，因此 要之地位。 1圖所示（ 絕緣座3之 ’而於絕緣 3 2，且於 供複數導電 伸，該導電 絕緣座3之 該二下定位 焊接面2 2 3 2則可供 係固定，上述絕緣 及二側定位柱3 2 位柱3 1反插或二 作不良甚至於損壞 第5頁 M260912 五、創作說明（2) " 一 之情形。 有鑑於習見連接器絕緣座之結構有上述之缺點，創作 人乃針對該些缺點研究改進之道，終於有本創作產生。 <新型内容> ，本創作旨在提供一種連接器絕緣座之防呆結構，其主 要係於一絕緣座之底面二旁側設有不同斷面形狀之第一、 了下定位柱’而於絕緣座之背側二旁設有不同斷面形狀之 第一、一側定位柱，使該第一、二下定位柱可分別插入電 路板上，設對應形狀之定位孔，而該第一、二側定位柱則 可分別，入另一連接器對應形狀之定位孔，藉由不同斷面 形狀之第一、二下定位柱設計及不同斷面形狀之第一、二 側定位柱設計，可有效避免組裝時反插之失誤，此為本 作之主要目的。 至於本創作之詳細構造、應用原理、作用與功效， 參照下列依附圖所作之說明即可得到完全的瞭解·· 、 <實施方式> ^ 如第1、2圖所示，其為傳統之連接器絕緣座結 其主要構成以及其缺失，已如前所述，此處不再重複敘述 第3圖係本創作之構造示意圖，由其參照第*圖 觀視之構造示意圖，可以很明顯地看出，本創作之絕^ 1主要係於底面1 1之-会你丨机右T n a y 座 瓜w丄丄l 一方侧，又有不同斷面形妝夕諠— 二下定位柱111、112， M260912 五、 5 槽 以21 之 該 形 創作說明（3) 且於該第孔1 2 3 平直之插 並於中段 1卜1 底面形成 1 1 2可 焊接面2 側定位柱 狀之定位 接 呈 分21 孔 具 穎 由上所 有防止誤 性及進步 述 插 性 、二側定 可供複數 部2 1由 一階梯狀 2間預設 焊接面2 別插入電 則可供S 2 1、1 ，並藉由 2設計及 2設計， 可知，本 之防呆功 位柱1 2 1 導電端子2 背側向前貫 彎折，可穿 之複數縱插 2 ，使該第 路板上預設 M T焊接於 2 2則可分 不同斷面形 不同斷面形 可有效避免 創作連接器 效，確已具 、1 2 2 (未繪出 穿凸伸， 過該第一 槽1 1 3 一、二下 對應形狀 電路板上 間設有 ，參第 而該導 、二下 而於絕 定位柱 之定位 複數横 2圖） 電端子 定位挺 緣座1 ’而該 別嵌入另一 狀之第一 狀之第一 組裝時反 絕緣座之 有產業上 連接 、二下 、二側 插之情 防呆結 之利用 孔 第 器對應 定位杈 定位桎 形。 構確實 性、新 則 而已，並 請專利範 所涵蓋。 惟以上所述者，僅為本創作之一較佳實施例 非用來限定本創作實施之範圍。即凡依本創作 圍所作之均等變化與修飾，皆為本創作專利範圍 <圖示簡單說明> 第1圖係傳統之連接器絕緣座結構示意圖。 第2圖係傳統之連接器絕緣座結構之側面剖 第3圖係本創作之構造示意圖。 第4圖係本創作由另側觀視之構造示意圖。The technology of M260912 is related to device insulation, and can be equipped with anti-knot technology >> The traditional connector (male and male connector, as shown in the figure is provided with two phases, two side columns, 3 2 straight plugs in the middle section, and 3 poles into the circuit. Welding At the time of connection, due to the reverse insertion field of each cross-section mechanism 2> Insertion phase structure in each mating of the connector base. Insulation base main)) For the connection structure, the connector 2 shown in the figure has the same cross-section as the cross-sectional shape. There are multiple connection sections 2 1 in a step-like manner, and the second part is formed on the circuit board. It is often easy to fit the fixed conductive terminals on the circuit board. The fool-proof structure of the insulating seat, especially the contact surface 2 The end part is provided with sockets of the same shape with different cross-sectional shapes to prevent and locate the joint. It is extremely heavy as tied to a post 3 1 and the positioning post 3 can penetrate the other end at 2 to make a hole. Positioning Column V. Description of Creation (1) < The new type belongs to the creation of a connection-type positioning column mis-insertion function < previously press' connect 'and provide two' for a connection, however, its side section bottom side two side seats 3 on the back side of the two positioning terminals 2 to Flat terminal 2 and fixed on the bottom two 3 1 can be plugged for S Μ another connector However, the same seat 3 does not have any anti-side positioning post 3 should be inserted as a receptacle to each other and its insulation seat occupies the edge seat Structure,), the number of lateral slot holes 3 of the shape of the main positioning surface below the main shape is bent forward from the back side, so that a welding surface 2 is positioned corresponding to the side position. The distance between the two positioning posts 3 1 caused the two to cause the product to move the various conductive terminal structures, so it is important. As shown in the figure (the insulation seat 3 'and the insulation 3 2 are provided for multiple conductive extensions, the two lower positioning welding surfaces 2 2 3 2 of the conductive insulation seat 3 can be used for fixing, the above insulation and the two sides Positioning post 3 2 Position post 3 1 Reverse insertion or second operation is bad or even damaged Page 5 M260912 5. Creation instructions (2) " 1. In view of the above-mentioned shortcomings of the structure of the conventional connector insulation seat, the creator It is the research and improvement of these shortcomings that finally resulted in this creation. ≪ New content > This creation aims to provide a fool-proof structure for the connector insulation base, which is mainly tied to the bottom and two sides of an insulation base. There are first and lower positioning pillars with different cross-sectional shapes, and first and one positioning pillars with different cross-sectional shapes are provided on the back and two sides of the insulating seat, so that the first and second lower positioning pillars can be respectively Insert into the circuit board and set the positioning holes of the corresponding shape, and the first and second positioning posts can be respectively inserted into the positioning holes of the corresponding shape of the other connector, with the first and second positioning posts of different cross-sectional shapes. Design and first and second sides of different cross-sectional shapes The design of the column can effectively avoid the mistake of reverse insertion during assembly. This is the main purpose of this work. As for the detailed structure, application principle, function and effect of this creation, you can fully understand it by referring to the following description according to the drawings. ·, ≪ Embodiments > ^ As shown in Figs. 1 and 2, it is a traditional connector insulation seat knot, its main structure and its lack, as described above, and will not be repeated here. The schematic diagram of the structure of this creation can be clearly seen from the structural diagram viewed from the drawing *, it is obvious that the absolute ^ 1 of this creation is mainly on the bottom surface 1 1-will you 丨 machine right T nay seat melon w 丄丄 l On one side, there are different cross-section shapes and evening noises—the two lower positioning columns 111, 112, M260912, and five and five slots are created with the shape of 21 (3) and inserted straight in the hole 1 2 3 And in the middle section 1 and 1 the bottom surface is formed 1 1 2 Weldable surface 2 The side positioning columnar positioning is divided into 21 holes With the above all to prevent mistakes and improve the insertability, two sides are available for multiple parts 2 1 by One step-like 2 preset welding surfaces 2 Do not insert electricity for S 2 1 , 1, and by 2 and 2 designs, it can be seen that the foolproof post 1 2 1 conductive terminal 2 is bent forward through the back side, and a plurality of vertical inserts 2 can be worn to make the first circuit board Set MT welding to 2 2 can be divided into different cross-sections and different cross-sections, which can effectively avoid the effect of creating a connector. It does have 1 2 2 (not shown through the protrusion, through the first slot 1 1 3 1 、 There are two corresponding shapes on the circuit board. Refer to the guide and the second and the positioning of the positioning column. Figure 2) The electrical terminal positioning spring base 1 ′ and the other embedded in the first shape of the other shape. In the first assembly, the anti-insulation seat has the industrial connection, two downs, and two side plugs to prevent dullness. The hole-shaped device is used to correspondingly position the positioning fork. The structure is reliable, new, and the patent scope is requested. However, the above is only a preferred embodiment of the present invention, and is not used to limit the scope of the implementation of the present invention. That is to say, all equal changes and modifications made according to this creative area are within the scope of this creative patent < Simplified illustration of diagrams > Figure 1 is a schematic diagram of the structure of a conventional connector insulation seat. Figure 2 is a side sectional view of the traditional connector insulation seat structure. Figure 3 is a schematic diagram of the structure of this creation. Figure 4 is a schematic diagram of the structure of this creation viewed from the other side.
M260912 五、創作說明（4) <圖示元件號數參照>M260912 V. Creation Instructions (4) < Reference of Graphical Component Numbers >
第8頁 1、3· .絕緣座 11… •底 面 111·. •第 下 定 位 柱 112.. •第 _ — 下 定 位 柱 113.. •縱 插 槽 12··. •背 側 面 121.. .第 一 側 定 位 柱 122.. •第 二 側 定 位 柱 123、 33. 橫 槽 孔 2____ •導 電 端 子 21··· •插 接 部 22… .焊 接 面 31… .下 定 位 柱 32… •側 定 位 柱 M260912 圖式簡單說明 <圖 示 簡 單 說 明 > 第 1 圖 係 傳 統 之 連 第 2 圖 係 傳 統 之 連 第 3 圖 係 本 創 作 之 第 4 圖 係 本 創 作 由 < 圖 示 元 件 號 數 卜3 .絕緣座 11·· 底 面 111. 第 一 下 定 位 柱 112. 第 _痛 下 定 位 柱 113. 縱 插 槽 12.. 背 側 面 121. 第 一 側 定 位 柱 122. 第 二 側 定 位 柱 123 、33· .. 橫 槽 孔 2· · · 導 電 端 子 21.. .. 插 接 部 22· · .. 焊 接 面 31.. .. 下 定 位 柱 32· · 側 定 位 柱Page 8 1, 3 ·. Insulating seat 11… • Bottom 111 ·. • Lower positioning post 112 .. • No. _ — Lower positioning post 113 .. • Vertical slot 12 · .. • Back side 121 .. .. The first side positioning post 122. • The second side positioning post 123, 33. The transverse slot hole 2____ • the conductive terminal 21 ··· • the plug-in part 22 ... the welding surface 31 ... the lower positioning post 32 ... the side positioning post M260912 Schematic description < Illustration of illustration > The first picture is a traditional connection, the second picture is a traditional connection, and the third picture is the fourth in this creation. The picture is created by < .Insulation base 11 ·· Bottom surface 111. First lower positioning post 112. First painful positioning post 113. Longitudinal slot 12. Back side 121. First positioning post 122. Second positioning post 123, 33 · .. Horizontal slot hole 2 ··· Conductive terminal 21 ... Socket 22 ·· .. Welding surface 31 ... · Lower positioning post 32 ·· Side positioning post