M357052 八、新型說明： 【新型所屬之技術領域】 ’利用主體端子採連續 子之缺口設計，供端子 以有效電性導接並利用 本創作係為一種板對板連接器 彎折形成一彈性部，配合插接件端 在連接時產生干涉力以及地位，藉 干涉力使組裝後不易脫落。 【先前技術】 置間板對板連接器係用於作為兩電路板或電子裝 ，為使接’大多分為將兩端連接11稱公母端連接器 連ϊ器導接後可碎實電性導接，習用技術係在 子，組襄時係利用公母連接器内之端子 上有導通’但f用公料接㈣之端子在設計 上有所缺失，其說明如下：★杳炎 常採用之-種端子設計，於所心圖中為業界 型設計，公連接器係W型；接觸端子採用凹 ,± i错以泠入母連接器端子内凹處 性導、I:目ί接器端子尾端向内，彎'折作為接觸點，達到電 二：目的，但此等設計雖符合連接 或接觸不良之疑慮。接後更無法卡固，有容易脫落 子的：外參第2圖所示’圖示中為習用板對板連接器端 ==設計，其母連接器中央亦採凹型設計，端子尾 ==形：突出作為接觸點Α，公連接器端 Α對角有一處向内彎折已形成—接觸點Β，利用對角之M357052 VIII. New description: [New technical field] The use of the main body terminal adopts the design of the continuous sub-gap for the terminal to be electrically connected and the bending of the board-to-board connector is formed by the creative system. The mating end of the connector generates interference force and position when connected, and the interference force makes it difficult to fall off after assembly. [Prior Art] The board-to-board connector is used as a two-circuit board or an electronic device. In order to make the connection, the connection between the two ends is said to be connected to the male and female connectors. Sexual guidance, the conventional technology is in the sub-group, the use of the male and female connectors in the terminal has a conduction on the terminal but the terminal of the public material connection (four) is missing in design, the description is as follows: The terminal type design is adopted in the design of the heart, and the male connector is W-type; the contact terminal is concave, and the ± i is wrong to enter the female connector terminal, and the I: The end of the terminal is inward, bent and folded as a contact point to achieve the purpose of electricity: but these designs are in line with doubts about connection or poor contact. After the connection, it is impossible to be stuck, and it is easy to fall off: the external reference is shown in Figure 2. The figure shows the conventional board-to-board connector end == design, and the center of the female connector also adopts a concave design. The terminal tail == Shape: protruding as a contact point Α, the male connector end Α diagonally has an inward bend formed - contact point Β, using the diagonal
M357052 雙接觸點設計，提供良好之€性㈣。惟，㈣設計雖電 性導通佳且較無脫落之問題，但對於端子之卡固力量亦^ 足夠’稍微施力向上拔起就會使端子脫落，無法達到一個 較佳的接觸狀態。 上述習用方式雖可達到端子接觸及電性導通之目的， 因設計之問題而常出現無干涉力、單—接觸點或無法卡固 的問題，而常為人所詬病。 綜上述，習用技術在解決此缺失上仍有技術問題需要 【新型内容】 本創作之主要目的係提供—種板對板連接器，特別是 利用主體端子之彈性部於導接時與插接件端子彎折部221 接觸藉以產生干涉力’以達到卡固之效果者。 本創作之次要目的係提供一種板對板連接器，其主體 與插接件疋位後可透過彎折部外侧缺口頂抵彈性部之外弧 ’提供端子定位之作用。 本創作之另一目的係提供一種板對板連接器，藉由主 體兩端定位槽以及插接件兩端定位塊，作料接可確實定 位，以避免端子無法正確導接之狀況發生。 為達上述目的，本創作係為一板對板連接器，主要 包含有： μ 體’、兩知邊内側係設有邊肋，用以插設端子， 該端子係連續彎折延伸已形成一彈性部。 M357052 應之端子槽，該端子槽 一彎折部。 頂抵部。 一插接件，其中央設有並排對 外侧設有端子，該端子末端係形成 其中，該彈性部下方係延伸一 一缺口，用以與定 且該彎折部向料#端外側則形成 位後與彈性部接觸產生干涉力。 纟佳實施例中，該主體兩端係可進—步設置一 位槽，作為與插接件導接時定位之用。 φ 纟-可行實施例中，該主體中央係可進—步設置一強 化肋，用以強化主體結構之強度。 Μ之另S想貝&例中’該插接件兩端係朝導接 方向各設置-定位塊，用於導接時插入定位槽作為定位之 、為使貴審查委員能瞭解本創作之技術内容，及所能達 成之功效’玆配合圖式列舉諸較佳實施例詳細說明如後。 【實施方式】 兹為便於貴審查委員能更進一步對本創作之構造、 使用及其特徵有更層，明破、詳實的認識與瞭解，創 作人舉出較佳之實施例，配合圖式詳細說明如下： 請參第3至6圖所示，本創作係為一板對板連接器， 其係包含一主體1以及與主體對應導接之插接件2，其中 該主體1其兩端邊内侧係設有邊肋u，用以插設端子12 ’該端子12係連續彎折延伸已形成一彈性部〗21。 該插接件2其中央設有並排對應之端子槽21，該端子 M357052 槽21外侧設有端子22,該端+22末端係形成一彎折部22i 〇 其中’ „亥彈性部121下方係延伸—頂抵部】22。 且該彎折部221向端子22另端外側則形成一缺口 m ，用以與定位後與彈性部121接觸產生干涉力。 〜在一較佳實施例中，該主體i兩端係可進一步設置一 定位槽13，作為與插接件2導接時定位之用。 • 在一可行實施例中，該主體1中央係可進一步設置一 強化肋14，用以強化主體1結構之強度。 本創作之另-理想實施例中，該插接件2兩端係朝導 接方向各設置-定位塊23，用於導接時插入定位槽^作 為定位之用。 I閱第4及5圖所示’本創作之主體i以及插接件 I利用埋人射出之工法來進行，在本實施例中係採用此 工、，以本體1為例，成型前需先將模具 ’計邊肋11來®定碴工1Q、 Μ ^ 德H用模具將端子13預先埋入 1進仃❹’待本體i成型後該端子12即可戾設於邊肋 :1内。而，牛2之埋入射_ 該知子22即可崁設於端子槽21外側。 遠強化肋14係於埋入射出德一柢士 〗結構之強度。 射出後L用以強化主體 之方ί述Γ入射出之工法僅為本實施例中連接器射出成型 “子打入連接器内，以上方式僅為其t成型方式，並非 M357052 限制本創作之範圍。 請參第7至9圖所示，係本創作組合動作之示意圖， .在圖示實施例中該主體丨預設固定於上方電路板，插接件 • 2預设固定於下方電路板，當主體丨與插接件2導接時， 因本創作具有定位槽13及定位塊23之設計，利用主體工 •兩端定位槽13對應插接件2兩端定位塊23，當主體i朝 插接件2方向組裝時’插接件2兩端之定位塊23會先導入 #主體1之定位槽13内，此時，主體！及插接件2内之端子 12、22尚未接觸，因定位塊23設計較長，可確保端子12 、22後續之卡接動作確實定位不致偏移。 待主體1持續往插接件2方向位移時，端子12會與端 子22接觸，端子12之頂抵部122會先與端子22之彎折部 221接觸’湘頂抵部122之斜度傾斜導人擠壓該彎折部 221並使其又力呈現略為向内外伸張，供端子a可繼續向 下位移（位移時因相互受力使彈性部121向反方向彈性位 移）’待端子12通過端子22之彎折部221後，其位置剛好 位於該缺口 222處，始完成端子12、22導接之目的。 而舳子12於導接完成後，因該頂抵部122與缺口 接觸產生干涉力，亦產生了卡固作用，進一步增加其定位 效果，不容易發生錯位或接觸不良之情形。 —紅上述，本創作之板對板連接器，除利用定位槽13 及定位塊23之設計，當主體！朝插接件2方向組裝時，定 位塊.23預先導入定位槽13内，確保端子12、22後續之卡 接動作確實定位不致偏移，再者藉由本體丨端子Μ之頂抵 M357052 11 · •邊肋 12 . •端子 121 · •彈性部 122 · •頂括^部 13 · •定位槽 14 . •強化肋 2 · •插接件 21 · •端子槽 22 · •端子 221 · •彎折部 222 · •缺口 23 · •定位塊M357052 Double contact point design provides good (4). However, (4) Although the design is excellent in electrical conduction and has no problem of falling off, the clamping force of the terminal is also sufficient. A slight force application will cause the terminal to fall off and fail to reach a better contact state. Although the above-mentioned conventional methods can achieve the purpose of terminal contact and electrical conduction, problems such as non-interference force, single-contact point or failure to be stuck often occur due to design problems, and are often criticized by people. In summary, the conventional technology still has technical problems in solving this deficiency. [New content] The main purpose of the present invention is to provide a board-to-board connector, especially when the elastic portion of the main body terminal is used for guiding and connecting the connector. The terminal bent portion 221 contacts the one by which the interference force is generated to achieve the effect of the fastening. A secondary object of the present invention is to provide a board-to-board connector in which the main body and the connector are clamped to provide a terminal positioning by the outer edge of the bent portion against the outer edge of the elastic portion. Another object of the present invention is to provide a board-to-board connector. The positioning block at both ends of the main body and the positioning block at both ends of the connector can be surely positioned to prevent the terminal from being properly connected. In order to achieve the above purpose, the present invention is a board-to-board connector, which mainly comprises: a μ body, and two inner sides are provided with side ribs for inserting terminals, and the terminal is continuously bent and extended to form a Elastic part. M357052 should be the terminal slot, this terminal slot is a bent part. Top abutment. a connector, the center is provided with a terminal arranged side by side to the outside, the terminal end is formed therein, and the elastic portion is extended below the notch for defining and forming the position of the bent portion toward the outer side of the material # Contact with the elastic portion later produces an interference force. In the preferred embodiment, the two ends of the main body can be stepped into a slot for positioning when the connector is guided. φ 纟 - In the feasible embodiment, the center of the body can be further provided with a reinforcing rib for strengthening the strength of the main structure. In the case of S-Bei & in the example, the two ends of the connector are arranged in the direction of the guiding direction - the positioning block is inserted into the positioning slot for guiding, so that the reviewing committee can understand the creation. The technical content, and the efficacies that can be achieved, are described in detail with reference to the preferred embodiments. [Embodiment] In order to facilitate the review committee to further understand, understand, and understand the structure, use, and characteristics of the creation, the creator will give a better example, with the following details: : As shown in Figures 3 to 6, the present invention is a board-to-board connector, which comprises a main body 1 and a connector 2 corresponding to the main body, wherein the main body 1 has a two-side inner side An edge rib u is provided for inserting the terminal 12'. The terminal 12 is continuously bent and extended to form an elastic portion 21 . The terminal member 2 is provided with a corresponding terminal slot 21 at the center thereof. The terminal M357052 is provided with a terminal 22 outside the slot 21, and the end end of the end portion 22 is formed with a bent portion 22i, wherein the bottom portion of the elastic portion 121 extends - abutting portion 22 and the bent portion 221 forms a notch m toward the outer end of the terminal 22 for contact with the elastic portion 121 to generate an interference force. In a preferred embodiment, the body A positioning groove 13 can be further disposed at both ends of the main body for positioning when the connector 2 is guided. In a possible embodiment, the center of the main body 1 can further be provided with a reinforcing rib 14 for strengthening the main body. The strength of the structure. In another embodiment of the present invention, the two ends of the connector 2 are respectively disposed in the guiding direction-positioning block 23, and are used for positioning when the guiding slot is inserted for guiding. In the fourth and fifth figures, the main body i of the present creation and the connector I are carried out by the method of embedding the human body. In the present embodiment, the work is employed, and the main body 1 is taken as an example, and the mold is required before molding. 'Counter ribs 11 to be fixed 1Q, Μ ^ De H pre-embeds terminal 13 with a mold After the body i is molded, the terminal 12 can be disposed in the side ribs: 1. However, the buried incident of the cow 2 can be disposed outside the terminal groove 21. The far reinforcing rib 14 is buried The intensity of the structure is incident on the German-German structure. After the injection, the L is used to strengthen the main body. The method of the incident is only the connector injection molding in the embodiment, and the above method is only t molding method, not M357052 limits the scope of this creation. Please refer to the figures 7 to 9 for a schematic diagram of the combined operation of the present invention. In the illustrated embodiment, the main body is preset to be fixed on the upper circuit board, and the connector 2 is fixed to the lower circuit board. When the main body 导 is connected to the connector 2, since the design has the design of the positioning groove 13 and the positioning block 23, the main body and the two positioning grooves 13 are corresponding to the positioning block 23 at both ends of the connector 2, when the main body i is inserted When the connector 2 is assembled, the positioning block 23 at both ends of the connector 2 is first introduced into the positioning groove 13 of the #body 1 at this time, the main body! The terminals 12 and 22 in the connector 2 are not in contact yet. Because the positioning block 23 is designed to be long, it can ensure that the subsequent clamping operations of the terminals 12 and 22 are not positioned. When the main body 1 continues to be displaced in the direction of the connector 2, the terminal 12 will be in contact with the terminal 22, and the abutting portion 122 of the terminal 12 will first contact the bent portion 221 of the terminal 22, and the slope of the abutting portion 122 will be inclined. The person squeezes the bent portion 221 and causes the force to appear to extend slightly inward and outward, so that the terminal a can continue to be displaced downward (the elastic portion 121 is elastically displaced in the opposite direction due to mutual force during displacement). After the bent portion 221 of 22, the position is just located at the notch 222, and the purpose of guiding the terminals 12, 22 is completed. After the guiding of the dice 12 is completed, the interference between the abutting portion 122 and the notch generates interference, which further increases the positioning effect, and is not prone to misalignment or poor contact. —Red Above, the board-to-board connector of this creation, except the design of the positioning slot 13 and the positioning block 23, is the main body! When assembling in the direction of the connector 2, the positioning block .23 is preliminarily introduced into the positioning slot 13 to ensure that the subsequent clamping operations of the terminals 12 and 22 are not properly offset, and the top of the body 丨 terminal Μ is offset by M357052 11 · • Edge rib 12 • Terminal 121 • • Elastic part 122 • • Top part 13 • • Positioning groove 14 • Reinforced rib 2 • • Connector 21 • • Terminal groove 22 • • Terminal 221 • • Bend 222 · • Notch 23 · • Positioning block