1250691 九、發明說明： 【發明所屬之技術領域】 本發明係有關於-種防止連接_#之結構及方法，特別 是有關於-種可有效預防薄型連接器之製造、組裝時所產生之 變形、平整度不佳等問題之結構及方法。 【先前技術】 隨著現今各式電子產品频小型化、繼化的發展趨勢， 電子產品喊之各式零組件也被迫向更小、更薄型㈣發方向 發展’尤其是當中擔任訊號傳輸、連接角色的各式連接器。然 而，立當連接ϋ尺寸縮小到-定程度時，必騎出現生產上的技 術Ρ早礙不良率也J5巩之提局。例如一軟性電路板連接器 (Flexible print Circuit c〇nnect〇r ; Fpc 〇讓奶⑻當 f度規格降至丨.2〜L 5mm以下時，其橫向平整度就變的難二 掌控，這辭整度的變料科餅生錢接㈣製造過程 怜甚至會在模組用戶端組裝時發生，特別是在異常溫度的製 程T境下。例如，當用戶端進行回焊製程時，姻高溫使外接 ，’’、占焊於電路板±，而這種高溫環境容級連接騎娜本體發 生熱應變，_是當_膠本體成料承受歓應力殘留的區 域，也就是横向結構區間。 。連接器生產過程中的平整度變化，可藉由各種已開發之製 私技術予以克服。但是’關於上述在模_戶雜裝時所產生 問二目别相關業界並沒有—個很有 :愈:::接:::^為，趨勢，：=^^ 求-徹Γ的解t發月人即針對上述問題點，提出本發明案以 【發明内容】 發明之目的在於提供一種防止^ 〇., M , . 裡丨万止連接态翹曲之結構及方 法猎由本創作之結構及方法 U回/规造成連接器本體出 現翹曲變形等問題。 本㈣之目的在於提供—衡止連接器翹曲之結構及方 ^猎由本創作之結構及方法，降低連接器之組裝不良發生， k南訊號傳輪能力。 +本發明係為—種防止連接_曲之結構及方法，使用於具 ^薄型縱長狀本體之連接器；#連接脸裝完成後，於該連接 盗之接觸凹部内插人—辅助板，以支撐接觸凹部之上、下表 待該連接器固焊於電路板後，再將該輔助板取出。此外， 還可在連接H外側加裝—殼體，以叫型方式箝制本體的三 面，也同樣具有部分防止㈣的功效，以避免因高溫環境對連 接器本體造成之熱應變彎曲。 【實施方式】 為使本發_容得以獲得更具體之暸解，賴明數個較佳 1250691 貫施例並配合圖示詳細說明如下；另外，除以下詳細描述外， 本創作亦可廣泛地施行於其他實施例中。 本發明之防止連接馳曲之結構及方法的主要技術特徵 係在連接器之-橫向平面上，例如連接器之本體上方或是接觸 凹部内’加設—輔助元件’例如—金屬平板或是u字型塑谬等 等，以強化連接器本身的抗應變性。其順序為；在連接器各部 元件組裝完成後，例如—般連接財見的基本結構：塑踢本 體、固定部及端子科，於連接紅加裝—可拆卸式輔助板， 使辅助板對連接器本體形成—股抵制力，#連接器於組裝時回 鲜受熱或是在高溫魏下健時，_板可有效防止連接器本 體發生橫向f曲等絲，_避免焊接不良或是使用接觸性不 佳等不良狀況發生。待連接器完細㈣程後再簡助板取下 即可。除了輔助板之外’本發日种還可峨合其他輔助性元件 來配合加_接n結構，m將錢纟各㈣娜詳述本發明 首，明參照第-圖及第二圖所示，為本發明之—最佳實 施例。例如，在-軟性電路板連接器1〇中，主要結構包括絕 緣本體U、固定件12、及複數個端子13。絕緣本體u為一 具有縱長狀本體之薄型塑膠元件，其—面向魄伸出_接觸凹 部21，可供對接連接器插入，接觸凹部21内設有多個端子凹 槽22排列於上、下表面。每一端子13之一側為接點⑶凸伸 於接觸凹部21内’當對接連接器插人接觸凹部21時可與各接 點131形成電性連接，而端子13之另—端則延伸出絕緣本體 1250691 卜則乍為外接觸點132。固定件12裝設於絕緣本體11 上方，藉由轉軸的作用使固定件12可在開放位置與固定位置 間轉動’當對接連接器插入接觸凹部21日夺，並將固定件12下 駐固定位置即可達咖定對接連接器之目的。 • 、田連接為的厚度/長度比例較小時，其本體之平整度維持 就變的不容易，例如第一圖及第二圖所示之實施例。於是發明 人在已組裝完成之連接n結構上裝設—獅板14，以作為結 φ 構強化使用，係直接將輔助板14插入絕緣本體11之接觸凹部 21内。由第二圖中可以看出，由於整個輔助板14橫向支撐住 、、邑緣本體11内部’使絕緣本體11在橫軸方向上即使因受熱而 產生熱應變，也會受關助板14的支撐岐應變量降到最 小。請參照第三圖所示，為第二圖之剖面圖，由圖中可以看出 輔助板14於插入絕緣本體u之接觸凹部21内之狀況。在最 佳實施例狀況下，辅助板14應會同時部份接觸到接觸凹部21 之上表面及下表面，而使絕緣本體u得到最大的支撐性，但 鲁在其他實施例時，輔助板14可以不需同時接觸到接觸凹部21 之上表面及下表面，也就是說輔助板14與接觸凹部21之上表 面或下表面之間還保留一間隙，該間隙大小端視實際需求而 定。 本發明適用於具有縱長狀薄型本體之連接器，例如前一實 施例中由絕緣本體11與固定件丨2所構成之軟性電路板連接器 本體，但不僅限於此，對於其他任何具有框型本體之連接器都 同樣具有良好的防止翹曲效果。此外，在第三圖的實施例中， 8 ⑧ 1250691 輔助板14為一 L型板，該L型向上彎曲部份可方便使用者裝 卸辅助板14 ’當然輔助板14也可以是平板、τ型板，或是υ 型板，只要是能達成本發明之功效者，無論其辅助板14型態 汝何、憂化都應包含在本發明之保護範圍之内。如第四圖及第五 固所示，將輔助板14設計為一 U形板，其一端插入絕緣本體 U之接觸凹部21内，另一端則繞過於絕緣本體u之上板面， 以提供更佳的抗應變力，而輔助板14抵靠於上板面之一面還 可以作為吸取蓋來使用。 接著請參照第六圖，為本發明之另一實施樣態。在前述第 三圖之實施例中可以發現，當輔助板14插入絕緣本體u之接 觸凹部21内時，不可避免會油裝之端子13的接點131發生 接觸，在部分情況下，發明人不希望辅助板14與接點⑶發 生接觸，於是以第-_設計結構為基礎，在—由絕緣本體 11 '固定件12及複數個端子13所組成之連接器中，絕緣本體 11具有-接觸凹部21可供插入對接連接器；一辅助板14，前 緣e又有-上凸部142 ’將辅助板14插人接觸凹部21内以作為 防止連接料曲之輔助元件，由於上凸部142之設計，辅助板 14可避免與端子13的接點131形成接觸，因此不會造成接點 131的磨損或破壞，且辅助板14亦可同時與接觸凹部21之上 表面及下表關時抵靠，具有極佳抗顧_的效果。 請參照第七_示，為本發明之再-實施樣態。以第-圖 的設計結構為基礎，發明人再於絕緣本體u及固定件η的上 方加裝-η字型殼體41，使絕緣本體u的上方、左右兩側同 1250691 時受到殼體41的包#，私触“ t 敌入到絕料;可配合 ㈧的導槽23内，使殼體41能藉由導样 、在-固定範圍内進行直線運動，特 = 性電路板連接器使用。當殼體41向後方移動，= =連接器插入，待固定件12轉至固定：： 用 以_接連接器形成雙重_作用。當然除1250691 IX. Description of the Invention: [Technical Field] The present invention relates to a structure and a method for preventing connection _#, and particularly relates to a deformation which can effectively prevent the manufacture and assembly of a thin connector. Structure and method of problems such as poor flatness. [Prior Art] With the development trend of frequency miniaturization and serialization of various electronic products, the various components of electronic products are forced to develop in a smaller and thinner (four) direction, especially for signal transmission. A variety of connectors that connect to a character. However, when the size of the connection is reduced to a certain level, it is necessary to ride on the production technology. For example, a flexible circuit board connector (Flexible print circuit c〇nnect〇r; Fpc 〇 let milk (8) when the f-degree specification is reduced to 丨.2~L 5mm or less, the horizontal flatness becomes difficult to control, this is the word The whole process of changing the material of the cake is (4) the manufacturing process will even occur when the module is assembled at the user end, especially in the process of abnormal temperature. For example, when the user performs the reflow process, the temperature is high. Externally, '', is soldered to the circuit board ±, and this high-temperature environment is connected to the rider body to generate thermal strain, _ is the area where the _ plastic body material is subjected to 歓 stress residual, that is, the lateral structure interval. The flatness change in the production process can be overcome by various developed private technologies. However, there is no such thing as the above-mentioned problem in the mold-to-home miscellaneous equipment. ::Connection:::^ is, trend,:=^^ seeking-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- , M , . The structure and method of the connected state warp Hunting is caused by the structure and method U of this creation, and the warpage deformation of the connector body is caused by the U back/regulation. The purpose of this (4) is to provide a structure that balances the warpage of the connector and the structure and method of the creation, and reduces the connection. The assembly of the device is poor, and the k-signal transmission capability is enabled. The present invention is a structure and method for preventing connection _ 曲, which is used in a connector having a thin elongated body; The contact recess of the connecting thief is inserted into the auxiliary-auxiliary plate to support the contact recess, and the lower surface is to be soldered to the circuit board, and then the auxiliary board is taken out. In addition, the outer side of the connection H can be installed. - The housing, which clamps the three sides of the body in a so-called manner, also has the effect of partially preventing (4) to avoid thermal strain bending caused to the connector body due to the high temperature environment. [Embodiment] In order to obtain the present invention The specific understanding, Lai Ming several preferred 1250691 examples and detailed description with the following figures; in addition, in addition to the following detailed description, this creation can also be widely implemented in other embodiments. The main technical features of the structure and method for preventing the connection from being loosened are on the transverse plane of the connector, such as above the body of the connector or in the contact recess, 'additional auxiliary elements' such as a metal plate or a u-shaped Plastic squeezing, etc., to strengthen the strain resistance of the connector itself. The order is: after the components of the connector are assembled, for example, the basic structure of the connection is: the plastic kick body, the fixing part and the terminal section are connected. Red retrofit - detachable auxiliary plate, which makes the auxiliary plate form a strand-reducing force to the connector body. #Connector is reheated during assembly or when it is under high temperature, the plate can effectively prevent the connector body from occurring. Horizontal f-curve, etc., to avoid poor soldering or poor contact conditions, etc. After the connector is finished (four), the board can be removed. In addition to the auxiliary board, the 'this type of day can also be combined with other auxiliary elements to complement the structure of the _ _ n, m will be the money 纟 each (four) Na detailed description of the first, as shown in the first and second figures Is the preferred embodiment of the invention. For example, in a flexible circuit board connector, the main structure includes an insulating body U, a fixing member 12, and a plurality of terminals 13. The insulative housing u is a thin plastic component having a longitudinally elongated body, which faces the 魄 protruding _ contact recess 21 for insertion of the mating connector, and the contact recess 21 is provided with a plurality of terminal recesses 22 arranged above and below surface. One side of each terminal 13 is a contact point (3) protruding in the contact recess 21. When the mating connector is inserted into the recess 21, it can be electrically connected with each contact 131, and the other end of the terminal 13 is extended. The insulative body 1250691 is an outer contact point 132. The fixing member 12 is mounted on the insulative housing 11 and rotates between the open position and the fixed position by the action of the rotating shaft. When the mating connector is inserted into the contact recess 21, the fixing member 12 is fixed in the fixed position. You can reach the purpose of the docking connector. • When the thickness/length ratio of the field connection is small, the flatness of the body is not easily maintained, for example, the embodiment shown in the first and second figures. The inventors then installed the lion plate 14 on the assembled n structure to be used as a reinforced structure, and directly insert the auxiliary plate 14 into the contact recess 21 of the insulative housing 11. As can be seen from the second figure, since the entire auxiliary plate 14 is laterally supported, the inside of the rim body 11 is such that the insulating body 11 is thermally strained in the horizontal axis direction due to heat, and is also subjected to the auxiliary plate 14 The support strain is minimized. Referring to the third drawing, which is a cross-sectional view of the second figure, the state in which the auxiliary board 14 is inserted into the contact recess 21 of the insulative housing u can be seen. In the preferred embodiment, the auxiliary plate 14 should partially contact the upper surface and the lower surface of the contact recess 21 at the same time to maximize the support of the insulating body u, but in other embodiments, the auxiliary plate 14 It is not necessary to simultaneously contact the upper surface and the lower surface of the contact recess 21, that is, a gap is also left between the auxiliary plate 14 and the upper surface or the lower surface of the contact recess 21, which is determined depending on actual needs. The present invention is applicable to a connector having a vertically long thin body, such as a flexible circuit board connector body composed of an insulating body 11 and a fixing member 2 in the previous embodiment, but is not limited thereto, and has any frame type for any other. The connectors of the body also have a good anti-warping effect. In addition, in the embodiment of the third figure, the 8 8 1250691 auxiliary plate 14 is an L-shaped plate, and the L-shaped upward curved portion can facilitate the user to load and unload the auxiliary plate 14 'of course, the auxiliary plate 14 can also be a flat plate, a τ type The plate or the slab may be included in the scope of the present invention as long as it is capable of achieving the effects of the present invention regardless of the type of the auxiliary plate 14. As shown in the fourth figure and the fifth solid, the auxiliary board 14 is designed as a U-shaped board, one end of which is inserted into the contact recess 21 of the insulative housing U, and the other end is wound around the upper surface of the insulative body u to provide more Good resistance to strain, and the auxiliary plate 14 abuts against one side of the upper plate surface and can also be used as a suction cover. Next, please refer to the sixth figure, which is another embodiment of the present invention. In the embodiment of the third embodiment, it can be found that when the auxiliary plate 14 is inserted into the contact recess 21 of the insulative housing u, the contact 131 of the terminal 13 of the oil-filled device is inevitably brought into contact. In some cases, the inventor does not. It is desirable that the auxiliary board 14 is in contact with the contact point (3). Based on the first design structure, in the connector composed of the insulating body 11' fixing member 12 and the plurality of terminals 13, the insulative housing 11 has a contact recess. 21 for inserting the docking connector; an auxiliary plate 14, the leading edge e and the upper convex portion 142' insert the auxiliary plate 14 into the recess 21 as an auxiliary member for preventing the connection of the material, due to the upper convex portion 142 The auxiliary plate 14 is designed to avoid contact with the contact 131 of the terminal 13, so that the contact 131 does not wear or break, and the auxiliary plate 14 can also abut against the upper surface of the contact recess 21 and the lower surface. With excellent anti-care effect. Please refer to the seventh embodiment for the re-implementation of the present invention. Based on the design structure of the first drawing, the inventor further installs the -n-shaped housing 41 above the insulating body u and the fixing member η, so that the upper and the left and right sides of the insulating body u are received by the housing 41 at 1250691. The package #, private touch "t enemy into the material; can fit (8) in the guide groove 23, so that the housing 41 can be linearly moved by the guide, in the fixed range, the special circuit board connector used When the housing 41 moves backwards, == the connector is inserted, and the fixing member 12 is turned to be fixed:: used to connect the connector to form a double _ function. Of course
Ab；L之外’殼體41亦具有防止絕緣本體11發生趣曲的功 此，若同時配合於接觸凹部 、力 止會有更佳的功效。p21内置入輔助板14，對於龜曲防 塑膠在===_可為金屬或是-般的耐熱 該連接器1〇之細W1 =完成後，於 夕㈣… 以1円罝人輔助板14,使該連接器 、、、，豪本體21在橫向方向上制—切，#_接㈣完成 客戶端的上_如將連接糾細定於電路板上)動作後:再 Z助板14取出’使連接器10在焊接等等的高溫製程t不會 :應㈣絲發生。插人輔助板14於連接器1()之接觸凹部 内之動作可於連接關生糾_完成，或是於連接哭10 2板别再插人輔助板14都可以達成本發明之效果。輔助板14 、’不限τ-獨立板體’可魏合顧化健，例如在連接器 上板別先以機器將輔助板14插入接觸凹部21内，待上板 動作完成後，再取出辅助板14 綜合以上所述之結構及方法，使連接器在後段高溫製程 3、，避免因受熱而發生變形，特別是針對於具有薄型框體的連 1250691 接器來說，更舉有明顯的效益。本創作的應 定在前峨喻舰，⑽彻目 達成的效果係構成等效或均等者，或屬本發明的變形或改良， 均應屬本創作得涵蓋之範圍。綜上所述，本創作成符合專利法 之規定，爰依法提出申請，盼早日准予專利。 【圖式簡單說明】 第一圖所示為本發明之最佳實施例示意圖。 、 第二圖所示為本發明之最佳實施例示意圖。 第二圖所示為本發明之最佳實施例剖面圖。 第四圖所示為本發明之另一實施例示意圖。 第五圖所示為本發明之另一實施例剖面圖。 第六圖所示為本發明之再一實施例示意圖。 第七圖所示為本發明之連接器加上殼體示意圖。 【主要元件符號說明】 10連接器 11絕緣本體 111上板面 12固定件 13端子 131接點 132外接觸點 14輔助板 142上凸部 21接觸凹部 22端子凹槽 23導槽 41殼體 42滑桿The outer casing of the outer casing 11 has an effect of preventing the insulating body 11 from being interesting. If it is fitted to the contact recess, the force is better. P21 is built into the auxiliary board 14. For the tortoise-proof plastic, the ===_ can be metal or-like heat-resistant. The connector 1〇 is fine W1 = after completion, on the evening (four)... 1円罝人辅助板14 The connector, the, and the body 21 are made in the lateral direction, the #_ is connected to the client (the fourth is completed on the circuit board), and the Z-assisted board 14 is taken out. The high temperature process t of the connector 10 in soldering or the like does not: should (four) wire occur. The action of inserting the auxiliary board 14 in the contact recess of the connector 1 () can be accomplished by the connection, or the connection of the crying 10 2 board and the insertion of the auxiliary board 14 can achieve the effect of the present invention. The auxiliary plate 14 and the 'unlimited τ-independent plate body' may be Weihe Gu Huajian. For example, the auxiliary plate 14 is first inserted into the contact recess 21 by the machine on the upper plate of the connector, and after the action of the upper plate is completed, the auxiliary device is taken out. The board 14 combines the structure and method described above to make the connector in the high-temperature process in the rear stage 3, to avoid deformation due to heat, especially for the 1250691 connector with a thin frame body, more obvious benefits . The creation of this creation shall be in the former saga. The effect achieved by (10) is equivalent or equal, or the modification or improvement of the present invention shall fall within the scope of this creation. In summary, this creation complies with the provisions of the Patent Law, and submits an application in accordance with the law, hoping to grant patents as soon as possible. BRIEF DESCRIPTION OF THE DRAWINGS The first figure shows a schematic view of a preferred embodiment of the invention. The second figure shows a schematic view of a preferred embodiment of the invention. The second figure shows a cross-sectional view of a preferred embodiment of the invention. The fourth figure shows a schematic view of another embodiment of the present invention. Figure 5 is a cross-sectional view showing another embodiment of the present invention. Figure 6 is a schematic view showing still another embodiment of the present invention. The seventh figure shows a schematic view of the connector plus the housing of the present invention. [Main component symbol description] 10 connector 11 Insulation body 111 Upper plate surface 12 Fixing member 13 Terminal 131 Contact point 132 External contact point 14 Auxiliary plate 142 Upper convex portion 21 Contact concave portion 22 Terminal groove 23 Guide groove 41 Housing 42 slide Rod