M397057 五、新型說明： 【新型所屬之技術領域】 本創作是有關於一種連接器，特別是有關於 種用來側向連接固定電路板之連接器。 、 【先前技術】 隨著電子科技的突飛猛進，各種電子產品已曰 益普及地應用於我們的工作及生活當中。在各種電 子產品中，連接器被大量應用以做為不同電子元件 之間的訊號傳輸的途徑，連接器係一種以電氣方式 連接電線、電路板和其他電路元件的連接裝置，^ 此，廣泛地運用於吾人生活周遭之各種電子產品， 例如筆δ己本型電腦、個人數位助理器（PDA)等。 一般的連接器係焊接固定於電路板上，俾利用 其連接端子與電路板上經電路佈局之接觸端接觸， 以形成電氣連接’而在某些運用上，連接器係作為 固定另一電路元件，例如固定軟性排線的用途。因 此，連接器係介於軟性排線及印刷電路板之間，俾 作為電氣訊號之轉接。 然而，傳統的連接器係利用焊接的方式將連接 器固定於電路板上，常會因焊接製程的管控不良而 導致生產良率不佳。此外，當連接n©定於電路板 3 支W不^^思再將連接器從電路板上卸除取下 =換其㈣類之連接器，相f知之^方式對 本2 σ @ s的彈性較小’不利於即時因應市場需 求之變化來將產品的設計作變動。 【新型内容】 f知連接H係利料接的方式將連接器固定於 2板上’常會_接製程的管控不良而導 良率不佳的問題。 —本創作提供—種連接器，係應用於側向連接固 ::電路板’其中連接器包括一本體、一支撐部、 二=部、二導電端子、一第一彈性左懸臂與一第 右懸臂以及一第二彈性左懸臂與一第二彈性 :广其中本體設有一平台，該平台係面向於電 邊。支樓部設置於平台上，其中支撐部係 I 直於平台的方向延伸設置。基座部設置於平 :上：其中基座部係沿著垂直於平台的方向延伸設 2撐部與基座部系呈上τ面對設置且基座部 冰X大於支樓部的長度，基座部於凸出於支撐部 =-延長部上設有一承載面，該承裁面係面向於 支標部設置，錢長部的末端設有—卡扣部。導電 :子組裝於基座部之承載面上’第一彈性左懸臂盥 第一彈性右㈣設置於平台上，且分別位於支撐部 M397057M397057 V. New description: [New technical field] The present invention relates to a connector, in particular to a connector for laterally connecting a fixed circuit board. [Prior Art] With the rapid advancement of electronic technology, various electronic products have been widely used in our work and life. In various electronic products, connectors are widely used as a means of signal transmission between different electronic components, and connectors are a connection device for electrically connecting wires, circuit boards, and other circuit components. It is used in various electronic products around our lives, such as pen-type computers, personal digital assistants (PDAs), etc. A typical connector is soldered to a circuit board, and its connection terminal is in contact with the contact end of the circuit board through the circuit layout to form an electrical connection. In some applications, the connector acts as a fixed circuit component. For example, the purpose of fixing a flexible cable. Therefore, the connector is between the flexible cable and the printed circuit board, and is used as the electrical signal. However, the conventional connector uses a soldering method to fix the connector to the circuit board, which often results in poor production yield due to poor control of the soldering process. In addition, when the connection n© is set on the circuit board 3 W does not ^^ then remove the connector from the circuit board to remove = replace its (four) type of connector, the phase f knows the way to the flexibility of the 2 σ @ s The smaller 'is not conducive to changing the design of the product in response to changes in market demand. [New content] f Knowing the way to connect the H-series to the connector, the connector is fixed on the 2 board. The problem of poor control and poor lead-through is poor. - The present invention provides a connector for a lateral connection: a circuit board 'where the connector includes a body, a support portion, two portions, two conductive terminals, a first elastic left cantilever and a right The cantilever and a second elastic left cantilever and a second elasticity: wherein the body is provided with a platform facing the electrical edge. The branch portion is disposed on the platform, wherein the support portion is extended in a direction straight to the platform. The base portion is disposed on the flat: upper portion, wherein the base portion extends along a direction perpendicular to the platform, and the second portion is disposed opposite to the base portion and the base portion of the ice is larger than the length of the branch portion. The base portion is provided with a bearing surface protruding from the support portion=-extension portion, the receiving surface is disposed facing the branch portion, and the end of the money portion is provided with a buckle portion. Conductive: The sub-assembly is assembled on the bearing surface of the base portion. The first elastic left cantilever 盥 the first elastic right (four) is disposed on the platform and is respectively located at the support portion M397057
的左右兩側，其中第-彈性左懸臂與第—彈性右縣 =沿著垂直於平台的方向延伸設置。第二彈性： 以與弟二彈性右懸臂設置於平台上，且分別位於 基座部的左右兩側，其中第二彈性左懸臂與第二彈 性右懸臂係沿|垂直於平台的方向延伸言曼置一 彈性左懸臂、第二彈性左懸臂、支撐部及基座部係 形成一左側容置空間，第一彈性右懸臂、第二彈性 右懸臂、支撐部及基座部係形成一右側容置空間。The left and right sides, wherein the first elastic left cantilever and the first elastic right county = extend in a direction perpendicular to the platform. The second elasticity: the second elastic cantilever is disposed on the platform, and is respectively located on the left and right sides of the base portion, wherein the second elastic left cantilever and the second elastic right cantilever are extended along the direction perpendicular to the platform. The elastic left cantilever, the second elastic left cantilever, the support portion and the base portion form a left accommodating space, and the first elastic right cantilever, the second elastic right cantilever, the support portion and the base portion form a right side accommodation space.
本創作所提供連接器，其係利用本體上設有第 -彈性左懸臂、第二彈性左懸臂、第—彈性右懸臂、 第二彈性右懸臂、支撐部及基座部來分別形成一左 側容置空間以及一右側容置空間，並且利用此 容置空間與右側容置空間分別卡合挾持二電路板， 且組裝於本體上之導電端子可電性連接二電路板， 如此就可以達到穩定固持且電性導通二電路板的目 的。與習知連接器相比，本創作之連接器可卸除地 安裝電路板’故可完全迴避掉焊接製程的不良影響 以及解決組裝完成後之電路板與連接器之組合件不 可再隨意拆卸的問題。 【實施方式】 請參閱第一圖至第六圖，本創作係提供一種連 接器1，係應用於側向連接固定二電路板2，此電路 5 M397057The connector provided by the present invention uses a first elastic left cantilever, a second elastic left cantilever, a first elastic right cantilever, a second elastic right cantilever, a support portion and a base portion to form a left side space respectively. The space is disposed, and the right side of the accommodating space is used, and the accommodating space and the right accommodating space are respectively engaged and held by the two circuit boards, and the conductive terminals assembled on the body are electrically connected to the two circuit boards, so that stable holding can be achieved. And the purpose of electrically conducting the two circuit boards. Compared with the conventional connector, the connector of the present invention can be removably mounted on the circuit board', so that the adverse effects of the soldering process can be completely avoided and the assembly of the circuit board and the connector after the assembly is completed can no longer be disassembled. problem. [Embodiment] Please refer to the first to sixth figures. The author provides a connector 1 for laterally connecting two fixed circuit boards 2, this circuit 5 M397057
板2上設有發光二極體（LED) 3以及金手指22，該 連接器1包括一本體10、一支撐部12、一基座部 14、二導電端子16、一第一彈性左懸臂^與一第 一彈性右懸臂13以及一第二彈性左懸臂15與一第 一彈性右懸臂17，其中本體i0設有一平台】〇〇，此 平台100係面向於二電路板2之一側邊並作為二電 路板2之侧邊的抵靠部。支撐部12設置於平台1〇〇 上，此支撐部12係沿著垂直於平台1〇〇的方向延伸 設^。基座部14設置於平台100上，基座部14係 &著垂直於平台100的方向延伸設置，支撐部12與 基座部14係呈上下面對設置，且基座部14的長度 大於支撐部12的長度，基座部14於凸出於支撐部 12外之一延長部140上設有一承載面142，該承載 面142係面向於支撐部12設置，且延長部14〇的末 端設有-卡扣部144,此卡扣部144係用以卡合固 疋一電路板2之另一侧邊。 在本實施例中，由於位於基座部14上方之支撐 部12的長度小於基座部14的長度，且基座部“的 寬度大於支撐部12的寬度，所以二導電端子料 很谷易地由上而下組震於基座告"4之承載面M2 2一彈性左懸臂U與第—彈性右懸臂13設置 上，且分別位於支樓部12的左右兩侧， =疒彈性左懸臂U與第—彈性右懸㈣係沿 直於平台100的方向延伸設置。第二彈性左懸 6 M397057 1 15與第二彈性右懸臂17設置於平台ι〇〇上，且 ，位於基座部14的左右兩側，其中第二彈性左懸 與第二彈性右㈣Π係沿著垂直於平台1〇〇 的方向延伸設置，第—彈性左懸臂11、第二彈性左 ，臂15、支樓部12及基座部14係形成一左側容置 二間18,第一彈性右懸臂13、第二彈性右懸臂17、 支撐部12及基座部14係形成一右側容置空間η。The board 2 is provided with a light-emitting diode (LED) 3 and a gold finger 22, and the connector 1 includes a body 10, a support portion 12, a base portion 14, two conductive terminals 16, and a first elastic left cantilever ^ And a first elastic right cantilever 13 and a second elastic left cantilever 15 and a first elastic right cantilever 17, wherein the body i0 is provided with a platform 〇〇, the platform 100 faces one side of the two circuit boards 2 and As the abutting portion of the side of the two circuit boards 2. The support portion 12 is disposed on the platform 1〇〇, and the support portion 12 extends in a direction perpendicular to the platform 1〇〇. The base portion 14 is disposed on the platform 100, and the base portion 14 is extended in a direction perpendicular to the platform 100. The support portion 12 and the base portion 14 are disposed to face up and down, and the length of the base portion 14 is greater than The length of the support portion 12, the base portion 14 is provided on the extension portion 140 protruding from the support portion 12, and a bearing surface 142 is disposed. The bearing surface 142 is disposed facing the support portion 12, and the end portion of the extension portion 14 is provided. There is a latching portion 144 for engaging the other side of the circuit board 2. In the present embodiment, since the length of the support portion 12 located above the base portion 14 is smaller than the length of the base portion 14, and the width of the base portion is larger than the width of the support portion 12, the two conductive terminal materials are very easy. From the top-down group, the load-bearing surface M2 2 of the pedestal "4 is disposed, and the elastic left cantilever arm U and the first elastic right cantilever 13 are disposed on the left and right sides of the branch portion 12 respectively, and the elastic left cantilever The U and the first elastic right suspension (four) are extended in a direction perpendicular to the platform 100. The second elastic left suspension 6 M397057 1 15 and the second elastic right cantilever 17 are disposed on the platform ι and are located at the base portion 14 The left and right sides, wherein the second elastic left suspension and the second elastic right (four) raft are extended along a direction perpendicular to the platform 1 ,, the first elastic left cantilever 11, the second elastic left arm, the arm 15 and the branch portion 12 The base portion 14 defines a left side receiving space 18, and the first elastic right cantilever 13, the second elastic right cantilever 17, the support portion 12 and the base portion 14 form a right receiving space η.
在本實施例中，支撐部12與位於基座部14上 之導電端子16之間的距離大約等於電路板2的厚度 大小（亦即電路板2側邊高度的大小）。第一彈性左 懸臂11設有一第一左挾持面11〇，第二彈性左懸臂 15 δ又有一第二左挾持面15〇，第一左挾持面HQ與 第二左挾持面150係上下相對設置且兩者之間的水 平面間距實質等於電路板2的厚度大小。第一彈性 右懸臂13設有一第一右挾持面13〇，第二彈性右懸 # 又有一第二右挾持面第一右挾持面 與第二右挾持面170係上下相對設置且兩者之間的 水平面間距實質等於電路板2的厚度大小。 在本實施例中，第一彈性右懸臂13、第一彈性 左懸臂11、第二彈性右懸臂17以及第二彈性左懸 臂15的延伸長度大約相同，並且其長度係大於電路 板2的寬度大小，如此以將電路板2穩固地挾持於 此些懸臂之間。第一彈性左懸臂u與支撐部12之 7 間設有一第一左側水平距離112，第一彈性右懸臂 13與支撐部12之間設有一第一右側水平距離1， 第二彈性左懸臂15與基座部14之間設有一第二左 側水平距離152,第二彈性右懸臂17與基座部14 之間設有一第二右側水平距離丨72，其中第一左側 水平距離112約等於第一右側水平距離Η?，第二 左側水平距離152約等於第二右側水平距離1, 且第一左側水平距離112不等於第二左側水平距離 152 ’如此可得到較佳的挾持固定的效果。 另外，卡扣部144包括一左側卡扣凹槽丨442以 及一右側卡扣凹槽1444,其中卡扣部144之左右兩 侧各包括一斜面1446，此斜面1446係面向於電路 板2之侧邊，且卡扣部144之中間還設有一凹口 1448。當連接器1要側向連接固定二電路板2時， 二電路板2之一側邊係先順著卡扣部144之左右兩 侧之斜面1446往平台100的方向推進，由於卡扣部 144中間之凹口 1448的存在，可提供左右兩側斜面 1446往中間變形的能力，二電路板2之一側邊推擠 斜面14 4 6產生變形而順利通過卡扣部1 & 4進入到左 側容置空間18或右側容置空間19内，直到二電路 板2之一側邊頂抵於平台1〇()時，此時二電路板2 之另一侧邊剛好可卡合於卡扣部丨44之左側卡扣凹 槽1442與右側卡扣凹槽1444内，如此即可完成連 接器1側向連接固定二電路板2的作業。 在本實施例中’二電路板2之上下兩側受到第 一彈性右懸臂13、第一彈性左懸臂U、第二彈性右 懸臂17及第二彈性左懸臂15所形成的空間限制， 且第一左挾持面110、第一右挾持面13〇、第二左挾 持面150與第二右挾持面170係為可與電路板2貼 合之平面形態，如此達到固持二電路板2的目的， 透過二導電端子16來電性連接二電路板2上之金手 指22’來達到提供電源電力給發光二極體3的目的。 综上所述，本創作之優點在於電路板係可卸除 地安裝於連接器上，故可完全迴避掉焊接製程的不 良影響以及解決組裝完成後之電路板與連接器之組 δ件不可再隨意拆卸的問題。此外，本創作之連接 器係側向電性連接固定二電路板，所以不但製程上 非常容易簡單，適合大量組《生產，而且此連接器 之側向組裝#設計對於電路板上設有#光二極體 (LED)等發光元件而言’此連接器的結構大小不會 對於發光元件的發光效果有太大的影響，進而導： 發光元件之部份光源被連接器阻擋或吸收的問題。 j述詳細說明為針對本創作一種較佳之可行實 施例說明而已’惟該實施例並非用以限定本創作之 申請專利範圍’凡其它未脫離本創作所揭示之技藝 精神下所完成之均特化與修飾變更，均應包含於 本創作所涵蓋之專利範圍申。 M397057 【圖式簡單說明】 第一圖係本創作之連接器與電路板尚未組裝的立體示意 圖。 第二圖係第一圖之連接器與電路板組裝完成的立體示意 圖。 第三圖係第二圖之連接器與電路板組裝完成在另一角 度的立體示意圖。 第四圖係第一圖之連接器的立體放大示意圖。 第五圖係第四圖之連接器在前視方向的立體示意圖。 第六圖係第四圖之連接器在俯視方向的立體示意圖。 【主要元件符號說明】 I 連接器 10 本體 100平台 II 第一彈性左懸臂 110第一左挾持面 112第一左側水平距離 12 支撐部 13 第一彈性右懸臂 130第一右挾持面 132第一右側水平距離 14 基座部 M397057 140延長部 142承載面 14 4卡扣部 1442左側卡扣凹槽 1444右側卡扣凹槽 1446斜面 1448 凹口 15 第二彈性左懸臂 150第二左挾持面 152第二左側水平距離 16 導電端子 17 第二彈性右懸臂 170第二右挾持面 172第二右側水平距離 18 左側容置空間 19 右側容置空間 2 電路板 22 金手指 3 發光二極體 11In the present embodiment, the distance between the support portion 12 and the conductive terminals 16 on the base portion 14 is approximately equal to the thickness of the circuit board 2 (i.e., the height of the side of the circuit board 2). The first elastic left cantilever 11 is provided with a first left clamping surface 11〇, and the second elastic left cantilever 15 δ has a second left clamping surface 15〇. The first left clamping surface HQ and the second left clamping surface 150 are vertically arranged opposite each other. And the horizontal spacing between the two is substantially equal to the thickness of the circuit board 2. The first elastic right cantilever 13 is provided with a first right clamping surface 13〇, and the second elastic right hanging surface has a second right clamping surface. The first right clamping surface and the second right clamping surface 170 are vertically disposed opposite to each other. The horizontal spacing is substantially equal to the thickness of the circuit board 2. In this embodiment, the first elastic right cantilever 13, the first elastic left cantilever 11, the second elastic right cantilever 17, and the second elastic left cantilever 15 have the same extension length, and the length thereof is greater than the width of the circuit board 2. Thus, the circuit board 2 is firmly held between the cantilevers. A first left horizontal distance 112 is disposed between the first elastic left cantilever arm u and the support portion 12, and a first right horizontal distance 1 is disposed between the first elastic right cantilever arm 13 and the support portion 12, and the second elastic left cantilever 15 is A second left horizontal distance 152 is disposed between the base portion 14 , and a second right horizontal distance 丨 72 is disposed between the second elastic right cantilever 17 and the base portion 14 , wherein the first left horizontal distance 112 is approximately equal to the first right side The horizontal distance Η?, the second left horizontal distance 152 is approximately equal to the second right horizontal distance 1, and the first left horizontal distance 112 is not equal to the second left horizontal distance 152' such that a better hold-fixing effect is obtained. In addition, the buckle portion 144 includes a left side buckle groove 442 and a right side buckle groove 1444. The left and right sides of the buckle portion 144 each include a slope 1446 facing the side of the circuit board 2 A notch 1448 is also provided in the middle of the buckle portion 144. When the connector 1 is to be laterally connected and fixed to the two circuit boards 2, one side of the two circuit boards 2 is first advanced along the slopes 1446 of the left and right sides of the buckle portion 144 toward the platform 100, because the buckle portion 144 The presence of the central notch 1448 can provide the ability to deform the left and right inclined faces 1446 to the middle. One of the two circuit boards 2 pushes the inclined surface 14 4 6 to deform and smoothly passes through the buckle portion 1 & 4 into the left side. In the accommodating space 18 or the right accommodating space 19, until the side of one of the two circuit boards 2 abuts against the platform 1 〇 (), the other side of the two circuit boards 2 is just engaged with the buckle portion. The left side of the cymbal 44 has a latching recess 1442 and a right latching recess 1444. Thus, the connector 1 can be laterally connected to fix the two circuit boards 2. In the present embodiment, the upper and lower sides of the two circuit boards 2 are limited by the space formed by the first elastic right cantilever 13, the first elastic left cantilever U, the second elastic right cantilever 17 and the second elastic left cantilever 15, and The left clamping surface 110, the first right clamping surface 13〇, the second left clamping surface 150 and the second right clamping surface 170 are in a planar form that can be adhered to the circuit board 2, so as to achieve the purpose of holding the two circuit boards 2, The purpose of providing power to the light-emitting diode 3 is achieved by electrically connecting the gold fingers 22' on the two circuit boards 2 through the two conductive terminals 16. In summary, the advantage of this creation is that the circuit board is detachably mounted on the connector, so that the adverse effects of the soldering process can be completely avoided and the group of the circuit board and the connector after the assembly is completed can no longer be solved. Feel free to disassemble. In addition, the connector of the present invention is electrically connected to the two circuit boards laterally, so that the process is not only simple and easy to process, but also suitable for a large number of groups, and the lateral assembly of the connector is designed to have #光二 on the circuit board. In the case of a light-emitting element such as a polar body (LED), the structural size of the connector does not have a large influence on the light-emitting effect of the light-emitting element, and further leads to a problem that a part of the light source of the light-emitting element is blocked or absorbed by the connector. DETAILED DESCRIPTION OF THE INVENTION The detailed description of the present invention has been described in terms of a preferred embodiment of the present invention, and is not intended to limit the scope of the patent application of the present invention. Changes and modifications should be included in the scope of patent coverage covered by this creation. M397057 [Simple description of the diagram] The first diagram is a three-dimensional diagram of the connector and circuit board of this creation. The second figure is a perspective view of the assembly of the connector and the circuit board of the first figure. The third figure is a perspective view of the connector of the second figure assembled with the circuit board at another angle. The fourth figure is a perspective enlarged view of the connector of the first figure. The fifth figure is a perspective view of the connector of the fourth figure in the front view direction. Figure 6 is a perspective view of the connector of the fourth figure in a plan view. [Main component symbol description] I Connector 10 Body 100 Platform II First elastic left cantilever 110 First left clamping surface 112 First left horizontal distance 12 Support portion 13 First elastic right cantilever 130 First right clamping surface 132 First right side Horizontal distance 14 Base portion M397057 140 Extension portion 142 Bearing surface 14 4 Snap portion 1442 Left side Snap groove 1444 Right side Snap groove 1446 Bevel 1448 Notch 15 Second elastic left cantilever 150 Second left clamping surface 152 Second Left horizontal distance 16 Conductive terminal 17 Second elastic right cantilever 170 Second right clamping surface 172 Second right horizontal distance 18 Left accommodating space 19 Right accommodating space 2 Circuit board 22 Gold finger 3 Light-emitting diode 11