捌、新型說明： 【新型所屬之技術領域】 本創作係《於-種連接IIH種可連接導通兩分離電路 板之電路板連接器。 【先前技術】 現今電腦科技快速發展，桌上魏腦或筆記㈣腦業已普遍存 在於社會上之各⑽落，且功能錄愈加駄，而速度亦日趨快 速’其主要原因在於業者大量投人心、力進行研發及提昇產品功能所 致’而另隨著電子機n的小型、薄型與高功能化發展，連接零組件的 連接器亦瓣配合小型、薄魏及窄間距化膽發展。尤其是可移動 通訊機器、便攜AV機器與便攜式資訊機器的内部構裝用連接器，除 了矮背、㈣距化以外，也必需要能因應自動構裝的需求。傳統電線 對基板連接H，已雜纽變絲板對基板連接的連接器與基板對 FPC的連接器。而現今電路板與電路板之間大多以電路板連接器作為 兩電路板之接合及電性連接使用，而_般電雜連翻於兩端皆形成 插槽以連接兩電路板，故習知電路板連接關兩端皆為插槽而需要較 大之空間，以供兩電路板插接，所以習知電路連接器之體積較大且同 時亦增力口生羞成本’不符合現今短、小、輕、薄之需求且亦不符合經 濟效益，實有待改善。 【新型内容】 本創作之目的在於提供一種可連接導通兩分離電路板之電路 板連接器，藉由電路板連接器之一側設複數個端子以焊接一電路板， 而於電路板連接器之另一側則設有插槽以插接另一電路板，俾使本創 作僅利用端子連接一電路板，而減少連接器内部之空間，同時滅少生 產之成本。 本創作之另一目的在於提供一種可連接導通兩分離電路板之新型 Description of the new type: [Technical field to which the new type belongs] This creation is "A-type connection IIH type circuit board connector that can connect and connect two separate circuit boards. [Previous technology] With the rapid development of computer technology today, desktop brains or note-taking brains have become widespread in society, and feature records have become more and more fast, and the speed has become faster. The main reason is that the industry has invested a lot of people's hearts, Efforts to carry out research and development and improve product functions. In addition, with the development of small, thin, and highly functional electronic devices, the connectors that connect components have also been developed in conjunction with small, thin, and narrow-pitch gall. In particular, connectors for internal construction of portable communication equipment, portable AV equipment, and portable information equipment must be able to cope with the requirements of automatic construction in addition to being short and narrow. The traditional wire-to-substrate connection H, the connector of the twisted wire-to-substrate connection and the substrate-to-FPC connector. Nowadays, most circuit boards and circuit boards use circuit board connectors as the connection and electrical connection of the two circuit boards, and general electrical hybrids are turned at both ends to form slots to connect the two circuit boards. Both ends of the circuit board connection are slots and require a large space for the two circuit boards to be plugged in. Therefore, it is known that the size of the circuit connector is relatively large and at the same time it also increases the cost of shyness. The demand for small, light and thin, and not in line with economic benefits, needs to be improved. [New content] The purpose of this creation is to provide a circuit board connector that can be connected to two separate circuit boards. One terminal of the circuit board connector is provided with a plurality of terminals to solder a circuit board. The other side is provided with a slot for plugging in another circuit board, so that this creation only uses a terminal to connect a circuit board, thereby reducing the space inside the connector and reducing the cost of production. Another purpose of this creation is to provide a circuit that can connect two separate circuit boards.
本創作之另一目的在於提供一 電路板連接器，藉由前述 力接觸之效果。 種可連接導通兩分離電路板之 藉由刚述端仅雜臂祕電職插接時具有較佳彈 一本體，該本體内之頂 達到上述目的之電路板連接器，包含： :設有複數等間距制之分隔板，且藉由該複數分隔板形成複數端子 槽’而辦述概締減本體之底端卿成—及複數個端 子^亥複數個端子具有—接腳，而由前述接腳水平延伸—水平部，且 由該水平部向下延伸―彈性臂，藉由前述彈力臂之彈性與電路板形成 電連接。 前述複數分隔板於本體之前端亦形成複數個槽孔，該槽孔係供 前述複數端子接腳之置放空間。 剷述端子之接腳係為與一電路板焊接。 前述插槽係供一電路板插接。 前述插槽係藉由一補強板供一軟性電路板插接。 前述彈性臂具有一接點。 【實施方法】 請參考第一圖，係為顯示本創作電路板連接器之俯視圖。本創 作電路板連接器100，包含··一本體10，該本體10内之頂端設有複 數等間距排列之分隔板11 (參考第二圖），且藉由該複數分隔板u 形成複數端子槽12 (參考第五圖），而於前述複數分隔板u至本體 W之底端則形成一插槽13，·複數個端子20 (參考第二圖），該複數 個端子20具有一 L型之接腳21，而由L型之接腳21水平延伸一水 平部22 ’且由該水平部22向下延伸一彈性臂23，而該彈性臂23具 有一接點24。 . 请參考第一圖並配合參考第二圖，係顯示第一圖由線剔 面之側視圖，其中藉由前述複數分隔板11於本體10之前端亦形成複 數個槽孔14，該槽孔14係供前述複數端子接腳21之置放空間，而 §剷述接腳21置放鈿述槽孔14時’前述端子14之水平部22則平貼 於前述分隔板11所形成之端子槽12的頂端，而使前述端子2〇完全 置於前述端子槽12内，此時前述水平部22向下延伸之彈性臂23的 接點24座落在前述插槽13位置處，即完成本創作之電路板連接器 100。 請參考第三圖，係為顯示本創作電路板連接器連結兩電路板之 立體圖。在此實施例中，前述電路板連接器100係為連接兩分離之第 一電路板30及第二電路板31，該第一電路板30與第二電路板31設 有複數個金屬接面31、41，該金屬接面31、41係配合與前述電路板 連接為100之端子接腳21及插槽13連接藉以接合導通或電性連接兩 電路板30、40。 凊繼續參考第三圖並配合參考第四圖，係顯示本創作電路板連 接裔連結兩電路板之組合俯視圖。其中藉由前述電路板連接器1〇〇之 端子接腳21與前述第一電路板3〇所設之金屬接面31焊接導通，而 再藉由别述第二電路板40插接前述電路板連接器1〇〇之插槽13内， 而使刖述第二電路板4G之金屬接面^與前述電路板連接器丨⑻之端 子彈I*生# 23之接點24連接導通（參考第五圖），俾使兩電路板3〇、 4〇藉由前述電路板連接器100之接點24及插槽13與兩電路板3〇、 4〇之金屬接面31、4丨連接導通而達到兩電路板3〇、4〇電性之連接。 凊參考第五圖，係顯示第四圖由線γ-γ剖面之側視圖。當欲 連接兩電路板30、40時，藉由前述電路板連接器100之端子接腳21 焊接於前述第一電路板30上之金屬接面31，而使電路板連接器ι〇〇 之端子20與第一電路板30相互導通，而再將前述第二電路板4〇插 接於前述電路連接器1〇〇之插槽13内至第二電路板4〇之金屬接面 41碰觸到電路連接器1〇〇之彈性臂23的接點24，此時彈性臂23之 接點24因受到第二電路板4〇的擠壓而使彈性臂23往前述端子2〇之 水平部22方向移動，即完成插接之動作；而當欲置換不同電路板時， 則將第一電路板40往插槽13之反方向抽出，此時前述彈性臂23因 受到釋放而產生彈性回覆力，而使彈性臂23回復原狀。 請麥考第六圖，係顯示本創作電路板連接器連結一電路板及一 軟性電路板之俯視圖。在此實施例中，前述電路板連接器1〇〇係為連 接兩分離之第一電路板30及軟性電路板5〇，而前述第一電路板3〇 與軟性電路板50各設有複數個金屬接面31、51 (參見第七圖），該 金屬接面31、51係配合與前述電路板連接器1〇〇之端子接腳21及插 槽13連接以接合導通或電性連接第一電路板3〇及軟性電路板5〇， 且前述軟性電路板50之金屬接面51處之底端設有一補強板52，該 補強板52係為輔助軟性電路板5〇插接於前述電路板連接器1〇〇之插 槽13内。 清參考第七圖，係顯示第六圖由線z_z剖面之側視圖。當欲連 接第-電路板30及軟性電路板5〇時，藉由前述電路板連接器i⑻之 端子接腳21焊接於前述第一電路板3〇上之金屬接面31，而使電路 板連接器100之端子2〇與第一電路板％相互導通，而再將前述軟性 電路板50 g己合前述補強板52插接於前述電路連接器議之插槽13 内至軟性電路板5G之金屬接面M碰綱電路連接器之彈性臂 23的接點24，此時彈性臂23之接點24因受到軟性電路板％的擠壓 而使彈性臂23往前述端子2G之水平部22方向飾，而當欲置換不 M251317 同電路板時，則將軟性電路板50往插槽13之反方向抽出，此時前述 彈性臂23因受到釋放而產生彈性回覆力，而使彈性臂23回復原狀。 M251317 【圖式簡單說明】 第一圖係顯示本創作電路板連接器之俯視圖。 第二圖係顯示第一圖線χ-χ之剖面圖。 第三圖係顯示本創作電路板連接器連結兩電路板之立體圖。 第四圖_示賴作電路板連接n連結Μ路板之組合俯視圖。 第五圖係顯示第四圖線Υ-Υ之剖面圖。 第六圖係顯不賴作電雜連接n連結—電紐與軟性電路板之俯 視圖。 第七獨係顯示第六圖線Z-Z之剖面圖。 [主要元件符號對照說明] 100…電路板連接器 10…本體 11…複數個分隔板 12…複數個端子槽 13 —插槽 14…複數個槽孔 20…複數個端子 21…接腳 22…水平部 23…彈性臂 24…接點 30…第一電路板 31…金屬接面 40…第二電路板 41…金屬接面 50…軟性電路板 51…金屬接面Another purpose of this creation is to provide a circuit board connector that is contacted by the aforementioned force. A kind of circuit board connector which can connect and connect two separate circuit boards has a better elasticity when it is plugged in with the arm and the electrical connector, and the top of the body achieves the above purpose, including: An equal-spaced partition plate, and a plurality of terminal grooves formed by the plurality of partition plates will be described to reduce the bottom end of the body—and the plurality of terminals ^ —the plurality of terminals have—pins, and The aforementioned pin extends horizontally—a horizontal portion, and extends downwardly from the horizontal portion—an elastic arm, and forms an electrical connection with the circuit board through the elasticity of the elastic arm. The plurality of partition plates also form a plurality of slotted holes at the front end of the body, and the slotted holes are used as a space for placing the plurality of terminal pins. The pins of the terminal are soldered to a circuit board. The aforementioned slot is for inserting a circuit board. The aforementioned slot is for inserting a flexible circuit board through a reinforcing board. The elastic arm has a contact point. [Implementation method] Please refer to the first figure, which is a top view showing the connector of the creative circuit board. The creative circuit board connector 100 includes a body 10, and a plurality of partition plates 11 (refer to the second figure) arranged at equal intervals on the top end of the body 10, and a plurality of partition plates are formed by the plurality of partition plates u. A terminal slot 12 (refer to the fifth figure), and a slot 13 is formed from the aforementioned plurality of partition plates u to the bottom of the body W, a plurality of terminals 20 (refer to the second figure), the plurality of terminals 20 having a An L-shaped pin 21 extends from the L-shaped pin 21 horizontally to a horizontal portion 22 ′ and an elastic arm 23 extends downward from the horizontal portion 22, and the elastic arm 23 has a contact 24. Please refer to the first figure and refer to the second figure, which shows a side view of the line cut surface of the first figure, in which a plurality of slot holes 14 are also formed at the front end of the body 10 by the aforementioned plurality of partition plates 11, the slots The hole 14 is a space for the plurality of terminal pins 21 described above, and when the shovel pin 21 is placed in the slot 14, the horizontal portion 22 of the terminal 14 is flatly attached to the partition plate 11. At the top of the terminal slot 12, the terminal 20 is completely placed in the terminal slot 12. At this time, the contact 24 of the elastic arm 23 extending downward from the horizontal portion 22 is seated at the position of the slot 13, and the completion is completed. The circuit board connector 100 of this creation. Please refer to the third figure, which is a perspective view showing that the connector of the creative circuit board is connected to two circuit boards. In this embodiment, the aforementioned circuit board connector 100 is used to connect two separate first circuit boards 30 and second circuit boards 31. The first circuit board 30 and the second circuit board 31 are provided with a plurality of metal connection surfaces 31. 41, 41, the metal connection surfaces 31, 41 are connected with the terminal pins 21 and the socket 13 connected to the aforementioned circuit board as 100, so as to join or electrically connect the two circuit boards 30, 40.凊 Continuing to refer to the third figure and the fourth figure together, it is a plan view showing the combination of the creative circuit board and the two circuit boards. Wherein, the terminal pins 21 of the circuit board connector 100 and the metal connection surface 31 provided on the first circuit board 30 are soldered and conducted, and then the circuit board is inserted through another second circuit board 40 In the socket 13 of the connector 100, the metal connection surface of the second circuit board 4G described above is connected to the contact 24 of the terminal spring I * 生 # 23 of the circuit board connector (refer to the first (Fig. 5), so that the two circuit boards 30 and 40 are connected and connected to the metal interfaces 31 and 4 of the two circuit boards 30 and 40 through the contact 24 and the socket 13 of the circuit board connector 100 described above. Reach the electrical connection of two circuit boards 30 and 40.凊 Refer to the fifth figure, which shows a side view of the fourth figure from the line γ-γ section. When two circuit boards 30 and 40 are to be connected, the terminal pins 21 of the circuit board connector 100 are soldered to the metal connection surface 31 on the first circuit board 30 to make the terminals of the circuit board connector 〇〇〇 20 and the first circuit board 30 are electrically connected to each other, and the second circuit board 40 is inserted into the slot 13 of the circuit connector 100 to the metal interface 41 of the second circuit board 40 and touches The contact point 24 of the elastic arm 23 of the circuit connector 100, at this time, the contact point 24 of the elastic arm 23 is pressed by the second circuit board 40, so that the elastic arm 23 faces the horizontal portion 22 of the terminal 20 Move to complete the plugging action; when you want to replace a different circuit board, pull out the first circuit board 40 in the opposite direction of the slot 13, at this time the aforementioned elastic arm 23 is released to generate an elastic response force, and The elastic arm 23 is returned to its original state. Please refer to the sixth figure of McCaw, which is a top view showing a circuit board connector connected to a circuit board and a flexible circuit board of this creative circuit board. In this embodiment, the aforementioned circuit board connector 100 is for connecting two separate first circuit boards 30 and the flexible circuit board 50, and the aforementioned first circuit board 30 and the flexible circuit board 50 are each provided with a plurality of Metal connection surfaces 31 and 51 (see FIG. 7). The metal connection surfaces 31 and 51 are mated with the terminal pins 21 and the socket 13 of the aforementioned circuit board connector 100 to be electrically connected or electrically connected to the first. The circuit board 30 and the flexible circuit board 50, and a reinforcing plate 52 is provided at the bottom end of the aforementioned metal circuit surface 51 of the flexible circuit board 50, and the reinforcing plate 52 is an auxiliary flexible circuit board 50 inserted into the circuit board The connector 100 is in the slot 13. Reference is made to the seventh figure, which shows a side view of the sixth figure taken along line z_z. When the first circuit board 30 and the flexible circuit board 50 are to be connected, the terminal board 21 of the circuit board connector i⑻ is soldered to the metal connection surface 31 on the first circuit board 30 to connect the circuit board. The terminal 20 of the connector 100 and the first circuit board are electrically connected to each other, and then the aforementioned flexible circuit board 50 g and the aforementioned reinforcing board 52 are inserted into the metal connector's slot 13 to the flexible circuit board 5G metal. The contact surface M touches the contact point 24 of the elastic arm 23 of the outline circuit connector. At this time, the contact point 24 of the elastic arm 23 is pressed by the flexible circuit board, and the elastic arm 23 is decorated in the direction of the horizontal portion 22 of the terminal 2G. When the M251317 and the circuit board are to be replaced, the flexible circuit board 50 is pulled out in the opposite direction of the slot 13. At this time, the elastic arm 23 is released to generate an elastic response force, and the elastic arm 23 returns to its original state. M251317 [Schematic description] The first diagram is a top view showing the connector of the creative circuit board. The second diagram is a cross-sectional view of the first diagram χ-χ. The third figure is a perspective view showing the circuit board connector connected to the two circuit boards. The fourth figure _ shows a combined top view of a circuit board connected to an n-connected M circuit board. The fifth diagram is a cross-sectional view of the fourth diagram, line Υ-Υ. The sixth diagram shows the top view of the n-connection—electric button and flexible circuit board. The seventh line shows a sectional view of the sixth line Z-Z. [Comparison explanation of main component symbols] 100 ... circuit board connector 10 ... body 11 ... plurality partition board 12 ... plurality terminal slot 13-slot 14 ... plurality slot 20 ... plurality terminal 21 ... pin 22 ... Horizontal part 23 ... Elastic arm 24 ... Contact 30 ... First circuit board 31 ... Metal surface 40 ... Second circuit board 41 ... Metal surface 50 ... Flexible circuit board 51 ... Metal surface