200917576 九、發明說明： 【發明所屬之技術領域】 本發明係一種插接手段’一種插接連接器，以及一種 製造插接手段的方法。 【先前技術】 已知一種扁形插座’電纜能夠在其上有捲繞插座。這種 插座的缺點是在強電流連接時會產生相對而言較高的電 感。 【發明內容】 本發明之目的在於解決上述缺點，並提出一種能夠有 效形成強電流連接之插接手段。 採用具有獨立申請專利項目之特徵的插接手段即可達 成上述目的。附屬申請專利項目之內容爲本發明之進一步 改良方式。 本發明提出之插接手段包含一片印刷電路板及一個插 接連接器，其中，插接連接器以平面方式被焊接在印刷電 路板上。 插接連接器至少是以平面方式被部分焊接在印刷電路 板上。經由平面連接，插接連接器至少能夠與印刷電路板 的一條導電線路形成觸點接通，因此可以達到一低電感。 根據一種改良方式，印刷電路板至少具有一條與插接 連接器觸點接通的導電線路。 根據另外一種改良方式，印刷電路板具有兩條至少部 分設置在印刷電路板之不同面上的導電線路。 尤其是適當寬度之導電線路可以進一步降低導電線路 200917576 之間的漏電感。 根據另外一種改良方式，印刷電路板是一種可彎曲的 印刷電路板，尤其是一種電路板或可撓性印刷電路板。 最好將印刷電路板製作成可彎曲的印刷電路板。 尤其是印刷電路板可以具有多個以平面方式被焊接在 印刷電路板上的插接連接器。這些插接連接器最好可以經 由印刷電路板的多條導電線路被觸點接通5 另外一種有利的方式是插接連接器具有多個彼此沒有 導電連接的接點’而且其中有一個接點經由印刷電路板的 至少一條導電線路被觸點接通。 尤其是至少可以有一個接點是沒有電氣作用的，例如 至少有一個接點是作爲輔助導引或編解碼之用。 根據一種改良方式，印刷電路板至少具有兩條與至少 一個插接連接器連接的線路。 此外’插接連接器可以是一·種扁形插座。 根據一種構造方案，插接連接器具有一個制動器或一 個制動解除器。例如可以用FASTON原理製作扁形插座。 另外一種有利的實施方式是以回焊法將插接連接器焊 接在印刷電路板上。 根據另外一種改良方式，插接連接器具有一個能夠確 保插接連接器在印刷電路板上的位置不會移動的止動結 構。 使用這種止動結構之目的是在焊接之前先將插接連接 器的位置固定住，以免插接連接器在焊接過程中（例流回焊 的過程）滑脫。 200917576 根據另外一種改良方式，止動結構具有一個凹槽、一 個凸起、或是一個缺口。 一種有利的實施方式是插接連接器是一種表面安裝式 插接連接器或具有可表面安裝的構造方式。 根據一種構造方案，插接連接器是一種強電流插接連 接器。尤其是插接連接器可以應用於2.5A以上的電流。 根據另外一種構造方案，印刷電路板被焊死在第二片 印刷電路板上。第二片印刷電路板最好是一種剛性電路板 (非可撓性電路板）。第二片印刷電路板也可以是一種具有 很多層的電路板，其中，印刷電路板是被焊死在第二片印 刷電路板的中間層上。 另外一種可行的方式是將第二片印刷電路板與一片可 撓性印刷電路板連接在一起，例如可撓性印刷電路板突出 於第二片印刷電路板之外。 另外一種建構方案是利用一個連接件將多個插接連接 器集結在一起。例如該連接件可以是一個塑膠連接件。 另外一種改良方式是將個插接連接器設置在印刷電路 板的正反兩面上。 電路板的正反兩面最好都有設置導電線路，尤其是設 置成對的導電線路，因爲這樣可以達到較低的電感。 此外，本發明還包括一種至少具有一個供焊接在印刷 電路板上之用的平面的插接連接器。 另外一種改良方式是’插接連接器至少具有一個止動 結構’插接連接器可以借助該止動結構固定在印刷電路板 上。插接連接器最好是具有可表面安裝的構造方式。 200917576 此外，本發明還包括一種製造插接手段的方法，該方 法具有以下的步驟： --將至少一個插接連接器平放在印刷電路板上； --將該至少一個插接連接器與印刷電路板焊接在一 起。 根據一種改良方式，該至少一個插接連接器是一種表 面安裝式插接連接器。 根據另外一種改良方式，該，至少一個插接連接器是以 回焊的方式被焊接在印刷電路板上。 根據另外一種改良方式，該至少一個插接連接器被一 個止動結構固定在印刷電路板上。 根據一種構造方案，印刷電路板是一種可彎曲的印刷 電路板，尤其是一種可撓性印刷電路板。 以下配合圖式對本發明的實施例作一說明。 【實施方式】 第1圖顯示一個焊接在印刷電路板（1 0 2)上的插接連接 器（101)的正視圖。彎曲的區域（105，106)是用來與一個形 狀與其配合之配合件（未在第1圖中繪出）形成觸點接通之 用。插接連接器（101)的一個平面（103)被焊接在印刷電路板 (102)上，在第1圖之正視圖中顯示的是該平面（1〇3)的斷面。 印刷電路板（102)至少具有一條與平坦的焊接部分（1〇3) 連接的導電線路。此外，印刷電路板（1 υ ·2)最好是一種4彎 曲的印刷電路板，尤其是一種可撓性印刷電路板，這樣插 接連接器（101)就可以經由印刷電路板（102)與配合件（例如 插接片）連接。 200917576 插接連接器（101)最好是一種表面安裝式插接連接器。 第2圖顯示插接連接器（101)及印刷電路板（102)的一個 立體透視圖。根據本實施例，可以設置多個相鄰排列的插 接連接器。可彎曲的印刷電路板（102)沿著方向（107)延伸， 因此可以經由插接連接器（1 0 1)及印刷電路板（1 02)的組合 形成類似電纜的連接。 這種解決方案特別適於作爲插接手段，例如可以將此 種插接手段插入現有的插接片（例如尺寸爲6.3mm之插接 片）。插接連接器（101)可以和插接片連接在一起，或是被插 入插接片。尤其是插接片可以用垂直或水平的方式插入， 且相鄰插接片之中心距離爲10mm。 例如插接連接器（101)是一種具有可表面安裝之構造的 扁形插座。這種插接連接器（1 0 1)被直接以平面方式焊接在 印刷電路板（102)上，例如印刷電路板（102)是一片電路板或 可撓性印刷電路板。最好是以回焊法進行焊接。 第3圖顯示插接連接器（101)的底部。插接連接器（101) 的底部具有止動結構（1 04)，例如製作成小凸起、凹槽、或 是缺口的止動結構。止動結構（104)的作用將插接連接器 (101)固定在印刷電路板（102)上，以免因爲焊劑熔化及插接 連接器（101)膨脹造成插接連接器（101)的位置移動。 另外一種可行的方式是可以用所謂的FASTON原理製 作插接連接器（1 0 1 )，以降低插入及鬆開插接連接器（1 〇 1)時 作用在平坦的焊接部分（丨03)上的力。 也可以將插接連接器（101)焊接在一般的印刷電路板 (1 02)(PCB : Printed Circuit Board)上。此外，也可以將多個插接 200917576 連接益排列在一起。尤其是可以利用一個塑膠連接件將多 個插接連接器或扁形插座集結在一起，以簡化設置及/或定 位插接連接器或扁形插座的工作。 本發明提出的由插接連接器及印刷電路板構成的插接 手段及插接連接器本身均適用於強電流連接，尤其是2.5A 以上的電流。 【簡單圖式說明】 第1圖：一個插接連接器及一片印刷電路板的正視圖。 第2圖：該插接連接器及印刷電路板的立體透視圖。 第3圖：該插接連接器的底部。 【主要元件符號說明】 10 1 插接連接器 102 印刷電路板 103 平面/焊接部分 104 止動結構 105 ， 106 彎曲的區域 107 方向 -10-BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a plug-in means, a plug connector, and a method of manufacturing a plug-in means. [Prior Art] A flat socket 'cable is known to have a winding socket thereon. A disadvantage of such a socket is that it produces a relatively high inductance when connected with a high current. SUMMARY OF THE INVENTION An object of the present invention is to solve the above disadvantages and to provide a plugging means capable of effectively forming a strong current connection. This can be achieved by means of a plug-in with the characteristics of an independent patent application. The content of the affiliated patent application is a further improvement of the invention. The plug-in means proposed by the present invention comprises a printed circuit board and a plug connector, wherein the plug connector is soldered to the printed circuit board in a planar manner. The plug connector is at least partially soldered to the printed circuit board in a planar manner. Via the planar connection, the plug connector can at least make contact with a conductive line of the printed circuit board, thus achieving a low inductance. According to a further development, the printed circuit board has at least one electrically conductive line that is in contact with the plug connector. According to another modification, the printed circuit board has two electrically conductive lines disposed at least partially on different sides of the printed circuit board. In particular, conductive lines of appropriate width can further reduce leakage inductance between the conductive lines 200917576. According to another modification, the printed circuit board is a flexible printed circuit board, especially a circuit board or a flexible printed circuit board. It is preferable to make the printed circuit board into a flexible printed circuit board. In particular, the printed circuit board can have a plurality of plug connectors that are soldered to the printed circuit board in a planar manner. Preferably, the plug connectors can be contacted via a plurality of electrically conductive lines of the printed circuit board. Alternatively, the plug connector has a plurality of contacts that are not electrically connected to each other and has a contact therein. The contacts are contacted via at least one electrically conductive line of the printed circuit board. In particular, at least one of the contacts can be electrically inactive, for example at least one of the contacts is used as an auxiliary guide or codec. According to a further development, the printed circuit board has at least two lines connected to at least one plug connector. In addition, the 'plug connector' can be a flat socket. According to one embodiment, the plug connector has a brake or a brake release. For example, a flat socket can be made using the FASTON principle. Another advantageous embodiment is to solder the plug connector to the printed circuit board by reflow soldering. According to another modification, the plug connector has a stop structure that ensures that the position of the plug connector does not move on the printed circuit board. The purpose of using this stop structure is to fix the position of the plug connector before soldering to prevent the plug connector from slipping during the soldering process (the process of reflow soldering). 200917576 According to another modification, the stop structure has a recess, a projection, or a notch. An advantageous embodiment is that the plug connector is a surface mount plug connector or has a surface mountable construction. According to one construction, the plug connector is a high current plug connector. In particular, the plug connector can be applied to currents above 2.5A. According to another configuration, the printed circuit board is soldered to the second printed circuit board. The second printed circuit board is preferably a rigid circuit board (non-flexible circuit board). The second printed circuit board can also be a circuit board having a plurality of layers, wherein the printed circuit board is soldered to the intermediate layer of the second printed circuit board. Another possible way is to connect the second printed circuit board to a piece of flexible printed circuit board, for example the flexible printed circuit board protrudes beyond the second printed circuit board. Another construction option is to use a single connector to bring together multiple plug connectors. For example, the connector can be a plastic connector. Another improvement is to place a plug connector on both sides of the printed circuit board. It is preferable to have conductive lines on both the front and back sides of the board, especially in pairs of conductive lines, as this allows for lower inductance. Moreover, the present invention also includes a plug connector having at least one plane for soldering on a printed circuit board. Another improvement is that the 'plug connector has at least one stop structure'. The plug connector can be attached to the printed circuit board by means of the stop structure. The plug connector preferably has a surface mountable construction. 200917576 furthermore, the invention also comprises a method of manufacturing a plug-in means, the method having the following steps: - placing at least one plug connector on a printed circuit board; - at least one plug connector The printed circuit boards are soldered together. According to a further development, the at least one plug connector is a surface mount plug connector. According to another modification, the at least one plug connector is soldered to the printed circuit board in a reflow manner. According to another modification, the at least one plug connector is secured to the printed circuit board by a stop structure. According to one configuration, the printed circuit board is a flexible printed circuit board, especially a flexible printed circuit board. The embodiments of the present invention will be described below in conjunction with the drawings. [Embodiment] Fig. 1 shows a front view of a plug connector (101) soldered to a printed circuit board (102). The curved regions (105, 106) are used to form a contact with a mating member (not shown in Fig. 1) that conforms to the shape. A plane (103) of the plug connector (101) is soldered to the printed circuit board (102), and a cross section of the plane (1〇3) is shown in the front view of Fig. 1. The printed circuit board (102) has at least one conductive line connected to the flat solder portion (1〇3). Further, the printed circuit board (1 υ · 2) is preferably a 4-bend printed circuit board, especially a flexible printed circuit board, such that the plug connector (101) can be connected via the printed circuit board (102). Mating parts (such as plug pieces) are connected. The 200917576 plug connector (101) is preferably a surface mount plug connector. Figure 2 shows a perspective view of the plug connector (101) and the printed circuit board (102). According to this embodiment, a plurality of adjacently arranged plug connectors can be provided. The flexible printed circuit board (102) extends in the direction (107) so that a cable-like connection can be formed via a combination of the plug connector (110) and the printed circuit board (102). This solution is particularly suitable as a means of insertion, for example by inserting such a plug-in means into an existing plug piece (for example a 6.3 mm-sized plug piece). The plug connector (101) can be connected to the plug piece or inserted into the plug piece. In particular, the plug tabs can be inserted in a vertical or horizontal manner with a center distance of 10 mm for adjacent plug tabs. For example, the plug connector (101) is a flat socket having a surface mountable construction. The plug connector (110) is soldered directly to the printed circuit board (102) in a planar manner, for example, the printed circuit board (102) is a single circuit board or a flexible printed circuit board. It is preferable to carry out the welding by the reflow method. Figure 3 shows the bottom of the plug connector (101). The bottom of the plug connector (101) has a stop structure (104), such as a stop structure that is formed as a small projection, groove, or notch. The action of the stop structure (104) secures the plug connector (101) to the printed circuit board (102) to prevent positional movement of the plug connector (101) due to flux melting and expansion of the plug connector (101). . Another possible way is to make the plug connector (1 0 1 ) with the so-called FASTON principle to reduce the effect on the flat soldering part (丨03) when inserting and releasing the plug connector (1 〇1). Force. It is also possible to solder the plug connector (101) to a general printed circuit board (102) (PCB: Printed Circuit Board). In addition, multiple plug-in 200917576 connection benefits can be arranged together. In particular, a plurality of plug connectors or flat sockets can be brought together by a plastic connector to simplify the setting and/or positioning of the plug connector or the flat socket. The plug-in means and plug connector of the present invention, which is composed of a plug connector and a printed circuit board, are suitable for a strong current connection, especially a current of 2.5 A or more. [Simple Schematic Description] Figure 1: Front view of a plug connector and a printed circuit board. Figure 2: Perspective view of the plug connector and printed circuit board. Figure 3: The bottom of the plug connector. [Main component symbol description] 10 1 Plug connector 102 Printed circuit board 103 Plane/welding part 104 Stop structure 105, 106 Bending area 107 Direction -10-