201115854 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種電連接器，尤盆β ^Α 尤/、疋—種可將一排線直接 廢δ及固定於一基板上之電連接器。 【先前技術】 習知基板本雜底座是由職隔熱、並無材質所製 作成。在表面可以相的細小線路材料是鱗，原本編是覆蓋 在整個板子上，再於製造過程中部雜刻處理，剩下的部份就變 成網狀的電線路’這些電線路被稱作導線或佈線，並用來提供㈣ 上零件的電路連接。而從電路引出至pcB的方式，可例如欲先焊 接排線插座’或可⑽接將猶焊上_式進行觀蚊於基板 上。 然而對於使用塑膠材料之基板，因為塑膠材料不耐熱，無法 將排線焊接在基板±，因此—般是使用導電軸著方式進行電路 鲁引it}但其工法複雜，如需同時引出多個電路時，則更不方便。 故習知技術係具有可再改良之處。 【發明内容】 有鑑於上述習知在塑膠上進行電路引出的問題，以及提升電 連接。。的組合穩固性，發明人經精心研究，並基於從事該技術領 域的多年經驗’發明了-種勒新的電連接器。 本發明之目的係提供一種基板與排線的組合設計 ，使排線固 定於基板表命時，可達到電路引出至印刷電路板(PCB)上的電連接 201115854 為達上述目的，本發明的電連接器包含—基板、—組 二固定件，該基板表面設有—端子組，該端子_每一端子 組周圍相==排;該組合件係設於基板且鄰近該端子 平行，且二^ 字型，此組合件兩相對邊與端子組 形成一邊内表面分別形成一第一組合部，於上表面則 U，顧定件可涵蓋該端子組，於兩相對端分別 1 -對應組合部，而上表面及下表面則分卿成一第 部及i合面，該第一賴組合部及第二對應組合部分別 ϋ址合部及第二組合部相互組設，該固定件組設於該組合 於面抵靠於該每—端子的相對突點；在壓合該排線 f固定錢㈣紐上，達_賴胁基板上的魏，it 免佔用機構空間’解除空間關的優勢。 【實施方式】 ^參閱第i ’係為她之樓蝴賴。該電連接 基板11、—組合件⑴及至少-個固定件12，於基板 表面係先设-層金屬薄膜，再將多餘的金屬薄舰刻形成一電 _局以及-併排之端子出，組合件112係設於基板η且鄰近 如子111之勝並與該基板丨卜體成形，在本發明—實施例中， 該組合件112係略呈门字型，而其兩相對端係與端子m呈平行 狀，且此兩相對端内表砂別形成一第一組合部ιΐ2ι、ιΐ2ι，，於 上表面則形H組合部1122。固定件⑴壓合面123 201115854 且呈對應該組合件112之形狀，固定件12於兩相對端分別形成一 第一對應組合部121、121’，上表面及下表面則分別設一第二對應 組合部122及一壓合面123，此第一對應組合部12卜121，及第二 對應組合部122係分別對應於該第一組合部n2i、1121，及第二組 合部1122，此組合模式可為例如滑執與凸塊之扣合模式、卡榫模 式等。該電連接器1係供固定一排線2，此排線2可為軟性扁平排 線(Flexible Flat Cable，FFC)或軟性印刷電路板(Fiexibie Printed • Qrcmt，FPC)，然而不僅限於使用該軟性扁平排線或該軟性印刷電 路板，該排線2 —端裸露於外界的電接部21，係供電接於該端子 111 上。 睛參閱第二圖，係為本發明一實施例中基板的局部放大圖。 該基板11㈣程中，係包括預先於基板Π S面之預設範圍内形 成-併排之突點113，再於此基板η表面上設一層金屬薄膜，經 侧處理形成如第-®所述之數個端子1U為—軒組11〇,而每 鲁-端子111具有-相對突點11U且彼此併排，該相對突點⑴i係 對應於該突點113，且触絲板〗—體軸。該端子組11〇之併 排該等相對突點1111亦可形成橫條突起狀。於本發明另一實施例 中可於表面光/腎之基板u上設一預先形成該相對突點！⑴的 端子組110，使於該相對突點im與基板u之間形成一空間。 請參閱第三圖，係為本發明電連接器的縱·視圖㈠。本 發明在組裝上’係如第―圖及第二®所述先於基板U表面上設該 端子組110及組合件112，再將該排線2之電接部21對應預備組 201115854 ，於該端子組11G上方，而顧定件12則擺設_排線2的電接 邻21上方’使固疋件12的壓合面123對應該電接部a，且第二 對應組合部122則係對應該基板u的組合件112之第二組合部 1122。請同時參閱第四圖，係為本發明電連接器的縱剖側視圖 ㈡。係使用該固定件12的壓合面123將該排線2之電接部Μ壓 合於基板U之端子組11G上’並㈣定件12之第二對應組合部 122組設於基板U的第二組合部1122上，達到固鎌態；由於排 籲線2所使用之金屬係具有其—適當軟度’因此當該固定件η將排 線2之電接部21壓合於相對突點mi時，該排線2之電接部u 部份表面會隨鞠目對突點仙形成—内凹弧度，而排線2所形 成的弧度便直接扣合在該相對突點nil上，達到固定排線於基板 11上的功效。此外’於本創作之另—種實施财，經簡定件12 將排線2壓合於基板11時，該相對突點仙亦可以刺破該排線2 表面的方式，使排線2固定於基板u上。 鲁 請參閱第五圖’係為本發明電連接器的組合完成圖。該電連 接器1與排線2組合完畢後，此排線2係藉由固定件12的壓合， 以及因壓合而與姆突點1U1之間形成相對扣合的方式達到固口定 於基板11上之功效。以此方式進行固定排線2，可省略須於基板 11表面上預先設-排線2的插座，即省略中間過程需進行加熱步 驟，並直接將排線2的電接部21電接於端子組ιι〇上以解決塑 膠製成之基板11不耐高溫的問題，並直接將電路引出至印刷電路 板(K3)。糾’假如此種結構運用在一般非塑膠基板上則可省 201115854 略需預先於齡絲板表面相設對餘_縣，或焊接可能 導致基板表面損壞及接觸不良的現象。 請參閱第六圖，係為本發明電連接器的另一實施例㈠。該 基版u表面上可依需求設有數個端子組11〇及對應的組^ 112 ’以侧雜細_線2。各端子組11()可分顺於基板^ 上之各部位’而於基板U表面各該端子組m之關亦設有各纪 合件m，由於各組合件112呈门字型，其一端之開放部可相對其 籲他組合件m朝向相同或不同方向，即於一基板n正反表面皆可 同時形成至少一個電連接器。 請參閱第七® ’係為本發明電連接騎另_實施例㈡。如 第七圖所示，-電連接器3係包括一基板31及至少一個固定件 32 ’其中基板31表面上-預設區域設有如第一圖及第二圖所述之 端子組310，各端子311表面形成-相對突點；於該基板31表面 在該端子組310之兩相對邊分別設有一組合件312、312,，此組合 _件3U、312，係與該端子組31〇呈併排狀，而基板3ι表面在_ 子組3i〇之另兩相對邊之其中一邊設有一頂靠板313。該固定件 32組設於基板31的兩組合件312、312，時，該固定件％的壓合面 32〇抵靠於該每-端子m的相對突點，而固定件％的兩相對邊 分別形成—對應組合部32卜切，，該對應組合部32卜321，係分 別對應組設於該組合件m、312，上，此組合模式為彈性相互勾扣 的模式，於拆裝上較為迅速。麵震上’係先將一排線4的一電 接部W前端頂靠於頂靠板313，該電接部41表面係抵靠該端子組 201115854 310表面，再以固定件32的壓合面320抵靠於每-端子311的相 對犬點’而固定件32的對應組合部切、32ι，則組裝於基板^的 組合件312、312,的模式來壓合電接部41於端子組310上。 此外’本發明之另一實施例，該組合件形成數個凹槽或穿孔， 而固定件卿成數她合部，藉此組合縣對應於触合件凹槽 或穿孔，以卡設、反扣等模式相互組合。 以上所述之本發為最佳實施例’並賴限本發明於實行 φ其匕較佳實施例’即所敘述之較佳實施例以及任何本發明所主張 之技術能輕易完成者，皆應涵蓋於本發明之專利範圍内。 【圖式簡單說明】 第一圖，係為本發明之電連接器的構件圖。 第一圖，係為本發明基板的局部放大圖。 第二圖，係為本發明電連接器的縱剖側視圖(一）。 第四圖，係為本發明電連接器的縱剖側視圖(二）。 第五圖，係為本發明電連接器的組合完成圖。 第六圖，係為本發明電連接器的另一實施例(一）。 第七圖，係為本發明電連接器的另一實施例(二）。 【主要元件符號說明】 1 電連接器 11 基板 110 端子組 111 端子 1111 相對突點 2 排線 21 電接部 3 電連接器 31 基板 310 端子組 201115854 112 組合件 311 端子 im、mi， 第一組合部 312 、 312’ 組合件 1122 第二组合部 32 固定件 113 突點 320 壓合面 12 固定件 32 卜 321， 對應組合部 m、121， 第一對應組合部 4 排線 122 第二對應組合部 41 電接部 123 壓合面 313 頂靠板201115854 VI. Description of the Invention: [Technical Field] The present invention relates to an electrical connector, which is capable of directly arranging a line of wires and fixing it on a substrate. Connector. [Prior Art] The conventional substrate is made of thermal insulation and no material. The thin circuit material that can be phased on the surface is a scale. The original code is covered on the whole board, and then processed in the middle of the manufacturing process, and the remaining part becomes a mesh-shaped electric circuit. These electric lines are called wires or Wiring and used to provide (4) circuit connections to the parts. For the way from the circuit to the pcB, for example, the wire socket can be soldered first or the wire can be soldered to the substrate. However, for the substrate using the plastic material, since the plastic material is not heat-resistant, the wire cannot be soldered to the substrate ±, so the circuit is generally used to conduct the circuit. However, the method is complicated, and if multiple circuits are required at the same time, It is even more inconvenient. Therefore, the conventional technology system has the potential to be improved. SUMMARY OF THE INVENTION In view of the above-mentioned problems of circuit extraction on plastics, and the improvement of electrical connections. . The combination of stability, the inventors have carefully studied, and based on years of experience in the field of technology, invented - a new electrical connector. The object of the present invention is to provide a combination design of a substrate and a cable, so that when the cable is fixed on the substrate, the electrical connection of the circuit to the printed circuit board (PCB) can be achieved. The connector comprises a substrate, a set of two fixing members, and the surface of the substrate is provided with a terminal group, the terminal is arranged in the vicinity of each terminal group == row; the assembly is disposed on the substrate and adjacent to the terminal, and a font, the opposite sides of the assembly and the terminal group form an inner surface forming a first combined portion, and the upper surface is U, the predetermined member can cover the terminal group, and the opposite ends respectively 1 - corresponding combination portion, The upper surface and the lower surface are divided into a first portion and a second combined portion, and the first and second corresponding combined portions are respectively assembled with the second portion and the second combined portion, and the fixing member is disposed at the same The combination is placed on the surface against the relative bump of each terminal; on the fixed line (f) of the line f, the Wei on the substrate is not occupied, and the advantage of the space is removed. [Embodiment] ^ Refer to the i's department for her floor. The electrical connection substrate 11, the assembly (1) and the at least one fixing member 12 are first provided with a layer of metal film on the surface of the substrate, and then the excess metal thin ship is engraved to form an electric and a side-by-side terminal. The member 112 is disposed on the substrate η and adjacent to the sub-111 and is formed with the substrate. In the present invention - the embodiment, the assembly 112 is slightly gate-shaped, and the opposite ends and terminals are The m is parallel, and the inner portions of the opposite ends form a first combination portion ιΐ2ι, ιΐ2ι, and the upper portion forms the H combination portion 1122. The fixing member (1) has a pressing surface 123 201115854 and is in the shape of the corresponding assembly 112. The fixing member 12 defines a first corresponding combination portion 121, 121' at the opposite ends, and a second corresponding portion is respectively disposed on the upper surface and the lower surface. The combination portion 122 and a pressing surface 123, the first corresponding combination portion 12 and the second corresponding combination portion 122 correspond to the first combination portion n2i, 1121, and the second combination portion 1122, respectively. It may be, for example, a snap-and-buck snap mode, a snap mode, or the like. The electrical connector 1 is for fixing a row of wires 2, which may be a flexible flat cable (FFC) or a flexible printed circuit board (Fiexibie Printed • Qrcmt, FPC), but is not limited to the use of the softness. The flat cable or the flexible printed circuit board, the second end of the cable is exposed to the external electrical connection portion 21, and the power supply is connected to the terminal 111. The second drawing is a partial enlarged view of a substrate in an embodiment of the present invention. In the step (4) of the substrate 11, the bumps 113 are formed in advance in a predetermined range of the surface of the substrate S, and a metal film is disposed on the surface of the substrate η, and the side surface is processed to form a surface as described in the first-- The plurality of terminals 1U are - Xuan group 11 〇, and each Lu-terminal 111 has a - relative bump 11U and is juxtaposed to each other, the relative bump (1) i corresponds to the bump 113, and the touch panel is the body axis. The opposing groups 1111 of the terminal group 11 can also form a horizontal strip shape. In another embodiment of the present invention, a relative bump can be formed on the surface light/kidney substrate u to be formed in advance! The terminal group 110 of (1) forms a space between the opposing bump im and the substrate u. Please refer to the third figure, which is a longitudinal view (1) of the electrical connector of the present invention. In the present invention, the terminal group 110 and the assembly 112 are disposed on the surface of the substrate U as described in the first and second embodiments, and the electrical connection portion 21 of the cable 2 is corresponding to the preliminary group 201115854. The terminal group 11G is above, and the fixing member 12 is disposed above the electrical connection 21 of the cable 2 to make the pressing surface 123 of the fixing member 12 correspond to the electrical connection portion a, and the second corresponding combination portion 122 is The second combination portion 1122 of the assembly 112 corresponding to the substrate u. Please also refer to the fourth figure, which is a longitudinal sectional side view of the electrical connector of the present invention (2). The pressing portion 123 of the fixing member 12 is used to press the electrical connection portion of the wire 2 to the terminal group 11G of the substrate U and the second corresponding combination portion 122 of the fourth member 12 is assembled on the substrate U. The second combination portion 1122 reaches a solid state; since the metal used in the line 2 has its proper softness, when the fixing member η presses the electrical portion 21 of the wire 2 to the relative bump When mi is used, the surface of the portion of the electrical connection portion u of the cable 2 is formed with the concave point of the eye, and the arc formed by the cable 2 is directly engaged with the relative protrusion nil. The effect of fixing the wire on the substrate 11. In addition, in the case of another creation of the present invention, when the cable 2 is pressed against the substrate 11 by the fixing member 12, the relative protruding point can also pierce the surface of the cable 2 to fix the cable 2 On the substrate u. Lu Please refer to the fifth figure' for the combined completion of the electrical connector of the present invention. After the electrical connector 1 is assembled with the cable 2, the cable 2 is fixed by the pressing of the fixing member 12 and the relative fastening between the protruding portion 1U1 and the pressing portion. The effect on the substrate 11. In this way, the fixing wire 2 is fixed, and the socket which is pre-set to the wire 2 on the surface of the substrate 11 can be omitted, that is, the intermediate process is omitted, the heating step is required, and the electrical connection portion 21 of the wire 2 is directly connected to the terminal. The group ιι〇 is used to solve the problem that the substrate 11 made of plastic is not resistant to high temperature, and the circuit is directly led out to the printed circuit board (K3). Such a structure can be used on a general non-plastic substrate to save 201115854. It is necessary to pre-set the surface of the silk plate to the remaining county, or the welding may cause damage to the surface of the substrate and poor contact. Please refer to the sixth figure, which is another embodiment (1) of the electrical connector of the present invention. A plurality of terminal groups 11 〇 and corresponding groups 126 ′ are provided on the surface of the substrate u as required. Each of the terminal groups 11 () can be divided into the respective parts on the substrate ^, and each of the terminal groups m on the surface of the substrate U is also provided with a respective component m, since each of the assembly members 112 has a gate shape, one end thereof The open portion can face the same or different directions with respect to the calling assembly m, that is, at least one electrical connector can be simultaneously formed on both the front and back surfaces of a substrate. Please refer to the seventh®' for the electrical connection of the present invention. As shown in the seventh figure, the electrical connector 3 includes a substrate 31 and at least one fixing member 32'. The surface of the substrate 31 is provided with a terminal group 310 as shown in the first figure and the second figure. The surface of the terminal 311 is formed with a relative protrusion. The surface of the substrate 31 is respectively provided with a combination member 312, 312 on opposite sides of the terminal group 310. The combination member 3U, 312 is arranged side by side with the terminal group 31. And a top plate 313 is provided on one of the other two opposite sides of the sub-group 3i. The fixing member 32 is disposed on the two assembly members 312 and 312 of the substrate 31. When the fixing surface 32 of the fixing member is pressed against the relative protrusion of the per-terminal m, the opposite sides of the fixing member % Formed separately - the corresponding combination portion 32 is cut, and the corresponding combination portion 32 321 is respectively arranged on the assembly member m, 312, and the combination mode is a mode of elastic mutual hooking. rapid. On the surface shock, the front end of an electric connecting portion W of a row of wires 4 is abutted against the top plate 313. The surface of the electric connecting portion 41 abuts against the surface of the terminal group 201115854 310, and is pressed by the fixing member 32. The surface 320 abuts against the relative dog point of each terminal 311 and the corresponding combination portion of the fixing member 32 is cut, 32, and is assembled in the mode of the assembly 312, 312 of the substrate to press the electrical connection portion 41 to the terminal group. 310. In addition, in another embodiment of the present invention, the assembly forms a plurality of grooves or perforations, and the fixing member is formed into a number of her joints, whereby the combined county corresponds to the groove or perforation of the contact member to be snapped and buckled. The modes are combined with each other. The above-mentioned preferred embodiment is the preferred embodiment of the present invention, and the preferred embodiment described in the present invention, and any of the techniques claimed in the present invention can be easily accomplished. It is covered by the patent of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a component diagram of the electrical connector of the present invention. The first figure is a partial enlarged view of the substrate of the present invention. The second figure is a longitudinal sectional side view (1) of the electrical connector of the present invention. The fourth figure is a longitudinal sectional side view (2) of the electrical connector of the present invention. The fifth figure is a combined completion diagram of the electrical connector of the present invention. Figure 6 is another embodiment (I) of the electrical connector of the present invention. The seventh figure is another embodiment (2) of the electrical connector of the present invention. [Main component symbol description] 1 Electrical connector 11 Substrate 110 Terminal group 111 Terminal 1111 Relative bump 2 Cable 21 Electrical connector 3 Electrical connector 31 Substrate 310 Terminal group 201115854 112 Assembly 311 Terminal im, mi, first combination 312, 312' assembly 1122 second combination portion 32 fixing member 113 bump 320 pressing surface 12 fixing member 32 321 , corresponding combining portion m, 121, first corresponding combination portion 4 wiring line 122 second corresponding combination portion 41 Electrical connection part 123 Pressing surface 313 Top plate