M422763 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種電路板模組，特別係關於一種利用 連接導線相互連結之電路板板組。 【先前技術】 電子裝置中通常配備有電路板以利電子裝置中的各個 電子元件可被控制。為了使多個電路板之間可相互電性連 結，一連接器通常設置於二個電路板之間。 中華民國專利第1311181號揭露一種高功率LED光條 結構。在每一控制電路板中多個發光二極體設置於其上， 且每一控制電路板前、後兩側分別設置有一 A端子座及一 B端子座，其中A端子座及B端子座係焊設於其側面，藉 由A端子座及B端子座的連結，多個控制電路板得以連結。 上述控制電路板在生產過程中，每一 A端子座及B端 子座的規格及其所設置的位置皆需精準控制，以確保每一 控制電路板彼此可相互電性連結。然而’兩精度的要求將 阻礙經濟考量，且不利量產。再者，由於A端子與B端子 連接器係固定於電路板上，也造成燈條之間的串接是比較 制式化的，只能單一方向串接，無法根據需求去調整燈條 之間的接合距離或角度。 【新型内容】 有鑑於此，本創作之主要目的在於提供一種可快速組 M422763 路板Ϊ燈條的機制。本創作另-目的在於提供- -,經膺考I的電路板或燈條的組裝機制。本創作^ 一目的在於提供-種具❹方向串接功 ， 燈條模組。 J电峪板杈組次 广在核明書中，「N個」表示一假設數量；「N]個 ^較N個」少-個單位數量之假設數量； 」 表示「N個」或「叫個」假設數 = 在此先予指明。 個早位’ 個電述本創作提供—種電路板模組，包括1 :板、Ν-】個弟一連接導線以及叫個第二連接導線。 Γ電路板均有一彼此不相鄰接之第一及第二側，盆中每 ΓΓ=有—第一電極開孔及-第二電極開：： 有一第三電極開孔及-第四電極開孔。 〜連接導線之兩端分別包括一第一連接端子以及-弟二連接端子。每一第_#&1 連接端子以及—第四轉之兩端分別包括一第三 -連接端子及二二個广連接導線之第 η〜… 刀別與弟1個電路板之第二側 弟—电極開孔及第i+1個電路板之第—側 孔固接，且第i個第二連 電开’ 接端子分別與第^電料二^二接^子及第四連 ⑷個電路板m 孔及第M422763 V. New Description: [New Technology Field] This creation is about a circuit board module, especially for a circuit board group that is connected to each other by connecting wires. [Prior Art] Electronic devices are usually equipped with a circuit board so that various electronic components in the electronic device can be controlled. In order to electrically connect a plurality of boards to each other, a connector is usually disposed between the two boards. A high power LED strip structure is disclosed in the Republic of China Patent No. 1311181. A plurality of LEDs are disposed on each of the control circuit boards, and an A terminal block and a B terminal block are respectively disposed on the front and rear sides of each control circuit board, wherein the A terminal block and the B terminal base are soldered It is provided on the side surface, and a plurality of control circuit boards are connected by the connection of the A terminal block and the B terminal block. In the production process of the above control circuit board, the specifications of each A terminal block and B terminal block and the position of the B terminal block need to be precisely controlled to ensure that each control circuit board can be electrically connected to each other. However, the requirement of 'two precisions' will hinder economic considerations and is unfavorable for mass production. Moreover, since the A terminal and the B terminal connector are fixed on the circuit board, the series connection between the light bars is relatively standard, and can only be connected in a single direction, and the light bar cannot be adjusted according to requirements. Engagement distance or angle. [New content] In view of this, the main purpose of this creation is to provide a mechanism for quickly grouping the M422763 road board light bar. The purpose of this creation is to provide - -, the assembly mechanism of the circuit board or light bar of the reference I. The purpose of this creation is to provide a series of light-emitting diode modules. In the nuclear book, "N" indicates a hypothetical number; "N" is less than N" less than the number of hypothetical quantities; "" means "N" or "Call" The hypothetical number = is specified here. In the early days, the authors provided a circuit board module, including a board, a Ν-, a brother, a connecting wire, and a second connecting wire. The circuit board has a first side and a second side which are not adjacent to each other, and each of the bowls has a first electrode opening and a second electrode opening: a third electrode opening and a fourth electrode opening hole. The two ends of the connecting wire respectively comprise a first connecting terminal and a second connecting terminal. Each of the _#&1 connection terminals and the fourth turn has a third connection terminal and two or more wide connection wires of the η~... The electrode-electrode opening and the first side hole of the i+1th circuit board are fixed, and the i-th second power-on open terminal is respectively connected with the second electric material and the second (4) board m holes and
一卜且似。 電禋開孔固接，其中ISSN ，本創作更提供一種燈條模組，包括：n個表面 複數發光元件之基板、Ν-1個第一 又 二連接導線接導線以及Ν·1個第 ' 土、板均有一彼此不相鄰接之第一及第二 M422763 側，其中每一第一側均包括有一第—+ 極開孔，且每-第二側均包括有一第及一第二電 ?極開孔。每一第一連接導線之兩 立而子以及一第二連接端子。每一 、接 包括一第三連接端子以及-第===㈣之兩端分別 接導線之第-連接端子及第二弟1個弟一连 之第-側夕@接鴿子分別與第i個基板 5弟-側之弟二電極開孔及第個基 板 笔極開孔固接，且第，個第二連接導乙：之弟- 及第W個基板之第一側之弟四軸^ !，且说2。之弟一包極開孔固接，其中 猎由皂路板（基板）上電& 線兩端的端子可快速地租…開孔的5又置，位於連接導 多個電路板(Zf 電極開孔中，於是快速㈣ 坂（基板）的目的得以達成。 的，即可連t導線與第二連接導線是可彎曲變形 或方向。 n书路板或基板間的串接角度 【實施方式】 =配合圖式說明較佳實施例。 第1圖’第i圖顯 板模組1之郫八不怎JrF弟貝％例之電路 路板1〇、複數m解圖。電路板模組1包括複數個電 線30。' 連接導線2G以及複數個第二連接導 5 M422763 每一電路板10具有一第一側π以及一不相鄰第一側 11之第二側12。第一侧11包括一第一電極開孔113及一 第二電極開孔115，且第二側12包括一第三電極開孔 及一第四電極開孔125。第一、第二、第三、第四電極開 孔1丨3、115、123、125的形狀近似於c字型，分別自第一 側11或第二側12之表面朝向電路板1〇之中心凹陷，並分 別於第一侧11或第二侧12形成一開口。第一、第二、= 三、第四電極開孔113、115、123、125之實質中心分別具 有一第-寬度紹，其中第—寬AW1係大於該等開口的寬 度。整體觀之，自電路板10之中心朝著第一側u或第二 側12之方向，第一、第二、第三、第四電極開孔⑴、出、 123、的寬度先逐漸擴大至第—寬AW1，再逐漸縮小，以 利夹持及岐第-連接導線2G或第二連接導線％。 弟二、第 、弟四電極開孔113、ι15、123、125 ，内壁皆鍍有-銅導電層（未圖示），與電路板1〇内部的 線路（未圖示）電性連結，纟中第—電極開孔113與第二 電極開孔115之內辟巧署夕φk l l 別—内土°又置之電極極性相反，且第三電極開 ，123 =四電極開孔125之内壁設置之電極極性相反。 在一具體貫施例中，第—電極開孔113 内壁所設置的是正電極，且第二電極開孔115、第= 開孔125内壁所設置的是負恭 I極。但並不限制於此，在另 :、體““列中，第一電極開孔113、 W'設置的負電極，且第二電極開孔U5、第四電極1 孔125内壁所設置的是正電極。 弟 在此實施例中 第連接導線20包括一第一連接端子 21、一可撓性導線23及—第二連接端子25 23可彎曲變形，击姓 $接山2 撓(生V線 殳/且匕於弟一逆接端子21與第二連接 之間。第一連接端子2】與第二連 圓柱或盤狀結構，且由且有强+ & / 5為貝心的 曰細士 且由具有彈性之導電材質（例如：銅戈 雜有導電粒子之塑膠材料）所構成，且皆具有_ = 見度W2 ’第二寬度评2略大於或等於第—寬度％。 連接導線2Q，第二連接導線3q包括—第三 ^接糕子31、一可撓性導線33及一第四連接 撓性導線33可彎曲鏺形，日、埂接知子35。可 四、鱼姑w 連接於第三連接端子31盘第 ^接％子35之間。第三連接端子3!與第四連接端子、35 2貫心的11柱或盤狀結構，且由具有彈性之導電材 :端=參雜有導電粒子之塑膠材料)所構成。第三連 接编子31與第四連接端子 皆_ 宫庳呀丁 μ白具有一弟二寬度W2,第- 見度t略大於或等於第-寬度Wb 請參閱第2圖，第& 線上時之上視H , tf_ 、，且裝三個電路板10於一直 視圖。在此貫施例中，二個電路板10之門八 配置有-第-連接導線2。及-第二連接導 二個第一連接導续芬一，外 逆按—、银％，故共需 ^ ^ ,、 及—個第二連接導線30。第一個M 一連接導線20(位於第2冃同二+ ^個弟 嗖詈於笸 、 Θ圖面左方）之第一連接端子21 叹置於弟一個電路板1〇 極開孔U3之中，且笫二、鱼姑弟2圖圖面左方）之第三電 1〇 (位於第2圖圖面_ m f置於第二個電路板 端子31設置"一個：2圖圖面左方)之第三連接 之第四電極開孔125之中，且楚\二弟2圖圖面左方） 第四連接：^子35設置於第二 7 個電路板1〇 (位於第2圖圖面中間）之第二電極開孔115 之中。 目㈣、’第二個第—連接導線2〇 (位於第2圖圖面右 之第連接端子21設置於第二個電路板1〇 (位於第2 圖圖面中間）之第三電極開孔123之中，且第二連接端子 =5又且於第二個電路板(位於第2圖圖面右方）之第一 兒極開孔113之中。第二個第二連接導線3G (位於第2圖 圖=右方）之第三連接端子31設置於第二個電路板10(位 於第2圖圖面中間）之第四電極開孔125之中，且第四連 接端子35設置於第三個電路板10 (位於第2圖圖面右方） 之第二電極開孔115之中。 在組裝程序中’第―、第二、第三、第四連接端子21、 t、J1: 35係沿垂直方向（第2圖之Z方向）進入第一、 第第三、第四電極開孔113、115、123、125中。受惠 於第二寬度W2略大於或等於第一寬度职，且第一、第二二 U四連接端子21、25、3卜35係由具有彈性之導電 材質所構成之結構特徵，第—連接導線2()以及第二連接導 線3〇之第一、第二、第三、第四連接端子21、25、3卜 35配置於第一、第二、第三、第四電極開孔113、115、⑶、 125—内部以後’將呈現緊配合的連結關係。另一方面，由 於第一、第二、第三、第四電極開孔113、ii5、US、【Μ 形狀近似於C字型，因此第―、第二、第三、第四連接端 子21、25、31、35在水平方向（第2圖之χ、γ方向）的 位移將受到限制。於是，多個電路板1()即可藉由第—連接 導線20以及第二連接導線3〇穩定的連結彼此。 5月麥閱第3圖，第3圖县 電路板ίο圍繞一中央 二本創作第二實施例中三個 設計需求，雷、^八排列之上視圖。依照不同的 接導線如、；〇,可加且將有所變更，此時第一、二連 電路板Η)繞一 t央區域A D而Ί舉例而言，當三個 撓性導後23梅ώ ^弟—連接導線20之可 ¥線23育，曲一既定角度， -個電路板Η)(位於第3圖…：接相互垂直设置之第 (位於第3_面上ίΛ 第二個電路板10 極開孔U5 J = 由於第—個電路板ί0的第二電 間距離較長板1〇的第四電極開孔125彼此之 产亦連接導線3G，之可撓性導線％,之長 度亦連接導線2G之可撓性導線23來的長。 5月參照第4圖，第4 F!齟_丄 板模組1，之部分元件分解圖:：第:例之電路 相似之元件將施予相同之標目同 在此實施例中，雷，. ，、'，°構知·徵不再况明。 連接導緩5〇1 的第一連接導線40以及第二 連接導線50取代了電路板模组 及第二連接導结如” 7弟運接¥線20以 連接導線50# ”下針對第—連接導線4Q以及第二 逑接V線50之特徵提出說明： 第連接導線4〇包括一楚 線43及-第二連接。弟—/接端子4卜—可撓性導 且子 可撓性導線43可彎曲變形， 且連、、，於弟-連接端子41與第 〜二連接端子45為接:空=二 ==Γ之導電材質(例如:銅或是二 成’於是第-連接端子41與第二連 ^子5之U中心分別包括—穿孔4U及451。第一連 =子41與第二連接端？ 45皆具有一第二寬度祀，第二 見度W3略大於或等於第一寬度W1。 相似於第-連接導線4〇，第二連接導線5〇包括一第三 =接端子51、一可撓性導線53及一第四連接端子Μ。可 =性導㈣設置於第三連接端子51與第四連接端子55之 補端子51與第四連接端子55為中空的圓柱或 =、、，。構’且由具有彈性之導電材質（例如：銅或是摻雜 ^電粒子之郷材料）所構成，於是第三連接端子51與 :四連接端子55之實質中心分別包括-穿孔511及551。 弟二連接端子51與第四連接端子55皆具有一第二寬产 W3,第二寬度貿3略大於或等於第一寬度以卜 ，又 在組裝電路板模組！，時，穿孔4U、⑸、⑴、⑸受 播壓而變形，使得 > 旌坌 墙 ^ 定侍绝接弟一、弟二、第三、第四連接端子 l1:45^51、55之第二寬度W3縮小，而易於設置於第一、 第一：第二、第四電極開孔113、115、123、125中。在第 第一第二、第四連接端子41、45、51、55設置於第 二、第二、第三、第四電極開孔113、115、123、125之後， 第-、第二、第三、第四連接端子4卜45、Η、Μ因自身 彈力’恢復至原造型’而以緊配合的方式連結於其中。如 此一來，電路板模組丨，的組裝過程將更加迅速。 清麥閱第5圖，第5圖顯示將第j圖之電路板模組】 ，概念運用於一燈條模組2之示意圖。燈條模組2包括複 數個基板10、複數個第—連接導線2Q、複數個第二連接導 ，3〇以及複數個發光二極體，以下 簡稱LED) 1〇〇。基板1〇為一電路板，其特徵與第卜斗圖 53 所不之ι路板10具有相同之特徵。二個電路 =_】用第-連接導線20以及第二連接導線上板』 ^ 1〇0間隔的排列於電路板（基板）10之表面，且 电性，結於電路板（基板）10内部之線路（未圖示）。 明 > 閱第6圖，第6圖顯示將第4圖之電路板模组i, =概念運用於-燈條模”之示意圖。燈條模組2，包括複 ί個基板1〇、複數個第一連接導線40、複數個第二連接導 、'泉50以及複數個發光極 鲔妒 τ 、 楂版（Llsht Emmmg Diode,以下 間％ LED) 100。基板1〇為― 中所示之電路板1〇具有相同之特徵。^、特徵與第1-4圖 10之間利用第一連接導線4〇以及第_〜個電路板（基板） 結。LED 10〇間隔的排列於電路板連接導線50彼此連 電性連結於電路板（基板）1〇㈣1G之表面，且 需注意的是，第-連接導線2Q、4q路（未圖不）。 30、50可交互搭配，本創作 从及第二連接導線 制。 應受上述實施例而限 本創作之電路板（基板）中包括 極開孔，使得第一連接導線义及第二、旻數個預先開設之電 可迅速設置於其中，以完成電路板連接導線之電極端子 序。又由於第一連接導線以及第二連基串接的組裝程 電極開孔不需具備過於嚴苛的加工精^導線的結構特徵， 多個電路板（基板）串接及電性導通度，亦可有效的完成 具有撓曲特性的連接導線，尚可提目的。此外，透過 路板（基板）串接模式，例如應用在燈二，、多角度的電 提供多角度照明功能。 * 、明領域上，就可 M422763 雖然本創作已以上述實施例揭露，然其並非用以限定 本創作，任何其所屬技術領域令 離本創作之精神和範圍内，當可作 Ϊ本創作之保護纽後附之中請專利範圍所'=者= 【圖式簡單說明】 第1圖顯示本創作第一實施例 解圖； i硌板杈組之元件分 之上示本創作第_實施例之電路板模組於組裝後 之上=圖顯示本創作第二實施例之電路板模組於組裝後 第4圖顯示本創作第三實施例之電 解圖； 路板模組之元件分 第5圖顯示本創作第—實施例之電路板模組應用於 燈條模組之元件分解圖；以及 、 第6圖顯示本創作第三實施例之電路板模組 燈條模組之元件分解圖。 ' 【主要元件符號說明】 1、 Γ〜電路板模組 2、 2 ’〜燈條模組 1〇〜電路板（基板） 11〜第一側 113〜第一電極開孔 115〜第二電極開孔 12〜第二側 123〜第三電極開孔 125〜第四電極開孔 13 M422763 20〜第一連接導線 21〜第一連接端子 23〜可撓性導線 25〜第二連接端子 30、 30,〜第二連接導線 31、 31’〜第三連接端子 33、33’〜可撓性導線 35、35’〜第四連接端子 40〜第一連接導線 41〜第一連接端子 43〜可撓性導線 45〜第二連接端子 50〜第二連接導線 51〜第三連接端子 53〜可撓性導線 55〜第四連接端子 100〜發光二極體(LED) W1〜第一寬度 W2、W3〜第二寬度 14A similar and similar. The electric 禋 hole is fixed, and the ISSN, the present invention further provides a light bar module, comprising: n substrates with multiple surface light-emitting elements, Ν-1 first and second connecting wires and wires, and Ν·1′′ The soil and the plate have a first and a second M422763 side which are not adjacent to each other, wherein each of the first sides includes a first-+ pole opening, and each of the second sides includes a second and a second ? Extremely open. Two first connecting wires and one second connecting terminal. Each of the first connection terminals includes a third connection terminal and a second connection terminal of the first and second sides of the first and second brothers of the first and second brothers respectively. 5 brother-side brother two electrode openings and the first substrate pen pole opening fixed, and the second, second connection guide B: the younger brother - and the first side of the W substrate, the four axes ^!, And say 2. The brother of a pack of pole openings is fixed, in which the terminal of the soap board (substrate) is powered on and the ends of the line can be quickly rented... The opening 5 is placed again, and the connection is led to a plurality of circuit boards (Zf electrode opening In this case, the purpose of the fast (four) 坂 (substrate) can be achieved. The t-wire and the second connecting wire can be bent or deformed. The tandem angle between the book board or the substrate [embodiment] = cooperation The figure illustrates the preferred embodiment. Fig. 1 'The i-th display panel module 1 is not the same as the circuit board of the example of the JrF brother, and the complex circuit diagram. The circuit board module 1 includes a plurality of Wire 30. 'Connecting wire 2G and a plurality of second connecting wires 5 M422763 Each circuit board 10 has a first side π and a second side 12 of a non-adjacent first side 11. The first side 11 includes a first The electrode opening 113 and the second electrode opening 115, and the second side 12 includes a third electrode opening and a fourth electrode opening 125. The first, second, third, and fourth electrode openings 1丨3. The shapes of 115, 123, and 125 are approximately c-shaped, respectively, from the surface of the first side 11 or the second side 12 toward the circuit board 1〇 The center is recessed and forms an opening on the first side 11 or the second side 12. The first, second, third, and fourth electrode openings 113, 115, 123, and 125 have a first center width. Wherein the first-wide AW1 is greater than the width of the openings. Overall, the first, second, third, and fourth electrodes from the center of the circuit board 10 toward the first side u or the second side 12 The widths of the openings (1), out, and 123 are gradually expanded to the first-width AW1, and then gradually reduced to facilitate clamping and clamping of the first-connecting wire 2G or the second connecting wire %. The holes 113, ι15, 123, and 125 are plated with a copper conductive layer (not shown), and are electrically connected to a circuit (not shown) inside the circuit board 1 , and the first electrode opening 113 and the first Within the two-electrode opening 115, the polarity of the electrode is opposite, and the third electrode is open, and the polarity of the electrode disposed on the inner wall of the electrode of the four-electrode opening 125 is opposite. In the embodiment, the inner wall of the first electrode opening 113 is provided with a positive electrode, and the second electrode opening 115, the first = open The inner wall of the 125 is provided with a negative I. However, it is not limited thereto, and in the other column, the negative electrode provided by the first electrode opening 113, W', and the second electrode opening U5, The inner wall of the fourth electrode 1 is provided with a positive electrode. In this embodiment, the connecting wire 20 includes a first connecting terminal 21, a flexible wire 23 and a second connecting terminal 25 23 which are bendable and deformable. The surname $接山2 is flexed (the raw V-wire 殳 / and the 弟 弟 逆 逆 逆 逆 逆 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 ; / 5 is a 心 曰 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 / / / / / / First—width%. The connecting wire 2Q, the second connecting wire 3q includes a third sealing piece 31, a flexible wire 33 and a fourth connecting flexible wire 33 which are bendable, and are connected to the child 35. 4. The fish aww is connected between the third connection terminal 31 and the % sub-35. The third connecting terminal 3! and the fourth connecting terminal, the 35-pin 11-column or disc-like structure, and the elastic connecting material: the end = the plastic material mixed with the conductive particles). The third connection block 31 and the fourth connection terminal are both _ 庳 庳 μ 白 white has a second width W2, the first-degree t is slightly greater than or equal to the first width Wb. See Figure 2, the & Look at H, tf_, and install three boards 10 in a straight view. In this embodiment, the gates of the two circuit boards 10 are provided with a --connecting wire 2. And - the second connection guide The two first connections lead to the first one, and the outer ones are reversed, and the silver is %, so a total of ^^, and a second connecting wire 30 are required. The first connecting terminal 20 of the first M-connecting wire 20 (located on the second side and the second side of the second side) is sighed on the first circuit board 1 of the circuit board 1 In the middle, and the second side of the fish, the second side of the picture 2 (the left side of the picture) is located in the second picture _ mf placed on the second circuit board terminal 31 setting " one: 2 picture left The fourth electrode opening 125 of the third connection is connected to the left side of the second electrode of the second electrode). The fourth connection: the ^35 is set on the second 7 boards 1 (located in Fig. 2) In the middle of the drawing, the second electrode opening 115 is in the middle. (4), 'Second first-connection wire 2〇 (the third electrode opening of the second connection terminal 21 located at the right side of the second drawing is disposed on the second circuit board 1〇 (in the middle of the second drawing) 123, and the second connection terminal = 5 and in the first circuit board 113 (located on the right side of the second drawing) 113. The second second connecting wire 3G (located The third connection terminal 31 of the second figure = right side is disposed in the fourth electrode opening 125 of the second circuit board 10 (in the middle of the second drawing surface), and the fourth connection terminal 35 is disposed at the The three circuit boards 10 (located on the right side of the second drawing) are among the second electrode openings 115. In the assembly procedure, the 'first, second, third, and fourth connection terminals 21, t, J1: 35 Entering the first, third, and fourth electrode openings 113, 115, 123, and 125 in the vertical direction (the Z direction of FIG. 2). Benefiting from the second width W2 being slightly greater than or equal to the first width, And the first and second U-four connection terminals 21, 25, and 3 are structural features composed of an elastic conductive material, the first connecting wire 2 () and the second connection The first, second, third, and fourth connection terminals 21, 25, and 3 of the line 3 are disposed in the first, second, third, and fourth electrode openings 113, 115, (3), and 125. 'The connection relationship will be tightly fitted. On the other hand, since the first, second, third, and fourth electrode openings 113, ii5, US, [Μ shape is similar to the C shape, the first, second, The displacement of the third and fourth connection terminals 21, 25, 31, 35 in the horizontal direction (the second figure, the gamma direction) is limited. Thus, the plurality of circuit boards 1() can be connected by the first connection wires 20 and the second connecting wire 3〇 are stably connected to each other. May Mai's 3rd picture, 3rd drawing county circuit board ίο around a central two creations in the second embodiment of the three design requirements, Lei, ^ eight Top view. According to different connecting wires, such as; 〇, can be added and will be changed, at this time, the first and second circuit boards 绕) around a central area AD, for example, when three flexible guides After 23 Mei Long ^ brother - connect the wire 20 to the line 23, a certain angle of the curve, - a circuit board Η) (located in Figure 3:: mutually perpendicular The first (on the 3rd surface) Λ the second board 10 pole opening U5 J = the second electrode opening 125 of the board 1 〇 due to the second board distance of the first board ί0 The cable is also connected to the wire 3G, and the length of the flexible wire is also connected to the length of the flexible wire 23 of the wire 2G. May refer to Figure 4, the 4F!龃_丄板模块1, part of Component exploded view:: The circuit of the same type of circuit will be given the same subject. In this embodiment, the Ray, . , , ', ° structure and sign are no longer clear. The connection is slowed down by 5〇1. The first connecting wire 40 and the second connecting wire 50 replace the circuit board module and the second connecting guide such as "the 7th wire connection 20 to connect the wire 50#" for the first connecting wire 4Q and the second connecting wire The features of the V-wire 50 are illustrated: the first connecting wire 4A includes a second wire 43 and a second connection. —————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————— The conductive material (for example: copper or 20%) then the U-centers of the first connection terminal 41 and the second connection 5 respectively include the perforations 4U and 451. The first connection = the sub-41 and the second connection end 45 Having a second width 祀, the second visibility W3 is slightly greater than or equal to the first width W1. Similar to the first connecting wire 4〇, the second connecting wire 5〇 includes a third=terminal 51, a flexible wire 53 and a fourth connection terminal Μ. The fourth connection terminal 51 and the fourth connection terminal 55 of the third connection terminal 51 and the fourth connection terminal 55 are hollow cylinders or =,,, and It is composed of an elastic conductive material (for example, copper or a doped material), so that the substantial centers of the third connection terminal 51 and the four connection terminals 55 respectively include - through holes 511 and 551. Both the terminal 51 and the fourth connection terminal 55 have a second wide product W3, and the second width 3 is slightly greater than or equal to the first width. Bu, when assembling the circuit board module!, the perforations 4U, (5), (1), (5) are deformed by the weaving pressure, so that the wall is fixed, the second, the third, the fourth connection The second width W3 of the terminals l1:45^51, 55 is reduced, and is easily disposed in the first, first: second, fourth electrode openings 113, 115, 123, 125. In the first second, the first The four connection terminals 41, 45, 51, 55 are disposed after the second, second, third, and fourth electrode openings 113, 115, 123, 125, and the first, second, third, and fourth connection terminals 4 45. Η, Μ Μ Μ 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身 自身The figure shows a schematic diagram of the circuit board module of the jth diagram, which is applied to a light bar module 2. The light bar module 2 includes a plurality of substrates 10, a plurality of first connecting wires 2Q, and a plurality of second connecting wires. , 3 〇 and a plurality of light-emitting diodes, hereinafter referred to as LED) 1 〇〇. The substrate 1 is a circuit board, and its features are the same as those of the board 10 which is not shown in Fig. 53. The two circuits=_] are arranged on the surface of the circuit board (substrate) 10 with the first connecting wire 20 and the second connecting wire upper plate ^ 1〇0, and electrically connected to the inside of the circuit board (substrate) 10. The line (not shown). Ming > Read Figure 6, Figure 6 shows a schematic diagram of applying the circuit board module i, = concept of Figure 4 to the light bar module. The light bar module 2 includes a plurality of substrates 1 〇, plural The first connecting wire 40, the plurality of second connecting guides, the 'spring 50 and the plurality of light-emitting poles 鲔妒 、, the 楂 version (Llsht Emmmg Diode, the following % LED) 100. The substrate 1 is the circuit shown in ― The board 1 has the same features. The features and the first connecting wires 4 〇 and the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 50 is electrically connected to the surface of the circuit board (substrate) 1〇(4)1G, and it should be noted that the first-connecting wires 2Q, 4q (not shown). 30, 50 can be interactively matched, this creation and the first The second connecting wire system is limited to the above embodiment, and the circuit board (substrate) of the present invention includes a pole opening, so that the first connecting wire and the second and the plurality of pre-opened electricity can be quickly disposed therein. Complete the electrode terminal sequence of the board connection wire. Also due to the first connection wire and the second The series-connected assembly electrode opening does not need to have too strict structural characteristics of the processed precision wire, and the plurality of circuit boards (substrates) are connected in series and electrically conductive, and the connection with the flexural characteristic can be effectively completed. Wires can be used for further purposes. In addition, through the circuit board (substrate) serial connection mode, for example, the application of the second light, multi-angle power provides multi-angle illumination function. * In the field, it can be M422763. The above embodiments are disclosed, but they are not intended to limit the present invention, and any technical field within the scope of the present invention is within the spirit and scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a view showing the first embodiment of the present invention; the components of the i-plate group are shown above. The circuit board module of the present embodiment is assembled. The circuit board module of the second embodiment is assembled, and the electrolysis diagram of the third embodiment of the present invention is shown in FIG. 4; the components of the circuit board module are shown in FIG. 5, and the circuit board module application of the first embodiment is shown. Element of the light bar module FIG. 6 is an exploded view of the circuit board module light bar module of the third embodiment of the present invention. ' [Main component symbol description] 1. Γ ~ circuit board module 2, 2 '~ lamp Strip module 1 to circuit board (substrate) 11 to first side 113 to first electrode opening 115 to second electrode opening 12 to second side 123 to third electrode opening 125 to fourth electrode opening 13 M422763 20 to first connecting wire 21 to first connecting terminal 23 to flexible wire 25 to second connecting terminal 30, 30, to second connecting wire 31, 31' to third connecting terminal 33, 33' to flexible The flexible wires 35, 35' to the fourth connection terminals 40 to the first connection wires 41 to the first connection terminals 43 to the flexible wires 45 to the second connection terminals 50 to the second connection wires 51 to the third connection terminals 53 to Flexible wire 55 to fourth connection terminal 100 to light emitting diode (LED) W1 to first width W2, W3 to second width 14