1249880 16189twf.doc/g 九、發明說明： 【發明所屬之技術領域】 3本發明是有關於—種光源及連接||(〇)聽叫，且特 別是有關於一種燈管之燈管導線直接透過一而鱼 壓器電性連接之光源及其連接器。 即m 【先前技術】 圖1繪示為習知之背光模組中其燈管與變壓器間之連 • 接方式示意圖。請參考圖1，背光模組100中主要包含有： 燈管110、燈管導線120、線材130、連接器140及變壓器 150。其中，配置於燈管11〇 一端的燈管導線1加係利用焊 接的方式與線材130構成電性連接，因此，在燈管導線 與線材130之間會具有焊錫16〇。此線材13〇再透過其末 端之連接器140插置於變壓器15〇上相對應之連接座 152 ’以使燈官11〇透過線材13〇與變壓器15〇構成電性連 接。 Μ壓器150經過二次轉換產生的高電壓，會依序經過 連接器140、線材130、焊錫16〇及燈管導線12〇之傳^， 而鉍予燈官110的其中一端。藉由施加於燈管11〇二端之 電壓所產生的電位差會使得燈管11〇内所填充的 受激發而放出紫料，當紫外光打在燈管U0管壁上戶^ 稀之螢光材料時，即可發出可見光。 土 然而，上述背光模組中其燈管與變壓器間的連 具有下列缺點： I方式 (1)散熱問題：上述之燈管導線與線材皆是由具有良好的 5 1249880 16189twf.doc/g 電及導熱特性的銅所構成，但由於連 焊錫其導電及導熱特性較差，因此，容易使 ^寺所產生：熱能全部集中在焊點前且無法二非 除’進而影響燈管之使用壽命。 ⑺=問題多：由於焊接係利用手卫的方式加以完成， 右焊接手的技術不夠純熟時，極易發生假焊 度及拉力不足、斷線...等問題，進而影 $ • 之良率；此外，以焊接連接燈管導線與線材的方t且 亦會面臨到焊點重工困難的問題。 ⑶成本高：由於燈管導線原本的長度約為1〇酬〜15_ ^間’絲，若欲紐管導線鱗 J將其剪短至一如此—來，即造成：J 此m述方歧㈣管與變㈣ =需額外透過-段線材作為燈管與變壓器間電性= 樑，此線材的使用亦會增加整個背光模組之製 _ (4) ’4c壓②需提供之功率較尚：由於變壓器 壓需經過線材及焊錫的傳輸才能傳導^燈管導綠1 而，當變壓器所產生的高電壓纟、、〃--即會產生壓降„Ρ) 2的功率，才能於燈管的1施予所而更 舉亦會造成製作成本之增加。 而此 因此，如何改善目前背光模紐中之盆产其 的連接方式，以克服上述散熱不易、焊 6 1249880 16189twf.doc/g 本高…等問題，實為亟待解決之一大難題。 【發明内容】 本發明的目的就是在提供一種 線係直接與連接器電性遠桩日¥ 壓器單元電性遠拉官係透過此連接器與變 、鱼拉—.· 以避免傳統的背光模組中以焊接方式 連接k官導線與線材所帶來之相關問題。 線材====一 接。 透過此連接裔而與一電子元件電性連 本發明提出一種先源，1 4 k t & 單元、燈管及連接器:中其=制，路板、變壓器 敗把μ t ，、肀，艾壓态早兀係配置於控制電 。此k官則具有一燈管導線。此連接器係配 ’且與控制電路板電性連接’其中此燈管之： 二ίΪΓ與f接器電性連接，且燈管係透過連接器以 及拴制黾路板而與變壓器單元電性連接。 一門，柄明，父佳貫施例中’此控制電路板具有-第 接:私官導線係穿過此開孔而與連接ϋ電性連 較佳實㈣种，輯雜具有一端子， 單元電性連接，且其具有一底座及多數 2持件。此底座係配置於控制電路板上，且其具有一位 :弟：開孔上方之第二開孔。而多個夾持件係連接於底 =第且=伸至第二開孔之上方，其中，此燈管導線係穿設 孔與第二_中’並藉由上述夾持件夾持固定。 7 1249880 16189twf.doc/g 在本發明之一較佳實施例中，此端子更包括一連接於 底座之焊接部，此焊接部係透過控制電路板與變壓器； 電性連接。 70 、在本發明之一較佳實施例中，此端子係呈三角斷面漏 斗狀結構，且端子之夾持件係為以漸縮方式延伸至 弓 孔的上方。 —開1249880 16189twf.doc/g IX. Description of the invention: [Technical field to which the invention pertains] 3 The present invention relates to a light source and a connection ||(〇), and particularly to a lamp tube of a lamp directly The light source and its connector are electrically connected through a fish press. That is, m [Prior Art] FIG. 1 is a schematic diagram showing the connection between the lamp and the transformer in the conventional backlight module. Referring to FIG. 1 , the backlight module 100 mainly includes: a lamp tube 110 , a lamp tube wire 120 , a wire 130 , a connector 140 , and a transformer 150 . The lamp tube 1 disposed at one end of the tube 11 is electrically connected to the wire 130 by soldering. Therefore, there is solder 16 between the tube lead and the wire 130. The wire 13 is then inserted through the connector 140 at the end thereof to the corresponding connector 152' on the transformer 15A so that the lamp 11 is electrically connected to the transformer 15A through the wire 13A. The high voltage generated by the secondary conversion of the squeezing device 150 passes through the connector 140, the wire 130, the solder 16 〇, and the lamp lead 12 ,, and is then applied to one end of the lamp official 110. The potential difference generated by the voltage applied to the two ends of the lamp tube 11 causes the charged material in the lamp tube 11 to be excited to emit the purple material, and when the ultraviolet light is applied to the wall of the U0 tube of the lamp tube, the fluorescent light is emitted. When the material is in use, visible light is emitted. However, the connection between the lamp and the transformer in the above backlight module has the following disadvantages: I mode (1) heat dissipation problem: the above-mentioned lamp wire and wire are both made of 5 1249880 16189 twf.doc/g and The heat conduction characteristics of copper, but because of the poor conductivity and thermal conductivity of the solder, it is easy to make ^ temple: thermal energy is concentrated in front of the solder joints and can not be divided into 'and thus affect the life of the lamp. (7)=There are many problems: Since the welding system is completed by means of hand guard, when the technique of right welding hand is not enough, it is easy to cause problems such as false welding degree, insufficient pulling force, disconnection, etc., and then the yield of $• In addition, the problem of solder joints connecting the lamp wires and the wires will also face difficulties in solder joint rework. (3) High cost: Since the original length of the lamp wire is about 1 〜~15_ ^ between the wires, if you want the wire tube scale J to cut it to one like this, it will cause: J This is the m-square (4) Tube and transformer (4) = additional transmission through the segment wire as the electrical connection between the lamp and the transformer = beam, the use of this wire will also increase the system of the entire backlight module _ (4) '4c pressure 2 need to provide more power: Because the transformer pressure needs to be transmitted through the wire and solder to conduct the lamp, the green light is led to the green tube. When the high voltage generated by the transformer is 纟, 〃, the power of the voltage drop „Ρ” 2 will be generated. 1 The application will also increase the cost of production. Therefore, how to improve the connection method of the current backlight module, in order to overcome the above heat dissipation, welding 6 1249880 16189twf.doc / g this height The problem is that it is a big problem to be solved. [Invention] The object of the present invention is to provide a wire system directly connected to the connector, and the connector unit is electrically connected to the connector through the connector. And change, fish pull —.· to avoid welding in traditional backlight modules The problem is related to the problem caused by connecting the k-guide wire and the wire. The wire ==== one connection. The invention is electrically connected with an electronic component through the connection. The invention proposes a source, a 1 4 kt & unit, a lamp And the connector: the medium = system, the circuit board, the transformer loses the μ t , , 肀 , Ai pressure state early 兀 is configured in the control electricity. This k official has a tube wire. This connector is equipped with 'and The control circuit board is electrically connected to the 'light tube': the two electrodes are electrically connected to the f-connector, and the lamp tube is electrically connected to the transformer unit through the connector and the clamped circuit board. In the example of the application, the control circuit board has a first connection: the private conductor wire passes through the opening and is connected to the connection and is electrically connected to the connection. The combination has a terminal, the unit is electrically connected, and The utility model has a base and a plurality of 2 holding members. The base is disposed on the control circuit board and has a one-position: a second opening above the opening, and the plurality of clamping members are connected to the bottom=the first= Extending over the second opening, wherein the tube wire is threaded through the second hole and the second In the preferred embodiment of the present invention, the terminal further includes a soldering portion connected to the base, the soldering portion is transmitted through the control circuit board and the transformer; 70. In a preferred embodiment of the present invention, the terminal has a triangular-section funnel-like structure, and the clamping member of the terminal extends in a tapered manner above the bow hole.
在本發明之一較佳實施例中，此連接哭 殼體，係配置於控制電路板上，以容置上有—外 在本發明之一較佳實施例中，此端子更包括一定位 :此外殼體則具有姆應之—定位孔，此定位部係組 裝於定位孔中，使端子可固定於外殼體中。 、 在本發明之—難實施财，此好之燈管導線經 穹後係呈垂直狀。 7 本發明另提出一種連接器，適於供―線材插置，此連 接=主要包括—外殼體及—端子。其中，此端子係配置於 内，且其包括—底座及多數個夹持件。此底座係具 第開孔，且外叙體係曝露出第一開孔。多數個夹 ^與底錢接，並延伸至第i孔的上方，其中此線材 係牙设於第-開孔中，並藉由此夾持件夾持固定。 斗發明之—較佳實施例中，此端子係、呈三角斷面漏 +狀、4，且端子之祕件係為以漸縮方式延伸至第 孔的上方。 在本㈣之—難實施财，連接器更包括一外殼 體。此端子係配置於外殼體内，且外殼體具有—第二開孔， 8 l24988〇 . ]6l89twf.doc/g 以曝露出第一開孔。 在本發明之一較佳實施例中，端子更包括_定位部， 而外设體則具有一對應於定位部之定位孔，且定位部係組 衣於定位孔中，使端子可固定於外殼體中。 在本發明之一較佳實施例中，端子更包括一焊接部， 此焊接部係與底座連接，電子元件可透過焊接的方式與焊 接部電性連接。 ϋ 由於本發明之光源係將燈管之燈管導線直接插置於 連接器中，以直接透過連接器而與變壓器單元電性連接， 如，一來，此光源之燈管導線即不需像傳統背光模組中的 燈管導線一樣，需額外透過一線材及焊錫才能與變壓器電 性連接，以解決傳統的背光模組所遭遇到之散熱不易、焊 點問題多、重工不易、製作成本高…等問題。此外，此光 源及其連接器之設計可整合於-般的直下式背光模組及側 面入光式背光模組中，以提高產品的競爭優勢。 〜為讓本發明之上述和其他目的、特徵和優點能更明顯 易懂，下文特舉較佳實施例，並配合所附圖式，作細 明如下。 α ν 口 【實施方式】 圖2繪示為本發明之光源的側視示意圖。請參考圖 此光源200主要包括：控制電路板21〇、變壓界單元、 燈管230、燈管導線232及連接器240。其中，°變壓哭單元 220係配置於控制電路板210上，且與控制電路板構 成電性連接。此燈管230之一端係具有一燈管導線。 9 I249880 丨 6189twf.d〇c/g 則是配置於控制電路板210上，且與控制電 連接器24=妾：!3。之燈管 批制十々上 連接而燈管230係透過連接器240以及 ^日^ 而與變壓器單元220電性連接，如此一來， 而t ^ ί變壓器、單元220可直接與燈管230電性連接， =細㈣統背賴財之線材及焊錫作為訊號傳 =二 ⑽遇到的散熱不易、焊點 中直下式背光模組及側面入光式背光模組 ㈣本㈣之光制讀分顧。請參照圖3, -個之了側係開設有至少—第一開孔犯，每 一 碭孔212係分別對應於一個燈管230，因此，第 孔212之數目及其位置係對應於燈管230之數目及其 位置而進行調整。變壓哭單亓22Ω在舶罢 上，且血於制帝路叔二ti 於控制電路板210 制板 連接，此外，變屡器單元220 板210及連接器240而直接與燈管w 古^，^ 2电性連接，以提供燈管230運作時所需之 冷陰極管，其二端分別具有一 $ 4 '且s導線232例如是經由治具折彎呈垂 直狀後，直接與連接器240電性連接。 連接器240係、配置於控制電路板21〇上，且與控 =板21〇電性連接’而燈管230之燈管導線232係^接】 置於連接器240中，以與連接器24〇電性連接，因此，燈 1249880 16189twf.doc/g 嘗230即可透過連接為240以及控制電路板210而與變壞 器單元220電性連接。由於連接器240為本發明之特點， 因此，以下將搭配圖示詳述連接器240之細部結構，及連 接器240與控制電路板210及燈管導線232之電性連接。 圖4A及4B繪示分別為配置於光源2〇〇中之連接器 240的立體分解圖及組合圖。請參照圖4，連接器240主要 包括外殼體242及容置於外殼體242内之端子244兩個部 份。外殼體242係為一盒狀結構，且係由絕緣材料製作而 成，其包括二平行設置之上頂板242a及下頂板242b，及 連接於上頂板242a及下頂板242b間的三片側板242c，此 下頂板242b可利用黏著劑或其他方式固定於控制電路板 210上。f頂板242b上開設有一開孔242e，當連接器240 配置於控制電路板210上時，此開孔242e會位於第一開孔 212之上方。此外，在外殼體242之其中一側板24及上係 開設有一定位孔242f，以供端子244組裝及定位之用，本 發明對於疋位孔242f之數目及其位置不作任何的限定。 端子244係由具有彈性的金屬材料製作而成，其包括 底座244a、夾持件244c、夾持件244d、焊接部244e及定 位部244f。底座244a是位於外殼體242之下頂板242b上， 其具有一弟一開孔244b，此第二開孔244b係對應於控制 電路板210上之第一開孔212，且藉由下頂板24沘上之開 孔242e曝露出來。夾持件244c及夾持件244d係連接於底 座244a之兩侧，並以漸縮的方式延伸至第二開孔24仆的 上方’而呈三角斷面漏斗狀結構，且當燈管導線232未插 1249880 16189twf.doc/g 置於連接器24〇時，此炎持件2输與夹持件244d間的間 距^系小於燈管導線232之直徑，當燈管導線232插入連 接器240之夾持件244c、244d時，縱使燈管導線232產生 歪斜，但仍可利用夾持件244c、244d導正插入，且夾持件 244c、244d之内表面與燈管導線232為一平行面，此夹持 件244c、244d與燈管導線232之接觸方式係為線接觸，因 此，阻抗可相對減少，且可降低溫度。此焊接部24物及定 φ 位部244f係分別連接於底座244a之另外兩側，變壓器單 元220係透過控制電路板21〇並以焊接的方式與焊接部 244e電性連接。此外，定位部244f則是對應於外殼體242 上的疋位孔242f’當欲將端子244組合於外殼體242上時， 係將此定位部244f組裝於定位孔242f中，即完成二者之 組裝。此定位部244f之數目及其位置係對應於定位孔242f 之數目及其位置而進行調整。 當欲將燈管導線232與連接器240構成電性連接時， 係先將燈管導線232穿過控制電路板21〇上的第一開孔 I 212，之後，再穿過外殼體242上的開孔24&及底座24如 上的第二開孔244b，並藉由夾持件244c及夾持件244d將 其夾持固定，如此一來，即可使燈管導線232直接與端子 244電性連接，且由於燈管導線232插入夾持件244c、244d 之方向與其受力方向相同，除摩擦力之外並無阻力產生， 且不影響夾持件244c、244d之夾持力。由於端子244已透 過焊接部244e與變壓器單元220電性連接，因此，燈管 230之燈管導線232即可透過連接器240與變壓器單元220 12 ί24988〇 16189twf.doc/g 電性連接。 圖5A及5B繪示為本發明之連接器3⑻的立體分解圖 及組合圖。此連接器3〇〇適於供一線材4〇〇插置，以使線 材310透過此連接器3〇〇而與一電子元件（圖中未示)構成 電性連接。 此連接為300主要包括外殼體31〇及容置於外殼體 310内之端子320兩個部份。外殼體31〇係為一盒狀結構， 且係由絕緣材料製作而成，其包括二平行設置之上頂板 310a及下頂板310b，及連接於上頂板31〇a及下頂板31〇b 間的三片侧板310c。下頂板31〇b上設有一第二開孔31〇e， 以供線材400插置。此外，在外殼體31〇之其中一侧板31〇c 上係開設有一定位孔310f，以供端子32〇組裝及定位之 用，本發明對於定位孔31〇f之數目及其位置不作任何的限 定。 端子320係由具有彈性的金屬材料製作而成，其包括 底座320a、夾持件320c、夾持件320d、焊接部32〇e及定 位部320f。底座320a是位於外殼體310之下頂板31〇b上， 其具有一第一開孔320b，此第一開孔320b係藉由下頂板 310b上之開孔320e曝露出來。此夾持件32〇c及夾持件 320d係連接於底座320a之兩侧，並以漸縮的方式延伸至 第一開孔320b的上方，且當線材400未插置於連接器3〇〇 時，此夾持件320c與夾持件320d間的間距3係小於\ 400之直徑。 、w 此外，本發明於底座32〇a之另外兩側分別設置有一焊 13 】6] 89twf.doc/g =部320e及定位部通，電子元件（圖中未示)可透過焊接 2讀谭接部⑽電性連接。此外’定位部3皿則是 /應射卜叙體310上的定位孔讀，當欲將端子32〇組合 中外殼，310上時’係將此定位部遍組裝於定位孔^ 座即完成二者之絲。此定位部蕭之數目及其位 蚜應於定位孔謝之數目及其位置而進行調整。 當欲將線材4〇〇與連接器綱構成電性 細卜殼體310上的第二開孔31。翁坐= 其决括% ’亚猎由夹持件孤及夾持件320d將 電！如此一來，即可使線材彻直接與連接器300 置於源係將燈管之燈管導線直接插 過-線材及焊錫 :的::模組所遭遇到之散熱不Γ二 易、製作成本高...等問題。 里个 限定太發日^月已以較佳貫施例揭露如上，然其並非用以 和範圍二，者Γ何熟習此技藝者，在不脫離本發明之精神 範圍A、f 2田可作些终之更動與潤飾，因此本發明之保護 =圍㈣伽之申料娜_界定者為準。 【圖式簡單說明】 接方示為習知之背光模組巾其燈管與麵器間之連 伐乃八不思圖。 14 1249880 161 89twf.doc/g 圖2繪示為本發明之光源的側視示意圖。 圖3繪示為本發明之光源的立體分解圖。 圖4A及4B繪示分別為配置於光源中之連接器的立體 分解圖及組合圖。 圖5 A及5 B繪示為本發明之連接器的立體分解圖及組 合圖。 【主要元件符號說明】In a preferred embodiment of the present invention, the connection to the crying housing is disposed on the control circuit board for receiving - in a preferred embodiment of the present invention, the terminal further includes a positioning: In addition, the housing has a locating hole, and the positioning portion is assembled in the positioning hole so that the terminal can be fixed in the outer casing. In the present invention, it is difficult to implement the money, and the good lamp tube wire is vertical after being twisted. 7 The present invention further provides a connector suitable for "wire" insertion, the connection = mainly comprising - an outer casing and a terminal. Wherein, the terminal is disposed inside, and comprises a base and a plurality of clamping members. The base has an opening and the external system exposes the first opening. A plurality of clips are attached to the bottom money and extend above the i-th hole, wherein the wire is placed in the first opening and held by the clamping member. In the preferred embodiment, the terminal is in the form of a triangular cross-section, and the secret member of the terminal extends in a tapered manner above the first hole. In this (4) - difficult to implement, the connector also includes an outer casing. The terminal is disposed in the outer casing, and the outer casing has a second opening, 8 l24988〇.]6l89twf.doc/g to expose the first opening. In a preferred embodiment of the present invention, the terminal further includes a positioning portion, and the peripheral body has a positioning hole corresponding to the positioning portion, and the positioning portion is assembled in the positioning hole so that the terminal can be fixed to the housing. In the body. In a preferred embodiment of the present invention, the terminal further includes a soldering portion connected to the base, and the electronic component is electrically connected to the soldering portion by soldering. ϋ Since the light source of the present invention directly inserts the lamp tube of the lamp tube into the connector, and directly connects to the transformer unit through the connector, for example, the lamp tube of the light source does not need to be like In the traditional backlight module, the lamp tube wire needs to be electrically connected to the transformer through a wire and solder to solve the problem that the conventional backlight module is difficult to dissipate heat, has many solder joint problems, is difficult to rework, and has high production cost. …And other issues. In addition, the design of the light source and its connector can be integrated into a common direct-lit backlight module and a side-lit backlight module to enhance the competitive advantage of the product. The above and other objects, features, and advantages of the present invention will become more apparent from the aspects of the appended claims. [alpha] ν Port [Embodiment] FIG. 2 is a side view showing a light source of the present invention. Please refer to the figure. The light source 200 mainly includes: a control circuit board 21, a transformer boundary unit, a lamp tube 230, a lamp tube wire 232, and a connector 240. The pressure swinging unit 220 is disposed on the control circuit board 210 and electrically connected to the control circuit board. One end of the tube 230 has a tube wire. 9 I249880 丨 6189twf.d〇c/g is disposed on the control circuit board 210 and is connected to the control electrical connector 24=妾:!3. The lamp tube is connected to the ten poles and the lamp tube 230 is electrically connected to the transformer unit 220 through the connector 240 and the ^, so that the transformer and the unit 220 can be directly connected to the lamp tube 230. Sexual connection, = fine (four) unified back to the wire and solder as a signal transmission = two (10) encountered heat dissipation is not easy, solder joints in the direct-lit backlight module and side-input backlight module (four) this (four) light reading points Gu. Referring to FIG. 3, a side opening is provided with at least a first opening, and each of the holes 212 corresponds to one of the lamps 230. Therefore, the number of the first holes 212 and the position thereof correspond to the light tube. The number of 230 and its position are adjusted. The pressure is crying and the single 亓 22Ω is on the ship, and the blood is connected to the control circuit board 210. In addition, the repeater unit 220 plate 210 and the connector 240 are directly connected to the lamp w. , ^ 2 is electrically connected to provide the cold cathode tube required for the operation of the lamp tube 230, and the two ends thereof respectively have a $4' and the s-wire 232 is vertically bent, for example, directly connected to the connector. 240 electrical connection. The connector 240 is disposed on the control circuit board 21 , and electrically connected to the control board 21 而 and the lamp tube 232 of the lamp 230 is connected to the connector 240 to be connected to the connector 24 . The electrical connection is such that the lamp 1249880 16189 twf.doc/g can be electrically connected to the deterioration unit 220 via the connection 240 and the control circuit board 210. Since the connector 240 is a feature of the present invention, the detailed structure of the connector 240 and the electrical connection of the connector 240 to the control circuit board 210 and the lamp lead 232 will be described in detail below. 4A and 4B are exploded and assembled views of the connector 240 disposed in the light source 2A, respectively. Referring to FIG. 4, the connector 240 mainly includes an outer casing 242 and two portions of the terminal 244 received in the outer casing 242. The outer casing 242 is a box-like structure and is made of an insulating material. The outer casing 242 includes two top plates 242a and a lower plate 242b disposed in parallel, and three side plates 242c connected between the upper top plate 242a and the lower top plate 242b. The lower top plate 242b can be secured to the control circuit board 210 by an adhesive or other means. An opening 242e is defined in the top plate 242b. When the connector 240 is disposed on the control circuit board 210, the opening 242e is located above the first opening 212. In addition, a positioning hole 242f is formed in one of the side plates 24 and the upper portion of the outer casing 242 for assembling and positioning the terminal 244. The present invention does not limit the number of the clamping holes 242f and its position. The terminal 244 is made of a resilient metal material and includes a base 244a, a holding member 244c, a holding member 244d, a welded portion 244e, and a positioning portion 244f. The base 244a is located on the top plate 242b below the outer casing 242, and has a first opening 244b corresponding to the first opening 212 on the control circuit board 210, and is supported by the lower top plate 24 The upper opening 242e is exposed. The clamping member 244c and the clamping member 244d are connected to both sides of the base 244a and extend in a tapered manner to the upper side of the second opening 24 to form a triangular-section funnel-like structure, and when the lamp tube wire 232 When the connector 24 〇 is not inserted, the spacing between the illuminating member 2 and the clamping member 244d is smaller than the diameter of the lamp wire 232 when the lamp wire 232 is inserted into the connector 240. When the clamping members 244c, 244d, even though the lamp wires 232 are skewed, they can still be inserted by the clamping members 244c, 244d, and the inner surfaces of the clamping members 244c, 244d are parallel with the tube wires 232. The contact of the holding members 244c, 244d with the tube wire 232 is in line contact, so that the impedance can be relatively reduced and the temperature can be lowered. The soldering portion 24 and the fixed φ-position portion 244f are respectively connected to the other two sides of the base 244a, and the transformer unit 220 is electrically connected to the soldering portion 244e through the control circuit board 21A. In addition, the positioning portion 244f corresponds to the clamping hole 242f' on the outer casing 242. When the terminal 244 is to be assembled on the outer casing 242, the positioning portion 244f is assembled in the positioning hole 242f, that is, the two are completed. Assembly. The number of the positioning portions 244f and their positions are adjusted corresponding to the number of positioning holes 242f and their positions. When the lamp wire 232 is to be electrically connected to the connector 240, the lamp wire 232 is first passed through the first opening I 212 on the control circuit board 21, and then through the outer casing 242. The second opening 244b of the opening 24& and the base 24 is clamped and fixed by the clamping member 244c and the clamping member 244d, so that the lamp lead 232 is electrically connected to the terminal 244 directly. The connection is made, and since the direction in which the lamp wires 232 are inserted into the holding members 244c, 244d is the same as the direction of the force applied thereto, no resistance is generated except for the frictional force, and the clamping force of the holding members 244c, 244d is not affected. Since the terminal 244 is electrically connected to the transformer unit 220 through the soldering portion 244e, the lamp wire 232 of the lamp tube 230 can be electrically connected to the transformer unit 220 12 24 24988 〇 16189 twf. doc / g through the connector 240. 5A and 5B are exploded and combined views of the connector 3 (8) of the present invention. The connector 3 is adapted to be inserted into a wire 4 such that the wire 310 is electrically connected to an electronic component (not shown) through the connector 3 . The connection 300 includes two portions of the outer casing 31 and the terminal 320 received in the outer casing 310. The outer casing 31 is a box-like structure and is made of an insulating material. The outer casing 31 includes two top plates 310a and a lower plate 310b arranged in parallel, and is connected between the upper top plate 31a and the lower top plate 31b. Three side panels 310c. A second opening 31〇e is provided on the lower top plate 31〇b for inserting the wire 400. In addition, a positioning hole 310f is formed in one of the side plates 31〇c of the outer casing 31〇 for assembly and positioning of the terminal 32〇, and the present invention does not perform any number of positioning holes 31〇f and its position. limited. The terminal 320 is made of a resilient metal material and includes a base 320a, a holding member 320c, a holding member 320d, a welded portion 32〇e, and a positioning portion 320f. The base 320a is located on the top plate 31b below the outer casing 310 and has a first opening 320b which is exposed by the opening 320e of the lower top plate 310b. The clamping member 32〇c and the clamping member 320d are coupled to both sides of the base 320a and extend in a tapered manner above the first opening 320b, and when the wire 400 is not inserted into the connector 3〇〇 The spacing 3 between the clamping member 320c and the clamping member 320d is less than the diameter of \400. In addition, the present invention is provided with a welding 13 on the other two sides of the base 32〇a. 6] 89twf.doc/g = part 320e and positioning part pass, electronic components (not shown) can be read by soldering 2 The connector (10) is electrically connected. In addition, the 'positioning unit 3 is the positioning hole on the mirror 310. When the terminal 32 is to be combined with the outer casing, 310, the positioning portion is assembled to the positioning hole. The silk of the person. The number of the positioning parts and their position should be adjusted according to the number of positioning holes and their positions. When the wire 4 is to be electrically connected to the connector, the second opening 31 on the housing 310 is electrically formed. Weng sitting = its refusal % ‘Asian hunting will be electric by the clamping piece and the clamping part 320d! In this way, the wire can be directly connected to the connector 300, and the lamp tube of the lamp tube can be directly inserted through the wire and the solder: the heat dissipation encountered by the module is not easy, and the manufacturing cost is low. High...etc. The limitation is too long, and the above has been disclosed as a preferred embodiment. However, it is not intended to be used in conjunction with the scope of the second, and those skilled in the art can do it without departing from the spirit of the present invention. Some of the final changes and retouching, so the protection of the invention = Wai (four) gamma Shen Na Na _ defined. [Simple description of the diagram] The connection is shown as a conventional backlight module towel, and the connection between the lamp and the face is not a problem. 14 1249880 161 89twf.doc/g Figure 2 is a side elevational view of the light source of the present invention. 3 is an exploded perspective view of a light source of the present invention. 4A and 4B are exploded and assembled views, respectively, of a connector disposed in a light source. 5A and 5B are exploded perspective views and a combination view of the connector of the present invention. [Main component symbol description]
100 ： 背光模組 110 ： 燈管 120 ： 燈管導線 130 ： 線材 140 ： 連接器 150 ： 變壓器 160 ： 焊錫 200 ： 光源 210 ： 控制電路板 212 ： 第一開孔 220 ： 變壓器單元 230 ： 燈管 232 ： 燈管導線 240 ： 連接器 242 ： 外殼體 242a •上頂板 242b :下頂板 15 1249880 16189twf.doc/g 242c :侧板 242e :開孔 242f :定位孔 244 ··端子 244a :底座 244b :第二開孔 244c ··夾持件 244d :夾持件 ® 244e :焊接部 244f:定位部 300 :連接器 310 :外殼體 310a :上頂板 310b :下頂板 310c :侧板 310e ··第二開孔 • 310f:定位孔 320 :端子 320a :底座 320b :第一開孔 320c :夾持件 320d :夾持件 320e :焊接部 320f:定位部 d :間距100 : backlight module 110 : tube 120 : tube conductor 130 : wire 140 : connector 150 : transformer 160 : solder 200 : light source 210 : control circuit board 212 : first opening 220 : transformer unit 230 : tube 232 : Lamp Lead 240 : Connector 242 : Outer Housing 242a • Upper Top Plate 242b : Lower Top Plate 15 1249880 16189twf.doc/g 242c : Side Plate 242e : Opening 242f : Positioning Hole 244 · Terminal 244a : Base 244b : Second Opening 244c ··Clamping member 244d: Clamping member® 244e: Welding portion 244f: Positioning portion 300: Connector 310: Outer casing 310a: Upper top plate 310b: Lower top plate 310c: Side plate 310e · Second opening • 310f: positioning hole 320: terminal 320a: base 320b: first opening 320c: clamping member 320d: clamping member 320e: welding portion 320f: positioning portion d: spacing