201024619 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種連接器及其安裝燈管的方 法；特別關於一種先將燈管插入導電端子，再將導 電端子安裝在絕緣本體内之連接器及其安裝燈管的 方法。 【先前技術】 ❹ 液晶顯示面板已廣泛地應用於各種資訊、通訊 及消費性電子等3C產品之中。然而，由於液晶顯示 面板中液晶本身不具有發光特性。因此，為達到顯 示的效果，需給液晶顯示器面板提供一面光源裝 置。在習知技術中’具有背光模組之液晶顯示面板 係眾所周知之事，其功能在於向液晶顯示器面板提 供輝度充份且分佈均勻之面光源。 φ 般背光模組之設計，係在背板之一侧間隔設 置複數條燈管’燈管之兩端分別固定於一連接器 上，而連接器則設置於背板上。由於燈管結構較為 脆弱’稍微對其玻璃管施加壓力時，很容易造成毀 知。於進行裳配作業時，必須避免對於玻璃管施加 過大的壓力。此外’對使用燈管之液晶顯示器進行 維護時’亦必須小心接觸聽破損。 因此必須藉由連接器加以固定其燈管，一般連 接器係由一具有開口之絕緣本體以及設置於開口内 201024619 之二對可撓性之導電彈片所組成，且在燈管兩端先 套°又金屬喊套，再將金屬殼套擠愿而插入導電彈 片之^的縫隙’藉由導電彈片之彈性回復力來挾持 金屬威套，並且，上述金屬殼套之一端並套設於燈 管之電極上’以使得燈管電極與導電彈片之間形成 電性導通。 然而，金屬殼套之一端與燈管電極之間由於有 ❿ 空隙的存在，為防止金屬殼套與燈管電極之間發生 電性接觸不良，一般還會再利用焊接加工的方式在 金屬殼套與燈管電極之間形成固定接合。所以此種 連接器之結構缺點在於必需要在燈管兩端套上金屬 殼套’且要利用焊接方式使金屬殼套與燈管電極之 間形成固定接合’如此製程不但使得生產的時間與 成本增加，而且生產良率亦會同時降低。 ’ 【發明内容】 習知連接器需要先將金屬殼套與燈管電極之間 形成焊接固定的接合，之後才能將金屬殼套插入連 接器之導電彈片之間的縫隙，以使燈管與連接器之 間呈一個連接狀態，但此種製作過程卻有生產良率 降低與生產成本增加的問題。 因此，需要發展一成本低，能提供簡單的燈故 組裝流程之安裝方法以及適用此方法之連接器妹 201024619 構。 本發明之連接器包括絕緣本體以及導電端子， 其中絕緣本體具有一容置槽以及連通容置槽之二導 引槽以及一插槽，容置槽之插入口與二導引槽之插 入口係朝著同一方向。導電端子安裝於絕緣本體之 容置槽中，其中導電端子具有一本體、相對設置的 二前夾臂、相對設置的二後夾臂以及一接腳，二後 ❹ 夾臂連接於本體且二後夾臂之間形成一通道以及位 於通道上之一缺口，二後夾臂上分別各設有一定位 部’定位部係插接於每一該二導引槽中，二前夾臂 位於二後夾臂之前方，接腳連接於本體且位於二後 夾臂之下方，插槽係供一電路板插接，二前夾臂係 用以夾持一燈管，二後夾臂係用以夾持且電性連接 燈管之電極。 藝本發明之使用上述連接器來連接燈管之方法包 括：提供一燈管，其中燈管之一端具有一電極；安 裝該燈管於導電端子之二前夾臂上，其中燈管之電 極係沿著二後夾臂之間之通道移動至缺口；以及固 定燈管之電極於導電端子之二後夾臂之間之缺口 上。 本發明之連接器的效果係透過導電端子之前後 ，臂與絕緣本體之導引槽的設計，使得導電端子與燈 管之間的連接不需要有金屬殼套以及焊接固定的製 201024619 程，就可以達到燈管與連接器之間呈一個穩定固持 且電性連接的狀態，如此可有效解決習知之連接器 生產良率降低與生產成本增加的問題。 【實施方式】 請參閱第一圖至第九圖，本發明係提供一種連 接器，該連接器1係用於連接固定一燈管4,其中 燈管4可包含冷陰極管（CCFL)、熱陰極管（hcfl)* 具有一電極之燈管，於此實施例中，燈管4係以冷 陰極管加以說明，且連接器丨係安裝於背光模組I 背板（未繪示）上。連接器丨具有一絕緣本體2以201024619 VI. Description of the Invention: [Technical Field] The present invention relates to a connector and a method of installing the same; in particular, a method of first inserting a lamp into a conductive terminal and then mounting the conductive terminal in the insulating body And its method of installing the lamp. [Prior Art] 液晶 Liquid crystal display panels have been widely used in various 3C products such as information, communication and consumer electronics. However, since the liquid crystal itself does not have luminescent characteristics in the liquid crystal display panel. Therefore, in order to achieve the effect, a liquid crystal display panel needs to be provided with a light source device. In the prior art, a liquid crystal display panel having a backlight module is well known, and its function is to provide a surface light source having a sufficient brightness and uniform distribution to the liquid crystal display panel. The design of the φ-like backlight module is such that a plurality of lamps are disposed on one side of the back plate. The two ends of the lamp are respectively fixed on a connector, and the connector is disposed on the back plate. Since the structure of the lamp is relatively fragile, it is easy to cause damage when a slight pressure is applied to the glass tube. Excessive pressure on the glass tube must be avoided when performing the dressing operation. In addition, when performing maintenance on a liquid crystal display using a lamp, it must be carefully touched and damaged. Therefore, the lamp must be fixed by a connector. The connector is generally composed of an insulating body having an opening and two pairs of flexible conductive elastic sheets disposed in the opening 201024619, and are sleeved at both ends of the lamp. And the metal shouts, and then inserts the metal shell into the gap of the conductive elastic piece to hold the metal sleeve by the elastic restoring force of the conductive elastic piece, and one end of the metal shell is sleeved on the tube 'On the electrode' to make electrical conduction between the lamp electrode and the conductive dome. However, due to the presence of a gap between the end of the metal sheath and the electrode of the tube, in order to prevent electrical contact failure between the metal sheath and the electrode of the tube, the method of welding is generally used in the metal sheath. A fixed bond is formed with the tube electrode. Therefore, the structural disadvantage of such a connector is that it is necessary to put a metal casing on both ends of the lamp tube and to form a fixed joint between the metal casing and the electrode of the lamp by means of welding. This process not only makes the production time and cost Increase, and production yield will also decrease. [Invention] The conventional connector needs to form a welded and fixed joint between the metal sleeve and the tube electrode, and then the metal shell can be inserted into the gap between the conductive elastic sheets of the connector to make the tube and the connection. There is a connection between the devices, but this production process has problems of reduced production yield and increased production costs. Therefore, there is a need to develop a low-cost, simple installation method for the assembly process of the lamp and a connector for the method 201024619. The connector of the present invention includes an insulative housing and a conductive terminal, wherein the insulative housing has a receiving slot and two guiding slots for connecting the receiving slot and a slot, and the insertion opening of the receiving slot and the insertion slot of the two guiding slots In the same direction. The conductive terminal is mounted in the receiving groove of the insulating body, wherein the conductive terminal has a body, two opposite front clamping arms, two opposite rear clamping arms and one pin, and the second rear clamping arm is connected to the body and the second rear A channel is formed between the clamping arms and a notch is formed on the channel. The two rear clamping arms are respectively provided with a positioning portion, wherein the positioning portion is inserted into each of the two guiding grooves, and the two front clamping arms are located at the two rear clamping frames. In front of the arm, the pin is connected to the body and is located below the two rear clamp arms, the slot is for a circuit board to be inserted, the two front clamp arms are for holding a light tube, and the second rear clamp arms are for clamping And electrically connected to the electrode of the lamp. The method for connecting a lamp tube by using the above connector includes: providing a lamp tube, wherein one end of the lamp tube has an electrode; and mounting the lamp tube on the two front clamp arms of the conductive terminal, wherein the electrode system of the lamp tube Moving along the channel between the two rear clamp arms to the notch; and fixing the electrode of the lamp tube to the gap between the two rear clamping arms of the conductive terminal. The effect of the connector of the present invention is that the design of the guiding groove of the arm and the insulating body before and after the transmission of the conductive terminal is such that the connection between the conductive terminal and the lamp tube does not require a metal casing and a welded fixed system 201024619. The state that the lamp tube and the connector are stably held and electrically connected can be achieved, which can effectively solve the problem that the conventional connector production yield is reduced and the production cost is increased. [Embodiment] Referring to the first to ninth drawings, the present invention provides a connector for connecting and fixing a lamp tube 4, wherein the lamp tube 4 can include a cold cathode tube (CCFL), heat. The cathode tube (hcfl)* has an electrode tube. In this embodiment, the tube 4 is described by a cold cathode tube, and the connector is mounted on the backlight module I back plate (not shown). The connector 丨 has an insulating body 2
及一導電端子3，其中該絕緣本體2之側緣面上設有一 板體21，此板體21係用以抵靠於背板上。容置槽2〇 位於絕緣本體2之頂端，而容置槽2〇内可安裝該導電 鈿子3。第一及第二插槽22、23分別設於絕緣本體2 之接近底端之側緣面上，且容置槽2〇内之導電端子3 之底端部的上接腳33與下接腳34係可延伸至鄰近於 該些插槽22、23’且容置槽20係與該些插槽22、 23相連通，該些插槽22、23之插入口與該容置栌 20之插入口係彼此呈垂直方向排列配置。 玲 谷置槽20内更設有二相對設置之導引槽2心導 =槽24係連通於容置槽2〇且導引槽24之插入口與 容置槽20之插入口係朝向同一方向。在本實施例 201024619 中，二導引槽24之中心軸線241之間的距離長度[ 從頂端至底端逐漸變小，導引槽24的外形大致呈一 倒直角二角形，且在導引槽24之底端更延伸設有一 疋位槽240，導引槽24係由一斜面242以及相對於 斜面242之垂直面244所構成，由於此斜面242 的存在，使得導引槽24的寬度大小從頂端至底端逐 漸縮小。此外，在絕緣本體2之容置槽2〇的開口處 鲁 更設有一凹槽203，此凹槽203係定位燈管4的位 置與方向，以防止燈管4產生左右偏移的狀況。 導電端子3係用以夾持一燈管4且可與該燈管4 電I*生連接。在本實施例中，此導電端子3包含一本 體30、相對设置的二前夾臂31、相對設置的二後夾 臂32以及複數個上接腳33與下接腳％，其中本體 3〇之側緣部301係卡合於絕緣本體2之容置槽2〇 ⑽之溝槽201巾，以將導電端子3安裝固定於絕 緣本體2上。二前炎臂31係經由連接部35連接於 本體30且位於本體3〇之一側，且二前夾臂31之間 係形成一可容置夾持燈管4之容置空間310。值得 —提的是，由於前失臂31在沖壓成型的過程中可能 會在斷面處產生毛邊’為了避免毛邊對燈管4造成 刮傷的影響，於本實施例中，在前夾臂31上又可設 f複數個凸起點311 ’以將燈管4稍微抬離於前夾 孑31之冲壓斷面，此外，此些凸起點mi也有夾持 固定燈管4的功能。在本實施例中，由於二前夾臂 201024619 31係連接與位於本體30之一側’為了使二前爽臂 31在夾持燈管4時能更穩固，所以在二前夾臂31 之下方設有-支禮部36,此支撐部36係可插接位 於絕緣本體2之容置槽20底部内之喪合部2〇2，如此 使知一刖夾臂31更此穩定地固持於容置槽内。 二後夾臂32連接於本體30,二前夹臂“位於 二後夹臂32之前方’且二後夾臂32間係彼此相對 後夾臂32之間形成一通道320以及位於該 通道320上之一缺口 32卜其中在二後失臂32上分 別各設有-定位部322,該定位部322係插接Μ 引槽24中，二前夾臂31與二後夾臂 行設置’容置空間31。的中心方 321的中心方向呈近乎於同轴向，以使燈管4及盆 電極能對齊安裝於二前夾臂31與二後夾臂％ 上。在本實施例中，前夾臂31係經由一連接部35 =於本體3G，另-種選擇是，前夾f 3 由後夾臂32連接於本體30，換今 _ 、’' 直接設置於後夾臂32上。 之1夾臂31係 複數個上接腳33與下接卿34分 3〇且位於後夾臂32以及前夾f3l之下方，其= 接腳34係位於上接腳33之下，且上接腳33與下接 腳34分別對應於絕緣本體3之第—插槽μ盘 插槽23設置。在本實施例中，第一插槽22係= 201024619 一電路板（未繪示）插接，第二插槽23係可供另一 電路板插接’當插接的電路板之金屬接點接觸到上 接腳33時即可使電路板與連接器1的導電端子3形 成電路導通’同理’當插接的電路板之金屬接點接 觸到下接腳34時亦可使電路板與連接器1的導電端 子3形成電路連通。本創作之上接腳與下接腳 34的設計可使得電路板在插接時不用考慮到其本身 之金屬接點是在上表面或是在下表面，同樣皆可達 到電性連接的效果。此外，第二插槽23位於第一插 槽22之下’並分別對應於下接腳34與上接腳33設 置。當下接腳34或上接腳33之其中之一者因不明 原因使其接觸不良時，本創作之連接器丨還有另外 一個電性接觸之接腳可供使用。 請參閱第七圖至第九圖，係為本發明之連接器i 在j接固定燈管4之組裝流程的立體示意圖。此組 裝流程之方法與步驟如下：首先提供一燈管4，其 中燈管4之-端具有—電極4卜接著，安裝該燈管 4於^電端子3之二前夾臂31上，其中導電端子3 之一刚夾臂31係用以夾持固定燈管4 ,燈管4之電 極41係沿著二後夾臂32之間之通道㈣移動至缺 口 321 ’且導電端子3之後夾臂32上之定位部322 係插接於導引槽24中。然後，jg定燈管4之電極 41於導電端子3之二後夾臂32之間的缺口321上， ’、中由於本體30、後夾臂32以及定位部322係為 201024619 -體成形的彈片結構，故當定位部322順著導引槽 24的結構向下移動時會受到導引槽％之斜面242 的牽引而使得二定位部322之間的間距逐漸變小， 同時一後夾臂32也跟著定位部322而產生彈性變 形’並導致二後夾臂32彼此之間逐漸靠攏而封閉通 道320 ’最後將定位部322嵌合固定於定位槽24〇 中，以使二後夾臂32夾持且電性連接位於缺口 321 中之電極4卜並完成將導電端子3 ©定於絕緣本體 2之定位槽240中的程序。 在本實施射，燈管4安裝於連接器丨的流程 並非一次到位，而是分為二階段， 裝燈管4於導電端子3之二前爽臂31上，第== 再把燈管4之電極41固定於導電端子3之二後夾臂 32上，如此就不需要另外再施以焊接加工就可以達 到穩定固持燈管4及其電極41的目的。值得一提的 是，本發明之導電端子3是先初步卡合在絕緣本體 2之谷置槽20上，然後再將燈管4分二階段固定於 連接器1上，然不限於此，亦可先把燈管4安裝於 單獨的導電端子3上，再把導電端子3與燈管4的 組合體固定於單獨的絕緣本體2上。 綜上所述，本創作之連接器其係利用在連接器 之導電端子上設有可固定夾持燈管之前夾臂及電性 連接電極之後夾臂，再加上絕緣本體之導引槽的牽 201024619 引設計，使得固定夾持電極之二後夾臂可呈現自由 開啟與閉合，如此來達到穩定固持燈管及其電極的 目的’如此使得燈管不需要再經過套設金屬殼套與 焊接加工就可以達到與連接器穩定的電性連接狀 態，以解決習知之焊接加工在製作過程所產生之生 產良率下降與生產成本增加的問題。另外，本創作 之二後夾臂在組裝燈管電極時會有自動張開與閉合 •的作動產生’如此可使電極在組裝於二後夾臂之間 的缺口時不會產生電極歪斜或偏移等問題。再者， 本創作之連接器具有二導電接腳以及對應二導電接 腳之二插槽，如此當二導電接腳之其中之一發生電 )·生接觸不良的問題時’還有另—個導電接腳可作為 預備之用。 上述詳細說明為針對本創作一種較佳之可行實 轭例說明而已，惟該實施例並非用以限定本創作之 _ ΐ請專利範圍，Λ其它未脫離本創作所揭示之技藝 精神下所70成之均等變化與修飾變更，均應包含於 本創作所涵蓋之專利範圍中。 201024619 【圖式簡單說明】 第一圖係根據本發明之連接器之導電端子組合燈管 之立體示意圖。 第二圖係根據本發明之連接器之導電端子組合燈管 之另一方向之立體示意圖。 第三圖係為第二圖中之連接器之導電端子卸除燈管 的立體示意圖。 第四圖係根據本發明之連接器之導電端子之前視示 β 意圖。 第五圖係根據本發明之連接器之絕緣本體之前視示 意圖。 第六圖係根據本發明之連接器之絕緣本體之俯視示 意圖。 第七圖係根據本發明之連接器尚未組合燈管時之狀 態示意圖。 _ 第八圖係根據本發明之連接器初步組合燈管時之狀 態示意圖。 第九圖係根據本發明之連接器最終組合燈管時之狀 態示意圖。 【主要元件符號說明】 1連接器 2絕緣本體 2〇容置槽 201溝槽 12 201024619 202嵌合部 203凹槽 21板體 22第一插槽 23第二插槽 24導引槽 240定位槽 241中心軸線 242斜面 244垂直面 3導電端子 30本體 301侧緣部 31前夾臂 310容置空間 311凸起點 32後夾臂 320通道 321 缺口 322定位部 33上接腳 34下接腳 35連接部 36支撐部 4燈管 41電極 ❿ 13And a conductive terminal 3, wherein a side surface of the insulating body 2 is provided with a plate body 21 for abutting against the back plate. The accommodating groove 2 〇 is located at the top end of the insulating body 2, and the conductive rafter 3 can be installed in the accommodating groove 2 。. The first and second slots 22 and 23 are respectively disposed on the side edges of the insulative housing 2 near the bottom end, and the upper pins 33 and the lower pins of the bottom end portions of the conductive terminals 3 in the receiving slots 2 The 34 series can be extended adjacent to the slots 22, 23' and the receiving slot 20 is in communication with the slots 22, 23, and the insertion slots of the slots 22, 23 and the receiving slot 20 are inserted. The mouthpieces are arranged in a vertical direction to each other. There are two opposite guiding grooves 2 in the Linggu slot 20, and the slot 24 is connected to the receiving slot 2, and the insertion opening of the guiding slot 24 and the insertion slot of the receiving slot 20 are oriented in the same direction. . In the embodiment 201024619, the distance between the central axes 241 of the two guiding grooves 24 is gradually reduced from the top end to the bottom end, and the guiding groove 24 has an outer shape of a substantially right-angled dihedron and is in the guiding groove. The bottom end of the extension 24 is further provided with a clamping slot 240. The guiding slot 24 is formed by a slope 242 and a vertical surface 244 opposite to the slope 242. Due to the presence of the slope 242, the width of the guiding slot 24 is The top to bottom gradually shrink. In addition, a recess 203 is formed in the opening of the receiving groove 2 of the insulative housing 2, and the recess 203 positions the direction and direction of the bulb 4 to prevent the lamp tube 4 from being displaced left and right. The conductive terminal 3 is for holding a lamp tube 4 and can be electrically connected to the lamp tube 4. In this embodiment, the conductive terminal 3 includes a body 30, two opposite front clamping arms 31, two opposite rear clamping arms 32, and a plurality of upper pins 33 and lower pins, wherein the body 3 is The side edge portion 301 is engaged with the groove 201 of the accommodating groove 2〇(10) of the insulative housing 2 to fix and fix the conductive terminal 3 to the insulative housing 2. The two front arms 31 are connected to the main body 30 via the connecting portion 35 and are located on one side of the main body 3, and an accommodating space 310 for accommodating the holding lamp tube 4 is formed between the two front clamping arms 31. It is worth mentioning that, because the front arm 31 may generate a burr at the cross section during the stamping process, in order to avoid the influence of the burr on the lamp 4, in the present embodiment, the front arm 31 is present. Further, a plurality of raised points 311' may be provided to lift the tube 4 slightly away from the stamping section of the front jaw 31. In addition, the raised points mi also have the function of holding and fixing the tube 4. In this embodiment, since the two front clamp arms 201024619 31 are connected and located on one side of the body 30, in order to make the two front cooling arms 31 more stable when the lamp tube 4 is clamped, it is below the two front clamp arms 31. A support portion 36 is provided, and the support portion 36 is inserted into the funnel portion 2〇2 located in the bottom of the receiving groove 20 of the insulative housing 2, so that the clamping arm 31 is stably held in the space. Set in the slot. The two rear clamp arms 32 are connected to the body 30, and the two front clamp arms are “located in front of the two rear clamp arms 32” and the two rear clamp arms 32 are opposite to each other. A channel 320 is formed between the clamp arms 32 and is located on the passage 320. One of the notches 32 is provided with a positioning portion 322 on each of the two rear arms 32. The positioning portion 322 is inserted into the guiding groove 24, and the two front clamping arms 31 and the two rear clamping arm rows are disposed. The center direction of the center side 321 of the space 31 is approximately the same axial direction, so that the lamp tube 4 and the basin electrode can be aligned and mounted on the two front clamp arms 31 and the two rear clamp arms %. In this embodiment, the front clamp The arm 31 is connected to the body 3G via a connecting portion 35. Alternatively, the front clip f 3 is connected to the body 30 by the rear clamping arm 32, and the _, '' is directly disposed on the rear clamping arm 32. The clamp arm 31 is composed of a plurality of upper legs 33 and a lower joint 34 points 3 inches and is located below the rear clamp arms 32 and the front clamps f3l, wherein the pin 34 is located below the upper pins 33, and the upper pins 33 are provided. And the lower pin 34 is respectively disposed corresponding to the first slot μ disk slot 23 of the insulative housing 3. In the embodiment, the first slot 22 is = 201024619, a circuit board (not shown) is inserted. The second slot 23 can be plugged into another circuit board. When the metal contacts of the plugged circuit board contact the upper pin 33, the circuit board can be electrically connected to the conductive terminal 3 of the connector 1. Similarly, when the metal contacts of the plugged circuit board contact the lower pins 34, the circuit board can also be in circuit communication with the conductive terminals 3 of the connector 1. The design of the upper and lower pins 34 of the present invention. The circuit board can be plugged in without considering that the metal contact itself is on the upper surface or the lower surface, and the electrical connection effect can also be achieved. In addition, the second slot 23 is located in the first slot 22 The lower part 'is corresponding to the lower pin 34 and the upper pin 33 respectively. When one of the lower pin 34 or the upper pin 33 is badly contacted for unknown reasons, the connector of the present invention has another one. The electrical contact pins are available for use. Please refer to the seventh to ninth drawings, which are schematic perspective views of the assembly process of the connector i of the present invention connected to the fixed lamp tube 4. The method and steps of the assembly process are as follows : Firstly, a lamp tube 4 is provided, wherein the end of the lamp tube 4 has - The electrode 4 is then mounted on the front arm 31 of the electrical terminal 3, wherein one of the conductive terminals 3 is used to clamp and fix the tube 4, and the electrode 41 of the tube 4 is attached. The passage (4) between the two rear clamp arms 32 moves to the notch 321 ' and the positioning portion 322 of the clamp arm 32 is inserted into the guide groove 24 after the conductive terminal 3. Then, the electrode 41 of the lamp tube 4 is fixed. On the notch 321 between the rear clamping arms 32 of the two conductive terminals 3, the main body 30, the rear clamping arm 32 and the positioning portion 322 are formed as a body-formed elastic structure, so when the positioning portion 322 follows the guide When the structure of the guiding groove 24 moves downward, it is pulled by the inclined surface 242 of the guiding groove %, so that the spacing between the two positioning portions 322 gradually becomes smaller, and at the same time, the rear clamping arm 32 also elastically deforms following the positioning portion 322. The two rear clamping arms 32 are gradually closed to each other to close the channel 320 ′. Finally, the positioning portion 322 is fitted and fixed in the positioning groove 24 , so that the two rear clamping arms 32 are clamped and electrically connected in the notch 321 . The electrode 4 completes the process of positioning the conductive terminal 3 in the positioning groove 240 of the insulative housing 2. In the present embodiment, the process of installing the lamp tube 4 on the connector 并非 is not once in place, but is divided into two stages, and the lamp tube 4 is mounted on the front side of the conductive terminal 3, and the lamp is replaced by the front lamp arm 31. The electrode 41 is fixed on the two rear clamping arms 32 of the conductive terminal 3, so that the purpose of stably holding the lamp tube 4 and its electrode 41 can be achieved without additionally applying welding. It is to be noted that the conductive terminal 3 of the present invention is initially engaged on the valley slot 20 of the insulative housing 2, and then the lamp tube 4 is fixed to the connector 1 in two stages, but is not limited thereto. The lamp tube 4 can be first mounted on a separate conductive terminal 3, and the combination of the conductive terminal 3 and the lamp tube 4 can be fixed to the separate insulating body 2. In summary, the connector of the present invention is provided with a clamping arm after the clamping arm and the electrical connection electrode are fixed on the conductive terminal of the connector, and the guiding groove of the insulating body is added. The design of the 201024619 is such that the two rear clamping arms of the fixed clamping electrode can be freely opened and closed, so as to achieve the purpose of stably holding the lamp and its electrodes, so that the lamp does not need to be sheathed and welded. The processing can achieve a stable electrical connection state with the connector, so as to solve the problem of the decrease of the production yield and the increase of the production cost caused by the conventional welding process. In addition, the second rear arm of the present invention will automatically open and close when the lamp electrode is assembled. This will result in the electrode being skewed or biased when the electrode is assembled in the gap between the two rear arms. Move and other issues. Furthermore, the connector of the present invention has two conductive pins and two slots corresponding to the two conductive pins, so that when one of the two conductive pins generates electricity), the problem of poor contact is 'there is another one Conductive pins are available for preliminary use. The above detailed description is illustrative of a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, and the other is not departing from the spirit of the art disclosed in the present disclosure. Equivalent changes and modifications should be included in the scope of patents covered by this creation. 201024619 [Simplified description of the drawings] The first figure is a perspective view of a combination of conductive terminals of a connector according to the present invention. The second figure is a perspective view of the other direction of the combination of the conductive terminals of the connector according to the present invention. The third figure is a perspective view of the discharge terminal of the connector of the connector in the second figure. The fourth figure shows the intention of the front end of the conductive terminal of the connector according to the present invention. The fifth drawing is a front view of the insulating body of the connector according to the present invention. Figure 6 is a top plan view of an insulative housing of a connector in accordance with the present invention. Figure 7 is a schematic view showing the state in which the connector according to the present invention has not been combined with a lamp. The eighth figure is a schematic view of the state in which the lamp is initially combined in accordance with the connector of the present invention. The ninth drawing is a schematic view showing the state of the final assembly of the lamp according to the connector of the present invention. [Main component symbol description] 1 connector 2 insulative housing 2 〇 accommodating groove 201 groove 12 201024619 202 fitting portion 203 groove 21 plate body 22 first slot 23 second slot 24 guiding groove 240 positioning groove 241 Center axis 242 slope 244 vertical surface 3 conductive terminal 30 body 301 side edge portion 31 front clamp arm 310 accommodation space 311 convex point 32 rear clamp arm 320 channel 321 notch 322 positioning portion 33 upper pin 34 lower leg 35 connection portion 36 Support portion 4 tube 41 electrode ❿ 13