M360494 五、新型說明： 【新型所屬之技術領域】 本創作是有關於一種連接器，特別是有關於一種不 需要焊接就可以固定夾持燈管並且燈管電極在組裝時 不會受力偏移之連接器。 【先前技術】 Φ 液晶顯示器已廣泛應用於各種資訊、通訊、消費性 產品之中。然，由於液晶顯示面板中液晶本身不具發 光特性。因此，為達到顯示效果，需給液晶顯示器面 板提供一面光源裝置。在習知技術中，具有背光燈之 液晶顯不益係眾所周知之事5其功能在於向液晶顯不 器面板提供輝度充份且分佈均勻之面光源。 一般背光模組之設計，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 鲁 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，很容易造成毀損。於進行裝 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 心接觸避免破損。 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之一對 可撓性之導電彈片所組成，且在燈管兩端先套設一金 3 M360494 屬殼套，再將金屬殼套擠壓而插入導電彈片之間的缝 隙，藉由導電彈片之彈性回復力來挾持金屬殼套，並 且，在上述金屬殼套之一端與燈管之電極之間，一般 還會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，以防止金屬殼套與燈管電極之間發生 電性接觸不良，並使燈管能穩固地設置於位於背板上 的連接器。 然而，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。 【新型内容】 習知連接器需要先將金屬殼套與燈管電極之間形 成固定接合，之後才能將金屬殼套插入連接器之導電 彈片之間的缝隙，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。 本創作提供一種連接器，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一 插槽。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、相對設置的二彈臂以及一接腳，二前夾 臂位於本體之一側，二後夾臂位於二前夾臂以及本體 4 M360494 之間且連接於二前夾臂’二彈臂連接於二 於二前夾臂之上方，接腳連接於本體且位於二 之下方，插槽係供-電路板插接，二前夹臂 持一燈管，二後爽臂係用以夹持且電性連接燈管= 極。 甩 本創作所提供連接器，其係利用導電端子之二寸 臂與二後爽臂的設計’可直接容置燈 = 連接燈管之電極，並設有扣持臂可穩固：= =，如此使得連接n不需要經過焊㈣程且不用在燈 :兩端套設金屬殼套就可以達到穩定的連接狀態。此 ’本創作之用以夾持^電性連接燈管電極之二後夹 燈管組裝於二前央臂時同步進行張開與 =的動作，使得燈管電極在組I於二後夾臂時不會 頂抵到二後夾臂所造成之電極傾斜偏移的問題。 【實施方式】 。。明參閱第-圖至第人圖，本創作係提供—種連接 盗，該連接器1係用於固定一燈管3，其中燈管3可 陰極管(CCFL)、熱陰極管(hcfl)或具有一電極 :燈：：於此實施例中，燈管3係以冷陰極管加以說 Z2]且連接器1係安裝於背板2上。背板2具有-開 一長俾：了 22及三卡合件23 ’其中卡合件23為 長條體’其係由開孔21之内周緣向下彎折延伸。 5 M360494 連接器1具有一絕緣本體Π、-板體12、-容晋 =一3第限位件14、一導電端子15、-第-插槽16 :一第二插槽17。板體12可設置於絕緣本體U之側 :面？板體12之一侧邊兩端可分別形成兩彈片 ^一彈片m可為長條形，且其一側設置—凸點 。谷置槽13位於絕緣本體u之頂端，而容 13内可安裝該導電端子15。第—及第二插槽16、^ 分別設於絕緣本體11之接近底端之側緣面上，且容置 槽13内之導電端子15之底端部的上接腳155與下接 腳156係可延伸至鄰近於該些插槽16、17，且容置槽 13係與該些插槽16、17相連通。在此實施例中，限 位件14係以二限位件14來表示，且凸點⑵亦可以 θ凹槽或一凹陷部來實施，此時相對設置之背板2則 是设有對應之凸出部，但不以此為限。 、限位件14可間隔設置於絕緣本體u之側緣面上， 並位於板體12之一側，且限位件14與凸點121位於 板體12之同—側。當欲固定連接器1於背板2上時， 將、、、邑緣本體11插入開孔21内並使板體12貼設於背板 2上。此時，彈片120因凸點121的存在而受到背板2 之擠壓而翹曲變形。當將連接器1移動使限位件14與 卡合件23相互卡合’及凸點12丨對位至定位孔22後， 彈片120則因彈性回復力而使凸點ι21滑入於定位孔 22内而使凸點121與定位孔22相互卡合。因此，連 接器1得以穩定地固持於背板2上。 M360494M360494 V. New description: [New technical field] This creation is about a connector, especially for fixing the lamp tube without soldering and the lamp electrode is not biased during assembly. Connector. [Prior Art] Φ Liquid crystal displays have been widely used in various information, communication, and consumer products. However, since the liquid crystal itself does not have a light-emitting property in the liquid crystal display panel. Therefore, in order to achieve the display effect, it is necessary to provide a light source device to the liquid crystal display panel. In the prior art, liquid crystal display with backlights is well known. 5 Its function is to provide a surface light source with sufficient brightness and uniform distribution to the liquid crystal display panel. Generally, the backlight module is designed to be provided with a plurality of lamps spaced apart from 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 assembly work. In addition, when performing maintenance on a liquid crystal display using a lamp, care must be taken to avoid damage. Therefore, the lamp tube must be fixed by a connector. The connector is generally composed of an insulating body having an opening and a pair of flexible conductive elastic sheets disposed in the opening, and a sleeve is disposed at both ends of the lamp tube. Gold 3 M360494 is a shell sleeve, and then the metal shell sleeve is squeezed and inserted into the gap between the conductive elastic sheets, and the metal shell is held by the elastic restoring force of the conductive elastic piece, and at one end of the metal shell and the tube Between the electrodes, a fixed joint is also formed between the metal casing and the electrode of the lamp by means of welding to prevent electrical contact between the metal casing and the electrode of the lamp, and the lamp can be stably Set on the connector on the backplane. However, 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 a welding joint is used to form a fixed joint between the metal casing and the electrode of the lamp tube, so that the manufacturing process not only makes the production time and The cost will increase and the production yield will decrease at the same time. [New content] Conventional connectors need to form a fixed joint between the metal casing and the lamp electrode before inserting the metal casing into the gap between the conductive elastic pieces of the connector so that the lamp and the connector are connected. It is in a connected state, but this production process has problems of reduced production yield and increased production costs. The present invention provides a connector comprising an insulative housing and a conductive terminal, wherein the insulative housing has a receiving slot and a slot for connecting the receiving slot. The conductive terminal is mounted in the receiving groove of the insulating body, wherein the conductive terminal has a body, two opposite front arms, two opposite rear arms, two opposite arms and one pin, and two front arms. Located on one side of the body, the two rear clamp arms are located between the two front clamp arms and the body 4 M360494 and are connected to the two front clamp arms. The two elastic arms are connected above the second and second front clamp arms, and the pins are connected to the body and located Below the second, the slot is for the circuit board to be plugged, the second front clamp arm holds a light tube, and the second rear cool arm is used for clamping and electrically connecting the lamp tube to the pole. The connector provided by Sakamoto Creation Co., which uses the design of the two-inch arm and the second rear-cooling arm of the conductive terminal, can directly accommodate the lamp = the electrode connected to the lamp tube, and has a holding arm to be stable: ==, The connection n does not need to pass the welding (four) process and does not need to be in the lamp: the metal casing is sleeved at both ends to achieve a stable connection state. In the present invention, the two rear clamp tubes for clamping the electrodes of the electrical connection tube are assembled in the two front arms to simultaneously perform the opening and the action of the =, so that the tube electrodes are in the group I and the second rear arm. It does not abut the problem of the tilting of the electrode caused by the two rear arms. [Embodiment] . Referring to the first to the first figure, the author provides a type of connection thief. The connector 1 is used to fix a tube 3, wherein the tube 3 can be a cathode tube (CCFL), a hot cathode tube (hcfl) or There is an electrode: lamp: In this embodiment, the lamp tube 3 is said to be Z2 in a cold cathode tube and the connector 1 is mounted on the back plate 2. The back panel 2 has a long opening: 22 and a third engaging member 23' wherein the engaging member 23 is an elongated body which is bent downwardly from the inner periphery of the opening 21. 5 M360494 connector 1 has an insulative body Π, - plate body 12, - Rong Jin = a 3th limit member 14, a conductive terminal 15, - a first slot 16: a second slot 17. The plate body 12 can be disposed on the side of the insulating body U: surface? Two elastic pieces can be respectively formed at one end of one side of the plate body. ^ One elastic piece m can be elongated, and one side is provided with a bump. The valley groove 13 is located at the top end of the insulating body u, and the conductive terminal 15 can be mounted in the cavity 13. The first and second slots 16 and φ are respectively disposed on the side edges of the insulating body 11 near the bottom end, and the upper pins 155 and the lower pins 156 of the bottom ends of the conductive terminals 15 in the receiving slots 13 are respectively disposed. The system can extend adjacent to the slots 16, 17 and the receiving slot 13 is in communication with the slots 16, 17. In this embodiment, the limiting member 14 is represented by two limiting members 14, and the bumps (2) can also be implemented by the θ grooves or a recessed portion, and the oppositely disposed back plate 2 is provided with corresponding Protruding, but not limited to this. The limiting member 14 is disposed on the side edge of the insulating body u and is located on one side of the board body 12, and the limiting member 14 and the bump 121 are located on the same side of the board body 12. When the connector 1 is to be fixed to the backboard 2, the rim body 11 is inserted into the opening 21 and the board 12 is attached to the backboard 2. At this time, the elastic piece 120 is warped and deformed by the pressing of the back plate 2 due to the presence of the bumps 121. When the connector 1 is moved so that the limiting member 14 and the engaging member 23 are engaged with each other and the bump 12 is aligned with the positioning hole 22, the elastic piece 120 is slid into the positioning hole by the elastic restoring force. 22, the bump 121 and the positioning hole 22 are engaged with each other. Therefore, the connector 1 is stably held on the backboard 2. M360494
“、電鸲子丨5係用以夾持一燈管3且可與該燈管3 電! 生連接。在此實施例中，此導電端子15包含一本體 150相對δ又置的二前夾臂⑸、相對設置的二後夾臂 脱相對叹置的二彈臂153、二扣持臂⑸以及複數 個上接腳155與下接腳156，其中本體15{)係卡合於 絕緣本體11之容置槽13中，以將導電端子15安裝固 定於絕緣本體U上。二前夹臂151係經由一連接部 157連接於本體15〇且位於本體15〇之一側，且二前 夾滹151之間係形成一可容置夾持燈管3之容置空間 1510,在本實施例中，由於此容置空間15丨〇的形狀並 非近似於圓形’因此在前夾臂151上又設有複數個凸 起點1511以夾持燈管3，然不限於此，容置空間151〇 的形狀亦可設計成近似於圓形以省略凸起點l5ii的 設計。值得-提的是，由於前夾臂151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 官3造成刮傷的影響，所以此凸起點1511除了有夾持 燈管3的功能外，還有將燈管3稍微抬離於前夾臂ΐ5ι 之沖壓斷面的目的。 二後夾臂152係位於二前夾臂151以及本體15〇之 間且分別連接於二前夾臂151，且二後夾臂152係相 對設置且部份交又重疊以形成一近似圓形的封閉孔洞 1520，此封閉孔洞1520係可容置夾持燈管3之電極 31，二前夾臂151與二後夾臂152之間係呈前後相對 平行設置，以使容置空間151〇的中心方向與封閉孔洞 7 M360494 1520的中心方向呈近乎於同轴向。此外，二前失 與一後炎臂152係共同形成—類似於中空筒體的 結構，可將燈管3之一端包圍*其中。在二前爽臂151 之上方分別延伸有相對設置的二彈臂153，此二 153係大致呈- V形口，亦即二彈臂153之間的相 距離由頂端至底端依序漸減，且v形口底端的開口 1530距離小於燈f 3之直徑大小，如此當燈管3要通 過二彈臂153以安裝於二前夾臂151之間的容置介門 1510時，必需先將燈管3順著二彈臂153之？形=; 壓，迫使v形口底端彈性變形而張開開口 153〇,當開 口 1530擴大到相等於燈管3之直徑大小時，燈管=: 可順利通過二彈臂153之V形口的底端開口 153〇而進 入到二前夾臂151之間的容置空間151〇，由於前夾臂 151、後夾臂152以及彈臂153係為一體成形的彈片結 構，如此使得前夾臂151以及後夾臂152亦會跟著彈 臂153的彈性變形而張開，此時原本二後夾臂152之 間的圓形封閉孔洞1520也會跟著張開而形成通道可 供燈管3 —端的電極31通過，如此電極31在組裝於 二後夾臂152之間的封閉孔洞152〇時就不會產生頂抵 到二後夾臂152所造成之電極31歪斜、傾斜或偏移等 問題。 當燈管3完全通過二彈臂153所形成之¥形口底端 開口 1530而到達二前夾臂151之間的容置空間ΐ5ι〇 時，此時二彈臂153之間之v形口不再受到燈管3的 8 M360494 施力作用而回復到原來的形態，此時前央臂ΐ5ι以及 =央臂152也同時跟著彈臂153内縮復原至可夹持燈 管3 ’二後夾臂152回復到原先部份交叉重疊的狀態 而形成-封·洞152G，剛好可將燈管3之電極31 夾持固定在此圓形的封閉孔洞152〇中。 接著，連接於本體15〇且位於二前夾臂ΐ5ι上方之 相對設置的二扣持臂154，向著燈管3的方向彎折直 到扣持臂154上的扣合彈片1541扣合於絕緣本體^ 上之缺口 1H) ’由於二扣持臂剛好是位於二前夹 臂151之上側與外側，且位於二前夾臂151與絕緣本 體11之容置槽13的侧壁之間，如此可將二前夾臂151 箝制於絕緣本體11内，使得二前夾臂151無法再隨意 張開，如此二前夾臂151就可將燈管3固定於絕緣本 體11中。在此實施例中，此扣持臂154係大致呈一倒 L型的彈片’ i其外側表面上更可設有一頂抵彈片 1542,此頂抵彈片1542在該扣持臂154f折進入絕緣 本體11之容置槽13時，由於剛好位於二前夾臂i5i 以及容置槽13之側壁之間，因此頂抵彈片1542剛好 可頂抵於絕緣本體U之容置槽13的侧壁以壓迫扣持 臂154更緊密地箝制二前夾臂151的活動。此外，在 絕緣本體11之容置槽丨3的開口處更設有一凹槽丨工i， 此凹槽111係定位燈管3的位置與方向，以防止燈管 3產生左右偏移的狀況。 9 M360494"Electric tweezers 5 is used to hold a lamp 3 and can be electrically connected to the lamp 3. In this embodiment, the conductive terminal 15 includes a body 150 opposite to the δ and two front clamps. The arm (5), the opposite two rear clamping arms are separated from the two elastic arms 153, the two fastening arms (5), and the plurality of upper pins 155 and lower pins 156, wherein the body 15{) is engaged with the insulating body 11 The accommodating slot 13 is configured to fix and fix the conductive terminal 15 to the insulative housing U. The two front clamping arms 151 are connected to the body 15 via a connecting portion 157 and are located on one side of the body 15 ,, and the two front clips Between the 151s, an accommodating space 1510 for accommodating the lamp tube 3 is formed. In this embodiment, since the shape of the accommodating space 15 并非 is not approximately circular, it is on the front clamping arm 151. A plurality of raised points 1511 are provided to sandwich the lamp tube 3. However, the shape of the accommodating space 151 亦可 can also be designed to be approximately circular to omit the design of the raised point l5ii. It is worth mentioning that The clamping arm 151 may have a burr at the cross section during the stamping process, in order to avoid the burr causing scratches on the lamp officer 3. In addition to the function of holding the lamp tube 3, the raised point 1511 has the purpose of lifting the lamp tube 3 slightly away from the stamping section of the front arm ΐ5ι. The second rear arm 152 is located at the two front arms. 151 and the body 15〇 are respectively connected to the two front clamping arms 151, and the two rear clamping arms 152 are oppositely disposed and partially overlapped to form an approximately circular closed hole 1520. The closed hole 1520 can be accommodated. The electrode 31 of the holding lamp tube 3 is disposed between the two front clamping arms 151 and the two rear clamping arms 152 in a front-rear direction so that the center direction of the accommodating space 151 与 and the center of the closed hole 7 M360494 1520 are In addition, the same as the axial direction. In addition, the two fronts are combined with a post-firearm 152 system - similar to the structure of the hollow cylinder, one end of the tube 3 can be surrounded by *. The two front arms 151 are respectively extended above There are two elastic arms 153 which are oppositely arranged. The two 153 series are substantially V-shaped, that is, the phase distance between the two elastic arms 153 is gradually decreased from the top end to the bottom end, and the opening 1530 of the bottom end of the v-shaped opening is less than the distance. The diameter of the lamp f 3 is such that when the tube 3 is to pass through the two elastic arms 153 When the door 1510 is received between the front arms 151, the lamp 3 must be pressed along the second arm 153 to force the bottom end of the v-shaped opening to elastically deform and open the opening 153 〇. When the opening 1530 is enlarged to be equal to the diameter of the bulb 3, the lamp tube =: can smoothly pass through the bottom end opening 153 of the V-shaped opening of the second elastic arm 153 to enter the accommodating space between the two front clamping arms 151 151〇, since the front clamp arm 151, the rear clamp arm 152, and the elastic arm 153 are integrally formed elastic structures, the front clamp arm 151 and the rear clamp arm 152 are also opened by the elastic deformation of the elastic arm 153. The circular closed hole 1520 between the original rear and rear clamp arms 152 is also opened to form a passage for the electrode 31 at the end of the lamp tube 3, such that the electrode 31 is closed in the closed hole between the two rear clamp arms 152. At 152 就, there is no problem that the electrode 31 is skewed, tilted or offset due to the top back arm 152. When the lamp tube 3 completely passes through the bottom opening 1530 formed by the two elastic arms 153 and reaches the accommodating space ΐ5ι〇 between the two front arms 151, the v-shaped port between the two elastic arms 153 is not Then, the 8 M360494 of the lamp tube 3 is applied to return to the original form. At this time, the front arm ΐ5 ι and the _ arm 152 are also retracted with the elastic arm 153 to the clampable lamp tube 3 'two rear clamp arms 152 returns to the original partially overlapping state to form a seal hole 152G, and the electrode 31 of the bulb 3 can be clamped and fixed in the circular closed hole 152A. Then, the oppositely disposed two latching arms 154 connected to the main body 15 〇 and located above the two front clamp arms ι 5 ι are bent in the direction of the lamp tube 3 until the snapping elastic pieces 1541 on the latching arms 154 are fastened to the insulating body ^ The upper notch 1H) 'because the two fastening arms are located just above and outside the two front clamping arms 151, and between the two front clamping arms 151 and the side walls of the receiving slots 13 of the insulative housing 11, so that two The front clamp arm 151 is clamped in the insulative housing 11 so that the two front clamp arms 151 can no longer be freely opened, so that the two front clamp arms 151 can fix the lamp tube 3 in the insulative housing 11. In this embodiment, the latching arm 154 is substantially an inverted L-shaped elastic piece ′. The outer surface of the latching arm 154 is further provided with a top elastic piece 1542. The top elastic piece 1542 is folded into the insulating body at the fastening arm 154f. When the slot 13 is accommodated in the slot 13 , it is located between the two front clamping arms i5 i and the side wall of the receiving slot 13 , so that the abutting elastic piece 1542 can just abut against the side wall of the receiving slot 13 of the insulating body U to press the buckle. The holding arm 154 more closely clamps the movement of the two front arms 151. In addition, a recess is formed at the opening of the receiving slot 3 of the insulative housing 11, and the recess 111 positions the position and direction of the bulb 3 to prevent the lamp 3 from being displaced left and right. 9 M360494
複數個上接腳155與下接腳156連接於本體15〇且 位於二後夾臂152以及二前夾臂151之下方，其中下 接腳156係位於上接腳155之下，且上接腳155與下 接腳156分別對應於絕緣本體u之第一插槽16與第 二插槽17設置。在此實施例中，第一插槽16係可供 一電路板（未繪示）插接，第二插槽17係可供另一電 路板插接’ #插接的電路板之金屬接點_到上接腳 155時即可使電路板與連接器】的導電端子15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156時亦可使電路板與連接器1的導電端子15形 成電路連通。本創作之上接腳155與下接腳156的設 計了使得電路板在插接時不用考慮到其本身之金屬接 點疋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17位於第-插槽16之下， 以分別對應於下接腳156與上接腳155的設置。 接腳156或上接腳1 π +甘+ w π上接腳155之其中之—者因不明原因使其 接觸不良時，本創作卓 接觸點可供使用連接^還有其他備用的電性 本㈣之賴器其係湘在連接器之導 有可固定夾持燈管及其電極的前夾臂、後 臂’來達到穩定固持燈管的目的，如此使 :=需要再經過套設金屬殼套與焊接加工就可 煤接/、連接⑤穩定的電性連接狀態，以解決習知之 工在製作過程卻有生產良率降低與生產成本增 M360494 加的問題。另外，本創作之二後夾臂在組裝燈管電極 日守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封閉孔洞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，、中之發生電性接觸不良的問題時，還有另一個 導電接腳可作為預備之用。A plurality of upper pins 155 and lower pins 156 are connected to the body 15 〇 and are located below the two rear clamping arms 152 and the two front clamping arms 151 , wherein the lower pins 156 are located under the upper pins 155 and the upper pins are 155 and lower pin 156 are respectively disposed corresponding to the first slot 16 and the second slot 17 of the insulative housing u. In this embodiment, the first slot 16 can be plugged into a circuit board (not shown), and the second slot 17 can be plugged into another circuit board. ##Connected circuit board metal contacts _ When the upper pin 155 is used, the circuit board and the conductive terminal 15 of the connector can be electrically connected. Similarly, when the metal contact of the plugged circuit board contacts the lower pin 156, the circuit board can also be The conductive terminals 15 of the connector 1 form an electrical connection. The upper pin 155 and the lower pin 156 of the present design are designed such that the circuit board can be electrically connected without regard to its own metal contact on the upper surface or the lower surface. Further, the second slot 17 is located below the first slot 16 to correspond to the arrangement of the lower pin 156 and the upper pin 155, respectively. If the pin 156 or the upper pin 1 π + 甘 + w π is the one of the pins 155, the contact point of the created contact point can be used for the unsuitable reason, and there are other spare electrical books. (4) The device of the device has a front clamp arm and a rear arm that can hold the lamp tube and its electrodes fixedly in the connector to achieve stable stabilizing of the lamp tube, so that: = need to pass through the metal shell The set and the welding process can be connected to the coal, and the connection 5 is stable in electrical connection state, so as to solve the problem that the conventional work has a production yield reduction and a production cost increase M360494. In addition, the second rear clamping arm of the present invention has an automatic opening and closing action when assembling the electrode of the lamp tube, so that the electrode does not cause electrode skew when assembled in the closed hole between the two rear clamping arms or Offset 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 there is a problem of electrical contact failure in the two conductive pins, there is another conductive connection. The foot can be used as a preparation.
上述詳細說明為針對本創作一種較佳之 例說明而已，惟爷仃貫靶 專利r图 μ實施例並非用以限定本創作之申清 專利辄圍，凡其它未 <甲明 所完成之妁笠燃儿t 4到作所揭不之技藝精神下 凡战之均4變化與修飾變 Γ 涵蓋之專利範園中。 _"匕3於本創作所 M360494 【圖式簡單說明】 第圖係本創作之連接器組合燈管之立體組合示意圖。 第二圖係本創作之連接胁合燈管之另-方向的立體組合示 意圖。 第 圖係第圖中之連接器卸除燈管的立體分解示意圖 ^圖係、S—圖巾之連接器卸除燈管的立體分解示意圖 第五圖係本創作之連接器之立體分解示意圖。The above detailed description is a description of a preferred example of the present invention. However, the embodiment of the patent is not intended to limit the scope of the patent application of the present invention, and the other is not completed. Burning children t 4 to the unskilled spirit of the art of the four changes and modifications of the war. Covered patents in the park. _"匕3 in this creative office M360494 [Simple description of the diagram] The first diagram is a three-dimensional combination diagram of the connector combination lamp of the present creation. The second figure is a three-dimensional combination of the other directions of the connection of the present invention. The figure is a three-dimensional exploded view of the connector removing lamp in the figure. Fig. 3 is a perspective exploded view of the connector of the S-tucket. The fifth figure is a perspective exploded view of the connector of the present invention.
=六圖係本創作之連接器之導電端子之立體示意圖。 係本創作之連接器之導電端子之前視示意圖。 圖係本創作之連接器之導電端子之側視示意圖。 【主要元件符號說明】 〔本創作〕 1連接器 11絕緣本體 110 缺口 111凹槽 12板體 120彈片 121凸點 13容置槽 14限位件 15導電端子 150本體 12 M360494 151前夾臂 1510容置空間 1511凸起點 152後夾臂 1520封閉孔洞 153彈臂 1530 開口 154扣持臂 1541扣合彈片 1542頂抵彈片 15 5上接腳 156下接腳 157連接部 16第一插槽 17第二插槽 2背板 21開孔 22定位孔 23卡合件 3燈管 31電極= Six figures are a three-dimensional diagram of the conductive terminals of the connector of the present invention. A schematic view of the conductive terminals of the connector of the present invention. The figure is a side view of the conductive terminals of the connector of the present invention. [Main component symbol description] [This creation] 1 connector 11 insulative body 110 notch 111 groove 12 plate 120 shrapnel 121 bump 13 accommodating groove 14 limit member 15 conductive terminal 150 body 12 M360494 151 front clamp arm 1510 capacity Space 1511 raised point 152 rear clamp arm 1520 closed hole 153 elastic arm 1530 opening 154 buckle arm 1541 snap elastic piece 1542 top elastic piece 15 5 upper pin 156 lower leg 157 connection part 16 first slot 17 second insertion Slot 2 back plate 21 opening 22 positioning hole 23 engaging member 3 lamp tube 31 electrode