1327207 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種燈管定位座及包含此燈管定位座之背光 模組；具體*言，本發縣關於—種具分隔狀辟定位座及 包含此燈管定位座之背光模組。 【先前技術】 由於液晶顯不面板(LCD Panel)厚度薄、質量輕且攜帶方 便’相較CRT顯示n具有健射的伽，使得近年來的需戈 快速增加。特服#槪_罐妳MQdule)驗晶顯„ 板的關鍵性零鱗之-。隨絲晶顯示魏造技術的提升 光模組更械_化、高亮度及降域本神場方向發展 保持液晶顯示ϋ未來市場峨爭力，·與設計蚊優質的此 光核組，疋未來需要努力的方向。 -般而s ’目前背光模組普遍期陰極射辭等燈管 背光之絲。如圖1所紅，傳統之直下式背光模組包含^ 10，背板10上則設置有燈管連接座30。燈管5〇於背板 内面連接於燈管連接座30，再經由.導線70穿過燈管連接 運接至背板10底面上的賴！。觸省生 核時間’每-燈管連接座3〇上通常連接有兩根燈管5〇，固 ^官連接座30之背侧料根導線_伸出並連接至逆變 變通常設置於一電路基板95上，電路基板95再領 ㈣月光她之背板10底面。為顧及電路基板％之尺寸，通 1327207 ' 常並非所有燈管連接座30均能與對應之逆變器9〇對齊。為使 燈管50順利與逆變器90耦接’往往需彎折導線7〇自背板 底面伸出之部分，因此使相鄰之導線70有接觸之可能。此外， 即便燈管連接座30之位置卖·逆變器90對齊，相鄰導線7〇還 是可能在組裝過程中受力彎折而產生接觸之狀況。由於導線 - 70係供傳導高壓電流之用，故當相鄰導線70接觸時，即有可 此造成知·路及火花現象。此外，雖然一般導線均有絕緣外 皮保護，然而絕緣外皮亦有破損之可能。因此當相鄰導線7〇 • 產生接觸狀況時，背光模組整體故障的機率即大幅提高。 【發明内容】 本發明之一目的在於提供一種燈管定位座及包含此燈管定 位座之背光模組，可減少燈管導線接觸之可能。 本發明之一目的在於提供一種燈管定位座及包含此燈管定 位座之背光模組，可提高產品之良率。1327207 IX. The invention relates to: a lamp positioning seat and a backlight module including the same, And a backlight module including the lamp positioning seat. [Prior Art] Since the liquid crystal display panel (LCD panel) is thin, lightweight, and portable, it has a strong gamma compared to the CRT display n, so that the demand in recent years has rapidly increased. Special service #槪_罐妳MQdule) The crystallographic display shows the key zero scale of the board. With the silk crystal display, the improved light module of Wei made technology is more mechanical, high brightness and lower field. LCD display ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ ϋ 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计 设计1 red, the traditional direct type backlight module includes ^ 10, and the back plate 10 is provided with a lamp tube connector 30. The lamp tube 5 is connected to the lamp tube connector 30 on the inner surface of the back plate, and then is worn through the wire 70. The light pipe is connected to the bottom surface of the back plate 10. The contact with the green time is usually connected to the lamp holder 3, and the two lamps are connected to the back of the lamp. The root wire _ extends and is connected to the inverter. Generally, it is disposed on a circuit substrate 95, and the circuit substrate 95 is re-collected (4) to the bottom surface of the back plate 10. The size of the circuit substrate is considered to be 1327207 'often not all lamps The tube connector 30 can be aligned with the corresponding inverter 9〇. In order to make the lamp 50 smoothly coupled with the inverter 90 It is necessary to bend the portion of the wire 7 that protrudes from the bottom surface of the back plate, thereby making it possible to contact adjacent wires 70. Further, even if the position of the lamp connector 30 is aligned, the inverter 90 is aligned, and the adjacent wires 7 are adjacent. 〇 It is still possible to bend under the assembly process to produce contact. Since the wire-70 system is used for conducting high-voltage current, when adjacent wires 70 are in contact, there is a possibility that the road and the spark phenomenon can be caused. In addition, although the general wire has the insulation sheath protection, the insulation sheath may also be damaged. Therefore, when the adjacent wires 7 contact state, the probability of the overall failure of the backlight module is greatly improved. One of the objectives of the present invention is to provide a lamp tube positioning seat and a backlight module including the same, which can reduce the possibility of contact of the lamp wire. One of the objects of the present invention is to provide a lamp tube positioning seat and the lamp tube positioning seat. The backlight module can improve the yield of the product.
月光模組包含底板、燈管定位座、複數根燈管及複數根導 2，。底板^具有至少m管定位剌與底板之喪孔寂 D 、以固疋其與底板之相對位置。每一個燈管定位座上連接有 至v兩根燈官’燈管連接燈管定位座之一端並與導線連接，以 提供燈管所需之電源。 燈吕疋位座包含座體、第-燈管連接部、第二燈管連接部 體上形成有第—穿線孔及第二穿線孔分別 #和雜部絲二辟魏料設置於座體之 、且其位;£ 分卿齡第_穿、魏絲二穿線孔於頂 連接t 1隔壁設置於座體之底面上，其底端與座體 間，亦Μ 於第—穿線孔與第二穿線孔於頂面上之開口 '、Μ -穿線孔與第二穿線孔魏面上之開σ係分設於 隔壁之兩侧。 .、77 座體〃之㈣具有凹槽供與絲後合，使麵歲合於嵌孔 。燈管具有連接端供與第一燈管連接部或第二燈管連接部連 接、。導線之1係無管之連接端減，另-自座體頂面 =過第-穿線孔或第二穿線孔’而自座體底面上之開口伸出。 、·^第穿線孔及第二穿線孔而伸出於座體底面之導線，其伸 出部分會制麵壁之阻隔而減少翻的機會。 【實施方式】 本發明係提供一種燈管定位座及包含此燈管定位座之背光 模組。燈f•定健係可供背光模組巾之各式燈管烟，例如冷 陰極螢光燈f (Gold Cathode F'luoi'esGent Lamp，（XFL)或外 ^ ^ (External Electrode Fluorescent Lamp, EEFL)等。此外，以較佳實施例而言，此背光模組係可供液晶 真示面板使用。然而在不同實施例中，此背光模組亦可供電腦 鍵盤、行動電話按鍵、看板及其他需要平面光源之裝置使用。 在較佳實施例中，本發明之背光模組係供與液晶顯示面板配合 使用，以提供液晶顯示面板所需之背光光源。 如圖2所示，背光模組包含底板100、燈管定位座3〇〇、複 數根燈管500及複數根導線700。底板1〇〇可由金屬材質或塑 燈管連接部332較佳係圍成一可供燈管500插入之間隙41〇、 420。當燈管500自間.隙410、420伸入時，第一燈管連接部 311與第二燈管連接部332即自周緣夾持固定燈管5〇〇。此外， 第一燈管連接部331與第二燈管連接部332之位置係分別對應 於第一穿線孔371與第二穿線孔372於頂面311上開口之位 置。如圖3a所示，第一穿線孔371與第二穿線孔於頂面 311上之開口係分別位於第一燈管連接部331與第二燈管連接 部332之内側。第一穿線孔371之開口係靠近於第-燈管連接 部331之内側後端；第二穿線孔372之開口則靠近於第二燈管 連接部332之内側後端。然而在不同實施例中，第一穿線孔 371與第二穿線孔372於頂面311上之開口亦可分別位於第一 燈管連接部331與第二燈管連接部332之外侧。 如圖3b所示’分隔壁350係設置於座體31〇之底面313上。 換言之，分隔壁350係與第一燈管連接部331、第二燈管連接 部332分設於座體31〇之兩侧。分隔壁35〇之底端與座體31〇 連接之位置係位於第-穿線孔371與第二穿線孔3?2於頂面 311上之開口間，亦即第一穿線孔371與第二穿線孔372係分 设於分隔壁350之兩側。如圖3b所示，分隔壁35〇較佳係橫 切第-穿線孔371與第二穿線孔372開口之連線方向，因此可 作為第-穿線孔371與第二穿線孔372開口間之屏障4較佳 實施例中，分隔壁350、第一燈管連接部331與第二燈管連接 部332均以-體成形之製程與座體31〇同時形成；然而在不同 實施例中，分隔壁350、第-燈管連接部331與第二燈管連接 2 620 座體310之底面313則設置有複數個分隔壁挪，聲 刀1½ 350均形成於相鄰二穿線孔於底面加之開口 間。每—燈管連接·部_均連接有-燈管_，燈管5⑽則遠 接有導線7GG。複數條導線·分別自穿線孔_巾穿出至康 _ 〇之底面M3 ’且穿出之部分均受分隔壁35〇之阻隔而不 至相互接觸。 如圖5b所示，燈管定位座300可進-步包含托部390。托 部390係連接於分隔壁35〇之自由端，並分別朝平行座體31〇 之方向延伸至第-穿線孔371及第二穿線孔372之開口上方。 然而在不同實施例中，除平面延伸之方式外，托部聊亦可以 弧面方式延伸而形成弧狀之乾部聊。如圖5b所示，上述分 隔壁350之自由端即為與座體31〇連接端之相對端。藉由托部 390之設置’可避免自第一穿線孔371及第二穿線孔奶開口 伸出之相鄰導線700越過分隔壁350上方而相互接觸。 如圖6a及圖6b所示，座體310底面313上設置有並列之 第一分隔壁351與第二分隔壁352。第一分隔壁351與第二分 隔壁352均位於第一穿線孔371及第二穿線孔372於底面3f3 之開口間·，其中第一分隔壁351較接近第一穿線孔37ι之開 口；而第二分隔壁352較接近第二穿線孔372之開口。第—分 隔壁351與第二分隔壁352均橫切第一穿線孔371及第二穿線 孔372於底面313之開口連線方向，且其間形成有間隙。如圖 6a及圖6b所示，第一分隔壁351、第二分隔壁352與兩者間 之間隙係位於自第一穿線孔371及第二穿線孔372穿出之相鄰 !3272〇7 導線700間。藉由第一分隔壁351與第二分隔壁352之設置， 可減少自第—穿線孔371及第二·穿線孔372穿出之相鄰導線 700間產生接觸之機會。 在圖7a及圖7b所示之實施例中，底板之底面上並設 置有逆變器810;燈管500則藉由導線700穿過燈管定位座3〇〇 之座體310而與逆變器810輕接。逆變器81〇較佳係設置於電 路板830上；電路板830再連接至底板100之底面。如圖7a 所示，母一逆變裔810之連接器係與一燈管定位座對應。 位於中央部分之逆變H 810連接器較易與燈管定位座3〇〇對 齊；而位於兩側部分之逆變H 81G與燈f定位座細則易產生 錯位狀況。藉由第-分隔壁351與第二分隔壁352之設置，可 減少自第-穿線孔371及第二穿線孔372穿出之相鄰導線7〇〇 因彎曲連接逆變器810而產生接觸之機會。 在此實施例中，背光模組更包含背蓋咖。背蓋刪係自座 體310一之底φ 313方向覆蓋於絲1〇〇底面之一部分。如圖 7a所不’背盍議主要係對應覆蓋底板⑽上設置逆變哭副 =分’並同時覆蓋燈管定位座3〇〇。背蓋_之内面形成 ^固凸肋910，分別對應於每一燈管.定位座咖並伸入第一 =壁351與第二分隔壁352間之間隙。在較佳實施例中，如 =向=:3^ 設置，可姆加第:'Γ與第二分隔壁352。藉由凸肋910之 此外，lit 51與第二分隔壁352之結構強度。 π 壁3〇1與第二分隔壁352之頂端可與背蓋刪 12 以/207 之内面保持一間隙，或直接抵觸至背蓋9〇〇之内面。相同地， .凸肋910之頂端亦可抵觸座體31〇之底面313或與其保持一間 隙。由於背蓋900覆蓋於第一穿線孔371及第二穿線孔372之 - 開口上方’可避免自第一穿線孔371及第二穿線孔372開口伸 - 出之相鄰導線700越過分隔壁350上方而相互接觸。 圖8a所示為燈管定位座3〇〇之另一實施例。在此實施例 中，第一分隔壁351與第二分隔壁352之自由端分別朝垂直方 • 向延伸形成托部390。第一分隔壁351上之托部390係延伸至 第一穿線孔371之開口上方；第二分隔壁352上之托部39〇則 延伸至第二穿線孔372之開口上方。然而在不同實施例中，除 平面延伸之方式外，粍部390亦可以弧面方式延伸而形成弧狀 之托部390。上述各分隔壁之自由端即為與座體31〇連接端之 相對端。藉由托部390之設置，可避免自第一穿線孔371及第 二穿線孔372開π伸出之相鄰導線·越過分隔壁咖上方而 相互接觸。此外，在圖肋所示之實施例中，托部39〇更可自 • 上方跨越第一穿線孔371或第二穿線孔372開口，並於開口之 =一側連接於座體310之底面313。換言之，托部39〇與第一 分隔壁351或第二分隔壁352係形成一罩體，將第一穿線孔 371或第二穿線孔372開口籠罩於其内；而自開口穿出之導線 7〇〇則自此罩體向外伸出以連接其他元件。 在圖9所示之實施例中，分隔壁350係橫切座體31〇之底 面313並犬出於底面313外。分隔壁350橫切座體之方 肖較佳係垂直於第一穿線孔371及第二穿線孔372開口之連線 13 1327207 方向，並沿此橫切方向延伸至座體31〇底面313外。然而在不 同實施例中，分隔壁350突出於座體310底面313外之部分亦 可產生不同方向之彎曲，藉以導引自第一穿線孔371及第二穿 - 線孔372開口伸出之導線700朝欲連接之方向彎折^在此實施 • 例中，由於分隔壁350突出於座體310外，因此可確保相鄰導 線700於超出座體31 〇外之範圍亦不易產生接觸或短路。 本發明已由上述相關實施例加以描述，然而上述實施例僅 φ 為實施本發明之範例。必需指出的是，已揭露之實施例並未限 制本發明之範圍。相反地，包含於申請專利範圍之精神及範圍 之修改及均等設置均包含於本發明之範圍内。 【圖式簡單說明】 圖1為傳統直下式背光模組之燈管連接導線示意圖； 圖2為本發明背光模組之燈管連接實施例示意圖； 圖3a為燈管定位座之頂面實施例示意圖； • 圖肋為燈管定位座之底面實施例示意圖； 圖4a為燈管定位座與背光模組之組裝實施例示意圖； 圖4b為圖4a所示實施例之剖視圖； 圖4c為圖4a所示實施例之底面示意圖； 圖5a為燈管定位座之另一實施例剖視圖； 圖5b為燈管定位座包含托部之實施例剖視圖； 圖6a及圖6b所示為燈管定位座上設有第一分隔壁及第二分隔 壁之實施例示意圖； 14 1327207 圖7a為包含背蓋之背光模組實施例示意圖； 圖7b為背蓋具有凸助之實施例剖視圖； 圖8a及圖8b為包含托部之燈管定位座實施例示意圖； 圖9為燈管定位座上分隔壁之另一實施例示意圖。 【主要元件符號說明】 100底板 110嵌孔 300燈管定位座 310座體 311頂面 313底面 316凹槽 331第一燈管連接部 332第二燈管連接部 350分隔壁 351第一分隔壁 352第二分隔壁 371第一穿線孔 372第二穿線孔 390托部 410、420 間隙 500燈管 15 1327207 510連接端 610燈管連接部 620穿線孔 700導線 810逆變器 830電路板 900背蓋 910凸肋The moonlight module comprises a bottom plate, a lamp positioning seat, a plurality of lamps and a plurality of root guides 2,. The bottom plate ^ has at least the m tube positioning 剌 and the bottom plate of the slab hole D, to fix the relative position of the bottom plate. One of the two lamp holders is connected to one of the two lamp holders, and one of the ends of the lamp connection tube is connected to the wire to provide the power required for the lamp. The lamp lamp holder includes a seat body, a first lamp tube connection portion, a second lamp tube connection portion body formed with a first threading hole and a second threading hole respectively # and a miscellaneous wire and a second wire material disposed on the seat body And its position; £ divided the age of the first _ wear, Weisi two threaded hole at the top connection t 1 partition wall is placed on the bottom of the seat body, between the bottom end and the seat body, also in the first - threading hole and second The opening ' of the threading hole on the top surface, the Μ-threading hole and the opening σ of the second threading hole are arranged on both sides of the partition wall. The 77-seat body (4) has a groove for the back of the wire to make the face fit in the hole. The lamp tube has a connection end for connection to the first lamp tube connection portion or the second lamp tube connection portion. The connecting end of the wire 1 is not reduced, and the top surface of the wire is over the opening of the bottom surface of the seat. The wire that protrudes from the bottom of the base body and the second threading hole protrudes from the wall of the seat body to reduce the chance of turning over. [Embodiment] The present invention provides a lamp tube positioning seat and a backlight module including the lamp tube positioning seat. Lamp f• Dingjian is a variety of lamp smoke for backlight module towels, such as cold cathode fluorescent lamp f (Gold Cathode F'luoi'esGent Lamp, (XFL) or external ^ ^ (External Electrode Fluorescent Lamp, EEFL In addition, in a preferred embodiment, the backlight module can be used for a liquid crystal display panel. However, in various embodiments, the backlight module can also be used for a computer keyboard, a mobile phone button, a Kanban, and others. In a preferred embodiment, the backlight module of the present invention is used in conjunction with a liquid crystal display panel to provide a backlight source required for the liquid crystal display panel. As shown in FIG. 2, the backlight module includes The bottom plate 100, the lamp positioning seat 3〇〇, the plurality of lamps 500 and the plurality of wires 700. The bottom plate 1 can be preferably surrounded by a metal material or a plastic tube connecting portion 332 to form a gap for the lamp tube 500 to be inserted. 41〇, 420. When the lamp tube 500 extends from the gaps 410, 420, the first tube connecting portion 311 and the second tube connecting portion 332 clamp the lamp tube 5 from the periphery. Position of one tube connection portion 331 and second tube connection portion 332 Corresponding to the first threading hole 371 and the second threading hole 372 respectively opening on the top surface 311. As shown in FIG. 3a, the first threading hole 371 and the second threading hole are respectively located on the top surface 311. The inner side of the first light pipe connecting portion 331 and the second light pipe connecting portion 332. The opening of the first threading hole 371 is close to the inner rear end of the first lamp connecting portion 331; the opening of the second threading hole 372 is close to the first The inner rear end of the second lamp connecting portion 332. However, in different embodiments, the openings of the first threading hole 371 and the second threading hole 372 on the top surface 311 may also be located at the first lamp connecting portion 331 and the second, respectively. The outer side of the tube connecting portion 332. As shown in Fig. 3b, the partition wall 350 is disposed on the bottom surface 313 of the base 31. In other words, the partition wall 350 is connected to the first tube connecting portion 331 and the second tube connecting portion. 332 is disposed on both sides of the seat body 31. The bottom end of the partition wall 35〇 is connected to the seat body 31〇 between the opening of the first threading hole 371 and the second threading hole 3? 2 on the top surface 311. That is, the first threading hole 371 and the second threading hole 372 are respectively disposed on both sides of the partition wall 350. As shown in FIG. 3b The partition wall 35 is preferably transverse to the line connecting the opening of the first threading hole 371 and the second threading hole 372, and thus can serve as a barrier between the opening of the first threading hole 371 and the second threading hole 372. The partition wall 350, the first bulb connecting portion 331 and the second bulb connecting portion 332 are both formed by the body forming process simultaneously with the seat body 31〇; however, in different embodiments, the partition wall 350 and the first tube The connecting portion 331 and the second tube connection 2 620 are provided with a plurality of partition walls on the bottom surface 313 of the base 310. The acoustic blades 11⁄2 350 are formed in the adjacent two threaded holes between the bottom surface and the opening. Each of the lamp connection portions is connected with a lamp tube _, and the lamp tube 5 (10) is remotely connected with a wire 7GG. A plurality of wires are respectively passed from the threading holes _ the towel to the bottom surface M3 ′ of the _ _ 〇 and the portions which are pierced are blocked by the partition walls 35 而不 without being in contact with each other. As shown in Figure 5b, the lamp holder 300 can further include a holder 390. The bracket portion 390 is connected to the free end of the partition wall 35, and extends in the direction parallel to the seat body 31〇 to the openings of the first threading hole 371 and the second threading hole 372, respectively. However, in various embodiments, in addition to the manner in which the plane extends, the bracket can also be extended in a curved manner to form an arc-shaped cadre chat. As shown in Fig. 5b, the free end of the partition wall 350 is the opposite end to the connection end of the base 31. By the setting of the bracket 390, adjacent wires 700 projecting from the first threading hole 371 and the second threading hole milk opening are prevented from coming into contact with each other over the partition wall 350. As shown in Fig. 6a and Fig. 6b, the bottom surface 313 of the base body 310 is provided with a first partition wall 351 and a second partition wall 352 which are juxtaposed. The first partitioning wall 351 and the second partitioning wall 352 are respectively located between the first threading hole 371 and the second threading hole 372 between the openings of the bottom surface 3f3, wherein the first partitioning wall 351 is closer to the opening of the first threading hole 37ι; The two partition walls 352 are closer to the opening of the second threading hole 372. The first partitioning wall 351 and the second partitioning wall 352 both cross the first threading hole 371 and the second threading hole 372 in the direction in which the opening of the bottom surface 313 is connected, and a gap is formed therebetween. As shown in FIG. 6a and FIG. 6b, the gap between the first partition wall 351 and the second partition wall 352 and the two is located adjacent to the first through hole 371 and the second threaded hole 372! 700 rooms. By the arrangement of the first partition wall 351 and the second partition wall 352, the chance of contact between the adjacent wires 700 piercing through the first threading hole 371 and the second threading hole 372 can be reduced. In the embodiment shown in FIG. 7a and FIG. 7b, the bottom surface of the bottom plate is provided with an inverter 810; the lamp tube 500 passes through the wire 700 through the socket 310 of the lamp positioning block 3 and is inverted. The device 810 is lightly connected. The inverter 81 is preferably disposed on the circuit board 830; the circuit board 830 is connected to the bottom surface of the bottom plate 100. As shown in Fig. 7a, the connector of the mother-inverter 810 corresponds to a lamp positioning seat. The inverter H 810 connector located in the central part is easier to align with the lamp positioning seat 3 ;; and the inverter H 81G and the lamp f positioning seat on both sides are prone to misalignment. By the arrangement of the first partition wall 351 and the second partition wall 352, the adjacent wires 7 passing through the first threading hole 371 and the second threading hole 372 can be reduced to contact due to the bending connection of the inverter 810. opportunity. In this embodiment, the backlight module further includes a back cover. The back cover is attached to a portion of the bottom surface of the wire 1 from the bottom φ 313 of the body 310. As shown in Fig. 7a, the main purpose is to set the inverter crying sub-point on the corresponding cover plate (10) and cover the lamp positioning seat 3〇〇 at the same time. The inner surface of the back cover _ is formed with a solid rib 910 corresponding to each of the lamps. The locating coffee is inserted into the gap between the first wall 351 and the second partition wall 352. In a preferred embodiment, such as ===3^, the gamma: 'Γ and the second dividing wall 352. In addition to the ribs 910, the structural strength of the lit 51 and the second dividing wall 352. The top ends of the π wall 3〇1 and the second partition wall 352 may be kept at a gap with the inner surface of the back cover 12 or directly against the inner surface of the back cover 9〇〇. Similarly, the top end of the rib 910 may also interfere with or maintain a gap with the bottom surface 313 of the base 31. Since the back cover 900 covers the first threading hole 371 and the second threading hole 372 above the opening, the adjacent wire 700 extending from the first threading hole 371 and the second threading hole 372 can be prevented from passing over the partition wall 350. And contact each other. Figure 8a shows another embodiment of a lamp holder 3'. In this embodiment, the free ends of the first partition wall 351 and the second partition wall 352 respectively extend perpendicularly to form the bracket portion 390. The bracket 390 on the first partition wall 351 extends above the opening of the first threading hole 371; the bracket portion 39 of the second partition wall 352 extends above the opening of the second threading hole 372. However, in various embodiments, in addition to the manner in which the plane extends, the crotch portion 390 can also extend in a curved manner to form an arcuate support portion 390. The free ends of the partition walls are opposite ends of the joint end of the seat body 31. By the arrangement of the bracket portion 390, adjacent wires extending from the first threading hole 371 and the second threading hole 372 can be prevented from coming into contact with each other over the partition wall. In addition, in the embodiment shown in the figure rib, the bracket portion 39 can be opened from the upper portion through the first threading hole 371 or the second threading hole 372, and is connected to the bottom surface 313 of the seat body 310 on the side of the opening. . In other words, the bracket portion 39 is formed with a first partitioning wall 351 or the second partitioning wall 352 to form a cover body, and the first threading hole 371 or the second threading hole 372 is opened in the opening; and the wire 7 is opened from the opening. The raft extends outward from the hood to connect other components. In the embodiment shown in Fig. 9, the partition wall 350 is transverse to the bottom surface 313 of the base 31 and the dog is out of the bottom surface 313. The side of the partition wall 350 transverse to the seat body is preferably perpendicular to the direction of the first threading hole 371 and the opening of the second threading hole 372, 13 1327207, and extends in the transverse direction to the outside of the bottom surface 313 of the seat body 31. However, in different embodiments, the portion of the partition wall 350 protruding from the bottom surface 313 of the base body 310 may also be bent in different directions, thereby guiding the wires extending from the opening of the first threading hole 371 and the second threading hole 372. 700 is bent in the direction to be connected. In this embodiment, since the partition wall 350 protrudes beyond the seat body 310, it is ensured that the adjacent wires 700 are less likely to be in contact or short-circuited beyond the range of the seat body 31. The present invention has been described by the above related embodiments, but the above embodiment is only φ for the practice of the present invention. It must be noted that the disclosed embodiments are not intended to limit the scope of the invention. On the contrary, modifications and equivalents of the spirit and scope of the invention are included in the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a lamp connecting wire of a conventional direct type backlight module; FIG. 2 is a schematic view showing a lamp tube connecting embodiment of the backlight module of the present invention; FIG. 3a is a top surface embodiment of a lamp tube positioning seat; Fig. 4a is a schematic view showing an embodiment of a lamp holder positioning seat and a backlight module; Fig. 4b is a cross-sectional view of the embodiment shown in Fig. 4a; Fig. 4c is a view of Fig. 4a Figure 5a is a cross-sectional view of another embodiment of the lamp tube positioning seat; Figure 5b is a cross-sectional view of the lamp tube positioning seat including the holder portion; Figure 6a and Figure 6b show the lamp tube positioning seat FIG. 7a is a schematic view of an embodiment of a backlight module including a back cover; FIG. 7b is a cross-sectional view of an embodiment in which the back cover has a convex assist; FIG. 8a and FIG. 8b are schematic views of an embodiment of a first partition wall and a second partition wall; FIG. 9 is a schematic view showing another embodiment of a partition wall of a lamp positioning seat. FIG. [Main component symbol description] 100 bottom plate 110 hole 300 lamp tube positioning seat 310 seat body 311 top surface 313 bottom surface 316 groove 331 first lamp tube connection portion 332 second lamp tube connection portion 350 partition wall 351 first partition wall 352 Second partition wall 371 first threading hole 372 second threading hole 390 bracket 410, 420 gap 500 lamp tube 15 1327207 510 connection end 610 lamp tube connection portion 620 threading hole 700 wire 810 inverter 830 circuit board 900 back cover 910 Rib