M350719 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種背光模組，特別是有關於一種具有改良之線材 固定結構的背光模組。 【先前技術】 請參照第1圖所示，習知之背光模㈣主要是由發光源9〇 (例如， 冷陰極螢光燈管、熱陰極螢光燈管）、反射板91、導光板％、光學膜片 93 (例如，擴散片、棱鏡片）及膠框94等組合而成。由發光源9〇發出 的光線進入導光板92後’會被導光板92加以分散開而形成較爲均勻的 面光源。反射板91係用以增加光的使用效率，而光學膜片93則可提古 光源亮度與均勻度。膠框94是用來固定及保護這些構件。 通常，當發光源90組裝於習知背光模組9上時，燈源線9〇〇 (如 第4及5圖中所示）之一端係以焊接的方式連接至發光源9〇上，而另 一端則穿出背光模組9外，以便於連接至外部電源。惟，當連接至發光 源90上的燈源線9〇〇穿出至背光模組9外部時，常會發生燈源線 固定不易而造成糾結的理線問題，因此通常必須要在背光模組9之出線 端處設置一線材固定結構，用以將燈源線9〇〇加以固定住，這一方面有 利於燈源線_與外部裝置的連接，另一方面亦有利於燈源線在背 光模組9内部的定位。 請參照第2至5圖所示之具有線材固定結構之習知背光模組9之立 體結構分解示意圖，圖中僅繪製出膠框舛、導光板92、燈管罩95、燈 g 90及—燈源線9〇〇。膠框94之一框邊94〇的外側壁上設有一線材固 足件96 (如第3圖所示），該習知線材固定件96包括有二水平臂、 961及二登直臂962、963，由該些水平臂960、961與豎直臂962、963 圍成一半封閉式的長方形收容孔％4 ,收容孔964之上方形成一卡槽 5 M350719 ， 965。實質上，該卡槽965係形成於兩水平臂960、961之間的-間隙。 如第5圖中所示，燈源線900自燈管9〇之二相對末端延伸至線材固定 件96處’再經由線材固定件96之卡槽％5卡入至收容孔％4内，藉此 以將燈源線900加以固定住。 、惟’藉由半封閉式的長方形收容孔％4及卡槽船來固定線材的固 定效果不甚理想。首先’線材很容易從卡槽船令脫落，而解決此一問 • _最直接的方案是縮小卡槽965的尺寸’但這將會導致線材組裝及維 修不易’甚至在線材組裝或拆卸的過程可能會造成線材破皮，進而引起 • 耐龍不良。故此種習知背光歡9猶湘定結構仍有其可進-步改 良之處。 第6圖顯示出另-種的習知背光模組線材固定結構，其線材固定件 8〇係設置於雜8之框邊上。此種習知的線材固定件⑽包含有三豐直 臂82、83、84’排成-列，自左至右依次爲第一登直臂82、第二登直 臂83及第三豐直臂84。第一登直臂82面向第二置直臂83的一側面上 設有-凸起820，而第三g直臂84面向第二置直臂83之一側面亦設有 一狄84。第-、第二登直臂82、83之間形成第一收容槽％，而第二、 第二賢直臂83、84之間則形成第二收容槽86，前述的凸起82〇、84〇 是分別位於第一、第二收容槽85、86的上方，而於第一、第二收容槽 Μ、868的上方開口處構成較狹窄的卡槽8<7、88，藉此以達成固定燈源 ' 線89的效果。 、 惟，此種習知的線材固定件80之線材固定方式在固定線材的功效 上亦有其不足之處。當燈源線89受到外力拉扯時，燈源線89極易脫離 凸起82〇、8如之束缚而從卡槽87、88處脫出，而使燈源線89不再受 到固定。換言之’該習知線材固定件8〇之線材固定方式同樣具有如同 上述習知線材固定件％的缺陷，即線材容易跳脫，甚至在組裝或拆卸 6 M350719 :寺還有可料致着破皮，此此種線職定結構亦有其必須 處。 ^有必要提供-齡光模組，其_—蝴麵材固定結構， 可以克服習知技術中存在的缺陷。 【新型内容】 本創作之轉目齡於提供—㈣賴組，其具枝良的線材固定 件，可安全有效地固定住線材、保護線材外皮，且線材的安裝拆卸均極 爲便捷，因而可確保背光模組組裝的品質及效率。 本旬作的其他目的和優點可峨摘作所揭露的技娜徵中得到 進一步的瞭解。 、一為達上述之-或部份或全部目的，本麵實施例提供一種背 光模”且13有.至少一發光源、至少_燈源線、，框及一線材固定 件。發光源用以提供光線。燈源線係自發光源之兩端延伸❿出。膠框用 以承載並m定發光源，且膠框具有至少—框邊'線材固定㈣設置於膠 框之框邊上’並且包含有：—發統、-雜及-線賴定件。發光源 具有至少-燈源線。膠_財載發光源，且具有至少—框邊。線村固 定件設置於雜之框邊上且包含有 定部一彈性部及—收容孔。 固定部固定於該框邊上，並具有—固定部側^彈性部與固定部相對而 刀隔開叹置’並且具有―固定端及—自由端，固定端固定於框邊上·自 由端相對於m定端設置。彈性部還具有—彈性部側面，面對於固定部側 面，在彈性部側面上設有-卡扣部，朝向固定部側面突出。收容孔係形 成於固定部側φ與雜糊面u具有-底職容部及—頂端入口 邠’底端收谷部對應於彈性部的固定端，頂端入口部對應於彈性部的自 由端’用以供燈源線經由頂端入口部進入並收容於收容孔的底端收容部 内且彈性部的卡扣部與固定部側面間形成收容孔的一頸部’其寬度小 M350719 於燈源線之直徑，並且彈性部係可彈性變形。 根據本創作一實施例’固定部側面可以包含有一凸面，朝向彈性部 側面犬·出。彈性部侧面可以包含有一凸面，朝向固定部側面突出，而卡 扣部係形成於凸面上。彈性部亦可以具有另一側面，係呈内凹狀。M350719 VIII. New Description: [New Technology Field] This creation is about a backlight module, especially a backlight module with an improved wire fixing structure. [Prior Art] Referring to Fig. 1, a conventional backlight module (4) is mainly composed of a light source 9 (for example, a cold cathode fluorescent tube, a hot cathode fluorescent tube), a reflector 91, a light guide plate, and The optical film 93 (for example, a diffusion sheet, a prism sheet) and a bezel 94 are combined. The light emitted from the light source 9 进入 enters the light guide plate 92 and is dispersed by the light guide plate 92 to form a relatively uniform surface light source. The reflecting plate 91 is used to increase the efficiency of light use, and the optical film 93 can improve the brightness and uniformity of the ancient light source. The plastic frame 94 is used to secure and protect these components. Generally, when the light source 90 is assembled on the conventional backlight module 9, one end of the light source line 9 (as shown in FIGS. 4 and 5) is soldered to the light source 9〇, and The other end is worn out of the backlight module 9 to facilitate connection to an external power source. However, when the light source line 9 connected to the light source 90 passes out to the outside of the backlight module 9, the problem that the light source line is not easily fixed and causes entanglement often occurs, and therefore it is usually necessary to be in the backlight module 9 A wire fixing structure is arranged at the outlet end for fixing the light source wire 9 ,, which is beneficial to the connection of the light source wire _ to the external device, and on the other hand, the light source wire is in the backlight. Positioning inside the module 9. Please refer to the exploded perspective view of the conventional backlight module 9 having the wire fixing structure shown in FIGS. 2 to 5, in which only the plastic frame 舛, the light guide plate 92, the lamp cover 95, the lamp g 90 and the The light source line is 9〇〇. A wire fixing member 96 (shown in FIG. 3) is disposed on the outer side wall of the frame 94 94 of the frame 94. The wire fixing member 96 includes two horizontal arms, 961 and two straight arms 962. 963, the horizontal arms 960, 961 and the vertical arms 962, 963 enclose a semi-closed rectangular receiving hole %4, and a receiving groove 964 is formed above the receiving hole 964. In essence, the card slot 965 is formed in a gap between the two horizontal arms 960, 961. As shown in FIG. 5, the light source line 900 extends from the opposite end of the lamp tube 9 to the wire fixing member 96 and is then inserted into the receiving hole %4 via the card slot %5 of the wire fixing member 96. This is to fix the light source line 900. However, the fixing effect of fixing the wire by the semi-closed rectangular receiving hole %4 and the slot boat is not satisfactory. First of all, 'the wire is easy to fall off from the card slot, and the solution is to solve this problem. _ The most straightforward solution is to reduce the size of the card slot 965' but this will result in the wire assembly and maintenance is not easy' even the process of assembly or disassembly of the wire. It may cause the wire to break, which may cause damage to the dragon. Therefore, this kind of conventional backlighting 9 still has a step-by-step improvement. Fig. 6 shows another conventional backlight module wire fixing structure, in which the wire fixing member 8 is disposed on the frame side of the miscellaneous 8. The conventional wire fixing member (10) comprises three straight straight arms 82, 83, 84' arranged in a row, from left to right, a first straightening arm 82, a second straightening arm 83 and a third straight straight arm. 84. A projection 820 is provided on one side of the first straight arm 82 facing the second straight arm 83, and a side 84 is also provided on the side of the third straight arm 84 facing the second straight arm 83. A first receiving groove % is formed between the first and second straightening arms 82 and 83, and a second receiving groove 86 is formed between the second and second straight arms 83 and 84. The aforementioned protrusions 82〇, 84〇 The upper and second receiving grooves 85 and 86 are respectively located above, and the narrow opening slots 7 and 88 are formed at the upper openings of the first and second receiving grooves 868, thereby achieving a fixed lamp. Source 'line 89 effect. However, the conventional wire fixing method of the wire fixing member 80 has its insufficiency in the effect of fixing the wire. When the light source line 89 is pulled by an external force, the light source line 89 is easily disengaged from the projections 82, 88, and is released from the card slots 87, 88, so that the light source line 89 is no longer fixed. In other words, the wire fixing method of the conventional wire fixing member 8 has the same defect as the above-mentioned conventional wire fixing member, that is, the wire is easily jumped off, even in assembling or disassembling 6 M350719: the temple may be broken. This kind of line structure also has its necessary points. ^ It is necessary to provide an age-light module, which has a _-butter surface fixing structure, which can overcome the defects existing in the prior art. [New content] The creation of this creation is provided by the (4) Lai group, which has a good wire fixing piece, which can securely and effectively fix the wire and protect the wire sheath, and the wire is easy to install and disassemble, thus ensuring The quality and efficiency of the backlight module assembly. Other purposes and advantages of this tense can be further understood in the technique disclosed in the Abstract. For the above-mentioned or some or all of the purposes, the embodiment provides a backlight module and 13 has at least one illumination source, at least a light source line, a frame and a wire fixing member. Providing light. The light source line extends from both ends of the light source. The plastic frame is used to carry and fix the light source, and the plastic frame has at least—the frame edge 'the wire is fixed (4) is disposed on the frame edge of the plastic frame' and includes There are: - hairline, - miscellaneous and - wire sizing. The illuminating source has at least - light source line. Glue _ financial source, and has at least - frame edge. Line village fixtures are placed on the side of the frame The fixing portion is fixed on the frame edge, and the fixing portion is fixed on the side of the frame, and the elastic portion is opposite to the fixed portion, and the knife is separated from the slash and has a fixed end and a free end. The fixed end is fixed on the side of the frame and the free end is disposed at the fixed end of the m. The elastic portion further has a side surface of the elastic portion, and the side surface of the elastic portion is provided with a buckle portion on the side of the elastic portion, and protrudes toward the side of the fixed portion. The receiving hole is formed on the side of the fixing portion φ and the surface of the paste u has a bottom The receiving portion and the top end inlet portion correspond to the fixed end of the elastic portion, and the top end portion corresponds to the free end of the elastic portion for the light source line to enter through the top entrance portion and be received at the bottom of the receiving hole a neck portion of the end receiving portion and the locking portion of the elastic portion and the side surface of the fixing portion form a receiving hole having a small width M350719 of the diameter of the light source wire, and the elastic portion is elastically deformable. According to an embodiment of the present invention, the fixing is fixed. The side surface of the portion may include a convex surface that faces the side of the elastic portion. The side of the elastic portion may include a convex surface protruding toward the side of the fixing portion, and the buckle portion is formed on the convex surface. The elastic portion may also have another side surface. Concave inside.
根據本創作一實施例，彈性部的卡扣部具有一鄰接於收容孔的頂端 入口部的上表面，此上表面係為一斜面，自彈性部的自由端朝向收容孔 内傾斜延伸，且卡扣敬具有一鄰接々收容孔的底端收容部的下表面， 此下表面係一平面，自彈性部側面延伸出。於一實施例中，收容孔的頂 端入口部的寬度大於燈源線之直徑。且，收容孔的底魏容部亦可以具 有圓弧形狀，以配合於圓柱狀的燈源線。 根據本創作-實補，彈性部的自由端可輯有—呈豎直狀的操作 臂。 、 兴㈣麟相比較_.ri.F-平父住貫施例之背光模組具有改良的線 材固定件’當彈性部受外力作用變形而朝遠離固定部之方向變曲時，可 擴大頸部之寬度尺寸’藉此可讓燈源線順利經過頸部而進入至收容 内。當彈性部鬆開時，雜部會在自身彈力的作用下恢復原位，頸部亦 就隨之縮小·合，進爾燈源_定於線咖定件心本創作 =例之、赌蚊結構可安全梭_定崎、職_卜皮且 女裝拆卸均爲便捷，從而確保背光模組之組裝品質。 2本創作之上述和其他目的、特徵和優點能更明顯碰，下文 舉較佳實施例，並配合所附圖式，詳細說明如下。 寺 【實施方式】 下列各實施例的說明是參考附加的圖式 施之特定實施例。本創作所提到的方向用語，例如「：、; ？:實 」 广」 月1J】、 8 M350719 後」左」、「右」等’僅是參考附加圖式的方向。因此，使用的方向 用疋用來說明’而非用來限制本創作以下實施例中所提到的方向用 6吾’例如.上、下、左、右、前或後等，僅是參考附加圖式的方向。因 此’使用的方向用語是用來說明並非用來限制本創作。 "月參照第7至9騎示之本創作—較佳實施例之背光模組1，本實 施例中的背光模組丨包含有：_發光源1G、二燈源線u、12、_反射 罩2〇、-導光板30、至少-光學膜片4〇、一反射片5〇、一用以承載該 等光學το叙雜60，以及-雜固定件7〇。發統1()可以是任何適 用於背光模組_絲，而在本實施财，發統1G是冷陰極榮光燈 管，燈源線11、12則是自發光源10之二側末端延伸而出。 丘 如第7圖所示，在本實施例中，膠框6〇係為一矩形的框架，具有 四個框邊6卜62、63、64 ’這些框邊6卜62、63、64是大致上互相垂 直而於其等之間圍設出一收容空間65，其内可收容並承載背光模組1 的其他構件。惟可以瞭解的，本創作並不僅限於矩形的膠框6〇，任何 形狀的框架均可應用於本創作一較佳實施例内。 根據本創作一較佳實施例，在膠框60的框邊61至64中的任一者 上設有該線材固定件70。在本實施例中，線材固定件7〇是設置於框邊 61上，用以固定發光源10的燈源線u、12。在本實施例中，線材固定 件70是設置於框邊61的外侧表面上，並位於較靠近框邊64的位置， 惟線材固定件70可以設置於任何合適的框邊及位置上。 線材固定件70係用以固定燈源線11、12,而為達成此功用，線材 固定件70上針對每一燈源線11、12設有一收容孔75 (或75，），可供 收谷並固定燈源線11、12於其内。就此而言，可以理解，在本創作一 較佳實施例的原則下，線材固定件70可以僅設置一收容孔來收容翠一 條燈源線’而背光模組1可針對燈源線的數量而設置相同數量的線材固 9 M350719 疋件，分別用以收谷及固定一條燈源線。 _ 線材固定件70上的收容孔75 (或75，）是由相對設置而互相分離 開的固定部71 (或73)及彈件部72 (_所界定而成的，換言之在 固定部71 (或73)與彈件部72 (或％之間形成有-空間，而此空間 即構成本創作-較佳實施例之線材固定件％内的收容孔乃（或乃，）。 此收容孔75 (或75’）具有—位於頂端的開口 77 (或77,），做為燈源線 • U (或12)進入收容孔乃（或75，）内的頂端入口部。為簡化下文的說 、 明，在本文中亦以標號77 (或77，）來標示收容孔75 (或75，）的此- 着 頂端入口部。收容孔Μ (或75，）另外具有一位於底端而與頂端入口部 7 (或乃）相對的底端收容部75〇 (或75〇，），其底面係呈封閉狀，以 供收容燈源線於其内。收容孔75 (或乃，）另具有一頸部％ (或％,)， 連接於頂端入口部77 (或77，）與底端收容部750 (或75〇，）之間。透 過彈性部72 (或74)相對於固定部71 (或乃）的彈性變形即可選擇性 地暫時擴大收容孔75 (或75，）的頸部％⑷6，），以供以安全而不會 在j源線11 (或12，）上造成不必要壓迫的方式將燈源線u (或m 收奋於收奋孔75 (或75，）内，並藉由彈性部72 (或Μ)的彈性回復 修 雜來將燈源線11 (或12,)加以固定於收容孔75 (或75，〕的底端收 容部750 (或750，）内。 _ 因此可以理解’本創作一較佳實施例在實施上並不侷限於任何型 式或結構的固定部或彈性部，只要二者間形成有一收容孔，並可透過彈 性部的變形轉燈源線收容姻定於魏容孔内即可。 ，在本創作的一較佳實施例中，線材固定件70上設有二收容孔75、 75，分別由二固定部7卜73及二彈性部72、74所界定，用以收容二 燈源線1卜12。在此較佳實施例中，固定部7卜73及彈性部72、74 均係形成為—端固定（固定於於雜6G之框邊61上）而另—端自由的 M350719 71 73 * #72及彈性f 74做為彈件部來_此實施例。 固定Z根據此較佳實施例，線_件7G包含有—固定臂71及一 彈性臂7/以及分別與峡f 71及第二峡臂73相對並配合設置的 =及彈性臂74。在固定臂71與彈性臂72之— 端收容部Γ端具部77，而其底侧形成—底部封閉的底 部76 Γ 底端收容部750與頂端入口部77之間形成有一頸 性臂74 _止燈祕11或12 _孔75魄爾臂73及彈 臂73 :結構係分別與固定臂71及彈性臂72之結構相同，因此固定 及頂端74 成有收容孔75,，囉財底雜容部750, ^^部77，，且底端收容部徽與頂端人口部π，之間設有1 另外’如圖所示’本創作-較佳實施例之線材固定件7〇的二收容 :% ' 75’係以對稱方式設置’換言之，構成收容孔％的固定臂η及 彈性臂72，以及構成收容孔75，的峡臂73及彈性臂％，係呈左右對 稱的方式設置的，故而線材固定件7G的整體結構係呈左右對稱。惟可 ^理解，摘作—較佳實施例之線湘定件％並从對稱式結構為 限’亦可採用非對稱的配置。 再者，為有助於使用者的操作，線材固定件7G的二彈性臂72、％ 係設置於二蚊臂71、73之間，互相鄰接，惟其間形成有-開合空間 ，，合空間78的大小（或是二彈性臂72、％間的間距）係足供彈性 臂72、74在使用者施加相向之力於其上時相_折變形，以暫時性地 擴大頸部76、76,，供燈源線η、12進人及退•容孔75、75，的底端 收容部 750、750,。 _ 接下來將更進-步地說額定臂7卜Μ及彈性臂η、％的結構及 M350719 其操作方式。如前所述’固定臂71之一端（底端）71〇爲固定端，固 定至膠框60的框邊61上，而固定臂71的另一端（頂端），則自框邊 61向上延伸而呈自由未固定狀態。固定臂71具有一第一側面及— 第二側面712，連接於固定臂71的自由端及固定端71〇之間。在此實 施例中，第-側面7Π為-登直平面，但也可以是任何其他形狀的表 面’而第二側面712則為-凸面，朝向彈性臂72突出，惟第二侧面爪 也可以是其他形狀的表面。 彈性臂72係設置於鄰近固定f 71之第二側面712處，並與之相 對。另外’如前所述，彈性臂72之一端（底端）72〇爲固定端:、而盆 相對的另一端（頂端）721爲自由端。彈性臂72具有-第-側面722 及-第二側面723 ’連接於其底端72〇及頂端721之間，其中彈性臂η 之第-側面722係面對於固定臂71之第二側面712，而彈性臂η之第 名二側面723則遠離於固定臂71之第二側面712。在本實施例中，彈性 # 72之第-侧面722是—凸面，朝向固定臂71之第二側面爪突出， 惟此第-側面722亦可為其他形狀的表面。在第一側面η2的凸面上設 :向外突出（朝向固定臂71之第二側面712突出）的卡扣部似， 口部724之上表面係—斜面，自彈性臂72的頂端π朝向收容孔乃 於2= ’而卡扣部724的下表面則為一平面，在此實施射是垂直 性臂72之可722 ’而在該第-側面722上構成-肩部。彈 適當的彈性，鄕二麻^任何職之表面’惟為能提供彈性臂72 積，使其具;^带 最好是一凹面，以縮減彈性臂72的截面 *具有所需之彈性。因此，在本實施例中，彈性臂η是呈彎月 狀，具有一定的彈性。 利‘72之頂端721處設有―呈^直狀的操作臂725，以 利於使用者以手操作彈性臂72。 12 M350719 彈性騎構’收容孔75是形細物1之第二側面712與 :7) 2之間’而其底端收容部750則位於該兩側面 、22之下方位置（即靠近於固定臂71與彈性臂72之固定 用以收容燈轉U，且收容孔75之底端收容部7s㈣寬度不小於燈源 線11之直徑，以避免對於燈源線u造成不必要的壓迫。較佳地，收容 孔75之底端收容部750具有圓孤雜，以配合於燈源線U 一般所會且 有的圓柱狀的外形。藉此，當線材收容於收容孔75内時，不會產生晃According to an embodiment of the present invention, the locking portion of the elastic portion has an upper surface adjacent to the top entrance portion of the receiving hole, and the upper surface is a sloped surface extending obliquely from the free end of the elastic portion toward the receiving hole, and the card The buckle has a lower surface of the bottom end receiving portion adjacent to the receiving hole, and the lower surface is a flat surface extending from the side of the elastic portion. In an embodiment, the width of the top end of the receiving hole is greater than the diameter of the light source line. Moreover, the bottom Weirong portion of the receiving hole may have a circular arc shape to fit the cylindrical light source line. According to the present creation-real complement, the free end of the elastic portion can be combined with a vertically-shaped operating arm.兴(四)麟相相 comparison _.ri.F-Ping father's living room example backlight module has improved wire fixing member 'When the elastic portion is deformed by an external force and is bent away from the fixed portion, the neck can be enlarged The width dimension of the section allows the light source to pass through the neck and into the containment. When the elastic part is loosened, the miscellaneous part will return to its original position under the action of its own elastic force, and the neck will also shrink and close together. The source of the light is set in the heart of the line. The structure can be safely shuttled _ Dingsaki, _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The above and other objects, features and advantages of the present invention will become more apparent. Temple [Embodiment] The following description of the embodiments is made with reference to the specific embodiments of the accompanying drawings. The directional terms mentioned in this creation, such as ":,; ?: real" wide "month 1J], 8 M350719, "left", "right", etc. are only directions referring to the additional schema. Therefore, the direction used is used to illustrate 'instead of limiting the scope of the present invention in the following examples. For example, upper, lower, left, right, front or back, etc., only reference is attached. The direction of the schema. Therefore, the directional term used is used to describe that it is not intended to limit the creation. "Monthly with reference to the creation of the seventh to the ninth embodiment of the present invention - the backlight module 1 of the preferred embodiment, the backlight module 本 in the embodiment includes: _ illuminating source 1G, two light source lines u, 12, _ The reflector 2, the light guide plate 30, at least the optical film 4A, a reflection sheet 5, one for carrying the optical τ, and the ------- The hair system 1 () can be any suitable for the backlight module _ wire, and in the implementation, the hair 1G is a cold cathode glory lamp, and the light source wires 11 and 12 are extended from the two side ends of the light source 10 . As shown in Fig. 7, in the present embodiment, the plastic frame 6 is a rectangular frame having four frame edges 6 , 62 , 63 , 64 ' These frame edges 6 , 62 , 63 , 64 are approximate A receiving space 65 is defined between the two of them to be perpendicular to each other, and the other members of the backlight module 1 can be received and carried therein. It can be understood that the present invention is not limited to rectangular plastic frames, and any shape of the frame can be applied to a preferred embodiment of the present invention. According to a preferred embodiment of the present invention, the wire holder 70 is provided on any of the frame edges 61 to 64 of the frame 60. In the present embodiment, the wire fixing member 7 is disposed on the frame edge 61 for fixing the light source lines u, 12 of the light source 10. In the present embodiment, the wire fixing member 70 is disposed on the outer side surface of the frame side 61 and located closer to the frame side 64, but the wire fixing member 70 may be disposed at any suitable frame edge and position. The wire fixing member 70 is for fixing the light source wires 11, 12, and in order to achieve this function, the wire fixing member 70 is provided with a receiving hole 75 (or 75) for each of the light source wires 11, 12 for receiving the valley. And the lamp source lines 11, 12 are fixed therein. In this regard, it can be understood that, in the principle of a preferred embodiment of the present invention, the wire fixing member 70 can only be provided with a receiving hole for accommodating a light source line and the backlight module 1 can be used for the number of light source lines. Set the same number of wire solid 9 M350719 pieces to close the valley and fix one light source line. _ The receiving hole 75 (or 75,) on the wire fixing member 70 is defined by the fixing portion 71 (or 73) and the elastic portion 72 (which are defined by the oppositely disposed apart from each other, in other words, at the fixing portion 71 ( Or 73) is formed with a space between the elastic portion 72 (or %), and the space constitutes a receiving hole in the wire fixing member % of the present invention - the preferred embodiment. (or 75') has an opening 77 (or 77,) at the top, as the source line • U (or 12) into the top entrance of the receiving hole (or 75,). To simplify the following, It is to be noted herein that the top end portion of the receiving hole 75 (or 75,) is also indicated by reference numeral 77 (or 77). The receiving hole (or 75) additionally has a bottom end and a top end inlet. The bottom end receiving portion 75〇 (or 75〇,) of the portion 7 (or the opposite side) has a closed bottom surface for receiving the light source wire therein. The receiving hole 75 (or is) has another neck The portion % (or %,) is connected between the top inlet portion 77 (or 77,) and the bottom end receiving portion 750 (or 75 〇,). The elastic portion 72 (or 74) is relatively solid. The elastic deformation of the fixed portion 71 (or is) can selectively temporarily enlarge the neck portion (4) 6) of the receiving hole 75 (or 75,) for safety without being in the j source line 11 (or 12,) The light source line u (or m) is enclosed in the receiving hole 75 (or 75,) in a manner that causes unnecessary compression, and the light source line 11 is replaced by the elastic recovery of the elastic portion 72 (or Μ). (or 12) is fixed in the bottom receiving portion 750 (or 750,) of the receiving hole 75 (or 75). _ Therefore, it can be understood that the preferred embodiment of the present invention is not limited to any type in implementation. Or a fixing portion or an elastic portion of the structure, as long as a receiving hole is formed between the two, and the deformation source of the elastic portion can be accommodated in the Weirong hole through the deformation of the elastic portion. A preferred embodiment of the present invention The wire fixing member 70 is provided with two receiving holes 75 and 75 respectively defined by the two fixing portions 7 and 73 and the two elastic portions 72 and 74 for receiving the two light source wires 1 and 12. In the example, the fixing portion 7 and the elastic portions 72 and 74 are both formed to be end-fixed (fixed to the frame edge 61 of the hybrid 6G) and the other end is free M35071. 9 71 73 * #72 and elastic f 74 are used as the spring part. This embodiment. Fixing Z According to the preferred embodiment, the line_part 7G includes a fixed arm 71 and a resilient arm 7/ and respectively The f 71 and the second gorge arm 73 are oppositely disposed and matched with the elastic arm 74. The end portion 76 of the fixed arm 71 and the elastic arm 72 is formed at the end, and the bottom side is formed with a bottom closed bottom 76. A neck arm 74 is formed between the bottom end receiving portion 750 and the top end entrance portion 77. The lamp armature 11 or the 12 hole 魄 75 arm arm 73 and the elastic arm 73 are different from the structure of the fixed arm 71 and the elastic arm 72. The same, so the fixed and top end 74 is formed with a receiving hole 75, the bottom of the financial content 750, ^ ^ 77, and the bottom end of the housing emblem and the top population π, between the other 1 The second storage of the wire fixing member 7〇 of the present invention is shown in a symmetrical manner. In other words, the fixing arm η and the elastic arm 72 constituting the receiving hole %, and the receiving hole 75 are formed. The isthmus arm 73 and the elastic arm % are arranged in a bilaterally symmetrical manner, and therefore the overall structure of the wire fixing member 7G is bilaterally symmetrical. However, it can be understood that the abbreviated configuration - the % of the linear embodiment of the preferred embodiment and the limited configuration from the symmetrical structure can also adopt an asymmetric configuration. In addition, in order to facilitate the operation of the user, the two elastic arms 72, % of the wire fixing member 7G are disposed between the two mosquito arms 71, 73, and are adjacent to each other, but a space for opening and closing is formed therebetween. The size of 78 (or the spacing between the two resilient arms 72, %) is sufficient for the resilient arms 72, 74 to be deformed when the user applies opposing forces thereto to temporarily expand the neck 76, 76. , the bottom end receiving portions 750, 750 for the light source wires η, 12 to enter and retreat the holes 75, 75. _ Next, we will further say the structure of the rated arm 7 and the elastic arm η, % and the operation mode of the M350719. As described above, the one end (bottom end) 71 of the fixed arm 71 is a fixed end fixed to the frame side 61 of the plastic frame 60, and the other end (top end) of the fixed arm 71 extends upward from the frame side 61. Freedom is not fixed. The fixed arm 71 has a first side surface and a second side surface 712 connected between the free end of the fixed arm 71 and the fixed end 71〇. In this embodiment, the first side 7Π is a straightening plane, but may be any other shaped surface 'the second side 712 is a convex surface, protruding toward the elastic arm 72, but the second side claw may also be Other shapes of the surface. The resilient arms 72 are disposed adjacent to and opposite the second side 712 of the fixed f 71. Further, as described above, one end (bottom end) 72 of the elastic arm 72 is a fixed end: and the other end (top end) 721 of the opposite side of the pot is a free end. The elastic arm 72 has a first side 722 and a second side 723 ′ connected between the bottom end 72 〇 and the top end 721 , wherein the first side 722 of the elastic arm η is opposite to the second side 712 of the fixed arm 71 . The second side 723 of the elastic arm η is away from the second side 712 of the fixed arm 71. In the present embodiment, the first side surface 722 of the elastic #72 is a convex surface that protrudes toward the second side claw of the fixed arm 71, but the first side surface 722 may also be a surface of other shapes. The convex surface of the first side surface η2 is provided with a buckle portion that protrudes outward (projecting toward the second side surface 712 of the fixed arm 71), and the upper surface of the mouth portion 724 is inclined, and is oriented from the top end π of the elastic arm 72 toward the receiving portion. The hole is at 2 = ' and the lower surface of the snap portion 724 is a flat surface, where the projection is a 722' of the vertical arm 72 and a shoulder portion is formed on the first side surface 722. Appropriate elasticity, the surface of any job is only provided to provide the elastic arm 72 product, so that it is preferably a concave surface to reduce the cross section of the elastic arm 72 * has the required elasticity. Therefore, in the present embodiment, the elastic arm η has a meniscus shape and has a certain elasticity. At the top 721 of the '72, there is a straight-shaped operating arm 725 for the user to operate the resilient arm 72 with his hand. 12 M350719 The elastic riding frame 'receiving hole 75 is between the second side surface 712 of the thin object 1 and 7) 2 and the bottom end receiving portion 750 is located at the lower side of the two sides 22 (ie, close to the fixed arm) The fixing arm 71 is fixed to the lamp arm U, and the bottom end receiving portion 7s (4) of the receiving hole 75 has a width not less than the diameter of the lamp source line 11 to avoid unnecessary compression on the lamp source line u. Preferably, The bottom end receiving portion 750 of the receiving hole 75 has a round shape so as to fit in a cylindrical shape generally formed by the light source line U. Therefore, when the wire is received in the receiving hole 75, no sway occurs.
動’有利於提高摘作—難實補之背賴組丨之結構穩定性。 頸部76是由固定臂71之第二侧面712與彈性臂乃之第一側面瓜 上的卡扣部724所界定出，最佳位置是位於該二側面712、722的約略 *中間位置處。由於卡扣部724係自彈性臂72的第一側面？22朝向固定 臂Ή之第二側面7n突出，因此頸部76的寬度小於底端收容部75〇的 寬度，也會小於燈源線H之直徑’所以當燈源線u收容於收容孔乃 的底端收容部75〇内時’卡扣部724的下表面所構成的肩部可以在頸部 處防止燈源線u自收容孔75内脫離。就此而言，卡扣部724或頸 部76與底端收容部750之底面間的距離要大於燈源線u的直徑，以避 免不當地壓迫收容於底端收容部750内的燈源線u。在本實施例中， 為能更加穩固定將燈源線11固定於收容孔75内，固定臂71的第二側 面712及彈性臂72的第-側面722均如前述般採用相向突出的凸面。 再者’彈性臂72的彈性變形量足以使卡扣部724與固定臂71之第二側 面712間的距離（即頸部76之口徑）擴大至燈源線u能輕易地插入或 退出收容孔75。 入口部77是形成於固定臂71之頂端及第二彈性臂72的頂端721 之間，入口部77之寬度較佳地是大於燈源線u之直徑，以利於燈源線 U之滑入至收容孔75中。就此而言，彈性臂72的卡扣部的傾斜上表 13 M350719 面可利於燈;H 11之通過頸部76 * 人至收容孔乃内。 。由於在本實施射，固定f 73及彈性f 74之結構是無定臂刀 及彈性臂72之結構姻並相互· ’如第9圓所示，在此不再針 對口疋# 73及彈性臂％的結構加以做詳細說。惟需注意的是彈性臂 72與彈性臂74之間設有該開合空間Μ，以供在操作過程中，透過推壓 弹性臂72與彈性臂74的操作臂725、741而將彈性臂72與彈性臂％ 之頂端721、74〇相向鶴，互相靠攏，讀雜地擴錄容孔％、％， 的頸部76、76,。 在操作上，如第9圖所示，當要使用線材固定件7〇來固定線材（如 ^源線11)時，使用者可推麼彈性臂72之操作臂725，使彈性臂乃朝 遠離固定臂71之方向變形彎曲，而位於彈性臂上的卡合部似亦隨 之遠離S)定臂7卜藉此暫時性地擴大收容孔75之頸部％之寬度，即 可將燈源線11自收容孔75之人口部77插人，並滑動通過已被擴大的 頸部76，進而到達收容孔75之底端收容部75〇内。接著 放開彈性臂72之操作臂725，彈性臂72會在自身彈力_下恢^ 位’收容孔_ 76亦隨之縮小朗合，以防止線材跳脫。 由於本實施例的線材固定件7〇設有二收容孔75、75,，用以固定二 燈源線11、12，因此在利用線材固定件7〇 @定該二燈源線n、12時， 使用者只需要兩指輕捏彈性臂π與彈性臂74之操作臂725、741，即 可使二彈性臂72、74之頂端721、，相互靠攏，即該二彈性臂^、 74均朝向開合空間78移動（或彎曲），使得頸部76、76，變大，而燈源 線1卜12即能順利通過頸部76、76,，進入至底端收容部75〇 ' 75〇，内。 如有必要將燈源線1卜12自收容孔75、75,内退出時，亦可透推 壓彈性臂72及彈性臂74來暫時地擴大頸部76、76，至足供燈源線u、 U通過的寬度，而燈源線^、12即可輕易地退出收容孔乃、75，。 14 M350719 , :紅騎，本創作確已符合_專利之要件，纽法提出專利申 咕准本創作已以較佳實施例揭露如上，然其並非用以限定本創作， - 姉^斤屬技術領域中具有通常知識者，在不脫離本創作之精神和範圍 内^可作些5午之更動與潤飾，因此本創作之保護範圍當視後附之申請 專利細所界定者辑。另外’本創作的任—實施賊中料利範圍不 須，成本創作所揭露之全部目贼優點或特點。此外，摘要部分和標題 僅疋用來輔助專利文件搜尋之用，並非用來限制本創作之權利範圍。 * 【圖式簡單說明】 參 S1圖是習知背光模組之剖面結構示意圖。 第圖疋1知奇光模組之立體結構分解示意圖，其中於膠框上設置 有習知線材固定結構。 第3圖疋第2圖中所不之習知背光模組之部分膠框結構之放大示意 圖。 第4圖是第2圖中所示之習知背光模組之組合結構示意圖。 第5圖疋第4圖中所示之習知背光模址之部分結構放大示意圖。 • 第6圖是習知背光模組之另一線材固定件之平面結構示意圖。 ' 第7圖疋本創作—較佳實施例之背光模組的立體結構分解示意 圖。 第8圖是第7圖中所示之部分膠框結構之放大示意圖。 第9圖是第8 ®中所示之線咖定件之平面結構示意圖。 【主要元件符號說明】 發光源 10 反射罩 20 背光模組 1 燈源線 11、12 15 M350719 導光板 30 光學膜片 40 反射片 50 膠框 60 框邊 61、62、63、64 收容空間 65 線材固定件 70 固定臂 71 ' 73 底端 710 > 720 第一側面 711 ' 722 第二側面 712、723 彈性臂 72'74 頂端 721 ' 740 卡扣部 724 操作臂 725 ' 741 收容孔 75、75， 收容部 750、750， 頸部 76、76， 入口部 77、77， 開合空間 78 燈管罩 95 16The action of 'moving' is conducive to improving the abstraction of the group. The neck portion 76 is defined by the second side 712 of the fixed arm 71 and the latching portion 724 on the first side of the resilient arm, the preferred position being at approximately the middle of the two sides 712, 722. Since the snap portion 724 is from the first side of the resilient arm 72? 22 protrudes toward the second side surface 7n of the fixed arm ,, so the width of the neck portion 76 is smaller than the width of the bottom end receiving portion 75〇, and is smaller than the diameter of the light source line H. Therefore, when the light source line u is received in the receiving hole When the bottom end receiving portion 75 is inside, the shoulder portion formed by the lower surface of the latching portion 724 can prevent the light source line u from being detached from the receiving hole 75 at the neck portion. In this regard, the distance between the buckle portion 724 or the neck portion 76 and the bottom surface of the bottom end receiving portion 750 is greater than the diameter of the light source line u to avoid improperly pressing the light source line u received in the bottom end receiving portion 750. . In the present embodiment, in order to fix the light source wire 11 in the receiving hole 75 more stably, the second side surface 712 of the fixed arm 71 and the first side surface 722 of the elastic arm 72 are convex surfaces which are opposed to each other as described above. Furthermore, the elastic deformation of the elastic arm 72 is sufficient to expand the distance between the buckle portion 724 and the second side surface 712 of the fixed arm 71 (ie, the diameter of the neck portion 76) until the light source line u can be easily inserted or withdrawn from the receiving hole. 75. The inlet portion 77 is formed between the top end of the fixed arm 71 and the top end 721 of the second elastic arm 72. The width of the inlet portion 77 is preferably larger than the diameter of the light source line u to facilitate the sliding of the light source line U to The hole 75 is received. In this regard, the slanted portion of the resilient arm 72 is slanted to the surface of the face M13719 to facilitate the lamp; the passage of H11 through the neck portion 76* is within the receiving aperture. . Since the structure of the fixed f 73 and the elastic f 74 is the structure of the armless knife and the elastic arm 72 and is mutually shown as shown in the ninth circle, it is no longer directed to the port #73 and the elastic arm. The structure of % is said in detail. It should be noted that the opening and closing space 设有 is provided between the elastic arm 72 and the elastic arm 74 for accommodating the elastic arm 72 by pushing the elastic arm 72 and the operating arms 725 and 741 of the elastic arm 74 during operation. The top ends 721, 74 of the elastic arm % are opposite to each other, and are close to each other, and the neck portions 76, 76 of the hole %, % are enlarged. In operation, as shown in FIG. 9, when the wire fixing member 7 is to be used to fix the wire (such as the source wire 11), the user can push the operating arm 725 of the elastic arm 72 so that the elastic arm is facing away. The direction of the fixed arm 71 is deformed and bent, and the engaging portion on the elastic arm also seems to be away from the S) fixed arm 7 to temporarily enlarge the width of the neck portion of the receiving hole 75, thereby the light source line 11 The population portion 77 of the receiving hole 75 is inserted and slid through the neck portion 76 which has been enlarged, and further reaches the bottom end receiving portion 75 of the receiving hole 75. Then, the operating arm 725 of the elastic arm 72 is released, and the elastic arm 72 will return to the receiving hole _76 under its own elastic force _ 76, thereby reducing the alignment to prevent the wire from jumping. Since the wire fixing member 7 of the embodiment is provided with two receiving holes 75, 75 for fixing the two light source wires 11, 12, when the wire fixing wires 7 are used to fix the two lamp source wires n, 12 The user only needs two fingers to gently pinch the elastic arms π and the operating arms 725, 741 of the elastic arms 74, so that the top ends 721 of the two elastic arms 72, 74 are close to each other, that is, the two elastic arms ^, 74 are oriented The opening and closing space 78 moves (or bends), so that the neck portions 76, 76 become larger, and the light source line 1 12 can smoothly pass through the neck portions 76, 76, and enters the bottom end receiving portion 75 〇 ' 75 〇, Inside. If it is necessary to withdraw the light source line 1 and 12 from the receiving holes 75 and 75, the elastic arms 72 and the elastic arms 74 can be pushed to temporarily enlarge the neck portions 76 and 76 to the light source line u. , U through the width, and the light source line ^, 12 can easily exit the receiving hole, 75. 14 M350719 , : Red Riding, this creation has indeed met the requirements of _ patent, Newfa filed patent application, the creation of the standard has been disclosed above in the preferred embodiment, but it is not intended to limit the creation, - 姊^ Those who have the usual knowledge in the field can make some changes and refinements of the 5th noon without departing from the spirit and scope of this creation. Therefore, the scope of protection of this creation should be defined by the patent application details. In addition, the scope of the creation of the thief is not necessary, and the advantages or characteristics of all the thieves exposed by the cost creation are not required. In addition, the abstract sections and headings are only used to assist in the search for patent documents and are not intended to limit the scope of the invention. * [Simple description of the diagram] The reference S1 diagram is a schematic cross-sectional structure of a conventional backlight module. Fig. 1 is a schematic exploded perspective view of the optical module, wherein a conventional wire fixing structure is disposed on the plastic frame. Fig. 3 is an enlarged schematic view showing a part of the plastic frame structure of the conventional backlight module in Fig. 2. Fig. 4 is a schematic view showing the combined structure of the conventional backlight module shown in Fig. 2. Fig. 5 is a partially enlarged schematic view showing the structure of a conventional backlight module shown in Fig. 4. • Fig. 6 is a plan view showing the planar structure of another wire fixing member of the conventional backlight module. Fig. 7 is a schematic exploded perspective view of a backlight module of a preferred embodiment. Fig. 8 is an enlarged schematic view showing a part of the plastic frame structure shown in Fig. 7. Fig. 9 is a plan view showing the planar structure of the wire conditioner shown in Fig. 8®. [Main component symbol description] Light source 10 Reflector 20 Backlight module 1 Light source line 11, 12 15 M350719 Light guide plate 30 Optical film 40 Reflective sheet 50 Plastic frame 60 Frame edge 61, 62, 63, 64 Containment space 65 Wire Fixing member 70 fixing arm 71' 73 bottom end 710 > 720 first side 711 ' 722 second side 712, 723 elastic arm 72'74 top end 721 ' 740 snap portion 724 operating arm 725 ' 741 receiving hole 75, 75, Housing 750, 750, neck 76, 76, inlet 77, 77, opening and closing space 78 lamp cover 95 16