M416967 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種背板結構，特 構。 —射廳化之背板結 【先前技術】 目前，平_轉通常是以具有較強切 =:!合玻璃與前框’而為了達到美觀’通常會再以猶 才貝形成外滅科_峨騎_的 =的外背框之製作需搭配各廠商的料而有所不同^相同1 核說，每—種型號可能就需要不_模具成形，因此，需花費 南額的背板模具開發_，並增加工作站，且所使財床設備嘲 數需求較大’造成外麟的製作成本增加。 ，請參閱第1圖，其係為習知平面顯示器之分解圖。如圖所示， 習知平面顯示器6包含—前框架6卜—液晶面板62、—支撐板 63電路板64、一後框架65以及一支撐結構66。後框架65具 有谷置空間，用以容納液晶面板62與電路板64等其他電源裝 置、、且裝平面顯示器6時，先將液晶面板62固定於支撐板63之 中，並將電路板64固定於支撐板63之背面上，然後再將支撐結 構66透過後框架65而鎖固於支撐板63之背面，最後將結合有液 晶面板62及電路板64之支撐板63鎖固於前框架61及後框架65， 即可完成平面顯示器6之組裝。 習知平面顯示器6的液晶面板62必須依賴支撐板63方可固 設’而由於習用支撐板63為了配合液晶面板62的固定方式，支 3 M416967 撐板8必須預留鎖附液晶面板62用的螺絲孔或鉚釘孔洞，因此 支撐板63的外觀造型並非平整造型。 考夏到平面顯示器6的外型美觀，必須額外增加後框架65做 為外觀件，而此-後框架65多以讎材料所製成，藉以遮蔽支撐 板63之用。 習知的平關示H 6因組鮮魏目過多，此組設完成後 的體積相對較大，且習用的支樓板63為穩固支撐液晶面板旧， 多以結構賊難的金射㈣成，姆纽也造成習知平面顯 不器6的整體重量無法降低，導致f知平_示器6顯得過於厚 重’並不符合現今的市場潮流。再者，製作支撐板63需要使用大 輸的沖壓設備’且為了因應市場絲，平面顯示器的尺寸也越 來越大’ _亦被要求輕量化，為了維持大尺寸面板的美觀，塑 料材質的後框架65製作成本也必織升，故導致習知平面顯示器 6的製造成本居高不下。 為了順應市場_化之需求，_開始思考直接以背板替代 卜觀件如此，可以省去外背框的成本，因而有康商開發出植釘 式的背板，可以克服背板美觀的問題，然而，由於植釘品質虚結 構強度的需求’必須選用較厚的背板，據此，原料的使用與工序 時間也增加，導致生產成本居高不下。 再者’以大尺寸面絲說’背板若要直接取代外觀件的外背 框’其支·構需要更強才能避免組裝完成後的平面顯示器變 形’如此在設計上過於複雜，且製造成本亦過高。因此，如何降 低大尺寸平_轉的總製作成本乃是業界亟欲職的問題。 【新型内容】 並且問題，本創作提供—種·結構，其製作簡單， 門^^板結構之整體體積減少，以減少原料的使用、工序時 日 1及裝造成本，而解決習知技術所衍生之問題。 . 本創作之背板結構適用於一顯 個結人件。皆人、 板且』不面板具有複數 σ 、’3 —承餘板與複數個細模板，承载背 板具有-框邊’複數個鎖固模板設於承載背板内，並且對應於顯 不面板的位置。承載背板的框邊圍繞鎖固模板，且各鎖固模板設 有複數侧定件，顯示面板即藉由結合件結合於固定件，而組^ 於承載背板内。 本創作之功效在於： 1. 依據廠商_尺寸但不同舰的設計f求，改變鎖固 模板之鎖固板件與鎖固模塊的設置，據此，承載背板可通 用於相同尺寸的平面顯示器，毋須再針對相同尺寸但不同 型號而製作不同之外背框，可降低製作成本。 2. 鎖固模板可依據不同的設計f求改變細板件與鎖固模塊 的设置’並將其結合至承載背板，使液晶面板可直接鎖附 於鎖固板件及鎖固模塊，不僅可維持承載背板的美觀，使 其直接取代成為外觀件，更完全省去以往使用高成本之塑 料的外背框與其相關之生產工序，大幅降低成本。 3·藉由鎖固板件上設置補強件，並結合至承載背板，據此使 承載背板可使用相較於以往較薄的厚度，又同時具有符合 大尺寸面板所需求之支撐強度，如此得以大幅降低所使用 M416967 的物料’進而可降低製造成本與重量。 有關本創作的特徵、實作與功效，茲配合圖式作最佳實施例 詳細說明如下。 【實施方式】 請參閱第2A圖、第2B圖與第2C圖，其係為本創作第一較 佳實把例之f板結構之分解目、立翻與組設錢示面板之背板 結構之立體圖。 如圖所示，本創作第一較佳實施例之背板結構，適用於一顯 不面板400 ’且顯示面板4〇〇具有複數個結合件41〇。本創作第一 較佳實施例之背板結構包含—承載雜與複數個鎖固模板 300，承載旁板2〇〇具有一框邊21()，複數個鎖固模板3〇〇設於承 載背板200上，並且對應於顯示面板400，承載背板200的框邊 210圍繞鎖固模板3〇〇。鎖固模板3〇〇上設有複數個固定件， 固疋件302之位置鄰近框邊21〇β顯示面板4〇〇係藉由結合件 結合於固定件302，因而組設於承載背板200内並不致脫落。 於本實施例中，鎖固模板3〇〇包含一第一鎖固板件31〇與一 第二鎖固板件320，片狀結構之第一鎖固板件310與第二鎖固板 件320分別組設於承載背板2〇〇内之兩側。本實施例僅依據結合 件410所座落於顯示面板4〇〇之範圍而設置對應的第一鎖固板件 310與第二鎖固板件32〇 ’可使第一鎖固板件31〇與第二鎖固板件 320之組合面積小於承載背板之面積，進而減少製造成本。 然而，本實施例並不以此為限制。第一鎖固板件31〇與第二 鎖固板件320之尺寸大小總合，亦可與承載背板内部之尺寸 ^0/ 目同’因此#第—翻板件31G與第二鎖固板件320分別組 二=«板_之兩側時，[鎖隨件·與第二鎖固板 错n刀別抵°又於框邊210之三側，以如此的技術手段更可增加 果反300結合於承載背板2〇〇的牢固性。 本創作之複數個固定件地分別設置於第—鎖固板件31〇與 鎖固板件320之三側，固定件搬設置於第一綱板件31〇 —鎖固板# 320之内緣’使固定件302鄰近框邊210。本創 作所使用之固々件3〇2為鉚針、鉚孔、螺柱、螺孔、牙孔、凸包 孔或植釘等，而結合件鱗釘、鉚孔、螺柱 '螺孔、牙孔、 凸包孔或植釘等，固料迎與結合件·之形狀相配合，如以 固定件302為鉚釘，而結合件·為鉚孔，而熟悉此項技術者， 亦可選擇制或觀做為摘作的 彻，並不以本創作所揭露之實施例為限。 …口件 設置固定件302時’必須將鎖固模板3〇〇開設孔洞，並且將 鉚釘鉚合於孔_。之後再關板設置於承載背板· 内。而設置財如雷射焊魏是超音波焊鮮齡方式，並不 以此為限。另外’承齡板·之材料可使驗材、貼皮鋼、烤 漆鋼等任何翻的具有光澤面的金屬材質，而金屬材質之承載背 板200可以提高顯示面板·的散熱效果，但本鑛並不限定承 載背板200的使用材質。 本創作之承载背板有別於糾使用歸材料而僅做為美 觀之用途的承載背板200，以模組化的細模板3()()製作可結合 對應於顯福板4GG之結合件410的咖馳勘，再將此模組 M416967 化的鎖固杈板300分別以焊接或鎔接等鍵合方式結合於承載背板 200 上。 如此，鎖固模板300的固定件3〇2可穩定地將顯示面板4〇〇 固疋於承載者板200上，並且不會破壞承載背板2〇〇另一面的美 觀，且承載背板200設置有鎖固模板3〇〇之相對另一側面為平整 表面’具有高度的美觀性。因此，本實施例之承載背板2〇〇可直 接做為平©顯示$整體結構的外觀件，藉由模組化的鎖固模板· 係鍵合於承射板200 僅可触承傭板2〇〇的結構強度， 亦可使顯示面板4GG之結合件41Q藉由固定件搬組設於承載背 板200，兼具支撐與美觀的效果。 本創作所揭露實施例藉由複數個鎖固模板3〇〇設置於承載背 板200，以模組化的方式組設成為完整的背板結構，如此讓背板 結構的製作鮮。據此’因為無須製作f知顯示面板·之支樓 板’故無須使社㈣數的沖壓設備，如此不但可減少背板結構 的整體體積，喊少補的使用與卫料間，節省製作成本，整 體重量及體積更為小型化，並且可增加背板結構之整體結構強度。 請參閱第2D ®，其係為本創作第二較佳實施例之背板結構 之立體圖。如圖所示，第二實施例與第一實施例的差異在於鎖固 模板300尺寸大小不同。 第二實施例可於較大之承載背板設置第一鎖固板件训 與第二鎖固板件32〇 ’並且讓第一鎖固板件細與第二鎖固板件 320位於承載背板兩側，本實施例之第一鎖固板件3難第 二鎖固板件320之尺寸較大’第一鎖固板件31〇與第二鎖固板件 320分別抵設於框邊21〇之三側。由第2 200内之中間部位即騰出―師因此θ ’承載背板 板200之_叙位置。本實_適祕背板 求不大之產品，僅需設置第一鎖固板件_第ί 固板件320以讓承载背板200固定其他元件。 ，、弟一鎖 ^外’此實施例亦可任意改變翻模板⑽之設置 =商相同尺寸但不_的_求，據此，本創作所提出之 泛板結構可勒於姻尺柏平面顯示器，毋縣騎相同尺寸 但不同型號而製作不同之·，以降低製作成本。 請參閱第2E圖，其係為本創作第三較佳實施例之背板結構之 立體圖。如騎示，本實施例不同於第2D圖之第二較佳實施例 在於承載背板200的不同。 本實施例更於承載背板2〇〇設有複數個鎖固孔22〇，鎖固孔 220可用來接設腳座或是其他支撐結構等。故，當背板結構組設 為一顯示H或其他產品時，可於顯示^或其他產品組設腳座或是 支撐結構，減更可增加摘狀背減構於使壯之便利性。 另外，第2B圖之實施例亦可如本實施例設置鎖固孔22〇。 請參閱第3圖，其係為本創作第讀佳實施例之第—鎖固板 件與第二鎖固板件之立體圖。如圖所示，為了更增加第一鎖固板 件310與第一鎖固板件320之結構強度’故本創作可於第一鎖固 板件310或第一鎖固板件320設至少一補強件304。 此實施例之補強件304是於第一鎖固板件31〇與第二鎖固板 M4I0967 件320 Θ以,帽製程的方式設置突出之部位，藉由這些突出之 部位減少第-細板件3⑴與第二鎖固板件32()設置於承載背板 200内時g ’亦可增加背板結構之整體強度，且於鎖固板別 上《又置補強件304，並結合至承載背板細，據此讓承載背板· 使用之厚度與習知相較之下㈣，又同時具有符合大尺寸面板所 需求之支撐強度。M416967 V. New description: [New technical field] This creation is about a backplane structure and special structure. - The back of the squadron [previous technique] At present, the flat _ turn usually has a strong cut =:! glass and front frame 'in order to achieve aesthetics' usually will be formed by the genius The production of the outer frame of the _ _ _ needs to be different with the materials of the manufacturers. ^ The same 1 core said that each type may need not _ mold forming, therefore, it takes the development of the south back plate mold _, and the addition of workstations, and the need for financial equipment ridiculously large, resulting in increased production costs of the outer lin. Please refer to FIG. 1 , which is an exploded view of a conventional flat panel display. As shown, the conventional flat panel display 6 includes a front frame 6 - a liquid crystal panel 62, a support plate 63 circuit board 64, a rear frame 65, and a support structure 66. The rear frame 65 has a valley space for accommodating the other power supply devices such as the liquid crystal panel 62 and the circuit board 64, and when the flat display 6 is mounted, the liquid crystal panel 62 is first fixed in the support plate 63, and the circuit board 64 is fixed. On the back surface of the support plate 63, the support structure 66 is then fixed to the back surface of the support plate 63 through the rear frame 65, and finally the support plate 63 combined with the liquid crystal panel 62 and the circuit board 64 is locked to the front frame 61 and The rear frame 65 completes the assembly of the flat panel display 6. The liquid crystal panel 62 of the conventional flat panel display 6 must be fixed by the support plate 63. Since the conventional support plate 63 is fixed to the liquid crystal panel 62, the support 3 M416967 strut 8 must be reserved for locking the liquid crystal panel 62. Screw holes or rivet holes, so the shape of the support plate 63 is not flat. The appearance of the flat display 6 of Kao Xia is aesthetically pleasing, and the rear frame 65 must be additionally added as an appearance member, and the rear frame 65 is made of a enamel material to shield the support plate 63. The well-known level shows that H 6 is too much due to the group's fresh Wei eyes. The volume after the completion of this group is relatively large, and the conventional support floor 63 is used to firmly support the old LCD panel, and it is often difficult to form a gold thief (four). Mneu also caused the overall weight of the conventional flat display device 6 to be unresolved, resulting in the fact that the F-Pinger 6 was too thick to meet the current market trend. Furthermore, the production of the support plate 63 requires the use of a large-sized punching device 'and in order to cope with the market wire, the size of the flat-panel display is also getting larger' _ is also required to be lightweight, in order to maintain the aesthetics of the large-sized panel, after the plastic material The manufacturing cost of the frame 65 must also be woven, resulting in a high manufacturing cost of the conventional flat panel display 6. In order to meet the needs of the market _, _ began to think directly to replace the back view with the back plate, so you can save the cost of the outer back frame, so there are Kangshang developed a nail-type back plate, which can overcome the problem of the beautiful back plate However, due to the requirement of the strength of the virtual structure of the nailing nails, a thicker backing plate must be used, and accordingly, the use of raw materials and the processing time are also increased, resulting in high production costs. Furthermore, 'in the case of a large-sized wire, the back plate should directly replace the outer frame of the appearance piece. The support structure needs to be stronger to avoid deformation of the flat display after assembly. This is too complicated in design and the manufacturing cost. It is too high. Therefore, how to reduce the total production cost of large-scale flat-turn is a problem in the industry. [New content] And the problem, this creation provides a kind of structure, which is simple to make, and the overall volume of the door structure is reduced, so as to reduce the use of raw materials, the process time and the cost of the process, and solve the conventional technology. Derived issues. The back panel structure of this creation is suitable for a person with a knot. All of them, board and 』 no panel has a complex number σ, '3 - bearing plate and a plurality of fine templates, the carrying back plate has a - frame edge 'a plurality of locking templates are set in the carrying back plate, and corresponding to the display panel s position. The frame edge of the backing plate surrounds the locking template, and each of the locking templates is provided with a plurality of side members, and the display panel is coupled to the fixing member by the bonding member, and is assembled in the carrying back plate. The effect of this creation is as follows: 1. According to the manufacturer _ size but the design of different ships, change the setting of the locking plate and the locking module of the locking template, according to which the carrier back plate can be universally used for the flat display of the same size. It is no longer necessary to make different outer frames for the same size but different models, which can reduce the production cost. 2. The locking template can change the setting of the thin plate and the locking module according to different designs, and integrate it into the carrying back plate, so that the liquid crystal panel can be directly locked to the locking plate and the locking module, not only The aesthetics of the backing plate can be maintained, and it can be directly replaced by the appearance part, which completely eliminates the production process of the outer frame and the related production process of the high-cost plastic in the past, and greatly reduces the cost. 3. By providing a reinforcing member on the locking plate member and bonding to the carrier back plate, the carrier back plate can be used to have a thinner thickness than the conventional one, and at the same time, it has the supporting strength required for the large-sized panel. This greatly reduces the material used in M416967', which in turn reduces manufacturing costs and weight. The features, implementations, and effects of the present work are described in detail with reference to the drawings. [Embodiment] Please refer to FIG. 2A, FIG. 2B and FIG. 2C, which are the first preferred embodiment of the f-plate structure, and the back plate structure of the vertical display and the set money display panel. Stereo view. As shown, the back panel structure of the first preferred embodiment of the present invention is applicable to a display panel 400' and the display panel 4A has a plurality of bonding members 41''. The backplane structure of the first preferred embodiment of the present invention comprises: a carrier and a plurality of locking templates 300, the carrier side panel 2 has a frame edge 21 (), and a plurality of locking templates 3 are disposed on the carrier back On the board 200, and corresponding to the display panel 400, the frame side 210 carrying the backboard 200 surrounds the locking template 3A. A plurality of fixing members are disposed on the locking template 3, and the fixing member 302 is disposed adjacent to the frame edge 21? The display panel 4 is coupled to the fixing member 302 by a coupling member, and is disposed on the carrier back plate 200. It does not fall off inside. In the embodiment, the locking template 3 includes a first locking plate member 31 and a second locking plate member 320, and the first locking plate member 310 and the second locking plate member of the sheet-like structure. 320 are respectively disposed on both sides of the carrying backboard 2〇〇. In this embodiment, only the first locking plate member 310 and the second locking plate member 32'' are disposed according to the range in which the coupling member 410 is seated on the display panel 4A, so that the first locking plate member 31 can be disposed. The combined area with the second locking plate member 320 is smaller than the area of the carrier backing plate, thereby reducing manufacturing costs. However, the embodiment is not limited thereto. The first locking plate member 31〇 and the second locking plate member 320 are combined in size, and may also be the same as the size of the inner portion of the carrying back plate. Therefore, the first plate member 31G and the second locking member are fixed. When the plate member 320 respectively sets the two sides of the plate==plate_[the lock member and the second locking plate are offset by the n-knife and the three sides of the frame edge 210, the technical means can increase the fruit. The anti-300 is combined with the firmness of the carrier backplane 2〇〇. The plurality of fixing members of the present invention are respectively disposed on the three sides of the first locking plate member 31 and the locking plate member 320, and the fixing member is disposed on the inner edge of the first panel member 31〇-locking plate #320 'Making the fixture 302 adjacent to the rim 210. The solid part 3〇2 used in this creation is a rivet needle, a rivet hole, a stud, a screw hole, a tooth hole, a convex hole or a nail, and the binding piece scale, the rivet hole, the stud 'screw hole, The dental material, the convex hole or the nail, etc., the solid material meets the shape of the joint member, such as the fixing member 302 as the rivet, and the coupling member is the rivet hole, and those skilled in the art can also choose the system. Or, as a summary of the abstract, it is not limited to the embodiments disclosed in this creation. ... when the fixing member 302 is set, the locking template 3 must be opened, and the rivet must be riveted to the hole _. Then the board is placed inside the carrier backplane. The setting of money, such as laser welding, is the method of ultrasonic welding, which is not limited to this. In addition, the material of the 'shoulder board can make any metal material with shiny surface such as inspection material, veneer steel and painted steel, and the metal backing plate 200 can improve the heat dissipation effect of the display panel, but the mine The material used for the carrier backplane 200 is not limited. The carrier backplane of the present invention is different from the carrier backplane 200 which is used only for aesthetic purposes, and the modular thin template 3()() can be combined with the joint corresponding to the display panel 4GG. In the 410, the locking plate 300 of the module M416967 is respectively bonded to the carrier back plate 200 by welding or splicing. In this way, the fixing member 3〇2 of the locking template 300 can stably fix the display panel 4 to the carrier board 200, and does not damage the appearance of the other side of the carrier backboard 2, and carries the backboard 200. It is provided with a locking template 3, and the other side is a flat surface' with a high degree of aesthetics. Therefore, the carrying back plate 2 of the embodiment can be directly used as the appearance component of the flat structure, and the modular locking template can be bonded to the receiving plate 200 to be only accessible to the board. The structural strength of the cymbal is also such that the coupling member 41Q of the display panel 4GG can be assembled to the carrier backing plate 200 by the fixing member, which has the effect of support and aesthetics. The embodiment disclosed in the present invention is disposed on the carrier backplane 200 by a plurality of locking templates 3, and is assembled into a complete backplane structure in a modular manner, so that the backplane structure is made fresh. According to this, "because there is no need to make a supporting floor panel for the display panel, there is no need to make the number of stamping equipment of the company (four), so that not only the overall volume of the backboard structure can be reduced, but also the use of the scrap and the toilet material can be saved, saving production costs. The overall weight and volume are further miniaturized and the overall structural strength of the backing structure can be increased. Please refer to the 2D®, which is a perspective view of the backplane structure of the second preferred embodiment of the present invention. As shown, the second embodiment differs from the first embodiment in that the locking template 300 is different in size. The second embodiment can provide the first locking plate member and the second locking plate member 32〇' on the larger carrier back plate and the first locking plate member and the second locking plate member 320 are located on the bearing back. On both sides of the board, the first locking plate member 3 of the embodiment is difficult to have a larger size of the second locking plate member 320. The first locking plate member 31〇 and the second locking plate member 320 are respectively disposed at the frame side. The third side of the 21st. From the middle portion of the 2nd 200, the position of the back plate 200 is carried out by the squad "the θ". The _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ , the brother of a lock ^ outside 'this embodiment can also arbitrarily change the setting of the template (10) = the same size of the quotient but not _ seeking, according to this, the proposed universal board structure can be in the , Jixian rides the same size but different models and makes different ones to reduce production costs. Please refer to Fig. 2E, which is a perspective view of the backplane structure of the third preferred embodiment of the present invention. As shown by the ride, the second preferred embodiment of the present embodiment differs from the second embodiment of Fig. 2 in that the backplane 200 is different. In this embodiment, a plurality of locking holes 22 are provided in the carrying back plate 2, and the locking holes 220 can be used to connect the foot or other supporting structures. Therefore, when the back panel structure is set to a display H or other products, the foot or the support structure can be set on the display ^ or other products, and the reduction can increase the convenience of the pick-up back reduction. In addition, the embodiment of FIG. 2B can also provide the locking hole 22〇 as in the embodiment. Please refer to Fig. 3, which is a perspective view of the first locking member and the second locking member of the first preferred embodiment of the present invention. As shown in the figure, in order to increase the structural strength of the first locking plate member 310 and the first locking plate member 320, the present invention may be provided with at least one of the first locking plate member 310 or the first locking plate member 320. Reinforcing member 304. The reinforcing member 304 of this embodiment is a portion where the first locking plate member 31 and the second locking plate M4I0967 member 320 are protruded in a manner of a cap process, and the protruding portion is used to reduce the first-thin plate member. When the 3(1) and the second locking plate member 32() are disposed in the carrier backing plate 200, g' may also increase the overall strength of the backing plate structure, and on the locking plate, "the reinforcing member 304 is further disposed and coupled to the carrying back. The plate is thin, so that the thickness of the carrier back plate is compared with the conventional (4), and at the same time, it has the support strength required for the large-sized panel.
"月 > 閱第4圖’其係為本創作第五較佳實施例之背板結構之 立體圖如圖所不’此實施例不同於第2D圖之實施例在於此實 施例更包含至少一第三鎖固板件330。 <本實施例之第三鎖固板件33〇為片狀結構，第三鎖固板件33〇 載月板200内並位於第—鎖固板件3! 〇與第二鎖固板件32〇 =間，且本實施例之第三鎖固板件33〇抵設於框邊21〇之兩側。 第三鎖固板件33G分別於兩側設置複數個固耕搬，固定件搬 鄰近邊框’而第二鎖固板件33()與第一鎖固板件训及第二鎖固"Month> [Fig. 4] Fig. 4 is a perspective view of the backplane structure of the fifth preferred embodiment of the present invention. The embodiment of the present embodiment is different from the embodiment of the second embodiment. A third locking plate member 330. < The third locking plate member 33 of the embodiment is a sheet-like structure, and the third locking plate member 33 is disposed in the moon plate 200 and located at the first locking plate member 3! 〇 and the second locking plate member 32〇=Between, and the third locking plate member 33〇 of the embodiment is disposed on both sides of the frame edge 21〇. The third locking plate member 33G is respectively provided with a plurality of solid tilling movements on both sides, the fixing member is moved adjacent to the frame ′ and the second locking plate member 33 () and the first locking plate member are trained and the second locking member is fixed.
板件32G相鄰之處不設置固定件302。如此可讓全部之固定件3〇2 T近框邊21G，更可增加固定件搬之數量，以增加背板結構與 其他元件之組設強度。 另外’本實施例之第一鎖固板件31〇、第二鎖固板件 第f鎖固板件现之面積總和可小於承載背板，猶如第2B ，不甚至可健第三鎖固板件33〇抵設於框邊別之兩側， L細板件310與第二鎖固板件32〇皆不與框邊加相抵。 =例之第一鎖固板件3]Ό、第二鎖固板件挪與第三鎖固核 之尺寸大小僅列舉抵設框邊21〇之實施態樣為說明，但不 10 M416967 本實關可依财際需求雕第板件· 鎖固板件320與第三鎖固板件33〇之大小。 弟— 立體圖Ύ Γ=圖為本創作第六較佳實施例之#板結構之 差實施例與第4圖之實施例相較之下的結構 =广1更於第三鎖固板件33。設置一補強件3。4構 1由補強件胸增加_嶋330之_ 綱設置方式與第3圖之施例的 職件 ^ 置方式相同，故在此不詳加贅 :。本實施例之第-鎖固板件、第二鎖固板件32〇二 固板㈣之尺寸大小僅列舉抵設框伽之實施態樣為跡 為限，本實施例可依據實__—_板件·、 第一鎖固板件320與第三鎖固板件33〇之大小。 ^參閱第6Α圖與第6Β圖，其係為本創作第七較佳實施例之 之立體圖與背板結構之立體圖。如圖所示，本實施 列J 4圖之實施例相較’本實施例於承載背板更設有複數 個穿孔230 ’並且於第三鎖固板件33〇設有複數個鎖固孔迎，鎖 固孔332與穿孔230之位置相對。 穿孔23G驗接設腳座或是其他支撐結構，為了更增加承載 背板200之結構強度’目此於第三鎖固板件33〇上鎖固孔说更 相對應於穿孔23G而設置複數個鎖固孔332。故當腳座或是其他 支撐結構穿設螺絲或是固定元件於穿孔现時，可藉由鎖固孔说 與第三鎖固板件33〇以增加腳座或是支樓結構的設置之牢固程 度。 本實施例之第-鎖固板件31〇、第二鎖固板件32〇與第三鎖 M416967 固板件330之尺寸大小僅列舉抵言文框邊21〇之實施態樣為說明， 但不以此為限’本實施例可依據實際需求調整第一鎖固板件3、 第二鎖固板件320與第三鎖固板件33〇之大小。 凊參閱第7圖，其係為本創作第八較佳實施例之背板結構之 立體圖。如圖所示’本實施例不同於第4圖之實施例在第三鎖固 板件330的數量不同。此實施例之承載背板2〇〇長度較長，因此 可設置兩個第三鎖固板件330以增加承載背板2〇〇之結構強度。 另外，第三鎖固板件330之大小亦可依照實際需求而制定，以讓書 承載背板200在設置第一鎖固板件31〇與第二鎖固板件32〇後， 第鎖固板件310與第二鎖固板件320之間的位置可用數個第三 鎖固板件330設置，以達到模组化之架構，如此可增加背板結構 於製作或使用上之便利性。 另外，本實施例之第一鎖固板件310、第二鎖固板件32〇與 第一鎖固板件330之尺寸大小僅列舉抵設框邊21〇之實施態樣為 。兒明，但不以此為限，本實施例可依據實際需求調整第一鎖固板 · 件310、第二鎖固板件320與第三鎖固板件330之大小。另外， 第鎖固板件310、第二鎖固板件320與第三鎖固板件330之設 置位置，亦可依據實際使用需求做調整，本實施例之不以此第一 鎖固板件310、第二鎖固板件320與第三鎖固板件33〇之設置位 置不以此為限。 請參閱第8圖，其係為本創作第九較佳實施例之背板結構之 立體圖。如圖所示，本實施例不同於第7圖之實施例在第三鎖固 板件330的數量與種類的不同。本實施例係使用三個第三鎖固板 12 M416967 件％〇 ’其中之一第二鎖固板件330設有鎖固孔332，其他兩第三 鎖固板件330則不具有鎖固孔332。由此圖可得知，本創作可依 據實際需求使用而決定不同數量與種類之第三鎖固板件33〇設 置，以達到模組化之架構，如此更可增加本創作之背板結構於製 作或使用上之便利性。 •一 * —另外，本實施例之第一鎖固板件310、第二鎖固板件32〇與 ' j三鎖固板件330之尺寸大小僅列舉抵設框邊21〇之實施態樣為 _ "兄月但不以此為限，本實施例可依據實際需求調整第一鎖固板 件310、第二鎖固板件32〇與第三鎖固板件33〇之大小。另外， 、貞Q板件310、第二鎖固板件32〇與第三鎖固板件之設 置位置’亦可依據實際制需求做調整，本實施例之不以此第一 鎖固板件310、第二鎖固板件32()與第三鎖目板件现之設置位 置不以此為限。 料閱第9A圖與第9B圖，其係為本創作第十較佳實施例之 之分解圖與立體圖。如圖所示，此實施例之鎖固模板· 結構，此實施例之鎖固驗3⑻的形狀呈現為η形。 2施例之鎖固模板包含複數個第一鎖固模塊34〇，第 34〇為门ί 340設於承載背板200内。本實施例之第一鎖固模塊 載背板2⑽’因此設置於承載背板綱内時，沿著框邊210以承 載#板2〇〇之四個端角為中 設於框邊加之相鄰_。 使第細碰抵 34〇白I，施例她之下’本實施例之鎖固模塊 圖之實施例小。故本實施例可減少鎖固模板 13 M416967 之材料，進而減少背板結構之整體重量，以達輕量化之 藉由本實施例之第-鎖固模塊34〇，不但達到模組化之、。 增加背板結構於製作或使用上之便利性。 ，鎖固驗300可依據不同的設計需求改變為鎖固板件 鎖^拉塊，並將其結合至相面為平絲面的承載背板，使 液晶面板可直接鎖瞻_板件及_魏，不僅可轉承载背 板的美觀’使其直縣代成耕觀件，更完全省去錄使用高成 本之塑料的外背框與其相關之生產工序，大幅降低成本。门 、另外，本實施例之第-鎖固模塊34G之尺寸大小僅列舉抵設 框邊210之實施態樣為說明，但不以此為限，本實施例可依據實 際需求調整第-_模塊之大小，且第—鎖固模塊34〇之設 置位置，亦可依據實際_需求做罐，不需如本實施例所示抵 设於框邊210，本第一鎖固模塊34〇之設置位置不以此為限。 請參閱第1GA圖、第聰圖與第u圖，其係為本創作第十 -較佳實_之背板結構之分解圖、立體圖與本創作第十二較佳 貫施例之背板結構之分解圖。 如圖所示，由於承載背板2〇〇大小不一，若僅設置複數個第 一鎖固模塊340於較大之承載背板2〇〇内，並抵設於承載背板2〇〇 内的端角，則僅能將第一鎖固模塊340設置於承載背板200内之 端角。故此實施例更包含複數個第二鎖固模塊35〇。第二鎖固模 塊350設於承載背板2〇〇内並抵設於框邊21〇之一侧，每一第二 鎖固模塊350接設於相鄰第一鎖固模塊34〇之間。第二鎖固模塊 350的設置方式可如第1〇B圖，於承載背板2〇〇之上下兩側設置。 14 M416967 甚至如第11圖’於承載背板200之上下兩側以及左右兩側設置。 本實施例之第一鎖固模塊與第二鎖固魏350之尺寸大 秘列舉抵設框邊21〇之實施態樣為說明，但不以此為限，本實 施例可依據實際需求調整第一鎖固模塊與第二鎖固模塊別 之大小’且第一鎖固模塊340與第二鎖固模塊350之設置位置， 亦可依據實際使用需求做調整，Μ如本實施靖雜設於框邊 210’本第一鎖固模塊340與第二鎖固模塊350之設置位置不以此 為限。 第11圖之第一鎖固模塊340呈現L形，於第U圖之實施例 中，第i固模塊340沿著框邊21〇財載背板之四個端角 為中〜又置’並且四個第一鎖固模塊34〇抵設於框邊21〇之兩侧。 故藉由第-_模塊34G與第二鎖_塊烟相配合，可因應不 同大小之承健板的製作，以達到馳化之架構，更增加背 板結構於製作或使用上之便利性。 另外，第11圖之實施利亦可僅設置四個第一鎖固模塊34〇於 承載背板20G内，而第模塊與第二鎖固模塊⑽之尺 寸大小’可依據實際使㈣求做機，残如本實施酬示抵設 練邊210，而第-鎖固模塊34〇與第二鎖固模塊35〇之設置位 置，甚至是第二鎖固模塊35〇之使用個數並不以此實施例為限。 請參閱第圖’其係為賴作第十三難實施例之背板結構 之立體圖。如圖所示，此實施例與第說圖之實施例相較下，本 實施例更包含-第三鎖固板件33()，藉由第三鎖固板件伽可強 化承載背板200之結構強度，以避免使用第一鎖固模塊姻與第 15 二鎖固模塊350之背板結構強度不足之情形。 。月參閱第I3圖’其係為本創作第十四較佳實施例之背板結構 之立體圖。如圖所示’本實施例與第12圖之實施例她之下，本 實施例更包含複數個第二鎖固模塊350。為了因應不同大小之承 載背板2GG ’本實施例彻第—鎖_塊34()、第二鎖固模塊挪 與第三_板件3輕置於承載背板内，藉由不同類型之鎖 固模板以配置所需之背板結構，以模組化之架構，更增加背 板結構於製作或使用上之便利性。 本實域之第二鎖’件挪、第一鎖固模塊3仙與第 I 上、一 » - 之尺寸A小’可依據實際使用需求做調整，不需如本 ⑼例所示抵設於框邊21G，而第三鎖固板件伽、第—鎖固 :第與= 貞固模塊350之設置位置，甚至是第三鎖固板件330 ，、第-個模塊35〇之使用個數並不以此實施例為限。 請參閱第UA _第14B圖’其係為摘作第十五較佳實施 例=背板結構之分解圖與立體圖。如圖所示，此實施例不同於第 -實施例在於第—_板件31Q與第二_板件3 樣 同。本實施例之第-鎖固板件與第二鎖固板件 =。:設於承載背板2〇0,且… 固板件320分別接設於框邊210之三側。 穿卢實施例之第一鎖固板件310與第二鎖固板件32〇之 ^盘一實施例不同。第一實施例之第一鎖固板件 _第认圖4見度大且而度小，其組設圖式由如第1A 弟A圖—般，猶如貼設於承载背板200。 M416967 一本實施例之第-鎖固板件則與第二鎖固板件挪寬度小且 :度大，故設置於承載背板時，其組設圖式由如第i4A圖與 14B圖-般，猶如貼設於框邊21〇。另外，本實施例之固定件 2雖然設置於第板件剔與第二鎖固板件320，且第-鎖 2板件310與第二鎖固板件畑鄰近框邊⑽，但本實施例之固 二件302位於框邊21〇之相對兩側内，如此可讓顯示面板以側邊 相於方式E]定於承載背板·，更增加背板結構的使用彈性。 另外，本實施例為了更增加第一鎖固板件310與第二鎖固板 320設置於承载背板的穩固性，因此更可分別於第一鎖固 反件310與第二鎖固板件32〇延伸設置一接觸部阳、奶，料由 接觸部315、325更可提升組設的牢靠程度。 曰 本創作所揭露各實施例藉由接觸部315、32s亦可讓第一鎖固 f件則與第二鎖固板件咖不需接觸或抵設於框邊训而固 疋，僅需讓第—鎖固板件與第二鎖固板件32〇之固定件3〇2 的位置對應於顯示面板彻之結合件的設置位置即可。 上述本創作之背板結構如承健板與複油翻模板的模 組=組合’讓背板結構的製作簡單，背板結構因而可減少其厚度: ^板結構更騎型化，得以大幅降低物料成本，亦可增加背板 製作或_上之便利性，同時也減対板結構的整體體積 一里，亦未降低背板結構的結構強度。 雖’、、、:本創作之實施例揭露如上所述，然並非用以限定本創 作’任何热習相關技藝者，在不脫離本創作之精神和範圍内，舉 凡依本創作巾魏騎述之雜、構造、特徵及數量當可做此許 17 M416967 之變更，因此本創作之專利保護範圍須視本說明書所附之申請專 利範圍所界定者為準。 【圖式簡單說明】 第1圖為習知平面顯示器之分解圖。 第2A圖為本創作第一較佳實施例之背板結構之分解圖。 第2B圖為本創作第一較佳實施例之背板結構之立體圖。 第2C圖為本創作第一較佳實施例之組設有顯示面板之背板 之立體圖。 、口再 第2D圖為本創作第二較佳實施例之背板結構之立體圖。 第2E圖為本創作第三難實施例之背板結構之立體圖。 第3圖為本創作第四較佳實施例之第—鎖固板件與第二鎖 之立體圖。 第4圖為本創作第五較佳實施例之背板結構之立體圖。 第5圖為本創作第六較佳實施例之背板結構之立體圖。 第6A圖為本創作第七較佳實施例之承載背板之立體圖。 第6B圖為本創作第七較隹實施例之背板結構之立體圖。 第7圖為本創作第八較佳實施例之錄結構之立體圖。 第8圖為本創作第九較佳實細之背板結構之立體圖。 第9A圖為本創作第十較佳實施例之背板結構之分解圖。 第9B圖為本創作第十較佳實施例之背板結構之立體圖。 第10A圖為本創作第十一較佳實施例之背板結構之分解圖。 第10B圖為本創作第十—較佳實施例之背板結構之立體圖。 第11圖為本創作軒二她實施例之背板結構之分解圖。 18 M416967 "為本創作第十三較佳實施例之倾結構之立體圖。 第13圖為本創作第十四較佳實施例之背板結構之立體圖。 第14Α圖為本創作第十五較佳實施例之背板結構之分解圖。 第14Β圖為本作第十五較佳實施彳狀背板結構之立體圖。 【主要元件符號說明】The fixing member 302 is not provided adjacent to the plate member 32G. In this way, all the fixing members 3〇2 T are close to the frame edge 21G, and the number of fixing members can be increased to increase the assembly strength of the backboard structure and other components. In addition, the total area of the first locking plate member 31 of the second locking plate member and the second locking plate member of the second locking plate member can be smaller than that of the bearing back plate, just like the second BB, and not even the third locking plate. The piece 33 〇 is disposed on the other side of the frame, and neither the L-shaped plate member 310 nor the second locking plate member 32 加 is offset from the frame edge. = The first locking plate member 3] Ό, the second locking plate member and the third locking core are only exemplified by the implementation of the frame edge 21〇, but not 10 M416967 Guan can engrave the first plate piece according to the financial needs. The size of the locking plate member 320 and the third locking plate member 33〇. The stereogram Ύ 图 = diagram is the structure of the difference between the #板结构 embodiment of the sixth preferred embodiment and the embodiment of Fig. 4 = wider than the third locking panel 33. Set a reinforcing member 3. 4 structure 1 Increased by the reinforcing member chest _ 嶋 330 _ The setting method is the same as that of the example in the example of Fig. 3, so it is not added here. In this embodiment, the size of the first locking plate member and the second locking plate member 32 〇 two solid plates (4) are only limited to the embodiment of the frame gamma, and the embodiment can be based on the actual __- The size of the plate member, the first locking plate member 320 and the third locking plate member 33〇. Referring to Figures 6 and 6, it is a perspective view of a perspective view and a back plate structure of a seventh preferred embodiment of the present invention. As shown in the figure, the embodiment of the present embodiment is further provided with a plurality of perforations 230' in the carrier backing plate and a plurality of locking holes in the third locking plate member 33. The locking hole 332 is opposite to the position of the through hole 230. The perforated 23G is connected to the foot or other supporting structure, in order to increase the structural strength of the supporting backing plate 200. Thus, the locking holes on the third locking plate member 33 are more corresponding to the perforations 23G. Locking hole 332. Therefore, when the foot or other supporting structure is screwed or the fixing member is present at the perforation, the locking member can be said to be close to the third locking member 33 to increase the rigidity of the foot or the structure of the branch structure. degree. The size of the first locking plate member 31 〇, the second locking plate member 32 〇 and the third locking member M 416 967 of the present embodiment is only described by way of example of the frame edge 21 ,, but The present invention can adjust the size of the first locking plate member 3, the second locking plate member 320 and the third locking plate member 33 according to actual needs. Referring to Fig. 7, there is shown a perspective view of the back sheet structure of the eighth preferred embodiment of the present invention. As shown in the figure, the embodiment differs from the embodiment of Fig. 4 in the number of third locking members 330. The carrier backplane 2 of this embodiment has a relatively long length, so that two third locking panels 330 can be provided to increase the structural strength of the carrier backplane 2〇〇. In addition, the size of the third locking plate member 330 can also be determined according to actual needs, so that the book carrying back plate 200 is locked after the first locking plate member 31 and the second locking plate member 32 are disposed. The position between the plate member 310 and the second locking plate member 320 can be set by a plurality of third locking plates 330 to achieve a modular structure, which can increase the convenience of the back plate structure in making or using. In addition, the first locking plate member 310, the second locking plate member 32A and the first locking plate member 330 of the embodiment are sized to correspond to the embodiment of the frame edge 21〇. It should be noted that, but not limited thereto, the size of the first locking plate member 310, the second locking plate member 320 and the third locking plate member 330 can be adjusted according to actual needs. In addition, the positions of the first locking plate member 310, the second locking plate member 320 and the third locking plate member 330 can also be adjusted according to actual use requirements, and the first locking plate member is not used in this embodiment. The position where the second locking plate member 320 and the third locking plate member 33 are disposed is not limited thereto. Please refer to Fig. 8, which is a perspective view showing the structure of the back sheet of the ninth preferred embodiment of the present invention. As shown, this embodiment differs from the embodiment of Figure 7 in the number and type of third locking members 330. In this embodiment, three third locking plates 12 M416967 are used. One of the second locking plates 330 is provided with a locking hole 332, and the other two third locking plates 330 have no locking holes. 332. It can be seen from the figure that the creation can determine the number and type of the third locking plate 33〇 according to the actual needs, so as to achieve the modular structure, so that the backplane structure of the creation can be increased. The convenience of making or using. In addition, the size of the first locking plate member 310, the second locking plate member 32〇 and the 'j three locking plate member 330 of the embodiment are only listed as the embodiment of the frame edge 21〇. For the _ " brother month but not limited thereto, the embodiment can adjust the size of the first locking plate member 310, the second locking plate member 32 〇 and the third locking plate member 33 依据 according to actual needs. In addition, the setting position of the 贞Q plate member 310, the second locking plate member 32〇 and the third locking plate member can also be adjusted according to the actual manufacturing requirements, and the first locking plate member is not used in this embodiment. The position where the second locking plate member 32 () and the third locking plate member are present is not limited thereto. 9A and 9B are an exploded view and a perspective view of the tenth preferred embodiment of the present invention. As shown, the locking template structure of this embodiment, the shape of the locking test 3 (8) of this embodiment is shown as an n-shape. The locking template of the embodiment includes a plurality of first locking modules 34A, and the 34th door is provided in the carrier backplane 200. In this embodiment, the first locking module carrier backplane 2 (10) is disposed in the carrier backplane, and is disposed along the frame edge 210 to carry the four end angles of the #2 panel. _. Let the third touch the 34 〇 white I, and the embodiment of the lock module of the present embodiment is small. Therefore, in this embodiment, the material of the locking template 13 M416967 can be reduced, thereby reducing the overall weight of the backing plate structure, so as to achieve weight reduction by the first locking module 34 of the embodiment, not only modularized, but also modularized. Increase the convenience of the backboard structure for making or using. Locking inspection 300 can be changed to the locking plate lock according to different design requirements, and is combined with the bearing back plate with the flat surface, so that the liquid crystal panel can be directly locked _ plate and _ Wei, not only can transfer the aesthetics of the backboard, it makes it straightforward, and it completely eliminates the need to record the outer frame of high-cost plastics and its related production processes, which greatly reduces costs. In addition, the size of the first locking module 34G of the present embodiment is only for the description of the embodiment of the frame edge 210. However, the present embodiment can adjust the first-_ module according to actual needs. The size of the first locking module 34 is set to the position of the first locking module 34, and the setting position of the first locking module 34 is not required, as shown in the embodiment. Not limited to this. Please refer to the 1GA map, the first diagram and the u diagram, which are the exploded view, the perspective view of the back-plate structure of the tenth-better real-time creation, and the back-plate structure of the twelfth preferred embodiment of the present creation. Exploded view. As shown in the figure, since the plurality of first locking modules 340 are disposed in the larger carrier backplane 2, and are disposed in the carrier backplane 2 The end angle of the first locking module 340 can only be disposed at the end angle of the carrier backplane 200. Therefore, the embodiment further includes a plurality of second locking modules 35A. The second locking module 350 is disposed in the carrier backplane 2A and is disposed on one side of the frame edge 21, and each of the second locking modules 350 is disposed between the adjacent first locking modules 34A. The second locking module 350 can be disposed on the lower side of the carrying backplane 2〇〇 as shown in FIG. 14 M416967 is even placed on the upper and lower sides of the carrying backplane 200 and on the left and right sides as shown in Fig. 11. The first locking module of the embodiment and the size of the second locking module 350 are listed as the description of the frame edge 21〇, but not limited thereto, the embodiment can be adjusted according to actual needs. The position of the first locking module 340 and the second locking module 350 can be adjusted according to the actual use requirements, for example, the present embodiment is arranged in the frame. The position of the first locking module 340 and the second locking module 350 of the side 210' is not limited thereto. The first locking module 340 of FIG. 11 has an L shape. In the embodiment of the U-th image, the i-th solid module 340 is intermediate to the four end angles of the backing plate along the frame edge 21 and The four first locking modules 34 are disposed on opposite sides of the frame edge 21〇. Therefore, by using the -_ module 34G and the second lock_block smoke, the manufacture of the different sizes of the bearing plates can be achieved to achieve the structure of the chiseling, and the convenience of the backboard structure in production or use is further increased. In addition, the implementation of FIG. 11 may also provide only four first locking modules 34 in the carrier backplane 20G, and the size of the first module and the second locking module (10) may be based on the actual (four) machine. , the residual compensation as shown in the implementation of the training edge 210, and the position of the first locking module 34 〇 and the second locking module 35 ,, or even the number of the second locking module 35 并不 is not used The examples are limited. Please refer to the figure ', which is a perspective view of the back sheet structure of the thirteenth difficult embodiment. As shown in the figure, in this embodiment, the embodiment further includes a third locking plate member 33 (), and the third locking plate member can be used to strengthen the carrier back plate 200. The structural strength is to avoid the use of the first locking module and the backplane of the fifteenth locking module 350. . Referring to Figure I3', it is a perspective view of the backplane structure of the fourteenth preferred embodiment of the present invention. The present embodiment further includes a plurality of second locking modules 350, as shown in the present embodiment and the embodiment of FIG. In order to respond to different sizes of the carrier backplane 2GG 'this embodiment of the complete - lock_block 34 (), the second locking module and the third_plate 3 lightly placed in the carrier back panel, by different types of locks The solid template is configured to configure the required backplane structure, and the modular structure is added to increase the convenience of the backplane structure in production or use. The second lock of the real domain, the first lock module, the first lock module, the third lock, the first lock, the first lock, the first lock, the third lock, the size of the first lock, the third lock, the third lock, the third lock, the third lock, the third lock, the third lock, the third lock, the third lock, the third lock Frame edge 21G, and the third locking plate member gamma, the first locking: the position of the first = tamping module 350, even the third locking plate member 330, the number of the first module 35 〇 This embodiment is not limited. Please refer to the figure UA_14B' for the fifteenth preferred embodiment = an exploded view and a perspective view of the back plate structure. As shown, this embodiment differs from the first embodiment in that the first plate member 31Q is identical to the second plate member 3. The first locking plate member and the second locking plate member of the embodiment are. It is disposed on the carrying back plate 2〇0, and the solid plate members 320 are respectively disposed on three sides of the frame side 210. The first locking plate member 310 of the embodiment of the wearer is different from the embodiment of the second locking plate member 32. The first locking plate member of the first embodiment has a large degree of visibility and is small in degree, and the group drawing pattern is as attached to the carrier backing plate 200 as shown in FIG. 1A. M416967 The first locking plate member of the embodiment has a smaller width and a larger degree than the second locking plate member. Therefore, when the carrier back plate is disposed, the assembled pattern is as shown in Figures i4A and 14B. As usual, it is attached to the edge of the frame 21〇. In addition, although the fixing member 2 of the embodiment is disposed on the first plate member and the second locking plate member 320, and the first locking plate member 310 and the second locking plate member are adjacent to the frame edge (10), the embodiment is The two solid parts 302 are located on opposite sides of the frame edge 21〇, so that the display panel can be positioned on the side of the backing plate in the manner of the side E], and the use flexibility of the backing plate structure is further increased. In addition, in this embodiment, in order to further increase the stability of the first locking plate member 310 and the second locking plate 320 disposed on the carrier back plate, the first locking member 310 and the second locking plate member are respectively respectively 32〇 extends a contact portion of the sun and milk, and the contact portions 315 and 325 can further improve the firmness of the assembly. In the embodiments disclosed in the present application, the first locking member can be fixed to the frame by the second locking member without the contact portion 315, 32s, and only needs to be The position of the fixing member 3〇2 of the first locking plate member and the second locking plate member 32〇 corresponds to the position at which the display panel is completely coupled. The back panel structure of the above-mentioned creation, such as the module of the bearing board and the re-oiling template, is combined to make the structure of the backboard simple, and the structure of the backboard can reduce the thickness thereof: ^ The structure of the board is more riding, which can be greatly reduced The material cost can also increase the convenience of the backboard making or _, while also reducing the overall volume of the slab structure, and does not reduce the structural strength of the backing structure. Although ',,,: The embodiment of this creation is as described above, but it is not intended to limit the creation of any of the art-related artists, without departing from the spirit and scope of this creation, </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded view of a conventional flat panel display. Fig. 2A is an exploded view showing the structure of the back sheet of the first preferred embodiment of the present invention. 2B is a perspective view of the backplane structure of the first preferred embodiment of the present invention. 2C is a perspective view of the back panel in which the display panel is provided in the first preferred embodiment of the present invention. Port 2D is a perspective view of the backplane structure of the second preferred embodiment of the present invention. 2E is a perspective view of the back plate structure of the third difficult embodiment of the present invention. Figure 3 is a perspective view of the first locking member and the second lock of the fourth preferred embodiment of the present invention. Fig. 4 is a perspective view showing the structure of the back sheet of the fifth preferred embodiment of the present invention. Fig. 5 is a perspective view showing the structure of the back sheet of the sixth preferred embodiment of the present invention. Figure 6A is a perspective view of the carrier backplane of the seventh preferred embodiment of the present invention. Fig. 6B is a perspective view showing the structure of the back plate of the seventh embodiment of the present invention. Figure 7 is a perspective view of the recording structure of the eighth preferred embodiment of the present invention. Figure 8 is a perspective view of the ninth preferred thin back plate structure of the present invention. Fig. 9A is an exploded view showing the structure of the back sheet of the tenth preferred embodiment of the present invention. Fig. 9B is a perspective view showing the structure of the back sheet of the tenth preferred embodiment of the present invention. Fig. 10A is an exploded view showing the structure of the back sheet of the eleventh preferred embodiment of the present invention. Fig. 10B is a perspective view showing the structure of the back sheet of the tenth preferred embodiment of the present invention. Figure 11 is an exploded view of the backplane structure of the embodiment of the creation Xuan Er. 18 M416967 " is a perspective view of the tilting structure of the thirteenth preferred embodiment of the present invention. Figure 13 is a perspective view showing the structure of the back sheet of the fourteenth preferred embodiment of the present invention. Figure 14 is an exploded view showing the structure of the back sheet of the fifteenth preferred embodiment of the present invention. Fig. 14 is a perspective view showing the structure of the braided back plate of the fifteenth preferred embodiment. [Main component symbol description]
6 平面顯示器 61 前框架 62 液晶面板 63 支撐板 64 電路板 65 後框架 66 支撐結構 100 基板 110 背板 120 固定件 200 承載背板 210 框邊 220 鎖固孔 230 穿孔 300 鎖固模板 302 固定件 304 補強件 310 第一鎖固板件 19 M416967 315 接觸部 320 第二鎖固板件 325 接觸部 330 第三鎖固板件 332 鎖固孔 340 第一鎖固模塊 350 第二鎖固模塊 400 顯示面板 410 結合件6 Flat panel display 61 Front frame 62 Liquid crystal panel 63 Support plate 64 Circuit board 65 Rear frame 66 Support structure 100 Substrate 110 Back plate 120 Fixing member 200 Carrier back plate 210 Frame edge 220 Locking hole 230 Perforation 300 Locking template 302 Fixing member 304 Reinforcing member 310 First locking plate member 19 M416967 315 Contact portion 320 Second locking plate member 325 Contact portion 330 Third locking plate member 332 Locking hole 340 First locking module 350 Second locking module 400 Display panel 410 joint parts