M437968 -1 « 修正補充 五、新型說明： 【新型所屬之技術領域j 本創作係有關於一種模組化液晶顯示器背框之組裝結 構，係可用於各種規格之液晶顯示器背框加以模組化，尤指 可用於較大尺寸之顯示器背框，而可簡化半成品尺寸與備料 者0 【先前技術】 現今電腦普及化，故其螢幕也廣為使用，而更從早期的 陰極射線管(CRT)進化輕晶顯*帥⑽，近年來液晶顯 不器已愈做愈大，甚至更開創出大尺寸的一般家庭電視用的 液晶顯示器。 廷些大尺寸的液晶 M 斯稠l w、42 时以 至更大。當核心技術的液晶片產製方法已被解決後，* 來的商業化競爭就會延伸到技術與品質均―後的成 =見第7圖’係液晶顯示器LCD結構的示= L 了前框A、液晶片B及背框C，其中前框A ^ ;常保留其完整性’就一體成型居多，除非是特别的 …液晶片B是技術限制與規範，也是維持―體性。、 範圍^ ’ C _廣而大，使料城在消費者辛 範圍之後’㈣者其實感覺不到它的存在然^者本 目前仍然維持其完整性而一體成型。 、、、在生產t 故，先前技術環境中，因為各種 在’而也存在著各種尺寸的背框-這些背框c 3 决速！產而以塑膠射出成型製造，而塑膠鋼模，就 昂貴’操作也笨重，更需常維護、壽命在’^ 大尺寸大而無當。 +貫在就疋 而如果改以金屬板彎折，就是製程慢、產量少， 防銹及塗裝等工續，成本也是高。 ' 成太情形’現有液晶顯示器的背框’雖是進行降低 、本最好著手的組件，但其大尺寸、多規格所帶來背框模具 成本高、半成品積料多、生產.管理問題多，及積壓資金等問 題’實均有待產業界改善之。 【新型内容】 本創作針對傳統液晶顯示器背框一體成型、各種尺寸及 2格林立，導致產業無法降低半成品積料庫存量、模具成本 冋、生產管理問題多等而加以解決，希望藉著將背框模組 化，並提供它的組裝結構而讓模組的組件合理的小型化，而 易於製作模具與做後續的生產管理，更可降低製造及維修成 本，從而提高產業之技術與競爭力。 目前的LCD背框都是矩形，而最小尺寸的背框與最大 尺寸的背框，其差別可以視為只有中間的尺寸不一樣，而四 個邊角其實是不變的，事實上，就背框造型或結構而言，四 個邊角是比較複雜的，不論是塑膠製造開模具或是金屬製造 的工序，這部份成本都會比較高，所以這部份如果共用，數 量極大化就成本極小化。至於中間部份的平板或直邊部份， 相對成本都低很多，這部份多樣化對成本增加相對少很多。 4 Μ,437968M437968 -1 « Amendment 5, New Description: [New Technology Area] This creation department is about the assembly structure of a modular LCD back frame, which can be used to modularize the back frame of various specifications. In particular, it can be used for larger-sized display back frames, which can simplify the size of semi-finished products and stock preparation. [Prior Art] Nowadays computers are popularized, so their screens are widely used, and they have evolved from early cathode ray tubes (CRTs). Light crystal display * handsome (10), in recent years, the liquid crystal display has become bigger and bigger, and even created a large-sized liquid crystal display for general home TV. Some large-size liquid crystals M are thicker than w, 42 or more. When the core technology production method of liquid crystal film has been solved, the commercial competition of * will extend to the technology and quality - after the formation = see Figure 7 - LCD display LCD structure = L front frame A, liquid crystal sheet B and back frame C, in which the front frame A ^; often retains its integrity 'is mostly formed in one piece, unless it is special... liquid crystal sheet B is technical limitations and specifications, but also maintains - body. , scope ^ ’ C _ wide and large, so that the city of the city after the scope of the consumer sin (4) actually can not feel its existence, but still maintain its integrity and integrated. Therefore, in the production environment, in the prior art environment, because of various kinds of back frames of various sizes, these back frames c 3 speed! It is made of plastic injection molding, and the plastic steel mold is expensive. The operation is also cumbersome, and it requires frequent maintenance and long life. + If you change it, if you change it to a metal plate, it is slow in process, low in output, anti-rust and painting, and the cost is high. 'Cheng Tai situation' existing back frame of liquid crystal display' is a component that is reduced and best started. However, its large size and multi-standards bring high cost of back frame mold, semi-finished product accumulation, and many production and management problems. And the backlog of funds and other issues 'have to be improved by the industry. [New content] This creation is aimed at the traditional LCD display back frame, various sizes and 2 Green's, which will solve the problem that the industry can't reduce the inventory of semi-finished products, the cost of molds, and the problems of production management. The module is modularized and its assembly structure is provided to make the module components reasonably miniaturized, and it is easy to make molds and carry out subsequent production management, thereby reducing manufacturing and maintenance costs, thereby improving the technology and competitiveness of the industry. The current LCD back frame is rectangular, and the smallest size back frame and the largest size back frame, the difference can be seen as only the middle size is different, and the four corners are actually unchanged, in fact, the back In terms of frame shape or structure, the four corners are more complicated. Whether it is a plastic manufacturing mold or a metal manufacturing process, this part of the cost will be relatively high, so if this part is shared, the quantity is extremely small and the cost is extremely small. Chemical. As for the flat or straight side of the middle part, the relative cost is much lower. This part of the diversification is relatively less costly. 4 Μ, 437968
II
再加上生產成背框後的空間、儲運、半成品積壓成本，小尺 寸的模組或额加上巾_平板或直邊，奴省❹成本及 空間，更可減少積壓成本。 本創作所提出之模組化液晶顯示器背框之組裝結構，係 包括至少二模組板及至少一結合板，各模組板設有複數個第 一結合件，而结合板設有複數個第二結合件，並分別與第一 結合件對應結合，而將模組板與結合板組構成一背框；藉 # 之，長度或寬度之—相同的背框群，可以製作相同規格的二 模組板，再加上一不同規格的結合板，就可以組成不同長度 而同寬度或不同寬度而同長度的背插。 而由上述可知本創作所提供的模組化液晶顯示器背框 之組裝結構’可將不同規格的背框群均提供相同規格的模組 板，而以不同規格的結合板組合出各種不同規格的背框。 為詳細解釋本創作如何實施模組化液晶顯示器背框之 組裝結構，兹配合圖式詳細說明本創作實施例如后。 【實施方式】 本創作模組化組裝後的實施例之一，請參閱第i圖，係 包括至；一模組板1A及至少—結合板2A，各模組板1A設 有複數個第一結合件11A，而結合板2A設有複數個第二結 合件21A，並分別與第一結合件11A對應結合，而將模組 板1A與結合板2A組構成一背框1 〇〇。 第2圖顯示二模組板1 a及一結合板2A分離時之立體 圖。這類型的組合，適用於長度或寬度之一相同的背框群， 5In addition, the space, storage and transportation, and semi-finished backlog cost of the production of the back frame, the small size of the module or the amount plus the towel _ flat or straight edge, slaves cost and space, can reduce the backlog cost. The assembled structure of the back frame of the modular liquid crystal display provided by the present invention comprises at least two module boards and at least one combined board, each of the module boards is provided with a plurality of first joint parts, and the joint board is provided with a plurality of first pieces. The two joint members are respectively combined with the first joint member, and the module panel and the joint panel group form a back frame; by the same length or width of the back frame group, the same size of the second mold can be produced. The assembly board, together with a combination of different specifications, can form back insertions of different lengths of the same width or different widths and the same length. From the above, it can be seen that the assembled structure of the back frame of the modular liquid crystal display provided by the present invention can provide the module boards of the same specification in different back frame groups, and combine various specifications with different specifications of the combination boards. Back frame. In order to explain in detail how the present invention implements the assembly structure of the back frame of the modular liquid crystal display, the present embodiment is described in detail with reference to the drawings. [Embodiment] One of the embodiments of the modularized assembly of the present invention, please refer to the i-th figure, which is included; a module board 1A and at least a bonding board 2A, each module board 1A is provided with a plurality of first The joint member 2A is provided with a plurality of second joint members 21A, and is respectively coupled with the first joint member 11A, and the module panel 1A and the joint panel 2A are combined to form a back frame 1 〇〇. Fig. 2 is a perspective view showing the separation of the two module boards 1a and a bonding board 2A. This type of combination applies to the back frame group with one of the same length or width, 5
吾人可以製作相同規格的二最小尺寸背框的分割模組板 1A，再加上一不同規格的結合板2A，就可以組成不同長度 而同寬度，或不同寬度而同長度的背框.100。 請參閱第3圖，係本創作模組化組裝後的實施例二，係 包括四模組板1B及一結合板2B組成一背框200,該四模組 板1B分別為背框200之四個角端。結合板2B係位於背框 之中央。結合板2B與各個模組板1B之間的結合，係藉由位 在結合板2B的第二結合件21B與位在模組板1B的第一結 合件11B而結合。這實施例適用於長度或寬度或兩者均不 同的背框群，也就是不論是否長度或寬度之一相同，或者是 兩者都不相同的背框，都只要製作相同規格的四模組板 1B，再加上一不同規格的結合板2B置於中央組合四模組板 1B，就可以組成各種不同長度、寬度或不同長寬的背框。 請參閱第4圖，係本創作模組化組裝後的實施例三，本 實施例與第3圖所示的實施例二相似，係包括四模組板1B、 一結合板2B及四片飾板3B組成一背框300，該四模組板 1B分別為背框之四個角端，結合板2B係位於背框300之中 央，各飾板3B則設置於模組板1B及結合板2B之間。如此， 可藉由飾板3B將背框300的背面鏤空區域予以遮蔽。 請參閱第5圖，係本創作模組化組裝後的實施例四，本 實施例包括四模組板1B及四片結合板2C組成一背框400, 該四模組板1B分別為背框之四個角端，四個結合板2C則 位於四模組板1B之間。各個模組板1B及結合板2C間的組 合亦可採用前實施例中所述相同的第一結合件、第二結合件 予以組合。這樣也可以組成各種不同長度、寬度或不同 的背框0 本創作結合件對應結合實施示意圖如第6圖所示，僅以 其中一例表不，餘類同，不贅述，例如模組板1]8之第一結 合件11B係為穿孔，而結合板2 B之第二結合件2 i B係相對 應於第-結合件11B的穿孔，並由固定件4穿固將模組板 1B與結合板2B結合定位。 模組板1B上之第一結合件UB與結合板26之第二結 合件21B亦可採用導槽與相對應的滑軌結構而達到將模組 板1B與結合板2B結合定位的目的。 前述的固定件4係選自螺釘、鉚釘、衝壓鉚合點及焊點 之一。其中螺釘可以是自攻螺釘，鉚釘亦可選用拉釘。至於 衝壓鉚合點，就適用於使用金屬板製造背框，先在模組板上 衝壓出孔徑較小的拉伸孔，配合結合板上孔徑較大的穿孔， 當兩孔對應後，拉伸孔直接落入穿孔，再衝壓一下拉伸孔即 鉚合。至於焊點，一樣適用於使用金屬板製造背框，先在模 組板上衝壓出孔徑較小的定位點凹陷，及對應於結合板上衝 壓出孔徑較大的定位點凹陷，當兩者對應後再點焊。前述的 組合操作’原則上可配合治具，以利組裝。 而由上述可知本創作所提供的模組化液晶顯示器背框 之組裝結構，可將不同規格的背框群均提供相同規格的模組 板，而以不同規格的結合板組合出各種不同規格的背框。 以上所舉實施例僅係用以說明本創作，並非用以限制本 創作之範圍，因此，舉凡與上述實施例等效，而能完成者， M437968 · __· ·' 101年04月/日修正替換頁We can make the split module board 1A of the second minimum size back frame of the same specification, and add a different size combination board 2A to form the back frame .100 of different lengths and the same width, or different widths and the same length. Please refer to FIG. 3 , which is a second embodiment of the present invention. The second module board 1B and the combination board 2B form a back frame 200 , and the four module boards 1B are respectively the back frame 200 . Corner end. The bonding plate 2B is located in the center of the back frame. The bonding between the bonding board 2B and each of the module boards 1B is combined by the second bonding member 21B of the bonding board 2B and the first bonding member 11B of the module board 1B. This embodiment is applicable to a back frame group having a different length or width, or both, regardless of whether the length or the width is the same, or the back frame is different, and only a four-module board of the same specification is produced. 1B, together with a different specification of the bonding board 2B placed in the central combination four module board 1B, can form various back frames of different lengths, widths or different lengths and widths. Please refer to FIG. 4 , which is a third embodiment of the present invention. The present embodiment is similar to the second embodiment shown in FIG. 3 , and includes a four-module board 1B, a bonding board 2B and four pieces. The panel 3B is formed into a back frame 300. The four module boards 1B are respectively the four corner ends of the back frame, the bonding board 2B is located at the center of the back frame 300, and the decorative plates 3B are disposed on the module board 1B and the bonding board 2B. between. In this manner, the back hollow area of the back frame 300 can be shielded by the plaque 3B. Please refer to FIG. 5 , which is a fourth embodiment of the present invention. The present embodiment includes a four-module board 1B and four-piece board 2C to form a back frame 400, and the four module boards 1B are respectively back frames. At the four corner ends, four bonding plates 2C are located between the four module boards 1B. The combination between each of the module boards 1B and the bonding board 2C can also be combined by using the same first bonding member and second bonding member as described in the previous embodiment. This can also be composed of various lengths, widths or different back frames. The corresponding implementation diagram of the creative combination is as shown in Fig. 6, and only one of them is shown. The rest is the same, and will not be described, for example, the module board 1] The first joint member 11B of 8 is a perforation, and the second joint member 2 i B of the joint plate 2 B corresponds to the perforation of the first joint member 11B, and is fastened by the fixing member 4 to bond the module board 1B with the joint. The board 2B is combined for positioning. The first bonding member UB on the module board 1B and the second bonding member 21B of the bonding board 26 can also adopt the guiding groove and the corresponding sliding rail structure to achieve the purpose of combining the module board 1B and the bonding board 2B. The aforementioned fixing member 4 is selected from one of a screw, a rivet, a press riveting point, and a solder joint. The screw can be a self-tapping screw, and the rivet can also be a pull stud. As for the stamping riveting point, it is suitable for manufacturing the back frame by using a metal plate. First, a stretching hole with a small hole diameter is punched out on the module board, and a hole having a larger hole diameter on the bonding plate is matched, and when the two holes correspond, the drawing is performed. The hole falls directly into the perforation, and the stretched hole is punched and riveted. As for the solder joint, the same applies to the use of the metal plate to manufacture the back frame, firstly punching out the positioning point depression with a small aperture on the module board, and corresponding to the positioning point depression with a larger punched hole on the bonding plate, when the two correspond to Then spot welding. The aforementioned combined operation 'in principle can be combined with the jig for assembly. According to the above-mentioned assembly structure of the modular back panel of the modular liquid crystal display provided by the present invention, the module frame of the same specification can be provided for the back frame group of different specifications, and the different specifications of the combination plate can be combined to form various specifications. Back frame. The above embodiments are merely illustrative of the present invention and are not intended to limit the scope of the present invention. Therefore, if it is equivalent to the above embodiment, it can be completed, M437968 · __· · '101 April/Day correction Replacement page
. 均仍應包含於本創作之精神範圍内 【圖式簡單說明】 第1圖係本創作模組化實施例一之前視示意圖。 第2圖顯示第1圖中二模組板及一結合板分離時之立體圖。 第3圖係本創作模組化實施例二之示意圖。 第4圖係本創作模組化實施例三之示意圖。 第5圖係本創作模組化實施例四之示意圖。 第6圖係本創作結合件對應結合實施示意圖。 第7圖係習知LCD結構之示意圖。 【主要元件符號說明】 100、200、300、400 背框 ΙΑ、1B 模組板 2A、2B、2C 結合板 3B 飾板 4 固定件 11A、11B 第一結合件 21A、21B 第二結合件 A 前框 B 液晶顯不 C 背框It should still be included in the spirit of this creation. [Simplified description of the drawings] Figure 1 is a front view of a modular embodiment of the present creation. Fig. 2 is a perspective view showing the separation of the two module boards and a bonding board in Fig. 1. Figure 3 is a schematic diagram of the second embodiment of the present modularization. Figure 4 is a schematic diagram of the third embodiment of the present modularization. Figure 5 is a schematic diagram of a fourth embodiment of the present invention. Fig. 6 is a schematic diagram showing the corresponding implementation of the present combination. Figure 7 is a schematic diagram of a conventional LCD structure. [Description of main component symbols] 100, 200, 300, 400 Back frame 1, 1B module board 2A, 2B, 2C Bonding board 3B plaque 4 Fixing parts 11A, 11B First joint parts 21A, 21B Second joint part A front Box B LCD does not C back frame