201041789 六、發明說明： 【發明所屬之技術領域】 本發明係關於-種承載裝置，特別是—種液晶面板的承 載盤。 【先前技術】 在液晶顯示面板之製造触巾，製造者對液晶顯 #面板進行搬運或存放。在搬運或是存放液晶顯示面板的過程 中，為了倾液晶顯示面板的表面，製造者往往會將液晶顯示 面板置於-承載盤，之後再_—卿手f或是以人工的方式 來私動承載盤，以對液晶顯示面板進行搬運或存放。 自用之承載盤Τξ：經由射出成开>的方式製造而成。習用的 承載盤是由-承載板以及一框架所構成，其中承載板的外緣連 接於框架的内緣。基於這樣的結構，製造者將液晶顯示面板放 0 置於框架内，以使承载板承載此液晶顯示面板。 而’ Pi著製造液晶顯示面板的技術不斷地演進，大尺 寸的液a曰頌示面板的需求量亦不斷地增加。為了使這些承載盤 具有足夠的剛性以承載這些大尺寸的液晶顯示面板，製綠往 往曰^加承載板以及框架的厚度。但是，這種經由增加承載盤 與框，的厚度’以增加承载盤的剛性的方式，卻會增加承載盤 的重量。當承載盤的重量增加時，承载盤的中央區域就容易因 為承载盤自身重量而產生彎曲。 除承载板自身的重量會造成承載曲外，當承載板 5 201041789 承載们夜晶顯7F面板時，液晶顯示硫的重量會進—步地加大 承載板的f曲程度。如此—來，當多個承載有液晶顯示面板的 承載盤堆$在一起時，位於上層的承載板就容易因為其自身的 4曲而£迫到位於下層的液晶顯示面板，並且造^^壓迫的液 晶顯示面板的損壞。 基於上述，為了避免液晶顯示面板在搬運以及儲存的過 程中父到破壞’在液晶顯示面板的承載盤的設計上，習知技術 存在著製造厚度薄但是強度高的承載盤的需求。 【發明内容】 寥於以上的問題’本發明提供―種液晶面板承盤，藉 以滿足習知技術所存在的製造厚度薄但是強度高的承載盤的 需求。 本發明所揭露之一液晶面板承載盤包含一承載板以及多 條凹肋。承載板具有一承載面。承載面具有一面板承載區。面 板承載區用以承載-液晶面板。這些_位於面板承載區内。 這些凹肋的長軸平行於面板承載區的一側邊。這些凹肋具有一 寬度，並且兩相鄰的凹肋之間具有一間距〇，其中凹肋的寬度 與兩相鄰_肋之間賴距的比值為α25$(凹肋寬度/兩相鄰 的凹肋之間的間距)$4。 依照本發明之難f關，上述的面板承倾的輪廊為 一矩开>，並且上述的側邊為面板承載區的短邊。較佳的是，哕 凹肋之長度與該側邊之長度的差值為〇.98$(側邊之長度/該 201041789 凹肋之長度)^0.99。更佳的是，凹肋之寬度與凹肋之深度的比 值為1S(凹肋之寬度/凹肋之深度)$5。 依照本發明之較佳實施例，上述的面板承魏的輪廊與 液晶顯示面板之一底面的輪廓相同。 依照本發明之較佳實施例，上述的承载板的厚度與凹肋 之壁厚相同。 依照本發明之較佳實施例，上述的液晶面板承載盤更包 含多個凸柱。這些凸柱配置於承載面，並且位於面板承載區 外。這些凸柱具有一抵靠面。此抵靠面朝向並且鄰進於面板承 載區。這些抵靠面用以抵靠液晶面板的一側緣。 依照本發明之較佳實施例’上述的凸柱的高度大於面板 之厚度。 依A?、本發明之較佳實施例’上述的液晶面板承載盤更包 括一框架。承載板之外緣連接於框架的内緣。框架之内緣具有 多個抵頂面。這些抵頂面朝向並且鄰進於面板承載區。這些抵 頂面用以抵靠液晶面板的侧緣。更佳的是，框架之内緣更具有 多個退縮槽。這些退縮槽係鄰近於面板承載區。這些退縮槽位 於面板承載區外，並且將面板承載區的轉角容納於退縮槽内。 依照本發明之較佳實施例，這些凹肋之長度與框架之外 緣的短邊的長度的比值為0.55 ^(凹肋之長度/框架之外緣的 短邊的長度）$ 0.70。 依照本發明之較佳實施例，這些凹肋係平均地分佈在承 201041789 載板上，並且這些凹肋的數量是介於5條至Μ條之間。 依照本發明之較佳實施例，這些凹肋係以承載板的中心 為對稱軸分佈在承載板上，並且這些凹肋的數量是介於2條至 16條之間。 本發明所揭露之另一液晶面板承載盤包含一承載板、多 個凸柱以及多個凹肋.這些凸柱配置於承載板上，並將承載板 劃分為一印刷電路板(PCB)承載區、—面板承載區與多個撓性 線路板(FPC)承載區。各個凸柱皆被印刷電路板容置區 '面板 承載區與兩相鄰之撓性線路板容置區所包圍。凹肋配置於面板 承載區中。各個凹肋均具有一寬度，兩相鄰之凹肋之間均具有 一間距，且0.25S(凹肋的寬度/兩相鄰之凹肋之間的間距)‘心 依據本發明之一實施例，上述的面板承載區具有一長邊 與一短邊。短邊具有一長度，且這些凹肋皆平行於短邊。較佳 的是’各個凹肋均具有一長度，且0.98 ^(短邊的長度/凹肋的 長度)$0.99。 依據本發明之一實施例，該些凹肋係位於該面板承載區 内0 依照本發明之較佳實施例，部分的凹肋係位於面板承載 區内’其餘之凹肋配置於面板承載區與對應之撓性線路板容置 區中。 依照本發明之較佳實施例，部分的凹肋之部分係位於面 板承載區内，其餘之凹肋配置於面板承載區、對應之撓性線路 201041789 板容置區與電路板承載區中。 依據本發明之一實施例，上述之各個凹肋均具有—深 度’且1$(凹肋的寬度/凹肋的深度)$5。 依據本發明之一實施例，上述之另—液晶面板承載盤另 包含—框架繞承载板。較佳的是，凹肋之長度與框架之外緣的 短邊的長度的比值為α55 _肋之長度/框架之外緣的短邊 的長度）S 0.70。 依據本發明之—實關，凹肋解均地分佈在承载 板上，並且這些凹肋的數量是介於5條至28條之間。 依據本發明之-f酬，這些_係財餘的中心為 對輪軸分佈在承載板上，並且這些簡的數量是介於2條至 16條之間。 基於上述，由於上述之液晶面板承載盤的承載區内具有 凹肋，並且這些凹肋的寬度與兩相鄰之凹肋之間的間距的比值 為0.25$凹肋的寬度/兩相鄰之凹肋之間的間距，是以相較 於習知技術而言，在相同的承載板的厚度下，上述之液晶面板 承載盤具有較佳的強度。 以上之關於本發明内容之說明及以下之實施方式之說明 係用以示範與解釋本發明之原理，並且提供本發明之專利申請 範圍更進一步之解釋。 【實施方式】 以下在實施方式中詳細敘述根據本發明的詳細特徵以及 201041789 U其内奋足以使任何熟習相關技藝者了解根據本發明的技 術内谷並據以貝^，且根據本說明書所揭露的内容、申請專利 範圍及圖式’任何熟習相關技藝者可輕易地理解根據本發明相 關的目的及優’點以下的實施例係進一步詳細說明根據本發明 的觀點’但非以任何觀點限制本發明的範疇。 請參照第1、2、3A以及3B圖，其中第1圖繪示為依據 本發明-貫施例之液晶面板承載盤的斜視示意圖、第2圖緣示 為第1圖之液曰曰面板承载盤的俯視示意圖、第3A圖綠示為第〇 1圖之液晶面板承麵的剖面示意圖以及第3B_示為第3A 圖之局部放大示意圖。液晶面板承載盤20包含-承載板22以 及多條第-⑽24。承載板22具有—承載面％。承載面％ 具有-面板承載區28。面板承載區Μ適於承載一液晶面板， 較佳的是，此面板承顧28的輪廓姻於此液晶顯示面板之 一底面的輪廓。這些第一凹肋24位於面板承載區Μ内。這些 第-凹肋24的長轴L平行於面板承載區28的一側邊。依據本◎ 發明之-較佳實施例’面板承載區28具有一短邊3〇以及一長 邊32,這些第一凹肋24的長軸L平行於短邊3〇。較佳的是， 面板承載區28的輪廓為-矩形，並且第—凹肋24的長轴l 平行於面板承載區28的一短邊3〇。 廷些第一凹肋24具有一寬度W，並且兩相鄰的第一凹肋 24之間具有—間距D，其中第一凹肋24的寬度％與兩相鄰 之第一凹肋24之間的間距D的比值為0.25SW/DS4時，具 10 201041789 有可接受的液晶面板承載盤20的變形量。 睛參照第4圖，其繪示為依據本發明的液晶面板承載盤 承受負載下，不同的(W/D)值所對應之液晶面板承載盤的變形 量的電腦模擬結果。此電腦模擬的參數條件為： ⑴液晶面板承載盤20的寬度為543.77公釐(mm)，長度 為947.39公釐(mm)並且高度為0.7公釐(mm)。 (2) 液晶面板承載盤20所承載的液晶面板的密度為4x2.4 X10—9公噸/立方公釐。 (3) 液晶面板承載盤20承載兩片液晶面板，並且液晶面 板承載盤20加上這兩片液晶面板的總重量為3.46公 斤(Kg)。 (4) 揚氏係數E=62.5xl〇9帕斯卡(pa)。 (5) 浦松比為0.23。 由第4圖可知，當(W/D)大於0.25時，液晶面板承載盤 20的變形量有顯著的下降’亦即液晶面板承載盤2〇的強度有 顯著的提昇。當(W/D)持續地增加並且趨近於4時，曲線的斜 率趨於平緩，亦即(W/D)的增加無法持續並且顯著地增強液晶 面板承載盤20的強度’甚至還會降低液晶面板承載盤2〇.的強 度。此外，當(W/D)趨近於1時，液晶面板承載盤2〇的變形量 達到一最小值，亦即液晶面板承載盤2〇具有最佳的強度。 此外，為了使承載板22具有更佳的剛性，在本發明的一 較佳實施例中，第一凹肋24之長度p應與面板承載區％之短 11 201041789 邊：>〇的長度S相當，亦即其比值的範圍為〇 98^s/i>各吻。 再者，為了使承載板22具有更佳的剛性，第—凹肋^ 之覓度W與第一凹肋24之深度H的比值更可以為 1$W/H$5。 ’ 此外，當第-凹肋24係平均地分佈在承載板22上時（即 第一凹肋24之間的間距，以及最外圍的第一凹肋％和框架 38内緣之間的間距皆相等）’為了使承載板η具有更佳的剛 性，較佳的是’若令第一凹肋24的數量為N，則㈣。 當运些第-凹肋24係以承載板22的中心為對稱軸分佈於承載 板22上時（第-凹肋24之間的間距相等，但與最外圍的第— 凹肋24和框架38内緣之間的間距不一定相等），為了使承載 板22具有更佳的剛性，較佳的是，若令第一凹肋24的數量為 Nc，則 2SNC$16。 。月參知、第5圖，其緣示為依據本發明之液晶面板承載盤 承受負载下，第-凹肋的數量Ν對應於液晶面板承載盤的變 形量的電腦模擬結果，其中這些第一凹肋係平均地分佈於液晶 面板承載盤上。由第5圖可知，當Ν大於5時，液晶面板承 載盤2〇的變形f有縣的下降，亦即液晶面板承載盤 20的強 度有顯著的提昇。當則寺續地增加並且趨近於28時，曲線的 斜率趨於平緩’亦g卩長度p的增加無法滅並且麟地增強液 曰曰面板承載盤2〇的強度’只是徒增設計與製造上的困難度而 、勺話4 ^ 5SNS28時，液晶面板承載盤20的強度 12 201041789 有顯著地或可接受地增加。 請參照第6圖，发给一 i心自#nr - /、、喷不為依據本發明之液晶面板承載盤 承叉負載下，第一凹肋 ' 形量的電腦模麵果，岭Γί對應於液晶面板承載盤的變 ,,^^ 第―凹肋係以液晶面板承載盤 的中心為對稱軸分佈於 、液日日面板承載盤上。由第6圖可知，當 Y、液阳面板承载盤20的變形量有顯著的下降，亦 Ο Ο 、P&曰面板承载盤20的強度有顯著的提昇。當NC持續地增加201041789 VI. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to a carrier device, and more particularly to a carrier disk for a liquid crystal panel. [Prior Art] In the manufacture of a touch panel of a liquid crystal display panel, the manufacturer carries or stores the liquid crystal display panel. In the process of transporting or storing the liquid crystal display panel, in order to tilt the surface of the liquid crystal display panel, the manufacturer often places the liquid crystal display panel on the carrier, and then moves it privately. A carrier tray for carrying or storing the liquid crystal display panel. The carrier tray for self-use is manufactured by means of injection and opening. A conventional carrier tray is constructed of a carrier plate and a frame, wherein the outer edge of the carrier plate is coupled to the inner edge of the frame. Based on such a structure, the manufacturer places the liquid crystal display panel 0 in the frame so that the carrier board carries the liquid crystal display panel. While Pi's technology for manufacturing liquid crystal display panels continues to evolve, the demand for large-size liquid-based panels continues to increase. In order to make these carrier disks rigid enough to carry these large-sized liquid crystal display panels, the green is made to support the thickness of the carrier plate and the frame. However, this increases the weight of the carrier by increasing the thickness of the carrier disk and the frame to increase the rigidity of the carrier. When the weight of the carrier tray is increased, the central portion of the carrier tray is liable to be bent due to the weight of the carrier tray itself. Except that the weight of the carrier board itself will cause the load to be curved, when the carrier board 5 201041789 carries the 7F panel of the night crystal, the weight of the liquid crystal display sulfur will further increase the degree of the curvature of the carrier board. In this way, when a plurality of carrier discs carrying the liquid crystal display panel are stacked together, the carrier board located in the upper layer is easily forced to the liquid crystal display panel located in the lower layer due to its own four curvatures, and is forced to be pressed. The damage of the LCD panel. Based on the above, in order to prevent the liquid crystal display panel from being broken during the handling and storage process, the conventional technology has a demand for manufacturing a thin but strong carrier disk. SUMMARY OF THE INVENTION The present invention provides a liquid crystal panel retainer in order to meet the demand for manufacturing a thin but high strength carrier disk existing in the prior art. One of the liquid crystal panel carrier disks disclosed in the present invention comprises a carrier plate and a plurality of concave ribs. The carrier plate has a bearing surface. The carrying mask has a panel carrying area. The panel carrying area is used to carry a liquid crystal panel. These _ are located in the panel bearing area. The long axes of the concave ribs are parallel to one side of the panel carrying area. The concave ribs have a width, and a spacing 〇 between the two adjacent concave ribs, wherein the ratio of the width of the concave rib to the distance between two adjacent ribs is α25$ (the width of the concave rib/two adjacent The spacing between the concave ribs is $4. According to the difficulty of the present invention, the above-mentioned panel-tilted wheel gallery is a moment opening > and the above-mentioned side edges are short sides of the panel bearing area. Preferably, the difference between the length of the concave rib and the length of the side edge is 〇.98$ (the length of the side edge / the length of the 201041789 concave rib) ^ 0.99. More preferably, the ratio of the width of the concave rib to the depth of the concave rib is 1S (the width of the concave rib / the depth of the concave rib) of $5. In accordance with a preferred embodiment of the present invention, the panel of the above-described panel has the same contour as the bottom surface of one of the liquid crystal display panels. In accordance with a preferred embodiment of the present invention, the thickness of the carrier sheet is the same as the thickness of the recessed ribs. According to a preferred embodiment of the present invention, the liquid crystal panel carrier tray further includes a plurality of studs. These studs are disposed on the bearing surface and are located outside the panel bearing area. These studs have an abutment surface. This abutment faces and adjoins the panel bearing area. These abutting faces are used to abut against one side edge of the liquid crystal panel. In accordance with a preferred embodiment of the present invention, the height of the studs described above is greater than the thickness of the panel. According to a preferred embodiment of the present invention, the liquid crystal panel carrier tray described above further includes a frame. The outer edge of the carrier plate is attached to the inner edge of the frame. The inner edge of the frame has a plurality of top surfaces. These abutting faces face and adjoin the panel carrying area. These abutting surfaces are used to abut against the side edges of the liquid crystal panel. More preferably, the inner edge of the frame has a plurality of retracting grooves. These retraction slots are adjacent to the panel bearing area. These retracting slots are located outside the panel carrying area and accommodate the corners of the panel carrying area in the retracting slots. In accordance with a preferred embodiment of the present invention, the ratio of the length of the concave ribs to the length of the short sides of the outer edges of the frame is 0.55 ^ (the length of the concave ribs / the length of the short sides of the outer edge of the frame) of $ 0.70. In accordance with a preferred embodiment of the present invention, the ribs are evenly distributed over the carrier 201041789 and the number of ribs is between 5 and the rafters. According to a preferred embodiment of the invention, the concave ribs are distributed on the carrier plate with the center of the carrier plate as an axis of symmetry, and the number of the concave ribs is between 2 and 16. Another liquid crystal panel carrier disk disclosed in the present invention comprises a carrier plate, a plurality of protrusions and a plurality of concave ribs. The protrusions are arranged on the carrier plate and divide the carrier plate into a printed circuit board (PCB) bearing area. , panel carrying area and multiple flexible circuit board (FPC) carrying areas. Each of the studs is surrounded by a printed circuit board receiving area 'panel carrying area and two adjacent flexible circuit board receiving areas. The concave ribs are disposed in the panel carrying area. Each of the concave ribs has a width, and a gap between two adjacent concave ribs, and 0.25S (the width of the concave rib / the spacing between two adjacent concave ribs) 'heart according to an embodiment of the present invention The panel bearing area has a long side and a short side. The short sides have a length, and the concave ribs are all parallel to the short sides. Preferably, each of the concave ribs has a length of 0.98 ^ (length of the short side / length of the concave rib) of $0.99. According to an embodiment of the present invention, the concave ribs are located in the panel bearing area. According to a preferred embodiment of the present invention, a portion of the concave ribs are located in the panel bearing area. The remaining concave ribs are disposed in the panel bearing area. Corresponding to the flexible circuit board accommodating area. In accordance with a preferred embodiment of the present invention, portions of the partial ribs are located in the panel load zone, and the remaining ribs are disposed in the panel load zone, the corresponding flex circuit 201041789 board accommodating zone and the circuit board carrying zone. According to an embodiment of the invention, each of the above-mentioned concave ribs has a depth - and 1 $ (the width of the concave rib / the depth of the concave rib) of $5. According to an embodiment of the invention, the other liquid crystal panel carrier tray further comprises a frame surrounding the carrier plate. Preferably, the ratio of the length of the concave rib to the length of the short side of the outer edge of the frame is α55_the length of the rib/the length of the short side of the outer edge of the frame) S 0.70. According to the invention, the rib solutions are evenly distributed on the carrier plate, and the number of the ribs is between 5 and 28 bars. According to the invention, the center of these _ series is distributed on the carrier board for the axle, and the number of these simplifications is between 2 and 16. Based on the above, since the above-mentioned liquid crystal panel carrying tray has a concave rib in the bearing area, and the ratio of the width of the concave ribs to the spacing between the adjacent concave ribs is 0.25, the width of the concave ribs/two adjacent concaves The spacing between the ribs is such that the liquid crystal panel carrier has the preferred strength at the same thickness of the carrier plate as compared to conventional techniques. The above description of the present invention and the following description of the embodiments of the present invention are intended to illustrate and explain the principles of the invention. [Embodiment] Hereinafter, detailed features according to the present invention and 201041789 U are sufficiently described in the embodiments to enable any skilled in the art to understand the technology according to the present invention and to disclose it according to the present specification. The content of the invention, the scope of the patent application, and the drawings may be readily understood by those skilled in the art in the light of the present invention. The scope of the invention. Please refer to the figures 1, 2, 3A and 3B, wherein FIG. 1 is a schematic perspective view of a liquid crystal panel carrier according to the embodiment of the present invention, and FIG. 2 is a liquid layer panel bearing of FIG. A schematic plan view of the disk, a green view of Fig. 3A is a schematic cross-sectional view of the liquid crystal panel bearing surface of Fig. 1 and a partial enlarged view of Fig. 3B. The liquid crystal panel carrier 20 includes a carrier plate 22 and a plurality of -10s. The carrier plate 22 has a carrier surface %. The bearing surface % has a panel bearing area 28. The panel carrying area is adapted to carry a liquid crystal panel. Preferably, the panel conforms to the contour of a bottom surface of the liquid crystal display panel. These first concave ribs 24 are located within the panel carrying area. The major axis L of these first-recess ribs 24 is parallel to one side of the panel carrying area 28. According to the invention, the panel carrying area 28 has a short side 3〇 and a long side 32, and the long axis L of the first concave rib 24 is parallel to the short side 3〇. Preferably, the panel bearing area 28 has a rectangular shape and the major axis l of the first concave rib 24 is parallel to a short side 3 of the panel carrying area 28. The first concave ribs 24 have a width W, and the two adjacent first concave ribs 24 have a spacing D therebetween, wherein the width % of the first concave rib 24 is between the two adjacent first concave ribs 24 When the ratio of the pitch D is 0.25 SW/DS4, there is an acceptable amount of deformation of the liquid crystal panel carrier 20 with 10 201041789. Referring to Fig. 4, there is shown a computer simulation result of the deformation amount of the liquid crystal panel carrier disk corresponding to different (W/D) values of the liquid crystal panel carrier according to the present invention under load. The parameters of this computer simulation are as follows: (1) The liquid crystal panel carrier 20 has a width of 543.77 mm (mm), a length of 947.39 mm (mm), and a height of 0.7 mm (mm). (2) The density of the liquid crystal panel carried by the liquid crystal panel carrier 20 is 4 x 2.4 X 10 - 9 metric tons / cubic metre. (3) The liquid crystal panel carrying tray 20 carries two liquid crystal panels, and the total weight of the liquid crystal panel carrying tray 20 plus the two liquid crystal panels is 3.46 kg (Kg). (4) Young's coefficient E = 62.5 x l 〇 9 Pascal (pa). (5) The Poisson ratio is 0.23. As is apparent from Fig. 4, when (W/D) is more than 0.25, the amount of deformation of the liquid crystal panel carrying tray 20 is remarkably lowered, i.e., the strength of the liquid crystal panel carrying tray 2 is significantly improved. When (W/D) continuously increases and approaches 4, the slope of the curve tends to be flat, that is, the increase in (W/D) is unsustainable and the strength of the liquid crystal panel carrier 20 is remarkably enhanced and may even decrease. The strength of the liquid crystal panel carrying tray 2〇. Further, when (W/D) approaches 1, the amount of deformation of the liquid crystal panel carrying tray 2〇 reaches a minimum value, that is, the liquid crystal panel carrying tray 2 has the best strength. In addition, in order to make the carrier plate 22 have better rigidity, in a preferred embodiment of the present invention, the length p of the first concave rib 24 should be shorter than the panel bearing area %. 11 201041789 Side: > Quite, that is, the ratio of the range is 〇98^s/i> each kiss. Further, in order to provide the carrier plate 22 with better rigidity, the ratio of the width W of the first concave ribs to the depth H of the first concave ribs 24 may be 1$W/H$5. In addition, when the first-recess ribs 24 are evenly distributed on the carrier plate 22 (i.e., the spacing between the first concave ribs 24, and the spacing between the outermost first concave ribs and the inner edge of the frame 38) Equivalent) 'In order to make the carrier plate η more rigid, it is preferable to 'if the number of the first concave ribs 24 is N, then (d). When the first concave ribs 24 are distributed on the carrier plate 22 with the center of the carrier plate 22 as an axis of symmetry (the pitch between the first concave ribs 24 is equal, but with the outermost first concave rib 24 and the frame 38 The spacing between the inner edges is not necessarily equal. In order to provide better rigidity to the carrier plate 22, it is preferable that 2SNC$16 if the number of the first concave ribs 24 is Nc. . The monthly reference is shown in FIG. 5, which is shown as a computer simulation result of the number of the first-recess ribs corresponding to the deformation amount of the liquid crystal panel carrier disk under the load of the liquid crystal panel carrier according to the present invention, wherein the first concave The ribs are evenly distributed on the liquid crystal panel carrier. As can be seen from Fig. 5, when Ν is larger than 5, the deformation f of the liquid crystal panel carrier disk 2 is lowered, that is, the strength of the liquid crystal panel carrier disk 20 is remarkably improved. When the temple continues to increase and approaches 28, the slope of the curve tends to be flatter. 'The increase in the length p can not be extinguished and the strength of the lining of the liquid raft panel carrying tray 2' is only an increase in design and manufacture. On the difficulty of the above, when the scoop is 4^5SNS28, the intensity 12 201041789 of the liquid crystal panel carrier 20 is significantly or acceptably increased. Please refer to FIG. 6 and send an i-heart from #nr - /, and spray not according to the liquid crystal panel carrier of the present invention, the first concave rib's shape of the computer die face, the corresponding In the change of the liquid crystal panel carrying tray, the first and second concave ribs are distributed on the liquid day and day panel carrying tray with the center of the liquid crystal panel carrying tray as the axis of symmetry. As can be seen from Fig. 6, when the deformation amount of the Y and liquid yang panel carrying tray 20 is remarkably lowered, the strength of the Ο 、, P& 曰 panel carrying tray 20 is remarkably improved. When the NC continues to increase
並且趨近於16時，曲绝A 、·友的斜率趨於平緩，亦即長度p的增加 無法持續並且_地雜《面板承« 20的強度，只是徒 增没计與製造上的困難度而已。換句話說，當KNg丨6時， 液晶面^承载盤2Q的強度有顯著地或可接受地增加。 夜曰曰面板承載盤Μ除了包含承載板a以及第—凹肋％ 、卜更^ 3夕個凸柱34。這些凸柱34配置於承載面％上， 並^位於面板承觀Μ之外。每—凸柱％具有—抵靠面％。 抵罪面36係朝向並且鄰近於面板承載區μ。如此一來，當液 日日面板配置於承載板22上，並且位於面板承載區Μ内時，液 Β曰面板係抵祕抵靠面36。是以，本實施例可以經由這些凸 柱34來限制液晶面板在承載面26上的移動。較佳的是，這些 凸柱34的高度大於兩片液晶面板的厚度。 依據本發明之一實施例，為了使液晶面板承載盤20具有 較佳的強度’液晶面板承載盤20除了可以包含承載板22以及 多條第一凹肋24外，液晶面板承載盤20更包含一框架38， 13 201041789 其中承載板22之外緣係連接於框架％的内緣。 為了使承載板22具有更佳的剛性，在本發明的一較佳實 施例中，第-峨的長度?與框架％之外緣的亀^ I 的比值為 0.55$Ρ/Ι$0·70。 ，明參第7 ®，躲示為依據本發明之液晶面板承載盤 承受負載下，不同的第1肋的長度Ρ對應之液晶面板承載盤 的變形量的電腦模擬結果。在此電職擬實驗中，框架38之 外緣的短邊的長度I為712公釐(mm)。 由第7圖可知，當4GG公釐(刪)SPS500公釐(mm)時， 液晶面板承載盤20的強度有顯著地增加。換句話說，#4〇〇/712 = 〇·55 ^/1^5〇〇/712 = 〇 7〇時，液晶面板承載盤2〇的強度有 顯著地增加。 較佳的疋’框架38的内緣具有多個抵頂面4〇，其中這些 抵頂面40朝向並且鄰近於面板承載區28。如此一來，當液晶 面板配置於承載板22上，並且位於面板承載區28内時，液晶 面板係抵靠於抵頂面40。是以，本實施例可以經由這些抵頂 面40來限制液晶面板在承載面26上的移動。更佳的是，框架 38的内緣具有多個退縮槽42,其中這些退縮槽42鄰近於面板 承載區28、位於面板承載區28之外，並且將面板承載區28 的轉角容納於退縮槽42中，因此退縮槽42的數量至少為四 個。如此一來，當液晶面板配置於承載板22上，並且位於面 板承載區28内時，液晶面板的轉角處係容納於退縮槽42内， 14 201041789 並且不與框架38的内緣接觸。是以，本實施例可以經由這些 退縮槽42來避免液晶面板之易碎的轉角在運送過程中因碰撞 而受到損壞。 依據本發明之一較佳實施例，這些凸柱34更將承載板22 劃分出面板承載區28、印刷電路板(pCB)容置區44以及多個 撓性線路板(FPC)容置區46。更詳細地說，承載板22除了具 有面板承載區28之外，更包含印刷電路板容置區44以及撓性 線路板容置區46，其中任一凸柱34均被面板承載區28、印刷 電路板容置區44以及兩相鄰的撓性線路板容置區46所包圍。 依據本發明之一實施例，液晶面板承載盤20除了包含承 載板22以及第一凹肋24外，更可以包含多個第二凹肋48。 這些第二凹肋48位於面板承載區28以及對應的撓性線路板容 置區46。更詳細地說，這些第二凹肋48係自面板承載區28 延伸至對應的撓性線路板容置區46。另外，液晶面板承載盤 20亦可以包含多個第三凹肋50。這些第三凹肋50位於面板承 载區28、對應的撓性線路板容置區46以及印刷電路板容置區 44。更詳細地說，第三凹肋50係自面板承載區28穿過對應的 撓性線路板容置區46並且延伸至印刷電路板容置區44。這些 第二凹肋4 8或第三凹肋5 0之彼此間的關係，或其與第一凹助 24的關係，皆可類推適用第一凹肋24的設計原則，在此不再 贅述。因此，本發明之液晶面板承載盤20，至少包含(1)第一 凹肋24、第二凹肋48與第三凹肋50，（2)第一凹肋24與第 15 201041789 二凹肋48，（3)第一凹肋24與第三凹肋50,以及⑷第一凹肋 24四種模式。 依據本發明之一較佳實施例，為了進一步地加強第一凹 肋24的剛性，第一凹肋24之内緣更具有一凸緣52，其中凸 緣52是由第一凹肋24的内緣朝向第一凹肋24的凹陷54突 出。如此一來’經由增強第一凹肋24的剛性，本實施例之液 晶面板承載盤2〇的剛性亦隨之增強。 依據本發明之一較佳的實施例，製造液晶面板承載盤20 的材料是塑膠，較佳的是，上述的塑膠是選自於由聚對苯二曱 聚丙婦(PP)以及聚苯乙稀(ps)所構成的群組。 另卜為了大！_地、快速地並且成本低廉地生產液晶面板承載 盤20，液晶面板承載盤20是經由射出成型的工法製造而成， 車又佺的疋，开》成液晶面板承載盤20的塑膠材料的各個部位的 壁厚均相同，換句話說，承載板22的厚度_於第—凹肋24 的壁厚。 嗬麥照弟 叫Μ久牙/啤.六τ矛δ圃 示意 將兩液晶面板配置於f 1目之液晶祕承雌的俯視不愚 並且第9圖繪示為第8圖之承財液晶面板之液晶面板承載 的剖面示意圖。基於上述之液晶面板承載盤2()之結構，使 者可以將-液晶面板56配置於承載板22之面板承載區 内’其中面板承載區28的輪專相同於此液晶面板％之一底 的輪廓。此外’液晶面板56之-側更可以配置有—印刷電 16 201041789 板58以及夕個撓性線路板，其中這些挽性線路板6〇將液 b日面板56电性連接於印刷電路板％。若液晶面板％之—側 配置有印刷電路板58以及撓性線路板6〇時，印刷電路板％ 以及k些繞性線路板6〇係分別配置於印刷電路板容置區私以 及多個撓性線路板容置區46。此外，由於液晶面板承载盤2〇 具有凸柱34以及框架％，是以液晶面板％係抵靠於抵靠面 36以及抵了頁面40，因此液晶面板承載盤2〇係經由凸柱％以 Ο 及框架38來限制液晶面板56在承載面26上的移動。另外， 由於框架38具有退縮槽42，是以液晶面板承載盤2〇係經由 這些退縮槽42來避免液晶面板56之易碎的轉角在運送過程中 因石亚撞而文到損壞。再者，液晶面板承载盤2〇亦可以同時承 載多片液晶面板56,而僅需以間隔墊62隔開即可，間隔墊㈤ 較佳可以缓衝材質製成，例如：發泡材料。 基於上述，由於上述之液晶面板承載盤的承載區内具有 D 凹肋，並且這些凹肋的寬度與兩相鄰之凹肋之間的間距的比值 為0.25 S凹肋的見度/兩相鄰之凹肋之間的間距$4 ,是以相較 於習知技術而言，在相同的承載板的厚度下，上述之液晶面板 承載盤具有較佳的強度。 雖然本發明之實施例揭露如上所述，然並非用以限定本 發明，任何熟習相關技藝者，在不脫離本發明之精神和範圍 内，舉凡依本發明申請範圍所述之形狀、構造、特徵及精神當 可做些許之變更，因此本發明之專利保護範圍須視本說明書所 17 201041789 附之申請專利範陶界定者為準。 【圖式簡單說明】 μ圖’示為依據本發明-實施例之液晶面板承載盤的 斜視示意圖； f 2圖緣71 ®錢晶面板承雜的俯視示意圖； 7圖's7F為第1 ®之液晶面板承健的剖面示意圖； f 3Β圖緣不為第3Α圖之局部放大示意圖； 第—n為依據本發明的液晶面板承載盤承受負栽 同勺(W/D)值所對應之液晶面板承載盤的變形量的電 模擬結果； ^=5圖繪示為依據本發明之液晶面板承載盤承受負載 下田夕條凹肋係平均地分佈於液晶面板承載盤上時，凹肋 拿^^ 、…於液晶面板承載盤的變形量的電腦模擬結果；And when approaching 16 o'clock, the slope of the A and Friend tends to be gentle, that is, the increase of the length p cannot be sustained and the intensity of the panel is only increased and the manufacturing difficulty. Only. In other words, when KNg 丨 6, the intensity of the liquid crystal panel 2Q is significantly or acceptably increased. The night sill panel carrying tray includes a carrier plate a and a first-concave rib %, and a bucking post 34. These studs 34 are disposed on the bearing surface % and are located outside the panel bearing weir. Each of the studs has - abutment surface %. The guilty face 36 is oriented toward and adjacent to the panel carrying area μ. In this way, when the liquid day and day panel is disposed on the carrier plate 22 and is located in the panel carrying area, the liquid panel is secured against the abutment surface 36. Therefore, the present embodiment can restrict the movement of the liquid crystal panel on the bearing surface 26 via the projections 34. Preferably, the height of the studs 34 is greater than the thickness of the two liquid crystal panels. According to an embodiment of the present invention, in order to make the liquid crystal panel carrier 20 have better strength, the liquid crystal panel carrier 20 includes a carrier board 22 and a plurality of first concave ribs 24, and the liquid crystal panel carrier 20 further includes a The frame 38, 13 201041789 wherein the outer edge of the carrier plate 22 is attached to the inner edge of the frame %. In order to provide better rigidity to the carrier plate 22, in a preferred embodiment of the present invention, the ratio of the length of the first to the outer edge of the frame % to the outer edge of the frame % is 0.55 $ Ρ / Ι $ 0 · 70. , Mingshen No. 7®, is shown as a computer simulation result of the deformation amount of the liquid crystal panel carrier disk corresponding to the length of the different first ribs under the load of the liquid crystal panel carrier according to the present invention. In this electric power experiment, the length I of the short side of the outer edge of the frame 38 is 712 mm (mm). As can be seen from Fig. 7, when 4 GG (deleted) SPS is 500 mm (mm), the strength of the liquid crystal panel carrier 20 is remarkably increased. In other words, when #4〇〇/712 = 〇·55 ^/1^5〇〇/712 = 〇 7〇, the intensity of the liquid crystal panel carrier 2〇 is significantly increased. The inner edge of the preferred 疋' frame 38 has a plurality of abutment faces 4, wherein the abutment faces 40 face and are adjacent to the panel bearing zone 28. As a result, when the liquid crystal panel is disposed on the carrier 22 and located in the panel carrying area 28, the liquid crystal panel abuts against the top surface 40. Therefore, this embodiment can restrict the movement of the liquid crystal panel on the bearing surface 26 via these abutting faces 40. More preferably, the inner edge of the frame 38 has a plurality of relief grooves 42 that are adjacent to the panel bearing region 28, outside the panel bearing region 28, and accommodate the corners of the panel bearing region 28 in the retraction slot 42. Therefore, the number of the retracting grooves 42 is at least four. As a result, when the liquid crystal panel is disposed on the carrier board 22 and is located in the panel carrying area 28, the corners of the liquid crystal panel are accommodated in the retracting groove 42, 14201041789 and are not in contact with the inner edge of the frame 38. Therefore, the present embodiment can prevent the fragile corners of the liquid crystal panel from being damaged by the collision during transportation via the retracting grooves 42. According to a preferred embodiment of the present invention, the studs 34 further divide the carrier plate 22 into a panel carrying area 28, a printed circuit board (pCB) receiving area 44, and a plurality of flexible circuit board (FPC) receiving areas 46. . In more detail, the carrier board 22 includes a printed circuit board accommodating area 44 and a flexible circuit board accommodating area 46 in addition to the panel carrying area 28, wherein any of the studs 34 are printed by the panel carrying area 28, The circuit board accommodating area 44 and two adjacent flexible circuit board accommodating areas 46 are surrounded. According to an embodiment of the present invention, the liquid crystal panel carrier 20 may include a plurality of second concave ribs 48 in addition to the carrier plate 22 and the first concave ribs 24. These second recessed ribs 48 are located in the panel carrying area 28 and the corresponding flexible circuit board receiving area 46. In more detail, these second recessed ribs 48 extend from the panel bearing area 28 to the corresponding flexible circuit board receiving area 46. In addition, the liquid crystal panel carrier 20 may also include a plurality of third concave ribs 50. These third recessed ribs 50 are located in the panel carrier area 28, the corresponding flexible circuit board receiving area 46, and the printed circuit board receiving area 44. In more detail, the third recessed rib 50 extends from the panel carrying area 28 through the corresponding flexible circuit board receiving area 46 and to the printed circuit board receiving area 44. The relationship between the second concave ribs 4 8 or the third concave ribs 50, or the relationship with the first concave ribs 24, can be applied analogously to the design principle of the first concave ribs 24, and will not be described herein. Therefore, the liquid crystal panel carrier 20 of the present invention comprises at least (1) first concave ribs 24, second concave ribs 48 and third concave ribs 50, (2) first concave ribs 24 and 15th 201041789 two concave ribs 48. (3) The first concave rib 24 and the third concave rib 50, and (4) the first concave rib 24 are in four modes. According to a preferred embodiment of the present invention, in order to further strengthen the rigidity of the first concave rib 24, the inner edge of the first concave rib 24 further has a flange 52, wherein the flange 52 is defined by the first concave rib 24. The rim protrudes toward the recess 54 of the first concave rib 24. As a result, by increasing the rigidity of the first concave rib 24, the rigidity of the liquid crystal panel carrying tray 2 of the present embodiment is also enhanced. According to a preferred embodiment of the present invention, the material for manufacturing the liquid crystal panel carrier 20 is plastic. Preferably, the plastic is selected from the group consisting of poly(p-phenylene terephthalate) (PP) and polystyrene. (ps) The group formed. In addition, for the sake of big! The liquid crystal panel carrier 20 is produced in a ground, fast and cost-effective manner, and the liquid crystal panel carrier 20 is manufactured by a method of injection molding, and the vehicle is further smashed into a plastic material of the liquid crystal panel carrier 20 The wall thicknesses of the portions are the same, in other words, the thickness of the carrier plate 22 is the wall thickness of the first concave ribs 24.嗬 照 照 Μ Μ Μ Μ / 啤 啤 啤 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六 六A schematic cross-sectional view of a liquid crystal panel. Based on the structure of the liquid crystal panel carrying tray 2 () described above, the liquid crystal panel 56 can be disposed in the panel carrying area of the carrying board 22, wherein the wheel of the panel carrying area 28 is identical to the contour of one of the liquid crystal panels. . Further, the side of the liquid crystal panel 56 may be further provided with a printed circuit 16 201041789 plate 58 and a flexible circuit board, wherein the printed circuit board 6 electrically connects the liquid b panel 56 to the printed circuit board %. If the printed circuit board 58 and the flexible circuit board 6 are disposed on the side of the liquid crystal panel, the printed circuit board % and the plurality of winding circuit boards 6 are respectively disposed in the printed circuit board housing area and the plurality of flexible The circuit board accommodating area 46. In addition, since the liquid crystal panel carrying tray 2 has the studs 34 and the frame %, the liquid crystal panel % is abutted against the abutting surface 36 and against the page 40, so the liquid crystal panel carrying tray 2 is passed through the studs. And the frame 38 limits the movement of the liquid crystal panel 56 on the carrying surface 26. In addition, since the frame 38 has the retracting grooves 42, the liquid crystal panel carrying trays 2 are passed through the retracting grooves 42 to prevent the fragile corners of the liquid crystal panel 56 from being damaged by the smashing during transportation. Furthermore, the liquid crystal panel carrying tray 2 can also carry a plurality of liquid crystal panels 56 at the same time, and only need to be separated by spacers 62. The spacers (5) are preferably made of a buffer material, such as a foamed material. Based on the above, since the above-mentioned liquid crystal panel carrying tray has D concave ribs in the bearing area, and the ratio of the width of the concave ribs to the spacing between the adjacent concave ribs is 0.25 S concave ribs/two adjacent The spacing between the concave ribs of $4 is such that the liquid crystal panel carrier has the preferred strength at the same thickness of the carrier plate as compared to the prior art. Although the embodiments of the present invention are disclosed above, it is not intended to limit the present invention, and those skilled in the art, regardless of the spirit and scope of the present invention, the shapes, structures, and features described in the scope of the present application. And the spirit can be changed a little, so the scope of patent protection of the present invention shall be subject to the definition of the patent application Fan Tao attached to the 2010. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 2 is a schematic perspective view of a liquid crystal panel carrier according to an embodiment of the present invention; f 2 is a top view of the edge of the 71 crystal panel; 7 's7F is the first ® A cross-sectional view of the liquid crystal panel bearing; f 3 Β is not a partial enlarged view of the third drawing; the first n is a liquid crystal panel supporting the liquid crystal panel carrying disk according to the present invention. The electrical simulation result of the deformation amount of the carrier disk; ^=5 is a diagram showing that when the liquid crystal panel carrier disk according to the present invention is under load, the Tianshi rib rib system is evenly distributed on the liquid crystal panel carrier disk, the concave rib is taken, ... computer simulation results of the deformation amount of the liquid crystal panel carrier disk;
笛 C 火 圖繪示為依據本發明之液晶面板承載盤承受負載 曰田夕細肋細㈣面板承健的巾心域稱軸分佈於液 30面板承麵均，_的數量Nc對應於g面板承載盤的 變形量的電腦模擬結果； 第7圖繪示為依據本發明之液晶面板承載盤承受負載 不同的凹肋的長度p對應之液晶面板承載盤的變开 腦模擬結果； 、第8圖繪示為將一液晶面板配置於第丨圖之液晶面板承 載盤的俯视示意圖；以及 18 4 201041789 第9圖、纟會不為弟8圖之承載有液晶面板之液晶面板承載 盤的剖面示意圖。 【主要元件符號說明】 20 .液晶面板承載盤 22 :承載板 24 :第一凹肋 26 :承載面 〇 28 :面板承載區 30 :短邊 32 :長邊 34 :凸柱 36 :抵靠面 38 :框架 40 :抵頂面 ® 42 :退縮槽 44 :印刷電路板容置區 46 .挽性線路板容置區 48 :第二凹肋 50 :第三凹肋 52 :凸緣 54 :凹陷 56 :液晶面板 19 201041789 58 :印刷電路板 60 :撓性線路板 62 :間隔墊 L :長轴 P :長度 I :長度 S :長度 W :寬度 D :間距 H :深度 N :數量 Nc :數量The flute C fire diagram is shown as a liquid crystal panel carrier according to the present invention. The load bearing the disk is loaded with a thin rib (4) panel. The center of the towel is distributed on the surface of the liquid 30 panel. The number N of _ corresponds to the g panel. The computer simulation result of the deformation amount of the carrier disk; FIG. 7 is a schematic diagram showing the brain opening simulation result of the liquid crystal panel carrier disk corresponding to the length p of the concave rib of the liquid crystal panel carrier disk according to the present invention; FIG. 9 is a schematic cross-sectional view showing a liquid crystal panel carrying tray of a liquid crystal panel according to a first embodiment of the liquid crystal panel; and FIG. 9 is a schematic view of a liquid crystal panel carrying tray carrying a liquid crystal panel. [Main component symbol description] 20. Liquid crystal panel carrier 22: Carrier plate 24: First concave rib 26: Bearing surface 28: Panel bearing area 30: Short side 32: Long side 34: Protrusion 36: Abutment surface 38 : Frame 40: Abutment surface 42: Retraction groove 44: Printed circuit board accommodating area 46. Pulling circuit board accommodating area 48: Second concave rib 50: Third concave rib 52: Flange 54: Depression 56: Liquid crystal panel 19 201041789 58 : Printed circuit board 60 : Flexible wiring board 62 : Spacer pad L : Long axis P : Length I : Length S : Length W : Width D : Spacing H : Depth N : Number Nc : Quantity