TWI703379B - Display device frame - Google Patents

本發明係提供一種顯示裝置框架，其包含一主框體及至少一防水塊。 該主框體係以鋁材製成且具有一外側框面、一內側框面、至少一外鰭片及至少一內鰭片，該外側框面與該內側框面彼此相對，該外鰭片係一體成型地結合於該主框體的外側框面上，該內鰭片係一體成型地結合於該主框體的內側框面上，其中，該主框體的至少一邊角係以焊接接合。該防水塊設置於該主框體以焊接接合之邊角的上緣或下緣。藉由如上所述的顯示裝置框架，可以解決雨水會滲入習知顯示器邊框的接合處以及習知顯示器邊框其散熱不佳、結構強度不足的問題。 The invention provides a display device frame, which includes a main frame and at least one waterproof block. The main frame system is made of aluminum and has an outer frame surface, an inner frame surface, at least one outer fin, and at least one inner fin. The outer frame surface and the inner frame surface are opposite to each other, and the outer fin is The inner fins are integrally formed on the outer frame surface of the main frame, and the inner fins are integrally formed on the inner frame surface of the main frame, wherein at least one corner of the main frame is joined by welding. The waterproof block is arranged on the upper edge or the lower edge of the corner of the main frame body to be welded. With the display device frame as described above, the problems that rainwater will penetrate into the joints of the conventional display frame and the conventional display frame have poor heat dissipation and insufficient structural strength can be solved.

顯示裝置框架 Display device frame

本發明係關於一種框架，尤其是關於一種顯示裝置框架。 The present invention relates to a frame, particularly to a frame of a display device.

為了讓顯示器螢幕不會因為受到外力碰撞而被破壞，顯示器螢幕上通常安裝有顯示器邊框，若顯示器螢幕放置於戶外環境，則顯示器邊框更具有防止雨水潑灑滲入顯示器螢幕內部的作用。基於邊框結構堅固性和易於搬運的考量，習知顯示器邊框一般是以鋁材製成。以鋁材製造顯示器邊框的製程通常如下：首先，將高溫軟化的鋁材送入鋁擠模具中，接著從鋁擠模具中拉出成形的擠出鋁材，接著將擠出鋁材進行適當裁切，最後將裁切後的擠出鋁材框條相互接合，即可製成顯示器邊框。 In order to prevent the display screen from being damaged by external impact, a display frame is usually installed on the display screen. If the display screen is placed in an outdoor environment, the display frame can prevent rainwater from spilling into the interior of the display screen. Based on the consideration of the robustness of the frame structure and ease of handling, the frame of the conventional display is generally made of aluminum. The process of manufacturing the display frame from aluminum is usually as follows: First, the high-temperature softened aluminum is fed into the aluminum extrusion die, and then the formed extruded aluminum is drawn from the aluminum extrusion die, and then the extruded aluminum is appropriately cut Cut, and finally join the cut extruded aluminum frame strips to each other to form the display frame.

習知顯示器邊框的框條接合方式有鎖固、黏合、燒焊等方式，然而，以鎖固、黏合等方式接合的顯示器邊框其接合處容易滲水，使得水進到顯示器邊框內部；而以燒焊方式接合的顯示器邊框其接合處相較於以鎖固、黏合方式接合的顯示器邊框雖然較不易滲水，然而，以燒焊方式接合的顯示器邊框其接合處會產生焊渣，由於該接合處邊緣的焊渣會影響顯示器邊框的美觀，且會干擾顯示器螢幕或是其他板材設備放入顯示器邊框中，因此，以燒焊方式 接合的顯示器邊框會選擇不對顯示器邊框的接合處之上緣或下緣進行焊接，或是對焊接接合處之上緣或下緣進行銑削加工清除焊渣，破壞上緣或下緣原本的焊接接合結構，但如此一來，以燒焊方式接合的顯示器邊框接合處之上緣或下緣也會隨之產生容易滲水的問題。此外，習知的顯示器邊框還有散熱不佳、結構強度不足之問題。 Conventional methods for joining the frame strips of the display frame include locking, bonding, welding, etc. However, the joints of the display frame joined by locking, bonding, etc. are prone to water seepage, causing water to enter the inside of the display frame; The joint of the display frame joined by welding is less prone to water seepage than the display frame joined by locking and bonding. However, the joint of the display frame joined by welding will produce welding slag, due to the edge of the joint The welding slag will affect the appearance of the display frame, and will interfere with the display screen or other plate equipment placed in the display frame. Therefore, the welding method The joined display frame will choose not to weld the upper or lower edge of the joint of the display frame, or to mill the upper or lower edge of the welded joint to remove the welding slag, and destroy the original welding joint of the upper or lower edge However, in this way, the upper or lower edges of the display frame joints joined by welding will also cause the problem of easy water seepage. In addition, the conventional display frame has the problems of poor heat dissipation and insufficient structural strength.

本發明之目的即針對上述問題，提供一種顯示裝置框架，其包含一主框體及至少一防水塊。該主框體係以鋁材製成且具有一外側框面、一內側框面、至少一外鰭片及至少一內鰭片，該外側框面與該內側框面彼此相對，該外鰭片係一體成型地結合於該主框體的外側框面上，該內鰭片係一體成型地結合於該主框體的內側框面上，其中，該主框體的至少一邊角係以焊接接合。該防水塊設置於該主框體以焊接接合之邊角的上緣或下緣。 The objective of the present invention is to solve the above problems and provide a display device frame, which includes a main frame and at least one waterproof block. The main frame system is made of aluminum and has an outer frame surface, an inner frame surface, at least one outer fin, and at least one inner fin. The outer frame surface and the inner frame surface are opposite to each other, and the outer fin is The inner fins are integrally formed on the outer frame surface of the main frame, and the inner fins are integrally formed on the inner frame surface of the main frame, wherein at least one corner of the main frame is joined by welding. The waterproof block is arranged on the upper edge or the lower edge of the corner of the main frame body to be welded.

如上所述的顯示裝置框架，更包含一支撐框架，其設置於該主框體的內側框面上，該支撐框架具有一支撐框面，該支撐框面用於供一板體放置其上，該支撐框面上設置有一黏著劑容置槽，該黏著劑容置槽用於供黏著劑填入。 The display device frame as described above further includes a support frame disposed on the inner frame surface of the main frame body, the support frame has a support frame surface, and the support frame surface is used for placing a board on it, An adhesive accommodating groove is provided on the support frame surface, and the adhesive accommodating groove is used for filling the adhesive.

如上所述的顯示裝置框架，該支撐框面上設置有一黏著劑防溢槽，該黏著劑防溢槽與該黏著劑容置槽相鄰設置，該黏著劑防溢槽係位於該黏著劑容置槽靠近該支撐框面內部的一側。 In the display device frame as described above, an adhesive anti-overflow groove is provided on the support frame surface, the adhesive anti-overflow groove is arranged adjacent to the adhesive accommodating groove, and the adhesive anti-overflow groove is located in the adhesive container. The slot is close to the inner side of the supporting frame surface.

如上所述的顯示裝置框架，該黏著劑防溢槽的開口高度係低於該黏著劑容置槽的開口高度。 In the display device frame as described above, the opening height of the adhesive overflow preventing groove is lower than the opening height of the adhesive containing groove.

如上所述的顯示裝置框架，該支撐框面上設置有一導水槽，該導水槽係位於該黏著劑容置槽靠近該支撐框面邊緣的一側。 In the display device frame as described above, a water guiding groove is provided on the support frame surface, and the water guiding groove is located on a side of the adhesive containing groove close to the edge of the support frame surface.

如上所述的顯示裝置框架，更包含複數螢幕支撐件，設置於該主框體的內側框面上。 The display device frame as described above further includes a plurality of screen supports, which are arranged on the inner frame surface of the main frame.

如上所述的顯示裝置框架，更包含至少一防水透氣閥，其中該主框體具有至少一透氣孔，該透氣孔係貫通該主框體的外側框面與內側框面，該防水透氣閥設置於該主框體的透氣孔中。 The display device frame as described above further includes at least one waterproof and breathable valve, wherein the main frame body has at least one breathable hole which penetrates the outer frame surface and the inner frame surface of the main frame body, and the waterproof breathable valve is provided In the ventilation hole of the main frame.

如上所述的顯示裝置框架，該主框體以焊接接合之邊角的上緣或下緣係以凹焊方式接合。 In the display device frame as described above, the upper or lower edges of the corners of the main frame are welded and joined by recess welding.

如上所述的顯示裝置框架，該至少一外鰭片的數量為複數個，該等外鰭片係彼此保持間距地平行排列。 In the display device frame as described above, the number of the at least one outer fin is plural, and the outer fins are arranged in parallel with each other at a distance.

如上所述的顯示裝置框架，該至少一內鰭片的數量為複數個，該等內鰭片係彼此保持間距地平行排列。 In the display device frame as described above, the number of the at least one inner fin is plural, and the inner fins are arranged in parallel with each other at a distance.

透過如上所述的顯示裝置框架，可以解決雨水會滲入習知顯示器邊框的接合處以及習知顯示器邊框其散熱不佳、結構強度不足的問題。 Through the display device frame as described above, the problems that rainwater will penetrate into the joints of the conventional display frame and the conventional display frame have poor heat dissipation and insufficient structural strength can be solved.

1:顯示裝置框架 1: Display device frame

11:主框體 11: Main frame

111:外側框面 111: Outer frame

112:內側框面 112: Inside frame

113:邊角 113: corner

12:外鰭片 12: Outer fins

13:內鰭片 13: inner fin

14:防水塊 14: Waterproof block

2:顯示裝置框架 2: Display device frame

21:主框體 21: main frame

211:外側框面 211: Outer frame

212:內側框面 212: Inside frame

214:透氣孔 214: Vent hole

23:內鰭片 23: inner fin

25:支撐框架 25: Support frame

251:支撐框面 251: Support frame surface

252:黏著劑容置槽 252: Adhesive holding tank

253:黏著劑防溢槽 253: Adhesive anti-overflow tank

254:導水槽 254: Sink

26:螢幕支撐件 26: Screen support

27:防水透氣閥 27: Waterproof and breathable valve

圖1為本發明實施例1之顯示裝置框架的外觀示意圖。 FIG. 1 is a schematic diagram of the appearance of a display device frame according to Embodiment 1 of the present invention.

圖2為本發明實施例1之顯示裝置框架的局部放大示意圖。 2 is a partial enlarged schematic diagram of the frame of the display device according to the first embodiment of the present invention.

圖3為本發明實施例1之顯示裝置框架的局部分解放大示意圖。 FIG. 3 is a partial exploded and enlarged schematic diagram of the display device frame according to Embodiment 1 of the present invention.

圖4為本發明實施例2之顯示裝置框架的外觀示意圖。 4 is a schematic diagram of the appearance of the display device frame according to the second embodiment of the present invention.

圖5為本發明實施例2之顯示裝置框架的局部放大示意圖。 FIG. 5 is a partially enlarged schematic diagram of the frame of the display device according to Embodiment 2 of the present invention.

圖6為本發明實施例2之顯示裝置框架的局部剖面放大示意圖。 6 is an enlarged schematic diagram of a partial cross-section of a display device frame according to Embodiment 2 of the present invention.

為充分瞭解本發明之目的、特徵及功效，茲藉由下述具體之實施例，並配合所附之圖式，對本發明做一詳細說明，說明如後： In order to fully understand the purpose, features and effects of the present invention, the following specific embodiments are used in conjunction with the accompanying drawings to give a detailed description of the present invention. The description is as follows:

本發明之實施例1提供一顯示裝置框架1，參照圖1至3，該顯示裝置框架1包含一主框體11及一防水塊14。 The first embodiment of the present invention provides a display device frame 1. Referring to FIGS. 1 to 3, the display device frame 1 includes a main frame 11 and a waterproof block 14.

該主框體11係以鋁材製成且具有一外側框面111、一內側框面112、複數外鰭片12及複數內鰭片13。該外側框面111與該內側框面112彼此相對，該等外鰭片12係一體成型地結合於該主框體11的外側框面111上。該等內鰭片13係一體成型地結合於該主框體11的內側框面112上。該主框體11的一邊角113係以焊接接合。該防水塊14係設置於該主框體11以焊接接合之邊角113的上緣(亦可視為下緣)。透過將該防水塊14設置於該主框體11以焊接接合之邊角113的上緣，該防水塊14可以產生擋水效果，縱使該邊角113的上緣為避免產生焊渣不進行燒焊，該防水塊14亦可防止水由該主框體11的邊角113的上緣滲入，藉此避免雨水會滲入習知顯示器邊框的接合處之問題。 The main frame 11 is made of aluminum and has an outer frame surface 111, an inner frame surface 112, a plurality of outer fins 12 and a plurality of inner fins 13. The outer frame surface 111 and the inner frame surface 112 are opposite to each other, and the outer fins 12 are integrally formed on the outer frame surface 111 of the main frame 11. The inner fins 13 are integrally formed on the inner frame surface 112 of the main frame 11. One corner 113 of the main frame 11 is joined by welding. The waterproof block 14 is arranged on the upper edge (also can be regarded as the lower edge) of the corner 113 of the main frame 11 to be welded. By arranging the waterproof block 14 on the upper edge of the corner 113 of the main frame 11 for welding, the waterproof block 14 can produce a water blocking effect, even if the upper edge of the corner 113 is to avoid the generation of welding slag and not burn By welding, the waterproof block 14 can also prevent water from penetrating from the upper edges of the corners 113 of the main frame 11, thereby avoiding the problem of rainwater penetrating into the joints of the conventional display frame.

在本實施例1中，該主框體11的製造，首先是透過習知鋁擠製程從鋁擠模具中拉出一整條擠出鋁材，再使用折床將前述擠出的鋁條彎折成框形，鋁條彎折成框形後，鋁條的兩端即共同形成該主框體11的邊角位置，最後再以焊接的方式接合鋁條的兩端，如此便可製成該主框體11，亦即，該主框體11只有一邊角是以焊接方式接合。但在其他實施例中，可以選擇以鋁擠製程製出四條鋁條，或是將一長鋁條切成四條鋁條，再將四條鋁條以焊接方式接合，亦即，該主框體11可以是四個邊角都是以焊接方式接合，在這種情況 下，為了避免雨水可能由該主框體11的四個邊角滲入，可以選擇在該主框體11的四個邊角的上緣或下緣處分別都安裝上該防水塊14，因此，該防水塊14的設置數量可視需求調整，而不以本實施例1為限。 In this embodiment 1, the main frame 11 is manufactured by first pulling out a whole strip of extruded aluminum material from an aluminum extrusion die through a conventional aluminum extrusion process, and then using a folding bed to bend the extruded aluminum strip Folded into a frame shape, after the aluminum strip is bent into a frame shape, the two ends of the aluminum strip together form the corner positions of the main frame 11, and finally the two ends of the aluminum strip are joined by welding, so that it can be made The main frame 11, that is, only one corner of the main frame 11 is joined by welding. However, in other embodiments, four aluminum bars can be produced by an aluminum extrusion process, or a long aluminum bar can be cut into four aluminum bars, and then the four aluminum bars can be joined by welding, that is, the main frame 11 It can be that all four corners are joined by welding, in this case In order to prevent rainwater from penetrating from the four corners of the main frame 11, the waterproof block 14 can be installed at the upper or lower edges of the four corners of the main frame 11. Therefore, The number of the waterproof blocks 14 can be adjusted according to requirements, and is not limited to the first embodiment.

在本實施例1中，該防水塊14係透過黏合的方式設置於該邊角113上，以保持該主框體11的美觀，但在其他實施例中，該防水塊14亦可透過其他現有已知的固定手段(例如，鎖固)設置於該邊角113上，而不以本實施例1為限。 In the present embodiment 1, the waterproof block 14 is arranged on the corner 113 by bonding to maintain the beauty of the main frame 11, but in other embodiments, the waterproof block 14 can also penetrate other existing The known fixing means (for example, locking) is arranged on the corner 113, and is not limited to the first embodiment.

在本實施例1中，該等外鰭片12、該等內鰭片13以及該防水塊14分別有加強該顯示裝置框架1的結構強度的效果，特別是該等外鰭片12與該等內鰭片13係與該主框體11一體成型地結合，藉此更進一步提升該顯示裝置框架1的結構強度。此外，該顯示裝置框架1最少可以僅設置一外鰭片12及一內鰭片13，如此即可達到加強該顯示裝置框架1的結構強度的效果，因此，在其他實施例中，該等外鰭片12與該等內鰭片13的設置數量可視需求調整，而不以本實施例1為限。 In this embodiment 1, the outer fins 12, the inner fins 13 and the waterproof block 14 respectively have the effect of enhancing the structural strength of the display device frame 1, especially the outer fins 12 and the The inner fin 13 is integrally formed with the main frame 11 to further improve the structural strength of the display device frame 1. In addition, the display device frame 1 may at least be provided with an outer fin 12 and an inner fin 13, so as to achieve the effect of strengthening the structural strength of the display device frame 1. Therefore, in other embodiments, the outer fins 12 and 13 The number of the fins 12 and the inner fins 13 can be adjusted according to requirements, and is not limited to the first embodiment.

在本實施例1中，該等外鰭片12與該等內鰭片13還具有散熱效果，特別是該等外鰭片12與該等內鰭片13分別在該外側框面111與該內側框面112上彼此保持間距地平行排列，該等外鰭片12與該等內鰭片13透過上述排列布置更可以提升散熱效果。更具體而言，當顯示器或液晶螢幕安裝於該顯示裝置框架1中時，螢幕的高亮度同時也會產生高熱量，由於該等外鰭片12與該等內鰭片13的結構和排列佈置類似電腦的散熱鰭片，因此，該等外鰭片12與該等內鰭片13能夠將顯示器或液晶螢幕所產生的熱量散發到該顯示裝置框架1外。習知的顯示器邊框為了達到散熱效果往往還需要在顯示器邊框上加裝 散熱風扇，該顯示裝置框架1透過該等外鰭片12與該等內鰭片13的設置便可達到足夠的散熱效果，而不需要額外加裝散熱風扇。 In the present embodiment 1, the outer fins 12 and the inner fins 13 also have a heat dissipation effect, especially the outer fins 12 and the inner fins 13 are respectively on the outer frame surface 111 and the inner side The frame surface 112 is arranged in parallel while keeping a distance from each other. The outer fins 12 and the inner fins 13 can further improve the heat dissipation effect through the above arrangement. More specifically, when a display or a liquid crystal screen is installed in the display device frame 1, the high brightness of the screen will also generate high heat due to the structure and arrangement of the outer fins 12 and the inner fins 13 Similar to the heat dissipation fins of a computer, therefore, the outer fins 12 and the inner fins 13 can dissipate the heat generated by the display or the liquid crystal screen to the outside of the display device frame 1. In order to achieve the heat dissipation effect, the conventional display frame often needs to be installed on the display frame. A heat dissipation fan. The display device frame 1 can achieve sufficient heat dissipation through the arrangement of the outer fins 12 and the inner fins 13, without the need for an additional heat dissipation fan.

此外，該主框體11以焊接接合之邊角113係以凹焊方式接合，由於以焊接接合之邊角113的上緣或下緣為主要供該防水塊14安裝設置之處，因此，該邊角113較佳可採用凹焊方式焊接，凹焊方式的優點是不會產生一般焊燒方式所產生的多餘焊渣，多餘的焊渣會阻礙該防水塊14貼合至該邊角113，並且採用凹焊方式焊接也有助於提高該邊角113的邊緣平整度，以利於將用於保護顯示器的壓克力板或其他透明板材黏貼於該主框體11的邊緣。但在其他實施例中，該邊角113仍可採用一般焊接方式焊燒，不以本實施例1為限。 In addition, the main frame body 11 is welded at the corners 113 by recess welding. Since the upper or lower edges of the welded corners 113 are mainly used for the installation of the waterproof block 14, the The corner 113 can preferably be welded by recess welding. The advantage of the recess welding method is that it will not generate excess welding slag generated by the general welding method, and the excess welding slag will prevent the waterproof block 14 from being attached to the corner 113. In addition, the use of concave welding method is also helpful to improve the edge flatness of the corner 113, so as to facilitate the adhesion of the acrylic plate or other transparent plate for protecting the display to the edge of the main frame 11. However, in other embodiments, the corner 113 can still be welded by a general welding method, which is not limited to the first embodiment.

本發明之實施例2提供一顯示裝置框架2，參照圖4-6，本實施例2的顯示裝置框架2與實施例1中的顯示裝置框架1主要結構及功能大致相同，主要差別在於，該顯示裝置框架2更包含一支撐框架25，特別參見圖5及6，該支撐框架25設置於該主框體21的內側框面212上，該支撐框架25具有一支撐框面251，該支撐框面251係用於供保護顯示器的壓克力板或其他透明板材放置於其上，該支撐框面251上設置有一黏著劑容置槽252，該黏著劑容置槽252用於供黏著劑填入，使得前述壓克力板或其他透明板材可以黏附於該支撐框面251上。 Embodiment 2 of the present invention provides a display device frame 2. Referring to FIGS. 4-6, the main structure and function of the display device frame 2 of this embodiment 2 and the display device frame 1 of embodiment 1 are roughly the same, the main difference lies in the The display device frame 2 further includes a supporting frame 25, particularly referring to FIGS. 5 and 6. The supporting frame 25 is disposed on the inner frame surface 212 of the main frame 21, the supporting frame 25 has a supporting frame surface 251, and the supporting frame The surface 251 is used to place an acrylic plate or other transparent plate for protecting the display on it. The support frame surface 251 is provided with an adhesive accommodating groove 252, and the adhesive accommodating groove 252 is used for filling the adhesive. In this way, the aforementioned acrylic plate or other transparent plate can be adhered to the support frame surface 251.

再參見圖5及6，該支撐框面251上設置有一黏著劑防溢槽253，該黏著劑防溢槽253與該黏著劑容置槽252相鄰設置，該黏著劑防溢槽253係位於該黏著劑容置槽252靠近該支撐框面251內部的一側。透過該黏著劑防溢槽253的設置，當在該黏著劑容置槽252內填入黏著劑，並將壓克力板 或其他透明板材黏附於該支撐框面251上時，該黏著劑容置槽252內多餘的黏著劑便可進到該黏著劑防溢槽253內，避免在壓克力板或其他透明板材黏附於該支撐框面251上的過程中，多餘的黏著劑被前述板材擠出而向該顯示裝置框架2外溢出，進而影響該顯示裝置框架2的美觀。為使該黏著劑防溢槽253可以發揮更好的效果，在本實施例2中，該黏著劑防溢槽253的開口高度係低於該黏著劑容置槽252的開口高度，以使溢出的黏著劑可以順利流入該黏著劑防溢槽253中，但在其他實施例中，該黏著劑防溢槽253的高度可依使用需求而設計，不以此為限。 5 and 6, the support frame surface 251 is provided with an adhesive overflow prevention groove 253, the adhesive overflow prevention groove 253 is arranged adjacent to the adhesive containing groove 252, the adhesive overflow prevention groove 253 is located The adhesive accommodating groove 252 is close to the inner side of the supporting frame surface 251. Through the setting of the adhesive overflow prevention groove 253, when the adhesive is filled in the adhesive containing groove 252, the acrylic plate Or other transparent plates are adhered to the support frame surface 251, the excess adhesive in the adhesive accommodating groove 252 can enter the adhesive anti-overflow groove 253, avoiding adhesion on the acrylic plate or other transparent plates During the process on the support frame surface 251, the excess adhesive is extruded by the aforementioned plate and overflows to the display device frame 2, thereby affecting the appearance of the display device frame 2. In order to enable the adhesive anti-overflow groove 253 to exert a better effect, in the present embodiment 2, the opening height of the adhesive anti-overflow groove 253 is lower than the opening height of the adhesive accommodating groove 252, so as to overflow The adhesive can smoothly flow into the adhesive anti-overflow groove 253, but in other embodiments, the height of the adhesive anti-overflow groove 253 can be designed according to usage requirements, and is not limited thereto.

續參見圖5及6，該支撐框面251上設置有一導水槽254，該導水槽254係位於該黏著劑容置槽252靠近該支撐框面251邊緣的一側，若該顯示裝置框架2因為外力破壞或其他因素而減損其防水效果，讓外部的水滲入該顯示裝置框架2中時，該導水槽254的設置還可以將滲入的水引導一特定位置(當該顯示裝置框架2直立放置時，該導水槽254即為將滲入的水引導至該顯示裝置框架2底部)，並可配合排水閥(圖中未示)的設置將水排出該顯示裝置框架2外，避免外部的水殘留於該顯示裝置框架2內部。 5 and 6, the supporting frame surface 251 is provided with a water guiding groove 254, the water guiding groove 254 is located on the side of the adhesive containing groove 252 close to the edge of the supporting frame surface 251, if the display device frame 2 is External force damage or other factors reduce its waterproof effect, and allow external water to penetrate into the display device frame 2, the arrangement of the water guiding groove 254 can also guide the penetrated water to a specific position (when the display device frame 2 is placed upright The water guiding groove 254 is to guide the infiltrated water to the bottom of the display device frame 2), and can cooperate with the setting of a drain valve (not shown) to drain the water out of the display device frame 2 to prevent external water from remaining The display device frame 2 inside.

再參見圖5及6，該顯示裝置框架2更包含複數螢幕支撐件26，用於供螢幕面板放置，該等螢幕支撐件26在本實施例2中是設計為四根條塊，該等螢幕支撐件26分別設置於該主框體21的內側框面212的四個方位上以共同形成一框架結構，並且該等螢幕支撐件26相較於該支撐框架25位於該主框體21的更內部。但在其他實施例中，該等螢幕支撐件26的形狀、結構、排列及數量皆可依需求而調整改變，而不以本實施例2為限。 5 and 6, the display device frame 2 further includes a plurality of screen supports 26 for placing the screen panel. The screen supports 26 are designed as four bars in this embodiment 2. The screens The supporting members 26 are respectively disposed on the four directions of the inner frame surface 212 of the main frame 21 to jointly form a frame structure, and the screen supporting members 26 are located more on the main frame 21 than the supporting frame 25 internal. However, in other embodiments, the shape, structure, arrangement, and number of the screen support members 26 can be adjusted and changed according to requirements, and are not limited to the second embodiment.

參見圖4及5，該顯示裝置框架2更包含複數防水透氣閥27，其中該主框體21具有複數透氣孔214，該等透氣孔係貫通該主框體21的外側框面211與內側框面212，該等防水透氣閥27設置於該主框體21的透氣孔214中。透過該等防水透氣閥27的設置，可以進一步讓安裝在該顯示裝置框架2內的顯示器或液晶螢幕所產生的熱氣散發到該顯示裝置框架2外，同時也避免外部的水從該等透氣孔214滲入該主框體21內。該等透氣孔214和該等防水透氣閥27係對應設置，並且透氣孔214和防水透氣閥27的數量最少可為一個，且其數量可依使用需求增減，而不以本實施例2為限。 4 and 5, the display device frame 2 further includes a plurality of waterproof ventilation valves 27, wherein the main frame 21 has a plurality of ventilation holes 214, the ventilation holes are through the outer frame surface 211 and the inner frame of the main frame 21 On the surface 212, the waterproof and breathable valves 27 are arranged in the breathable holes 214 of the main frame 21. Through the arrangement of the waterproof and breathable valves 27, the heat generated by the display or liquid crystal screen installed in the display device frame 2 can be further radiated to the outside of the display device frame 2, and at the same time, it is also possible to prevent external water from passing through the breather holes. 214 penetrates into the main frame 21. The vent holes 214 and the waterproof vent valves 27 are arranged correspondingly, and the number of the vent holes 214 and the waterproof vent valve 27 can be at least one, and the number can be increased or decreased according to the requirements of use, instead of the second embodiment. limit.

如上所述，上述顯示裝置框架可以解決雨水會滲入習知顯示器邊框的接合處以及習知顯示器邊框其散熱不佳、結構強度不足的問題。再者，上述之外鰭片、內鰭片以及防水塊分別都有加強該顯示裝置框架1的結構強度，並且上述該等外鰭片及內鰭片的排列布置還具有加強散熱的效果。其次，透過上述支撐框架的設置，該支撐框架的黏著劑容置槽可用於供黏著劑填入，使得用於保護顯示器的壓克力板或其他透明板材可以黏附於該支撐框面上；該支撐框架的黏著劑防溢槽可以避免在壓克力板或其他透明板材黏附於該支撐框面上的過程中，多餘的黏著劑向該顯示裝置框架外溢出；該支撐框架的導水槽可以避免滲入該主框體內的水殘留於該顯示裝置框架內部。此外，該防水透氣閥的設置，可以進一步讓安裝在該顯示裝置框架內的顯示器或液晶螢幕所產生的熱氣散發到該顯示裝置框架外，同時也避免外部的水從該等透氣孔滲入該主框體內。 As described above, the above display device frame can solve the problems that rainwater will penetrate into the joints of the conventional display frame and the conventional display frame has poor heat dissipation and insufficient structural strength. Furthermore, the above-mentioned outer fins, inner fins, and waterproof blocks respectively enhance the structural strength of the display device frame 1, and the arrangement of the above-mentioned outer fins and inner fins also has the effect of enhancing heat dissipation. Secondly, through the arrangement of the above-mentioned supporting frame, the adhesive containing groove of the supporting frame can be used for filling the adhesive, so that the acrylic plate or other transparent plate used to protect the display can be adhered to the surface of the supporting frame; The adhesive overflow prevention groove of the support frame can prevent the excess adhesive from overflowing to the outside of the display device frame when the acrylic plate or other transparent plate adheres to the surface of the support frame; the water guide groove of the support frame can avoid The water that has penetrated into the main frame remains inside the frame of the display device. In addition, the installation of the waterproof and breathable valve can further allow the heat generated by the display or liquid crystal screen installed in the display device frame to radiate to the outside of the display device frame, while also preventing external water from penetrating into the main body through the ventilation holes. Inside the box.

本發明在上文中已以較佳實施例揭露，然熟習本項技術者應理解的是，該實施例僅用於描繪本發明，而不應解讀為限制本發明之範圍。應注 意的是，舉凡與該實施例等效之變化與置換，均應設為涵蓋於本發明之範疇內。因此，本發明之保護範圍當以申請專利範圍所界定者為準。 The present invention has been disclosed in a preferred embodiment above, but those skilled in the art should understand that the embodiment is only used to describe the present invention and should not be construed as limiting the scope of the present invention. Should be noted It is intended that all changes and substitutions equivalent to this embodiment should be included in the scope of the present invention. Therefore, the protection scope of the present invention should be defined by the scope of the patent application.

1:顯示裝置框架 1: Display device frame

11:主框體 11: Main frame

111:外側框面 111: Outer frame

112:內側框面 112: Inside frame

113:邊角 113: corner

12:外鰭片 12: Outer fins

13:內鰭片 13: inner fin

14:防水塊 14: Waterproof block