1327204 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種顯示器及其底座結構，尤指一種具 有旋轉式角度調節功能且可方便拆卸之底座的平面顯示器 及其底座結構。 【先如技術】1327204 IX. Description of the Invention: The present invention relates to a display and a base structure thereof, and more particularly to a flat display and a base structure thereof having a rotary angle adjustment function and a detachable base. [First as technology]
由於半導體科技的發達，如液晶/電漿等平面顯示器 已逐漸取代傳統的陰極射線管（CRT)螢幕。就外觀而言， 平面顯示器的特色在於重量輕、體積小，但除非平面顯示 器係以懸掛方式陳列，否則都必須設置一底座，以便登立 於一平面上。再者，一般配合個人電腦使用的顯示器，大 多被期待顯示器視角上可以被適當的調整。由上述可知， 基於本身的空間特性及功能需求’必須設置底座及提供角 度調整功能。為滿足前述需求，目前市面上許多平面顯示 器係將角度調整功能整合在底座上，而大多數的平面顯示 器在其顯示器本體與底座之間設有樞鈕構造，利用該拖紐 構造使顯示器本體可相對底座作適當範圍的俯仰角度調整 ，但多數平面顯示器也僅限於提供俯仰角度的調整，若+ 及左右旋轉角度的調整功能，則零件數量勢必增加構= 上將更形複雜，由於樞鈕構造通常整合在底座上，當其= 造繁複，即代表顯示器本體與底座之間的結合或拆卸^ 均無法快速便利。由於底座的設計涉及顯示器是否能穩f 地豎立於平面上，一般會具備稍大的底面積，此一:定 >凡會 1327204 使顯不器的實際所佔面積加大，如果底座和顯示器本體不 月b被拳至易地分離’則顯示器本體在已安裝有底座的狀態下 包裝運輸’勢必浪費更多的包材及佔用更大的運輸空間， 造成運送成丰的提高。 【發明内容】 由上述可知’既有平面顯示器若涉及俯仰及旋轉角度 的調整，將使其底座構造更趨繁複，而無法快速便利地裝 卸，進而衍生佔用包裝及儲存空間等問題。 因此，本發明主要目的在提供一種具備旋轉式角度調 整功能且可方便組卸的顯示器底座。 為達成前述目的採取的主要技術手段，係令前述顯示 器底座包括有： 基座，具有一底部及一頂部，該頂部處形成一向下 凹入的凹筒部’該凹筒部具有—環狀筒壁及—與該筒壁底 端銜接之底板’該底板於其周緣的位置形成配合該筒壁輪 廓的一開口； 樞轉件’具有一 j求形部及一柱形部，該柱形部係由 該球形部之底端向下延伸，該柱形部外徑係匹配於該基座 上之該凹筒部内徑，且該柱形部於其徑壁上形成有一卡扣 件，該卡扣件係對應於前述凹筒部之開口； 以前述的顯示器底座係由框轉件之球形部與顯示器本 體連結，又以柱形部枢套於基座的凹筒部内，㉟凹筒部底 板上的樞柱拖穿於柱形部底面的抱槽内，錄形部兩相對 5 UZ/204 ' 的卡扣件係穿過凹筒部底板上的開口，並扣持於對Due to the development of semiconductor technology, flat panel displays such as liquid crystal/plasma have gradually replaced traditional cathode ray tube (CRT) screens. In terms of appearance, the flat panel display is characterized by light weight and small size, but unless the flat display is displayed in a hanging manner, a base must be provided to stand on a plane. Furthermore, displays that are generally used in conjunction with personal computers are expected to be properly adjusted from the perspective of the display. As can be seen from the above, it is necessary to provide a base and provide an angle adjustment function based on its own spatial characteristics and functional requirements. In order to meet the above requirements, many flat-panel displays on the market currently integrate the angle adjustment function on the base, and most of the flat-panel displays have a hinge structure between the display body and the base, and the display structure can be used to make the display body relatively The base is adjusted for the appropriate range of pitch angles, but most flat-panel displays are limited to the adjustment of the pitch angle. If the + and left and right rotation angles are adjusted, the number of parts will increase. The upper part will be more complex, because the hub structure is usually integrated. On the base, when it is complicated, it means that the combination or disassembly between the display body and the base is not fast and convenient. Since the design of the base involves whether the display can be erected on a flat surface, it generally has a slightly larger bottom area. This one is fixed: 1327204 will increase the actual occupied area of the display, if the base and display The body is not separated from the fist b. The display body is packaged and transported in the state where the base has been installed. It is bound to waste more packaging materials and occupy more transportation space, resulting in an increase in transportation. SUMMARY OF THE INVENTION It is known from the above that the adjustment of the pitch and the rotation angle of the existing flat panel display will make the structure of the base more complicated, and it is not possible to quickly and conveniently load and unload, thereby deriving problems such as occupying packaging and storage space. Accordingly, it is a primary object of the present invention to provide a display base that has a rotary angle adjustment function and that can be easily assembled. The main technical means for achieving the foregoing objective is that the display base includes: a base having a bottom portion and a top portion, the top portion forming a downwardly concave concave cylindrical portion having a ring-shaped tubular portion a wall and a bottom plate that engages with a bottom end of the tubular wall. The bottom plate defines an opening at a position of the periphery thereof to fit the contour of the tubular wall; the pivoting member has a j-shaped portion and a cylindrical portion, the cylindrical portion Extending downwardly from a bottom end of the spherical portion, the outer diameter of the cylindrical portion is matched to the inner diameter of the concave cylindrical portion on the base, and the cylindrical portion is formed with a snap member on the diameter wall thereof, the card The fastener is corresponding to the opening of the concave portion; the display base is connected to the display body by the spherical portion of the frame rotating member, and is further sleeved in the concave portion of the base by the cylindrical portion, 35 concave bottom plate The upper pivot post is dragged into the retaining groove at the bottom surface of the cylindrical portion, and the two latching members of the recording portion opposite to the 5 UZ/204' pass through the opening in the bottom plate of the concave tubular portion and are held in the pair
應處的筒壁底络· ^丨ΕΠ %Z_ I 时 ·緣，利用則述設計可以非常輕易地完成顯示 =^體與底座之結合，且因採取特殊且單純的卡扣構造， =可非*令易地解除底座與顯示器本體之間的結合關係， 有拆解顯不器本體與底座，並進—步包裝或運輸時，可 大幅縮小其佔用的空間。 【實施方式】 如第一圖所示，揭示有一顯示器的分解圖，主要係由 -顯不器本體(1〇)及一底座結構組成；其中：該底座結構 包括有： 一基座（20)，係一中空狀且趨近扁平的座體具有一 氐Ρ及頂°卩，其頂部上形成有一向下凹入的凹筒部（21) 該凹茼邛（21)具有一環狀筒壁（211)及一與筒壁（21”底 鈿銜接之底板（212) ’該底板（212)表面中央處形成有一環 肋狀的樞柱（213) ’又底板（212)於其周緣形成配合筒壁 (211)輪廓的開口（214) ’在本實施例中為位置相對之兩開 α (214)。在此狀態下，兩開口（214)係位於底板（21?)周緣 且配合其輪廓的相對彎月狀；又請配合參閱第三圖所示， 該基座（20)之底部於前述開口（214)的位置分別形成有一穿 槽（22)，該穿槽（22)大小係足供手指插入趨近開口（214)處 並允許手指作相當幅度的移動； 一樞轉件（30)，請配合參閲第二、三圖所示，主要係 由一球形部（31)及一柱形部（32)所組成，該球形部（3彳）係由 1327204 底端向下延伸而形成該柱形部（32)，該柱形部（32)外徑係 匹配於前述基座（20)上之凹筒部（21)内徑，又柱形部（32)底 面中央處形成有一圓形極槽（320)，該極槽（320)係對應且 可樞接於凹筒部（21)底板（212)上的樞柱（21 3);再者，該 柱形部（32)於兩相對徑壁上分別形成一内凹壁（321)，該内 凹壁（321)外側設有一卡扣件（33)，該卡扣件（33)係呈片狀 ’其頂端係與球形部（31)的底面銜接，其底端並向下延伸 形成一卡塊（330) ’該卡塊（330)係位於柱形部（32)底面以 下’其外側面係突出於柱形部（32)的徑壁以外；當樞轉件 (30)以柱形部（32)插入基座（20)上的凹筒部（21)内，柱形部 (32)上的卡扣件（33)底端將對應穿過凹筒部（21)底板（212) 上的開口（214)，該卡扣件（33)底端的卡塊（330)隨即扣持 於凹筒部（21)之筒壁（211)底緣，由於開口（214)略大於卡 扣件（33)之寬度’故柱形部（32)可在凹筒部（21)内作適當左 右角度的旋轉® 又於本實施例中’如第二圖及第四圖所示，前述球形 部（31)係呈中空狀，其由一上球部（31 ”與一下球部（312) 所組成’該上/下球部（311)/(312)分具開口，並在開口處 分別形成匹配的扣塊（31 3)及扣槽（314)，以相互扣合；又 球形部（31)係以下球部（31 2)與柱形部（32)連接。而該枢轉 件（30)即以該球形部（31)與顯示器本體（1〇)結合，為達到前 述結合目的，該球形部（3彳）於球面上形成有一縱向之狹長 開槽（315)，又令顯示器本體（1〇)於底端處形成一呈球面内 凹的槽部（11) ’該槽部（11)恰與樞轉件（3〇)之球形部（31)球 1327204 面匹配’而顯示！！本體（1〇)於面向槽部⑴）處穿設有一螺 ”、M 1 2)該螺絲（彳2)穿經球形部（31)上的開槽（3彳5)後先 穿設-緩衝墊片（13) ’再螺設_螺帽（14)，#螺絲（12)與螺 ，（14)旋緊後’顯示器本體⑽即結合在樞轉件（如)的球形 部（31)上，由於顯示器本體（1〇)的槽部（11)與樞轉件㈡…的 球形部（31)係以球面相接，故可藉此調整顯示器⑽的俯 仰角度。 由上述說明可瞭解本發明之一較佳實施例的詳細構造 ’至於其使用方式詳如以下所述： 刖述的顯示器底座主要係由一基座（2〇)及一樞轉件 (30)組成；其中樞轉件（3〇)可事先結合至顯示器本體〇〇)上 ，俟須結合顯示器本體（10)與底座時，再以樞轉件（3〇)的 柱形部（32)樞設於基座（2〇)的凹筒部（21)内由柱形部 上的卡扣件（33)穿過凹筒部（21)上的開口（214)，扣持於筒 壁（211)底緣處，隨即可輕易完成顯示器本體⑴與基座 (20)的組合。當顯示器本體（1〇)與底座結合完成後，其側 視圖係如第五圖所示。如前揭所述，該底座之樞轉件00) 係先與顯示器本體（1 〇)結合，在該等組合關係下，顯示器 本體（10)含樞轉件（30)的最大厚度為W1，當顯示器本: (10)以樞轉件（30)可拆卸地結合至基座（2〇)時，該顯示器的 最大厚度即為基座（20)的寬度W2，而W2恆大於W1，俨 設在該等組合關係下進行包裝，基座（2〇)上方的大部分空 間將形成冗餘；然而本發明提供了可快速且方便拆裝二: 扣技術，只須簡單的按壓動作即可解除顯示器本體（1 〇)與 1327204 基座（20)間的結合關係，如第三圖所示，使用者僅須以手 指穿過基座（20)底部的穿槽（22)，並相對按壓柱形部（32)上 的兩卡扣件（33)，令其上的卡塊（330)脫離凹筒部（21)的筒 壁（211)底緣，至此，顯示器本體（彳〇)底端所設的樞轉件 (30)即可由輕易地由基座（2〇)上退出而完成拆解。 而顯示器本體（10)在結合樞轉件（3〇)後，由側視觀之 概呈一 L形狀’其意味著顯示器本體（彳〇)背面及基座（2〇) 上方存在一狹長空間，該狹長空間適可容納基座（2〇)(如 第六圖所示），使顯示器本體（1〇)的最大厚度仍維持在W1 ，藉此可在將顯示器進行包裝運送時，有效節省包裝空間 〇 由上述可知，本發明不僅提供顯示器旋轉角度調整功 旎γ更採用特殊的卡扣技術使顯示器本體與基座得以快速 結合或拆解，不僅在組拆#業上更為㈣，同肖可有效避 免佔用過大的包裝//倉儲/運轉空間。 【圖式簡單說明】 第—圖：係本發明之分解圖。 。第二圖：係第一圖所示顯示器本體之仰視角度立體圖 第一圖.係第一圖所示底座之剖視圖。 第四圖：係本發明之組合剖視圖。 第五圖：係本發明之一側視圖。 第六圖：係本發明又一側視圖。 1327204 【主要元件符號說明】 (10)顯示器本體 (11)槽部 (12)螺絲 (13)緩衝墊片 (14)螺帽 (20)基座 (21)凹筒部 (21 1)筒壁 (212)底板 (213)樞柱 (214)開口 (22)穿槽 (30)樞轉件 (31)球形部 (311)上球部 (31 2)下球部 (31 3)扣塊 (314)扣槽 (315)開槽 (32)柱形部 (320)樞槽 (321)内凹壁 (33)卡扣件 (330)卡塊The bottom wall of the cylinder wall · ^ 丨ΕΠ %Z_ I time edge, the design can be very easy to complete the display = ^ body and the base combination, and because of the special and simple snap structure, = can be * Easily remove the joint relationship between the base and the display body, and disassemble the main body and the base of the display, and when packaging or transporting in step, the space occupied by the device can be greatly reduced. [Embodiment] As shown in the first figure, an exploded view of a display is mainly composed of a main body (1〇) and a base structure. The base structure includes: a base (20) , the hollow body and the flat body has a top and a top, and a recessed concave portion (21) is formed on the top of the recess. The recess (21) has an annular wall. (211) and a bottom plate (212) that engages with the bottom wall of the cylinder wall (21). A pivoting rib (213) is formed at the center of the surface of the bottom plate (212). The bottom plate (212) is formed on the periphery thereof. The opening (214) of the contour of the cylinder wall (211) is in the present embodiment two opposite positions α (214). In this state, the two openings (214) are located on the circumference of the bottom plate (21?) and match the contour thereof. The relative meniscus shape is as shown in the third figure. The bottom of the base (20) is respectively formed with a slot (22) at the position of the opening (214), and the slot (22) is sized. The finger is inserted into the opening (214) and allows the finger to move a considerable amount; a pivoting member (30), please refer to the As shown in the three figures, the main part is composed of a spherical portion (31) and a cylindrical portion (32) which extends downward from the bottom end of the 1327204 to form the cylindrical portion (32). The outer diameter of the cylindrical portion (32) is matched to the inner diameter of the concave cylindrical portion (21) on the base (20), and a circular pole groove (320) is formed at the center of the bottom surface of the cylindrical portion (32). The pole slot (320) is corresponding to the pivot post (21 3) pivotally connected to the bottom plate (212) of the recessed portion (21); further, the cylindrical portion (32) is respectively formed on the two opposite diameter walls a recessed wall (321), a latching member (33) is disposed on the outer side of the recessed wall (321), and the latching member (33) is in the form of a sheet whose top end is engaged with the bottom surface of the spherical portion (31). The bottom end thereof extends downwardly to form a block (330). The block (330) is located below the bottom surface of the cylindrical portion (32). The outer side thereof protrudes beyond the diameter wall of the cylindrical portion (32); The pivoting member (30) is inserted into the concave cylindrical portion (21) on the base (20) with a cylindrical portion (32), and the bottom end of the locking member (33) on the cylindrical portion (32) will correspondingly pass through the concave portion. An opening (214) in the bottom plate (212) of the tubular portion (21), the snap member (33) The end block (330) is then fastened to the bottom edge of the barrel wall (211) of the recessed cylinder portion (21). Since the opening (214) is slightly larger than the width of the snap member (33), the cylindrical portion (32) can be Rotation of the right and left angles in the concave cylindrical portion (21) In the present embodiment, as shown in the second and fourth figures, the spherical portion (31) is hollow, and is composed of an upper ball portion ( 31" and the lower ball portion (312) are formed by the upper/lower ball portions (311)/(312), and a matching buckle block (31 3) and a buckle groove (314) are respectively formed at the opening. The ball portions (31) are connected to the cylindrical portion (32) by the ball portion (31 2). The pivoting member (30) is combined with the display body (1〇) by the spherical portion (31). To achieve the foregoing bonding purpose, the spherical portion (3) is formed with a longitudinal narrow slot on the spherical surface (315). And the display body (1〇) forms a spherical concave groove portion (11) at the bottom end. The groove portion (11) is exactly the spherical portion (31) of the pivoting member (3). The ball 1327204 Face matching 'shows! ! The body (1〇) is provided with a screw” (M 1 2) at the groove facing portion (1)). The screw (彳2) passes through the slot (3彳5) on the spherical portion (31) and then is laid-buffered first. Gasket (13) 'Rescrew _ nut (14), # screw (12) and screw, (14) screwed, 'display body (10) is combined with the spherical part (31) of the pivoting member (such as) Since the groove portion (11) of the display body (1) is spherically connected to the spherical portion (31) of the pivoting member (2), the pitch angle of the display (10) can be adjusted by the above description. The detailed configuration of a preferred embodiment is described in detail below. The display base described above is mainly composed of a base (2〇) and a pivoting member (30); wherein the pivoting member ( 3〇) can be previously attached to the display body 〇〇), and when the display body (10) and the base are not required, the cylindrical portion (32) of the pivoting member (3) is pivoted to the base (2〇) The recessed portion (21) of the recessed portion (21) passes through the opening (214) of the recessed tubular portion (21) by the latching member (33) on the cylindrical portion, and is held at the bottom edge of the tubular wall (211). Easy to complete the display body (1) Combination with the base (20). When the display body (1〇) is combined with the base, the side view thereof is as shown in the fifth figure. As described above, the pivoting member 00) of the base is first In combination with the display body (1 〇), the display body (10) has a maximum thickness of the pivoting member (30) of W1, and when the display is: (10) detachable with the pivoting member (30) When the ground is coupled to the pedestal (2 〇), the maximum thickness of the display is the width W2 of the pedestal (20), and W2 is always greater than W1, and the package is packaged under the combination relationship, and the pedestal (2 〇) Most of the space above will form redundancy; however, the present invention provides a quick and easy to disassemble two: buckle technology, which can be used to release the display body (1 〇) and the 1327204 pedestal (20) with a simple pressing action. The binding relationship, as shown in the third figure, the user only has to pass the finger through the slot (22) at the bottom of the base (20) and relatively press the two snaps (33) on the cylindrical portion (32). The upper block (330) is disengaged from the bottom edge of the cylindrical wall (211) of the concave portion (21), and thus the pivot of the bottom end of the display body (彳〇) The piece (30) can be disassembled by being easily ejected from the base (2). The display body (10) is combined with the pivoting member (3) to have an L shape from the side view. It means that there is a narrow space above the back of the display body (及) and the base (2〇), which is suitable for accommodating the base (2〇) (as shown in the sixth figure), so that the display body (1〇) The maximum thickness is still maintained at W1, thereby effectively saving packaging space when the display is packaged and transported. From the above, the present invention not only provides a display rotation angle adjustment function γ but also uses a special snap technology to make the display body Quickly combined or disassembled with the pedestal, not only in the group demolition # industry (4), Tong Xiao can effectively avoid occupying excessive packaging / storage / operation space. BRIEF DESCRIPTION OF THE DRAWINGS Fig.: is an exploded view of the present invention. . The second figure is a perspective view of the bottom of the display body shown in the first figure. The first figure is a cross-sectional view of the base shown in the first figure. Figure 4 is a cross-sectional view of the combination of the present invention. Fifth Figure: A side view of the invention. Figure 6 is a further side view of the invention. 1327204 [Description of main component symbols] (10) Display body (11) Groove part (12) Screw (13) Buffer pad (14) Nut (20) Base (21) Recessed tube part (21 1) Tube wall ( 212) bottom plate (213) pivot (214) opening (22) through groove (30) pivoting member (31) spherical portion (311) upper ball portion (31 2) lower ball portion (31 3) buckle block (314) Buckle groove (315) slot (32) cylindrical portion (320) pivot groove (321) inner concave wall (33) snap member (330) block