200527336 九、發明說明： 【發明所屬之技術領域】 本發明關於一改良型繪圖顯示器。 【先前技術】 食品服務設施及其它商務具有選單板或信號組件，藉此 顯示有關此設施顧客所能購買項目之資訊。該信號組件所 顯示資訊可包括所能在該設施購買之食物或其它產品型 式、尺寸及/或價格。通常，食品服務設施之客戶基於該信 號組件顯示客戶達成其購買決定資訊之視覺觀察，形成客 戶對該設施之最初印象。所以，重要的是，選單板及其它 信號組件有效地以一種提升設施正面形象方式傳送產品資 訊給客戶。另外，重要的是，特別在速食餐廳，產品資訊 清楚地顯示於潛在客戶，以便客戶能快速找出及讀取可用 貝訊，並以一種高效率方式達成其選單選擇，加速訂購程 序。 信號組件或顯示板購買及維護成本昂貴，且通常需要之 夕重插件或顯示^號板，必須隨著各選單之變化捨棄及替 換。一個普通信號設計使用磁鐵吸力或其它黏著劑將透明 盍附接至具有選單板或其它資訊板夾持在其間之後板。例 如’第6,308,446及4,531，320號美國專利，其在此納入作為 苓考，且揭示一種利用磁性後板及磁性吸力頂板之典型信 唬、、且件。足類現存信號組件需要具有製造成本昂貴之磁性 吸力塗層的選單板。現存信號設計選單板之高成本，增加 希望能變化選單之餐廳或其它設施的操作成本。所以，存 9523 l.doc 200527336 在一種易於製造及便宜生產之繪圖顯示器的需求。 【發明内容】 值得注意的是，本發明數個目的中提供一種顯示繪圖， 諸如食品設施選單板之,文良顯#器；提供之顯示器可昭明 易於觀看之顯示器繪圖；提供之顯示器容許緊鄰顯示器、之 :組組件；提供之繪圖顯示器能簡化製造；提供之顯：器 容許易於移除及安裝緣圖；及提供之顯示器具有引人之: k书，本發明繪圖顯示器包含一前曲面支架，以支严 或多個具有繪圖財其上之可撓板。至少—大致上透^ 撓彈性固定罩蓋以移動於一第一位置及一板固定位置$ 間丄該第-位置遠離該支架以容許該__或多個可撓板位方 相曲面上，且其中該至少—罩蓋可彈性彎曲，以便其為 構將或夕個可撓板夾持於該支架前曲面。 在本發明另一内纟中，該繪圖顯示器包含一前曲面^ 用以支撐具有繪圖描繪其上之—❹料圖板。至少 :夾持器以該-或多個繪圖板與該支架前曲面接觸之彎: 結構，夾持該一或多個繪圖板。 在本發明又一内容中，該繪圖顯示器包含 圖描纷其上之-或多個繪圖板之前曲面支架，及一二 =在壁面之框架。-發光系統安裝在照明該-或多個續 :反之框架上。該發光系統可移動於一操作位置及一折叠 立之間，其中該發光系統係配置以照明該一或多個綠圖 反’且該折疊位置係用於該繪圖顯示器之儲存及運輸。 9523i.doc 200527336 在本發明另—内容中，該繪圖顯示器包含一支撐具有繪 圖為繪其上之一或多個繪圖板之前曲面支架，及一安裝該 支木在壁面之框架。該框架具有一外殼及至少^安裝托 木’違安裝托架可在該外殼上調整，以便以不同傾斜角度 安衣忒外设，且便於觀看該一或多個繪圖板。 在本發明另一内容中，一裝置包含一支撐具有繪圖描繪 ”上之或多個可撓板之第一繪圖顯示器，及一安裝該第 一繪圖顯示器在壁面之框架。一第二繪圖顯示器具有一支 撐具有繪圖描纟备：Μ： μ ^ . — 9其上之一或多個可撓板之支架，及一安裝 1亥第一:圖顯不器在大抵緊鄰該第一繪圖顯示器壁面之框 十人集、、’日圖顯不器框架及第二繪圖顯示器框架包含個 別側板，當該望_ Ώ . 弟及弟一繪圖顯示器並列安裝在壁面時， 該側板結構可彼此相對縮疊。 本發明其它目的及牯+ 特生將可部份被瞭解及部份指明於 【實施方式】 現在參考圖形，圖1表示 人、▲ 本^明繪圖顯示器實施例，其完 王以麥考編號1指示。該顯 ，，、員不益如所示係安裝在壁面w且位 於櫃台C上方，用於顯示餐200527336 IX. Description of the invention: [Technical field to which the invention belongs] The present invention relates to an improved graphics display. [Prior art] Food service facilities and other businesses have menu boards or signal components to display information about items that customers of this facility can purchase. The information displayed by the signal component may include the type, size, and / or price of food or other products that can be purchased at the facility. Generally, a customer of a food service facility displays a visual observation of the customer's decision to reach their purchase decision based on the signal component, forming the customer's initial impression of the facility. Therefore, it is important that menu boards and other signal components effectively communicate product information to customers in a way that enhances the positive image of the facility. In addition, it is important that, especially in fast-food restaurants, product information is clearly displayed to potential customers, so that customers can quickly find and read available Besson, and achieve their menu selections in an efficient manner, speeding up the ordering process. Signal components or display boards are expensive to purchase and maintain, and often require plug-ins or display boards, which must be discarded and replaced with changes in each menu. A common signal design uses magnet attraction or other adhesive to attach a transparent cymbal to a board with a menu board or other information board sandwiched between them. For example, U.S. Patent Nos. 6,308,446 and 4,531,320 are incorporated herein as Lingkao, and disclose a typical model using a magnetic back plate and a magnetic suction top plate. Existing signal components of the foot type require menu boards with magnetically attractive coatings that are expensive to manufacture. The high cost of existing signal design menu boards increases the operating costs of restaurants or other facilities that wish to change menus. Therefore, there is a need for 9523 l.doc 200527336 in a graphics display that is easy to manufacture and inexpensive to produce. [Summary of the Invention] It is worth noting that, in several objects of the present invention, a display drawing is provided, such as a food facility menu board, and a text display device; the provided display can clearly show the easy-to-view display drawing; the provided display allows immediate display, Of: set of components; provided drawing display can simplify manufacturing; provided display: device allows easy removal and installation of edge drawing; and provided display has attractive: k book, the drawing display of the present invention includes a front curved bracket to Supports multiple or flexible boards with graphics assets on them. At least-approximately transparently ^ flex the elastic fixing cover to move between a first position and a plate fixing position $ the-position is away from the bracket to allow the __ or multiple flexible plate positions on the curved surface, And the at least-cover can be elastically bent, so that it is a structure to clamp or flexible plate to the front curved surface of the bracket. In another aspect of the present invention, the drawing display includes a front curved surface ^ for supporting a drawing board on which a drawing is drawn. At least: the holder holds the one or more drawing boards with the one or more drawing boards in contact with the front surface of the bracket. In yet another aspect of the present invention, the drawing display includes a curved surface bracket or a plurality of drawing plates in front of it, and a frame on a wall surface. -The lighting system is mounted on the frame or -continued. The lighting system is movable between an operating position and a folding stand, wherein the lighting system is configured to illuminate the one or more green maps, and the folding position is used for storage and transportation of the drawing display. 9523i.doc 200527336 In another aspect of the present invention, the drawing display includes a support having a curved surface bracket before drawing one or more drawing boards thereon, and a frame for mounting the branch on a wall surface. The frame has a casing and at least a mounting bracket. The mounting bracket can be adjusted on the casing to install peripheral equipment at different tilt angles, and it is convenient to view the one or more drawing boards. In another aspect of the present invention, a device includes a first drawing display supporting one or more flexible plates with drawing and drawing, and a frame on which the first drawing display is mounted on a wall. A second drawing display has A support is provided with a drawing description device: M: μ ^. — 9 a bracket on which one or more flexible plates are installed, and a first installation: the first display device is near the wall surface of the first drawing display. The frame of ten persons, the frame of the Japanese figure display and the second drawing display frame include individual side plates. When the brother and the first drawing display are installed side by side on the wall surface, the side plate structures can be relatively overlapped with each other. Other objects of the present invention and 牯 + special students will be partially understood and partially indicated in [Embodiment] Now referring to the figures, FIG. 1 shows a person, ▲ Ben ^ Ming drawing display embodiment, which is completed by McCaw number 1 The display. The staff member is not installed as shown on the wall w and is located above the counter C for displaying meals.
^ ^ 或其它設施客戶或其它人員P 所此看到的繪圖（例如一作觫 β丄 。〜或其印刷物件）。所要瞭解的 疋，本發明顯示器1特別適用 ，、解的 η & * 週用於顯示餐廳選單資訊，而且該 心貝不态也施顯示其它種類資可。 如圖1-5所示，該顯示器丨 匕3 —個將該繪圖顯示哭 在壁面W(圖”或其它表面之 H女衣 木11。在一實施例中，一大 95231.doc 200527336 致堅硬底板之彎曲支架13安裝在框架11上，且具有一前表 面17(圖10)’以支撐具有纟會圖描繪其上之一或多個可撓板。 通常標示為2 5之發光系統，安裝在框架11上，用以照明該 底板13所支撐之可撓板21。在一實施例中，該緣圖顯示器i 具有二可撓彈性固定面板或罩蓋29安裝在顯示器上。各固 定罩蓋29夾持一或多個各別可撓繪圖板21以抵於該底板13 之前曲面17。由此將可瞭解，該繪圖顯示器1能包含一可挽 繪圖板21及一可撓彈性罩蓋29或該繪圖顯示器能包含超過 一個可換％圖板及罩盖’而不偏離本發明範圍。如下面進 一步詳細討論，該透明可撓彈性罩蓋29可移動於一第一位 置及一板固定位置之間，該第一位置與該底板13遠離以容 許一或多個可撓板21定位於該底板前曲面17上，而在該板 固定位置，該至少一罩蓋彈性彎曲以便夾持該可撓板以抵 於該底板之前曲面。 如圖2-7所示，該框架11包含連接二側面板（端蓋）35，其 藉由一各別頂部安裝托架43(圖6)及各別底部安裝托架（未 表示），連接至一外殼（殼），大致上記作39。如圖6所示，各 側面板35具有一前垂直凸緣45由該面板側向向外突出及一 後垂直凸緣46由該面板側向向内突出以連接該外殼39。在 所示實施例中，該右側面板35，如圖2所示，其尺寸稍小於 該左側面板，及該右側面板之前垂直凸緣45接近該後凸緣 46處間隔，以便在多個繪圖顯示器並列安裝時，緊鄰顯示 裔之刚凸緣能在安裝時彼此縮疊配置。緊鄰顯示器前凸緣 45之合成重疊，有助於隱藏於安裝期間會導致安裝表面不 95231.doc 200527336 規則之空隙。如圖3、4及6所示，該外殼39具有一垂直後壁 47，以此形成該繪圖顯示器後壁面；一頂壁5丨，其大致上 由緊鄰上端之後壁水平向前延伸；及一唇緣5 5，其在該頂 壁前緣向上及向前彎曲。 如圖5所示，外殼39後壁47具有一下部，其包含一系列彎 部以形成一底部夾持器，其大致記作59，以夹持後板13之 底部；可撓繪圖板及固定罩蓋29。該底部夾持器59具有一 傾斜表面或搁板63，以支撐該後板13之下緣；可撓繪圖板 21及可撓彈性固定罩蓋29 ;及一直立後表面67，由該擱板 向上延伸以接觸該後板後面71。如圖9所示，該底部夾持器 59直立表面67具有一孔乃，其與該支架13孔對應，以便容 卉由該夾持器之後部通達至可撓彈性繪圖板2丨。底部夾持 裔59彎曲擱板63之結構，用以夾持該可撓彈性罩蓋29於其 板固定位置，在此該夾持器將可撓繪圖板21夾抵後板13之 前曲面17。 如圖6-8所示，框架丨丨包括二安裝托架，大致上以以表 示，該安裝托架連接至外殼39，以便將繪圖顯示器}安裝在 壁面w(圖1)或其它表面上。各安裝托架83可在該外殼”上 調整，藉此以不同傾斜角安裝該外殼，以易於觀看該繪圖 板21(圖2)。如圖4及11所示，各托架83包含一扁平桿87，其 在外殼39後壁47上垂直延伸。該桿87由安裝孔19形成，用 於安裝組件1在一所須表面（例如圖丨壁面w)。該托架83具有 上凸緣95 ,其疊置於外殼39頂壁51。該上凸緣％係由下彎 唇緣99形成，以便容納於外殼39頂壁51之選擇凹槽1〇3内。 95231.doc 200527336 如圖7所不，該外殼39頂壁51具有二排五個平行凹槽ι〇3， 以容納該托架8 3下彎唇緣9 9，及提供該繪圖顯示器i與壁面 W之間隔。托架83唇緣99容納於外殼39中之不同凹槽ι〇3， 以容許調整該繪圖顯示器丨與該壁面界之間隔，以便該繪圖 顯不器能依據視覺偏好，彎曲所想要的水平角度。托架83 也具有類似頂部凸緣95之底部凸緣1〇7，該頂部凸緣容納於 外殼39(參閱圖5)底部之開口 lu。#該托架^頂部凸緣^ 調整時，該底部凸緣107容許繪圖顯示器丨相對於底部凸緣 與外殼39連接部樞轉。 如圖2-4所示，繪圖顯示器丨具有一頂部夾持器ιΐ5，其接 近二側面板35間之顯示器頂部。在一實施例中，頂部夾持 器115係一在該繪圖顯示器長度方向行進之角鋼。該頂部夾 持器115安裝於二側面板35之間，且具有容納螺紋緊固器 (例如圖4之螺帽117及螺栓119緊固器)之孔，以附接該夾持 器至支架13及外殼39傾斜唇緣55。所要瞭解的是，其它型 式之緊固器或非螺紋緊固器(例如鉚釘)也能使用，而不偏離 本發明範圍。如圖4所示’後板13之頂緣邊界、綠圖板21及 固疋罩盍29位於頂部夹持器115及外殼外傾斜唇緣乃之 間’以便該緊固器之緊固施以一箝制力以夾持該固定罩蓋 於板固定位置，藉此將繪圖板夹抵於所示後板。 如圖10所示， 式之堅硬構件， 支架或後板1 3包含一大致上具有彎曲板形 逡’焉曲板具有容納對應螺紋緊固器丨丨9(圖 4)且將後板附接至頂部夾持器U5之上 部夾持器59孔75之下凹口 127。 凹口 123，及對應底 如圖4及5所示，後板13具有 9523 丨.doc -10- 200527336 —前曲面mx接觸及支撐-或多個可騎圖仙。該後板 η具有-後曲面71’該後曲面具有由該頂部夾持器115爽抵 於該外殼39傾斜唇緣55之上部，及接觸該底部夾持器59直 立表面67之下部。如圖10所示，後板13下部具有孔i3i，以 便容納將該後板連接至外殼39之螺紋緊固器（未表示）。在所 示實施例t，該後板（支架）13包含24度塗漆夹鋼，但要瞭解 的是，該後板能包含其它材料且具有其它厚度，而不偏離 本發明範圍。在一實施例中，後板13具約38英寸至約42英 寸（較佳超過40英寸）之曲率半徑，以便繪圖板2丨易於被觀 看。 在所示實施例中，各可撓彈性固定罩蓋29包含一透明材 料且具有與該頂部夾持器11 5固定接合之頂緣邊界或部分 135(圖4)，及由底部夾持器59以可釋放方式夾持之底緣邊界 或部份139(圖5)。該固定罩蓋29底部139可相對後板13移 動，以便可撓繪圖板21插置於該罩蓋及後板之間。如圖2所 示，各固定罩蓋29可移動於與該後板13相隔之第一位置及 大致上緊鄰該後板前曲面17之板固定位置之間。在該第一 位置，固定罩蓋29樞轉，以便該罩蓋底部139與後板13間 隔，以容許一或多個可撓繪圖板21插置於固定蓋及後板之 間。在該第一位置，容納於頂部夹持器n5之固定罩蓋29頂 緣部份135夾抵於後板13，且該罩蓋底部139與後板間隔以 容許繪圖板21之插置。在板固定位置，該固定罩蓋29下緣 支撐於底部夾持器59傾斜擱板63，以便緊固罩蓋彈性彎 曲，以提供一夾持力將繪圖板21夾於支架13。如圖5所示， 95231.doc -11 - 200527336 底部夹持器59搁板63之位置使該固定罩蓋29·傲 现二7弓曲，以便施 以一夾持力將可撓繪圖板21夾持於支架13。兮阴^取 邊固定罩蓋29 可在頂部夹持器Π5中調整，以便罩蓋具有正確長产，7 罩蓋曲率半徑由底部夾持器59之傾斜擱板63支擇。頂吾 器115中罩蓋29頂緣部分135之定位能調整，以確保罩菩、 密配合該支架13之可撓繪圖板21。 a'' 在所示實施例中，固定罩蓋29係由例如具有約〇 〇3英寸 厚度之聚碳酸材料（例如Mylar®或丙烯腈丁- p # 一歸本乙烯 (ABS))這類彈性板材料所製成之矩形面板。較佳地，固定 罩盍29厚度能在約〇·〇2英寸至約〇·〇9英寸之範圍。由此將瞭 解’增加該固定罩蓋29厚度對應增加其板固定位置中罩芸 所運用之夾持力。固定罩蓋29可具有緞帶或絲絨加工以= 低平滑表面，且增加繪圖板21視覺效果。較佳地，固定罩 盍29可在約36英寸至約44英寸之板固定位置中具有一曲率 半徑。這些尺寸及材料僅供示範之用。 在所示實施例中，繪圖板2 1係一具有繪圖印製其上之紙 板。該板21較佳具有相當小於固定罩蓋29及後板13之厚 度，但由此將要瞭解，繪圖板可具有一較大厚度而不偏離 本發明範圍。選定可撓板21，以便插置該固定罩蓋29及後 板13之間，如此該板所印之繪圖能輕易由繪圖顯示器丨前方 觀看。 本發明繪圖顯示器1包括一個安裝在該顯示器框架丨丨上 之發光系統25。該發光系統25包括二臂143，各臂安裝在顯 不益1各側面板35上。如圖3所示，各臂143具有與各別側面 95231.doc -12- 200527336 35連接之大致上水平部分147，及支撐延伸於該臂間反射器 155之向下傾斜之前部151。如圖6所示，各反射器155包圍 一鎮流益1 59 ’藉此連接至一螢光燈163或其它照明光源， 且傾斜一角度以導引光線朝向該繪圖顯示器1所夾持之繪 圖板（或各板）。該發光系統25包含一安裝在外殼39頂壁51 之功率控制面板167,其中包含一 12〇 VAC電源線171及能在 120 VAC及277 VAC間操作之120 VAC插座175。如圖13所 示’控制面板167之插座175容許多繪圖顯示器1彼此緊鄰安 裝在僅具有單電源出口P之壁面w。與電源出口 p電氣所連 接第一緣圖顯示|§緊鄰之第二繪圖顯示器1的電源線1 7 j能 直接插入第一繪圖顯示器控制面板167之插座175。這樣， 即使僅一壁面出口可獲得，多顯示器能以串聯方式連接。 圖12表示本發明繪圖顯示器1之傾斜安裝結構。安裝托架 83已經被調整，使得顯示器丨頂部與壁面w間隔，以便樞轉 該顯示器’且易於觀看顯示器中所夾持之繪圖板2 1。 圖13表示並列安裝且以串聯方式電氣連接之多個繪圖顯 示器1組件，其第一繪圖顯示器1電氣連接至壁面出口 p及一 緊鄰圖顯示器電氣連接至第一緣圖顯示器之電源插座 17 5。如剷述’當繪圖顯示器文裝在壁面時，選定缘圖顯示 器1緊鄰側面板35尺寸使其適合縮疊接合，以便當多的緣圖 顯示器並列安裝時，該緊鄰側面前凸緣45在安裝時彼此縮 疊配置。緊鄰顯示器1側面板35之疊置，有助隱藏在安裝期 間由於安裝表面不規則所造成之空隙。 繪圖顯示器1係利用π自行固定π零件（例如支架13、外殼39 95231.doc -13- 200527336 及側面板賴造，意謂著該顯示器組裝期間不需分離” 固疋件。利用自行固定零件，本發明顯示器以快速及瘦濟 j㈣’而不需耗費時間及成本之步驟，使其在緣圖顯示 杰組裒期間，製造一分離組裝固定 現在參考一本發明㈣示器第二致上 表不為200。第二實施例大致上與第_實施例相同，除該頂 部及底部夹持器經過修正以外。如圖14及14八所示，此實施 例繪圖顯示器200之頂冑夾持器2〇5包含一具有凹槽2〇7以 合、·内後板13頂部、固定罩蓋（面板）29及可撓繪圖板2ι之金屬 突出部。如圖14及14B所示，底部夾持器2〇9包含一具有凹 槽213以容納後板13底部及當固定罩蓋位於其板固定位置 時，容納該固定罩蓋29底部及可撓繪圖板21之金屬突出 部。固定罩蓋29具有一包含摺片材料以連接至罩蓋外表 面，藉此扣緊該罩蓋且使其遠離後板13前曲面而移至其第 位置之把柄217。如圖16A-16F所示，當該罩蓋由其第一 位置私動離開該後板13而前進至其板固定位置時或反之亦 然，該把柄217容許固定罩蓋29被扣緊，且相對底部夾持器 209和動。當罩蓋29處於其板固定位置（圖16F)時，把柄217 h留在底部夹持器209頂端，且由夾持器向前延伸以便扣緊 且使§亥罩蓋由後板移開，藉此插置繪圖板2 1 (圖16 A及 16B)。如圖14-14B所示，此實施例200外殼221包括一上壁 或凸緣225，其具有一向下彎曲唇緣229容納於頂部夾持器 205 ;及一下壁或凸緣233，其具有一向上彎曲唇緣237容納 於底部夾持器209。如圖15所示。此實施例發光組件241具 95231.doc -14- 200527336 有與該外殼221上壁225大致平行之一對臂245。 圖16C-16F係緣圖顯示器2〇〇後續圖形，以表示該罩蓋29 快速彈入一夾持位置以抵住可撓板（選單板）21。在圖16c 中，罩蓋29由底部夾持器209移動且該可撓板21已插入繪圖 顯示器200之頂部夾持器205及底部夾持器。圖丨6D表示該罩 蓋29移向支架13且罩蓋底部升高以便插入底部夾持器 209，藉此使得該罩蓋由支架曲面彎向中間。圖16E表示罩 蓋29底部容納於底部夾持器2〇9及該罩蓋外曲量減少，但仍 由該支架1 3凹面向外彎曲。由圖丨6E前進至圖16F夾持部 分，一推力施加至外彎罩蓋29(圖16E箭頭A所示），以便該 罩蓋快速彈至罩蓋配合該支架13凹面之夾持位置。在圖i6F 夾持位置，可撓板21藉由罩蓋29彈性彎曲所產生夾持力夹 抵支架13於定位，以配合該支架。 圖17-19表示本發明繪圖顯示器267第三實施例與圖3_5 所示第一實施例繪圖顯示器1相同，及對應組件由對應參考 編號表示。在第三實施例中，各繪圖板21包含一例如像由 塑膠塗層所層疊紙板之可撓板，且該第一實施例罩蓋板29 藉由沿该纟會圖板各別上下緣邊界延伸之上及下固定構件 251、253所替換，以便將該繪圖板夾持於彎曲支架13。該 上固疋構件2 5 1由螺紋緊固器119夾持於頂部夹持器11 $及 支架13。在所示實施例中，該上固定構件25 1下緣可彎曲以 k供'把柄2 5 7 ’措此使該固定構件離開支架13，以便將該 繪圖板21插置於固定構件及支架之間。上固定構件251提供 一箝制力以便繪圖板壓於彎曲支架13，藉此固定繪圖板於 95231.doc -15- 200527336 辩員示為267中。下固定構件253與底部夾持器59直立後表面 6 7間隔，以提供谷納该緣圖21底部及後板之凹槽2 5 5。固定 構件253適合緊固至底部夾持器59之擱板63。該上及下固定 構件251、253能完全省略而不偏離本發明範圍。 如圖20-24所示，本發明繪圖顯示器丨可具有一可移動發 光系統，大致上記作269,其容許該發光系統之配置用於顯 示器之儲存及運輸。由此將能瞭解，可移動發光系統269能 在所不貫施例 女t在此所說明繪圖顯示器之任何實施例 中，發光系統269包括一發光夾持器組件，大致上記作27 i _匕各一潷143、反射裔155及鎮流器159。發光夾持器組件 271夾持照明光源（螢光燈163)且可移動於圖川及2丨所示操 作位置及圖20(虛線）、22及24(虛線）所示折疊位置之間。 如圖21所示，可移動發光系統269之各臂143包含一前滑 =器275及-後滑動器279,二者連接至各臂水平部份⑷且 容：該框架11各別側面板35之凹槽285中。在一實施例中， 各/月動275、279具有-頭端大於該凹槽285寬度之螺紋緊 口 :（例如螺#) ’及_4驗連接部與該發光夾制組件⑺ 各臂143連接之螺紋柄。螺桿奶、μ結構在臂⑷上，使 得螺桿：緊密固定該臂⑷於一相對該側面板35之_ 私弛了犯使各臂相對於該側面板移動至各後螺桿279 ”樞車由之位i，藉此容許各臂向下擺動至其折疊位 :後再緊⑨固定該臂於其位置。以樞轉方式將該臂⑷ 女、各別側面板35之其它配置也是可行的。 側面板35之各凹槽285具有封閉之前後端及該凹槽端間 95231.doc -16- 200527336 之開口 291，當發光系統269移至折疊位置時，該開口容許 前滑動器275由凹槽移除。二滑動器275、279能透過開口 291 由凹槽285移除，以分離該發光系統269及圖形顯示器i。在 圖20及21操作系統中，前滑動器275容納於凹槽285前部且 後滑動器279容納於凹槽後部，其中二滑動器緊密鎖定該發 光系統25，以便燈光163位置利於該繪圖顯示器267所夾持 選單板21之照明。 圖23 A-23C說明發光系統269由操作位置移動至折疊位置 (圖23C)。僅有一臂如圖23A-23C所示，但要暸解的是，發 光系統269另一臂也以相同方式樞轉，以容許發光系統由操 作位置移動至折疊位置。在圖23 A操作位置中，該臂143之 各滑動器275、279放鬆，以容許滑動器自由在該側面板35 之凹槽285中移動。如圖23B所示，臂143以向後方向朝向繪 圖顯示器1後方移動，以便前滑動器275位於開口 291下方， 且該臂143向上樞轉，以便由凹槽285移除前滑動器。一旦 剷滑動器2 7 5由凹槽2 8 5移除，如圖2 3 C所示，該臂14 3向前 移動直到後滑動器279容納於凹槽前部。當後滑動器279在 凹槽285前部時，臂143在框架11上向下樞轉，以擺動該發 光系統2 6 9至該臂前滑動器2 7 5接觸面板3 5前表面之折疊位 置。夾持於凹槽285之後滑動器279能緊密將該臂143鎖於折 疊位置，以便顯示器1儲存及運輸。 圖25-27表示一可移動發光系統之第二實施例，大致上記 作301。如同上述該可移動發光系統269情況，該發光系統 3 01月b女裝於在此所說明繪圖顯示器之任何實施例。發光系 9523l.doc -17- 200527336 統301大致上與發光系統269相同，其中該系統所包括之發 光夾持器組件271具有二臂143、反射器155及連同夾持照明 光源（½:光:k 163))之鎮流器159。如先前實施例，該發光夾 持器組件27 1可移動於圖25所示操作位置及圖2此及27(虛 線）所示折疊位置之間。發光系統3〇1之臂143各具有一容納 於各側面板35封閉槽311中之單滑動器（螺桿）3〇7。滑動器 307大致上與先前實施例之滑動器275、279相同，其中滑動 器307具有一頭端大於凹槽寬度及一螺紋柄以一螺紋連接 部與該臂連接。大部分如圖27、27A及27B所示，發光系統 3〇1包括將側面板35連接至繪圖顯示器丨框架u之修正頂部 托木315。頂部托架315各包含一容納各臂丨43後部以夾持該 #於紅作位置之通道319。由此將能瞭解，通道可為與 違頂部托架315分離而不偏離本發明範圍之分離部件。各通 道3i9限制所容納各臂143之樞軸運動，_發光系 於”操作位置。螺;^3G7結構在臂⑷上，使得該螺桿能相 對於側面板35緊㈣定該臂143於固定位置，及鬆弛時使各 臂由通道319移除至_各臂當作樞軸之位置，藉此容許各臂 向下擺動至其折疊位置，接著再次緊錢㈣臂於其位置。 如圖26A、26B及27所示，發光系統期可藉由將該臂⑷ 從通道319撤回’使其由操作位置移動至折疊位置。各臂⑷ 滑動器307可放鬆以容許各臂在通道319中向前滑動。者臂 ⑷由通道319撤回時，滑動器斯在凹槽3ιι_向前滑:。 田各臂143完全由其各通道319撤回時，該臂沿著固定於各 側面板35凹槽3U中之滑動器斯向下樞轉，以定位該發光 95231.doc -18- 200527336 系統3(Π於折疊位置。在向下旋轉該臂至圖26β及η(虛幻 所示折疊位置後’發光系統301可藉鎖緊各臂⑷之滑動器 3〇7鎖於此位置。由此將要瞭解的是，本發明發光系統如 :单―方向移動使爽持器沿凹槽311所夾持滑動器術在框 =上自由肖下樞轉，藉α容許該臂143由通道319撤回，以 簡化該發光夾持器組件271移動至折疊位置。 當介紹本發明元件或其較佳實施例實，，，一 ”、” 一個,，、 "這個”及，，該"這些冠詞將意謂著有一或多個這類元件。”包 含包括，，及”具有，，這些名詞將包括及意謂除表列元件以 外之其它附加元件。 鑒於上述，由此將能瞭解 其它有利結果也能得到。 本發明數個目的將能達成且 儘管各種變化在上述結構達成而不偏離本發明範圍，上 述說明所包含或附圖所示所有事項應解釋為圖示目的而 其限制。 【圖式簡單說明】 圖1係說明一人員目視本發明第一實施例之壁面安妒繪 圖顯示器時之側視圖； 曰 圖2係圖1繪圖顯示器之前視圖； 圖3係沿圖2平面3-3所取之橫截面圖； 圖4係圖3之放大部分，其表示該繪圖顯示器頂部失持器 圖5係圖3之放大部分，其表示繪圖顯示器底部爽持哭$ 圖6係繪圖顯示器之後視圖； ％ 圖7係綠圖顯示器之上視圖； 95231.doc -19- 200527336 圖8係繪圖顯示器具繪圖板及由其移除固定罩蓋之前視 圖； 圖9係一外殼由該繪圖顯示器移除之前視圖； 圖10係一支架由該繪圖顯示器移除之前視圖； 圖11係一框架安裝托架由該繪圖顯示器移除之前視圖； 圖12係繪圖顯示器安裝在壁面之前視圖； 圖13係二繪圖顯示器並列安裝在壁面之前視圖； 圖14係本發明繪圖顯示器第二實施例之橫截面圖； 圖14A係表示該繪圖顯示器頂部夾持器之放大部分； 圖14B係表示該繪圖顯示器底部夾持器之放大部分； 圖15係表示一發光系統連接至繪圖顯示器之第二實施例 橫截面圖； 圖16A係相似於圖14但表示一罩蓋離開一支架之第一位 置及一繪圖板插於該罩蓋及該支架間圖形； 圖16B係相似於圖16A但表示該繪圖板插於頂部夾持器 之圖形； 圖16C係相似於圖16B但表示該繪圖板插於頂部夾持器 及底部夹持器之圖形； 圖16D係相似於圖16C但表示該罩蓋移向支架且該罩蓋 底部位置插於底部夹持器之圖形； 圖16E係相似於圖16D但表示該罩蓋容納於底部夾持器 之圖形； a 圖16F係相似於圖16E但表示該罩蓋位於一與該緣圖板接 觸之夾持位置之圖形； 95231.doc -20- 200527336 圖Π係本發明緣圖顯示器第三實施例之橫截面圖； 圖18係圖17表示該繪圖顯示器頂部夾持器之放大部分； 圖19係圖i 7表示該繪圖顯示器底部失持器之放大部分； 圖20係一繪圖顯示器表示本發明可移動發光系統第一實 施例之前視圖； 、 圖’其說明該發光系 圖21係圖20繪圖顯示器之部分側視 統在操作位置； 形； 圖22係相似於圖21但表示該發光系統在折疊位置 之圖 圖2从-2職表示該發光系統由操作位置㈣ 置之部分放大圖； 圖24係該繪圖顯示器具發光系統於操作位置之前視圖. 圖25係一繪圖顯示器具有操作位置所示發光系統第二實 施例之部分側視圖； 广6A及26B係表示圖25發光系統由操作位置移動至折 豎位置之部分放大圖； 之 圖27係該繪圖顯示器具該操作位置所示圖乃發光系統 别視圖； μ 系統 圖27Α係圖27之放大部分，其表示一通道所容納發光 臂部；及 圖27Β係圖27Α立體分解圖。 圖中相對應之參考編號表示相對應之組件。 【主要元件符號說明】 1、200、267 繪圖顯示器 95231.doc •21 - 200527336 11 框架 13 彎曲支架、後板 17 前表面、前曲面 21 可撓板 25、 269 ^ 301 發光系統 29 固定罩蓋 35 側面板（端蓋） 39 外殼（殼） 43 頂部安裝托架 45 前垂直凸緣 46 後垂直凸緣 47 垂直後壁 51 頂壁 55 唇緣 59、 209 底部夾持器 63 傾斜表面、擱板 67 直立後表面 71 後面 75、 131 孔 83 安裝托架 87 扁平桿 91 安裝孑L 95 上凸緣、頂部凸緣 99 下彎唇緣 95231.doc -22- 200527336 103 平行凹槽 107 下凸緣 111、 291 開口 115、 205 頂部夾持器 117 螺帽 119 螺栓 123 上凹口 127 下凹口 135 頂緣邊界或部份 139 底緣邊界或部份 143 臂 147 水平部份 151 向下傾斜前部 155 反射器 159 鎮流1§ 163 螢光燈 167 電源控制面板 171 電源線 175 插座 207、 255 、 285 、 311 凹槽 217 > 257 把柄 221 225 229 外殼 上壁或凸緣 向下彎曲唇緣 95231.doc 23- 200527336 237 向上彎曲唇緣 241 發光組件 233 下壁或凸緣 251 上固定構件 253 下固定構件 271 發光炎持器組件 275 前滑動器（螺桿） 279 後滑動器（螺桿） 307 滑動器（螺桿） 315 頂部托架 319 通道 C 櫃台 P 人員、電源出口 W、W1 壁面 95231.doc - 24 -^ ^ Or other facilities customers or other personnel P see this drawing (such as a 觫 β 丄. ~ Or its printed matter). What is to be understood is that the display 1 of the present invention is particularly applicable. The solution η & * week is used to display restaurant menu information, and the heart shape also displays other types of resources. As shown in Figs. 1-5, the display 丨 dagger 3-this drawing shows the crying H on the wall W (picture) or other surfaces. In one embodiment, a large 95231.doc 200527336 is hard The curved bracket 13 of the bottom plate is mounted on the frame 11 and has a front surface 17 (FIG. 10) 'to support one or more flexible plates with a meeting drawing depicting it. A lighting system generally labeled as 25 is installed The frame 11 is used to illuminate the flexible plate 21 supported by the bottom plate 13. In one embodiment, the edge map display i has two flexible elastic fixed panels or covers 29 mounted on the display. Each fixed cover 29 holds one or more respective flexible drawing boards 21 to abut the front curved surface 17 of the base plate 13. It will be understood that the drawing display 1 can include a pullable drawing board 21 and a flexible elastic cover 29 Or the drawing display can include more than one interchangeable chart plate and cover 'without departing from the scope of the present invention. As discussed in further detail below, the transparent flexible elastic cover 29 can be moved in a first position and a plate fixed position. Between the first position and the bottom plate 13 to allow a One or more flexible plates 21 are positioned on the front curved surface 17 of the bottom plate, and at the fixed position of the plate, the at least one cover is elastically bent so as to clamp the flexible plate against the front curved surface of the bottom plate. As shown, the frame 11 includes connecting two side panels (end caps) 35, which are connected to a housing (shell) by a respective top mounting bracket 43 (FIG. 6) and respective bottom mounting brackets (not shown). ), Roughly denoted as 39. As shown in FIG. 6, each side panel 35 has a front vertical flange 45 protruding laterally outward from the panel and a rear vertical flange 46 protruding laterally inward from the panel to connect the Housing 39. In the illustrated embodiment, the right side panel 35, as shown in FIG. 2, is slightly smaller in size than the left side panel, and the vertical flange 45 in front of the right side panel is spaced close to the rear flange 46 so that When two drawing monitors are installed side by side, the rigid flanges immediately adjacent to the display can be configured to overlap each other during installation. The composite overlap of the flange 45 immediately adjacent to the front of the monitor helps to hide during installation and will cause the installation surface to be not 95231.doc 200527336 The gap. As shown in Figures 3, 4 and 6, the shell 3 9 has a vertical rear wall 47 to form the rear wall surface of the drawing display; a top wall 5 丨 which extends horizontally forward from the rear wall immediately adjacent to the upper end; and a lip 5 5 at the front edge of the top wall Bend upwards and forwards. As shown in FIG. 5, the rear wall 47 of the housing 39 has a lower portion that includes a series of bends to form a bottom holder, which is generally denoted as 59 to hold the bottom of the rear plate 13; Flexible drawing board and fixed cover 29. The bottom holder 59 has an inclined surface or shelf 63 to support the lower edge of the rear plate 13; flexible drawing board 21 and flexible elastic fixed cover 29; and An upright rear surface 67 extends upward from the shelf to contact the rear surface 71 of the rear plate. As shown in FIG. 9, the upright surface 67 of the bottom holder 59 has a hole corresponding to the 13 hole of the bracket so that the container can pass from the back of the holder to the flexible elastic drawing board 2 丨. The bottom clamping member 59 has a curved shelf 63 structure for clamping the flexible elastic cover 29 at its plate fixing position, where the holder clamps the flexible drawing board 21 against the front curved surface 17 of the rear plate 13. As shown in Fig. 6-8, the frame includes two mounting brackets, which are generally represented by the mounting brackets connected to the housing 39 to mount the drawing display on a wall w (Fig. 1) or other surface. Each mounting bracket 83 can be adjusted on the casing ", thereby mounting the casing at different inclination angles to facilitate viewing of the drawing board 21 (Fig. 2). As shown in Figs. 4 and 11, each bracket 83 includes a flat A rod 87 extending vertically on the rear wall 47 of the housing 39. The rod 87 is formed by a mounting hole 19 for mounting the component 1 on a required surface (eg, wall surface w). The bracket 83 has an upper flange 95 It is stacked on the top wall 51 of the casing 39. The upper flange% is formed by the lower curved lip 99 so as to be accommodated in the selection groove 10 of the top wall 51 of the casing 39. 95231.doc 200527336 As shown in Figure 7 No, the top wall 51 of the housing 39 has two rows of five parallel grooves 03 to accommodate the lower curved lip 9 9 of the bracket 8 3 and provide the distance between the drawing display i and the wall surface W. The bracket 83 lip The edge 99 is received in different grooves 03 in the housing 39 to allow adjustment of the distance between the drawing display and the wall boundary so that the drawing display can bend the desired horizontal angle according to visual preference. Bracket 83 also has a bottom flange 107 similar to the top flange 95, which is received in the opening lu at the bottom of the housing 39 (see FIG. 5). . # The bracket ^ Top flange ^ When adjusted, the bottom flange 107 allows the drawing display 丨 to pivot relative to the connection between the bottom flange and the housing 39. As shown in Figure 2-4, the drawing display 丨 has a top clip Holder 5, which is close to the top of the display between the two side panels 35. In one embodiment, the top holder 115 is an angle steel traveling in the length direction of the drawing display. The top holder 115 is mounted on the two side panels 35 There is a hole for receiving a threaded fastener (such as the nut 117 and the bolt 119 fastener of FIG. 4) to attach the holder to the bracket 13 and the inclined lip 55 of the housing 39. What is to be understood is , Other types of fasteners or non-threaded fasteners (such as rivets) can also be used without departing from the scope of the present invention. As shown in Figure 4, 'the top edge boundary of the rear plate 13, the green picture plate 21 and the solid cover盍 29 is located between the top holder 115 and the slanted lip on the outside of the casing so that the fastening of the fastener applies a clamping force to hold the fixing cover in the plate fixing position, thereby clamping the drawing board against On the back plate shown. As shown in Fig. 10, the rigid component of the formula, the bracket or the back plate 1 3 Contains a generally curved plate shape. The 'curved plate has a recess to accommodate the corresponding screw fastener 9 (Figure 4) and attach the rear plate to the top holder U5 upper holder 59 hole 75 under the concave Mouth 127. The notch 123, and the corresponding bottom are shown in Figures 4 and 5, the rear plate 13 has 9523 丨 .doc -10- 200527336 — front surface mx contact and support-or multiple rideable figure fairy. The rear plate η The rear surface 71 ′ has a rear surface having an upper part of the inclined lip 55 slanted by the top holder 115 against the housing 39 and a lower part of the upright surface 67 contacting the bottom holder 59. As shown in FIG. 10, the lower part of the rear plate 13 has a hole i3i to accommodate a threaded fastener (not shown) that connects the rear plate to the housing 39. In the illustrated embodiment t, the back plate (bracket) 13 includes a 24 degree painted steel, but it is understood that the back plate can contain other materials and have other thicknesses without departing from the scope of the present invention. In one embodiment, the rear plate 13 has a radius of curvature of about 38 inches to about 42 inches (preferably more than 40 inches) so that the drawing board 2 can be easily viewed. In the illustrated embodiment, each flexible elastic fixing cover 29 comprises a transparent material and has a top edge boundary or portion 135 (FIG. 4) fixedly engaged with the top holder 115, and a bottom holder 59 The bottom edge boundary or portion 139 is releasably clamped (Figure 5). The bottom 139 of the fixed cover 29 is movable relative to the rear plate 13 so that the flexible drawing board 21 is inserted between the cover and the rear plate. As shown in FIG. 2, each of the fixed covers 29 can be moved between a first position spaced from the rear plate 13 and a plate fixing position substantially adjacent to the front curved surface 17 of the rear plate. In the first position, the fixed cover 29 is pivoted so that the cover bottom 139 is spaced from the rear plate 13 to allow one or more flexible drawing boards 21 to be inserted between the fixed cover and the rear plate. In this first position, the top edge portion 135 of the fixed cover 29 housed in the top holder n5 is clamped against the rear plate 13, and the cover bottom 139 is spaced from the rear plate to allow the drawing board 21 to be inserted. In the plate fixing position, the lower edge of the fixed cover 29 is supported by the bottom holder 59 to tilt the shelf 63 so that the cover is elastically bent to provide a clamping force to clamp the drawing board 21 to the bracket 13. As shown in FIG. 5, 95231.doc -11-200527336 the position of the bottom holder 59 and the shelf 63 makes the fixed cover 29 · Aoxian 2 7 bow, so as to apply a clamping force to the flexible drawing board 21 Clamped on the bracket 13. The side fixing cover 29 can be adjusted in the top holder Π5 so that the cover has the correct long-term production. 7 The curvature radius of the cover is selected by the inclined shelf 63 of the bottom holder 59. The positioning of the top edge portion 135 of the cover 29 in the top 115 can be adjusted to ensure that the cover fits tightly with the flexible drawing board 21 of the bracket 13. a '' In the embodiment shown, the fixed cover 29 is made of an elastic material such as a polycarbonate material (such as Mylar® or Acrylonitrile Butyl-P # Polyethylene (ABS)) having a thickness of about 3,000 inches. Rectangular panel made of sheet material. Preferably, the thickness of the fixed cover 29 can be in the range of about 0.02 inches to about 0.09 inches. It will thus be understood that 'increasing the thickness of the fixed cover 29 corresponds to increasing the clamping force applied by the cover in its plate fixing position. The fixed cover 29 may have a ribbon or velvet processing to have a low smooth surface and increase the visual effect of the drawing board 21. Preferably, the fixed cover 盍 29 may have a radius of curvature in a plate fixing position of about 36 inches to about 44 inches. These dimensions and materials are for demonstration purposes only. In the illustrated embodiment, the drawing board 21 is a paper board having a drawing printed thereon. The plate 21 preferably has a thickness substantially smaller than that of the fixed cover 29 and the rear plate 13, but it will be understood from this that the drawing board can have a larger thickness without departing from the scope of the present invention. The flexible plate 21 is selected so as to be inserted between the fixed cover 29 and the rear plate 13 so that the drawing printed by the plate can be easily viewed from the front of the drawing display 丨. The graphic display 1 of the present invention includes a light-emitting system 25 mounted on the display frame. The lighting system 25 includes two arms 143, and each arm is mounted on each side panel 35 of the display panel. As shown in FIG. 3, each arm 143 has a substantially horizontal portion 147 connected to each side 95231.doc -12-200527336 35, and a downwardly inclined front portion 151 supporting the inter-arm reflector 155 extending downward. As shown in FIG. 6, each reflector 155 surrounds a ballast 1 59 ′, thereby connecting to a fluorescent lamp 163 or other illumination light source, and tilting an angle to guide light toward the drawing held by the drawing display 1. Board (or boards). The lighting system 25 includes a power control panel 167 mounted on the top wall 51 of the housing 39, which includes a 120 VAC power cord 171 and a 120 VAC socket 175 capable of operating between 120 VAC and 277 VAC. As shown in Fig. 13, the socket 175 of the 'control panel 167 accommodates a plurality of graphic displays 1 mounted next to each other on a wall surface w having only a single power outlet P. It is connected to the power outlet p electrical. The first edge diagram display | § The power cord 17 of the second graphics display 1 next to it can be directly plugged into the socket 175 of the control panel 167 of the first graphics display. In this way, even if only one wall outlet is available, multiple displays can be connected in series. Fig. 12 shows an oblique mounting structure of the graphic display 1 of the present invention. The mounting bracket 83 has been adjusted so that the top of the display 丨 is spaced from the wall surface w to pivot the display 'and to easily view the drawing board 21 held in the display. Fig. 13 shows a plurality of drawing display 1 components installed in parallel and electrically connected in series, the first drawing display 1 of which is electrically connected to a wall outlet p and a power socket 17 5 which is electrically connected to the first edge display and is adjacent to the first edge display. For example, when the drawing display is mounted on the wall, the edge map display 1 is selected next to the side panel 35 so that it is suitable for being folded and joined, so that when multiple edge map displays are installed side by side, the front side flange 45 next to the side is installed. When folded over each other. The stack next to the side panel 35 of the display 1 helps to hide the gap caused by the irregular mounting surface during the installation. The graphic display 1 uses π to fix π parts (such as bracket 13, housing 39 95231.doc -13-200527336, and side panels), which means that the display does not need to be separated during assembly. The display of the present invention can be manufactured quickly and thinly without any time-consuming and costly steps, so that it can be manufactured in a separate assembly and fixed during the edge map display time. Now refer to a second display of the present invention. Is 200. The second embodiment is substantially the same as the first embodiment, except that the top and bottom holders have been modified. As shown in FIGS. 〇5 includes a metal protrusion with a groove 207, a top of the inner rear plate 13, a fixed cover (panel) 29, and a flexible drawing board 2m. As shown in Figs. 14 and 14B, the bottom holder 209 includes a groove 213 for accommodating the bottom of the rear plate 13 and a metal protrusion for accommodating the bottom of the fixed cover 29 and the flexible drawing board 21 when the fixed cover is in its plate fixing position. The fixed cover 29 has One contains flap material to attach to the cover The outer surface is used to fasten the cover and move it away from the front surface of the rear plate 13 to the handle 217 in its first position. As shown in FIGS. 16A-16F, when the cover is moved away from the first position by itself When the rear plate 13 is advanced to its plate fixing position or vice versa, the handle 217 allows the fixing cover 29 to be fastened and moves relatively to the bottom holder 209. When the cover 29 is in its plate fixing position (FIG. 16F) ), The handle 217 h is left at the top of the bottom holder 209, and is extended forward by the holder to fasten and remove the cover from the rear plate, thereby inserting the drawing board 2 1 (Figure 16 A And 16B). As shown in FIGS. 14-14B, the housing 221 of this embodiment 200 includes an upper wall or flange 225 having a downwardly curved lip 229 received in the top holder 205; and a lower wall or flange 233 It has an upwardly bent lip 237 received in the bottom holder 209. As shown in Fig. 15. In this embodiment, the light-emitting component 24114 95231.doc -14- 200527336 has a pair substantially parallel to the upper wall 225 of the housing 221 Arm 245. Figure 16C-16F is a follow-up graphic of the display 2000, to show that the cover 29 quickly pops into a clamping position to resist the Board (menu board) 21. In Fig. 16c, the cover 29 is moved by the bottom holder 209 and the flexible plate 21 has been inserted into the top holder 205 and the bottom holder of the drawing display 200. Fig. 6D shows the The cover 29 is moved toward the bracket 13 and the bottom of the cover is raised to insert the bottom holder 209, thereby bending the cover from the curved surface of the bracket to the middle. FIG. 16E shows that the bottom of the cover 29 is received in the bottom holder 209 And the outer curvature of the cover is reduced, but it is still bent outward from the concave surface of the bracket 13. From FIG. 6E to the clamping portion of FIG. 16F, a thrust is applied to the outer curved cover 29 (shown by arrow A in FIG. 16E). So that the cover snaps quickly to the clamping position where the cover fits the concave surface of the bracket 13. In the clamping position of FIG. I6F, the flexible plate 21 is clamped against the bracket 13 by the clamping force generated by the elastic bending of the cover 29 to fit the bracket. Figures 17-19 show that the third embodiment of the graphics display 267 of the present invention is the same as the graphics display 1 of the first embodiment shown in Figures 3-5, and corresponding components are indicated by corresponding reference numbers. In the third embodiment, each of the drawing boards 21 includes a flexible board such as a cardboard laminated with a plastic coating, and the first embodiment covers the cover plates 29 along the borders of the upper and lower edges of the drawing board. The upper and lower fixing members 251 and 253 are extended and replaced to clamp the drawing board to the curved bracket 13. The upper fixing member 2 5 1 is held by the screw holder 119 between the top holder 11 and the bracket 13. In the embodiment shown, the lower edge of the upper fixing member 25 1 may be bent to provide a handle for 5 5 7, so that the fixing member leaves the bracket 13 so as to insert the drawing board 21 between the fixing member and the bracket. between. The upper fixing member 251 provides a clamping force to press the drawing board against the bending bracket 13, thereby fixing the drawing board at 95231.doc -15-200527336. The lower fixing member 253 is spaced apart from the upright rear surface 67 of the bottom holder 59 to provide grooves 2 5 5 at the bottom and the rear plate of the edge of FIG. 21. The fixing member 253 is adapted to be fastened to the shelf 63 of the bottom holder 59. The upper and lower fixing members 251, 253 can be completely omitted without departing from the scope of the present invention. As shown in Figs. 20-24, the graphic display of the present invention may have a movable light emitting system, generally designated as 269, which allows the light emitting system to be configured for storage and transportation of the display. It will be understood from this that the movable lighting system 269 can be used in any of the embodiments of the graphic display described herein. The lighting system 269 includes a light-emitting holder assembly, which is generally referred to as 27 i _ Each one 143, Reflector 155 and Ballast 159. The light-emitting holder assembly 271 holds the illumination light source (fluorescent lamp 163) and is movable between the operating position shown in Figures 2 and 2 and the folded position shown in Figures 20 (dashed lines), 22 and 24 (dashed lines). As shown in FIG. 21, each arm 143 of the movable lighting system 269 includes a forward slider 275 and a rear slider 279, both of which are connected to the horizontal part of each arm, and the content: each side panel 35 of the frame 11 In the groove 285. In one embodiment, each / monthly movement 275, 279 has a threaded mouth with a head end larger than the width of the groove 285: (for example, screw #) 'and _4 inspection connection portion and the light-emitting clamping assembly ⑺ each arm 143 Connecting threaded shank. The screw milk and μ structure are on the arm ⑷, so that the screw: tightly fixes the arm ⑷ to a side of the side panel 35 _ slackens the arm to move to the rear screws 279 ″ with the side panel Position i, thereby allowing each arm to swing down to its folded position: then tighten the arm tightly to its position. Pivoting the arm to the female and other side panel 35 configurations is also possible. Each groove 285 of the panel 35 has an opening 291 that closes the front and rear ends and the groove end 95231.doc -16- 200527336. When the lighting system 269 is moved to the folded position, the opening allows the front slider 275 to be moved from the groove. In addition, the two sliders 275 and 279 can be removed from the groove 285 through the opening 291 to separate the light-emitting system 269 and the graphic display i. In the operating systems of FIGS. 20 and 21, the front slider 275 is received in the front of the groove 285 The rear slider 279 is accommodated in the rear of the groove, and two of the sliders lock the lighting system 25 tightly so that the position of the light 163 facilitates the lighting of the menu board 21 held by the drawing display 267. Figure 23 A-23C illustrates that the lighting system 269 is composed of Move the operating position to the folded position (Figure 23C) Only one arm is shown in FIGS. 23A-23C, but it is understood that the other arm of the lighting system 269 is also pivoted in the same manner to allow the lighting system to move from the operating position to the folded position. In the operating position of FIG. 23A, The sliders 275 and 279 of the arm 143 are relaxed to allow the slider to move freely in the groove 285 of the side panel 35. As shown in FIG. 23B, the arm 143 moves in a backward direction toward the rear of the drawing display 1 so as to slide forward The slider 275 is located below the opening 291, and the arm 143 pivots upward to remove the front slider by the groove 285. Once the shovel slider 2 7 5 is removed by the groove 2 8 5 as shown in FIG. 2 3 C, The arm 143 is moved forward until the rear slider 279 is received in the front of the groove. When the rear slider 279 is in front of the groove 285, the arm 143 is pivoted downward on the frame 11 to swing the lighting system 2 6 9 to the folded position of the front slider of the arm 2 7 5 contacting the front surface of the panel 3 5. After being clamped in the groove 285, the slider 279 can tightly lock the arm 143 to the folded position for storage and transportation of the display 1. FIG. 25 -27 shows a second embodiment of a movable lighting system, roughly written as 30 1. As in the case of the movable lighting system 269 described above, the lighting system 3 January b is any embodiment of the graphics display described herein. The lighting system 9523l.doc -17- 200527336 system 301 is roughly the same as the lighting system 269 Similarly, the light-emitting holder assembly 271 included in the system has two arms 143, a reflector 155, and a ballast 159 together with a holding illumination light source (½: light: k 163). As in the previous embodiment, the light-emitting holder The gripper assembly 27 1 can be moved between the operating position shown in FIG. 25 and the folded position shown in FIGS. 2 and 27 (dotted line). Each of the arms 143 of the light-emitting system 301 has a single slider (screw) 307 received in the closed groove 311 of each side panel 35. The slider 307 is substantially the same as the sliders 275 and 279 of the previous embodiment, wherein the slider 307 has a tip end larger than the groove width and a threaded shank connected to the arm with a threaded connection portion. As shown mostly in Figs. 27, 27A and 27B, the lighting system 301 includes a modified top bracket 315 that connects the side panel 35 to the drawing display 丨 frame u. Each of the top brackets 315 includes a channel 319 for accommodating the rear of each arm 43 to hold the # in the red position. From this, it will be understood that the channel may be a separate member that separates from the top bracket 315 without departing from the scope of the present invention. Each channel 3i9 restricts the pivotal movement of the contained arms 143, and the light emitting system is in the "operation position." Screw; ^ 3G7 is structured on the armrest, so that the screw can tightly fix the arm 143 in a fixed position relative to the side panel 35. When the arm is loosened, the arms are removed from the channel 319 to the position where each arm is used as a pivot, thereby allowing each arm to swing down to its folded position, and then tightening the arm again in its position. As shown in Figure 26A, As shown in 26B and 27, the light emitting system can be moved from the operating position to the folded position by retracting the arm ⑷ from the channel 319. Each arm ⑷ slider 307 can be relaxed to allow each arm to slide forward in the channel 319 When the arm is retracted from the channel 319, the slider slides forward in the groove 3m_: When the Tian arm 143 is completely retracted from its channel 319, the arm is fixed in the groove 3U of each side panel 35 The slider is pivoted downwards to locate the light-emitting 95231.doc -18- 200527336 system 3 (Π in the folded position. After rotating the arm downward to Fig. 26β and η (in the folded position shown by illusion, the light-emitting system 301 It can be locked in this position by the slider 307 which locks the armrests. The light-emitting system of the present invention is such as: single-direction movement causes the holder to slide along the groove held by the groove 311, and pivots under the frame = upper-free-shaft. By using α to allow the arm 143 to be withdrawn from the channel 319 to simplify the light emission. The gripper assembly 271 moves to the folded position. When introducing the element of the present invention or its preferred embodiment, "a", "a", "," and "the" these articles will mean a Or more of such elements. "Comprises include," and "have," these terms shall include and mean additional elements in addition to the listed elements. In view of the foregoing, it will be understood that other advantageous results may also be obtained. Several objects of the invention will be achieved and despite various changes achieved in the above structure without departing from the scope of the invention, all matters contained in the above description or shown in the accompanying drawings shall be interpreted for illustration purposes and limitations thereof. 1 is a side view of a person viewing a wall-mounted enveloping drawing display of the first embodiment of the present invention; FIG. 2 is a front view of the drawing display of FIG. 1; FIG. 3 is a cross-sectional view taken along plane 3-3 of FIG. Fig. 4 is an enlarged part of Fig. 3, which shows the top stopper of the drawing display. Fig. 5 is an enlarged part of Fig. 3, which shows the bottom of the drawing display. Fig. 6 is a rear view of the drawing display;% Fig. 7 is a green drawing. Top view of the display; 95231.doc -19- 200527336 Figure 8 is a front view of the drawing display device drawing board and the fixing cover removed therefrom; Figure 9 is a front view of the casing removed by the drawing display; Figure 10 is a stand Front view removed from the drawing display; FIG. 11 is a front view of a frame mounting bracket removed from the drawing display; FIG. 12 is a front view of the drawing display installed on the wall; FIG. 13 is a front view of the two drawing display installed side by side on the wall; FIG. 14 is a cross-sectional view of a second embodiment of the drawing display of the present invention; FIG. 14A is an enlarged portion of the top holder of the drawing display; FIG. 14B is an enlarged portion of the bottom holder of the drawing display; A cross-sectional view of a second embodiment of a light emitting system connected to a drawing display; FIG. 16A is similar to FIG. 14 but shows a first position where a cover leaves a bracket and The drawing board is inserted between the cover and the bracket; FIG. 16B is similar to FIG. 16A but shows the drawing board inserted into the top holder; FIG. 16C is similar to FIG. 16B but shows the drawing board inserted into the top holder 16D is similar to FIG. 16C but shows that the cover is moved to the bracket and the bottom position of the cover is inserted into the bottom holder; FIG. 16E is similar to FIG. 16D but shows that Figure of the cover accommodated in the bottom holder; a Figure 16F is a figure similar to Figure 16E but showing that the cover is in a clamping position in contact with the edge drawing board; 95231.doc -20- 200527336 Figure II is the original A cross-sectional view of the third embodiment of the invention edge map display; FIG. 18 is a magnified portion of the top holder of the drawing display; FIG. 19 is a magnified portion of the bottom holder of the drawing display; A drawing display shows a front view of the first embodiment of the movable light-emitting system of the present invention; FIG. 'Illustrates the light-emitting system FIG. 21 is a side view of a portion of the drawing display of FIG. 20 in an operating position; FIG. 22 is similar to FIG. 21 means the luminous system Fig. 2 is an enlarged view of a part of the light-emitting system which is arranged by an operation position from the -2 position; Fig. 24 is a front view of the light-emitting system of the drawing display apparatus in an operation position. Fig. 25 is a drawing display with an operation position Partial side view of the second embodiment of the light-emitting system shown in Figs. 6A and 26B are partial enlarged views showing that the light-emitting system is moved from the operating position to the folded-up position in Fig. 25; Fig. 27 is a diagram showing the operation position of the drawing display device Figure 27A is an enlarged view of the lighting system; Figure 27A of the μ system is an enlarged part of Figure 27, which shows the lighting arm portion accommodated by a channel; and Figure 27B is an exploded perspective view of Figure 27A. The corresponding reference numbers in the figure indicate the corresponding components. [Description of main component symbols] 1, 200, 267 Drawing display 95231.doc • 21-200527336 11 Frame 13 Bending bracket, rear plate 17 Front surface, front curved surface 21 Flexible plate 25, 269 ^ 301 Lighting system 29 Fixed cover 35 Side panel (end cap) 39 Housing (shell) 43 Top mounting bracket 45 Front vertical flange 46 Rear vertical flange 47 Vertical rear wall 51 Top wall 55 Lips 59, 209 Bottom holder 63 Inclined surface, shelf 67 Upright rear surface 71 Back 75, 131 Hole 83 Mounting bracket 87 Flat rod 91 Mounting 孑 L 95 Upper flange, top flange 99 Lower curved lip 95231.doc -22- 200527336 103 Parallel groove 107 Lower flange 111, 291 Opening 115, 205 Top holder 117 Nut 119 Bolt 123 Upper notch 127 Lower notch 135 Top edge border or part 139 Bottom edge border or part 143 Arm 147 Horizontal part 151 Tilt down front 155 Reflection 159 Ballast 1§ 163 Fluorescent lamp 167 Power control panel 171 Power cord 175 Socket 207, 255, 285, 311 Groove 217 > 257 221 225 229 The upper wall or flange of the housing bends the lip downwards 95231.doc 23- 200527336 237 The lip upwards bends 241 the light emitting module 233 the lower wall or flange 251 the upper fixing member 253 the lower fixing member 271 Slider (screw) 279 Rear slider (screw) 307 Slider (screw) 315 Top bracket 319 Channel C Counter P Personnel, power outlet W, W1 Wall surface 95231.doc-24-