201035937 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種顯示系統，且特別係關於一種使橫 跨多片顯示面板的影像有效地呈現無缝式顯示之顯示系 統。 【先前技術】 隨著科技的發展及技術的進步，愈來愈多的電子產品， 尤其像是折疊式遊戲機及折疊式手機等，大多具有至少一個 顯不面板(例如LCD螢幕)以供使用者觀看影像、影片及進行 選單功能的操控。 請參閱圖一 A及圖一 B。圖一 A繪示先前技術中一BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a display system, and more particularly to a display system that enables a seamless display across an image of a plurality of display panels. [Prior Art] With the development of technology and advances in technology, more and more electronic products, especially folding game machines and folding mobile phones, mostly have at least one display panel (such as LCD screen) for use. Watch images, videos, and control the menu functions. Please refer to Figure 1A and Figure 1B. Figure 1A shows a prior art
種折疊式電子裝置1折疊後之側視圖。圖一 B繪示圖一 A 之電子裝置1於打開後顯示影像之示意圖。如圖—A及圖 〇 ~ B所示，折疊式電子裝置丨包含兩個殼體(1〇、12)，藉由 轉軸裝置15樞接在-起。兩個殼體其上分別配置有個別的顯 示面板(14、16)。 德。：ΐ來顯示面板各自可顯示完整且獨立的影 片ΐΛ 傻所7F ’㈣顯示峨可合個示橫跨兩 1 ，亦即顯示面板14肋顯卜部份影 面板二妒體二U顯不另—部份影像。然而，由於兩片 13、純^雜科減顯示區存 的，與像舍3夕片式顯不面板之缺點為在顯示跨面板 的影像時，4會呈現不連續㈣的現象，在視覺上造成 201035937 觀感不佳。 【發明内容】 本發明之主要範疇在於提供一種顯示系統。 根據本發明之一具體實施例，顯示系統包含一顯示面 板、一透光的光學元件以及一升降機構組件。A side view of the folded electronic device 1 after folding. FIG. 1B is a schematic diagram showing the image displayed by the electronic device 1 of FIG. As shown in Fig. A and Fig. BB, the folding electronic device 丨 includes two housings (1, 12) which are pivotally connected by the rotating shaft device 15. The two housings are each provided with individual display panels (14, 16). De. : ΐ 显示 显示 显示 显示 显示 显示 显示 显示 显示 显示 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 - part of the image. However, due to the fact that the two pieces of 13 and the purely miscellaneous display area are saved, the disadvantage of the panel is that when the image is displayed across the panel, 4 will appear discontinuous (four) phenomenon, visually. Caused by 201035937 is not good. SUMMARY OF THE INVENTION A primary area of the present invention is to provide a display system. In accordance with an embodiment of the present invention, a display system includes a display panel, a light transmissive optical component, and a lift mechanism assembly.
❸ 顯不面板用以顯示一第一影像。透光的光學元件設置於 與?奴上並光學耦合至顯示面板。升降機構組件設置於光 學兀*件之下並與光學元件連結，致使升降機構組件能夠調整 光件與顯示面板之間的距離。其中，當升降機構組件將 光學7L件升起後’發自該第一影像之光線可穿過光學元件以 ，成-第二影像。藉由適當地選擇光學元件的麵及調整光 =疋件與顯示面板之間的距離，可變化第一影像的成像性 貝’例如第二影像可為放大後的第一影像。 一，據本發明之另一具體實施例，顯示系統包含一第一顯 不面、 楚一月S — 一 乐—顯不面板、一第一透光的光學元件、一第二 *株的光學70件、—第—升降機構組件以及一第二升降機構 j 此外’顯示系統進一步包含一第一殼體以及一第二殼 设體其内具有—第一容置空間，用以容置第一顯示 予^件及弟一升降機構組件。第二殼體與第一 ^並具有—第二容置空間，用以容置第二顯示面板、 第—先學元件及第二升降機構組件。 尸、面板用以顯示一第一局部影像，而第二顯示面 板用Μ顯示―篦― 禾一局部影像。第一透光的光學元件設置於第 5 201035937 -顯不面板上並光學_合至第—顯示 件設置於第-光學轉 鱗機構組 一升降機槿έ日杜&釣Μ弟先予70件連結，致使第 升争機構、'且件月匕夠調整第一光學元 的距離。第二透光的光學 2知面板之間 耦合至第二顯示面板並鄰接第—光學面板上、光學 件設置於第-朵與开杜+ 第一升降機構組 仟认直π弟—先學凡件之下並與第二光學 二升降機構組件能_整第二光學元 W ’使第 的距離 一一 子仟興弟二顯示面板之間 Ο 實務上 ，藉由適當地選擇第一光學元件 的類型、適當地調整第—光學S件與第:：兀件 離及適當地調整第二光學元件㈣ U &之間的距 木铉4攸η 4 干/、弟一顯不面板之間的距離， ^-升降機構組件與第二升降機構 件與第二光學元件升起後，發自帛獅第先學兀 楚-Μ 第—局部影像之光線與該 一局#像之錄分別可穿過第—光學元件 件以構成一合成的影像。 /、 一先予π Ο 關於本發明之優點與精神可以藉由以下 附圖式得到進一步的瞭解。 -' 及所 【實施方式】 請參閱圖二Α及圖二Β。圖二Α —根據本發明之— 具體實施例之折®式電子裝置2之外觀_，*圖二B怜 示圖二A之折疊式電子裝置2之侧視圖。 曰 如圖二A所示，折叠式電子裝置2包含 20、-第二殼體21、-第-顯示系統及„第二顯示系統^ 6 201035937 一顯示系統包含一第一顯示面板24、一第一透光的光學元件 22與一第一升降機構組件26 ;第二顯示系統包含一第二顯示 面板25、一第二透光的光學元件23與一第二升降機構組件 27。第一殼體20及第二殼體21藉由轉軸裝置29樞接在一 起。 於實際應用中，第一顯示面板24及第二顯示面板25可 為一液晶顯示面板。此外，第一光學元件22及第二光學元件 〇 23可為一透鏡。功能上’第一顯示面板24與第二顯示面板 25各自可顯示完整且獨立的影像。或者，如圖一 B所示，第 顯示面板24與第一顯示面板25可顯示橫跨兩片顯示面板 的影像，亦即第一顯示面板24用以顯示第一局部影像，而 第二顯示面板25用以顯示第二局部影像。需注意的是，實務 上之折疊式電子裝置2並不以圖二a所示具有兩個殼體為 限’且亦不限於具有兩個顯示面板。 _第一殼體20其内具有一第一容置空間，用以容置第一顯 〇 =面板24、第-光學元件22及第一升降機構組件26。第二 叹巧21與第一殼體2〇連結並具有一第二容置空間，用以容 ^第二顯不面板25、第二光學元件23及第二升降機構組件 —二其中，第—升降機構組件26設置於第一殼體2〇以及第 光學件22之間’而第二升降機構組件27設置於第二殼 體21以及第二光學元件23之間。 學，光，第—光學元件22 ^置於第-顯示面板24上並光 :、合至第一顯示面板24。第一升降機構組件26設置於第 光學το件22之下並與第—光學元件22連結，致使第一升 7 201035937 降機構組件26能夠調整第一光學元件22與第一顯示面板24 之間的距離。透光的第二光學元件23設置於第二顯示面板 25上、光學耦合至第二顯示面板25並鄰接第一光學元件 22。第二升降機構組件27設置於第二光學元件23之^並與 第二光學元件23連結，致使第二升降機構組件27能夠調整 第二光學元件23與第二顯示面板25之間的距離。第二升 機構組件26與第二升降機構組件27較佳係具有四組，显 The display panel is used to display a first image. The light transmissive optical element is disposed on the slave and optically coupled to the display panel. The lifting mechanism assembly is disposed under the optical member and coupled to the optical member such that the lifting mechanism assembly can adjust the distance between the optical member and the display panel. Wherein, when the lifting mechanism assembly raises the optical 7L member, light emitted from the first image can pass through the optical element to become a second image. The imageability of the first image can be varied by appropriately selecting the surface of the optical element and adjusting the distance between the light and the display panel. For example, the second image can be the first image that is enlarged. According to another embodiment of the present invention, the display system includes a first display surface, a January S-Yile-display panel, a first light transmissive optical component, and a second optical fiber. The first display unit further includes a first housing and a second housing having a first receiving space for receiving the first Display the components and the lifter assembly. The second housing and the first portion have a second accommodating space for accommodating the second display panel, the first learning element and the second lifting mechanism assembly. The corpse and the panel are used to display a first partial image, and the second display panel is used to display a partial image of 篦 禾. The first light-transmitting optical element is set on the 5th 201035937-display panel and optically-closed to the first-display element is set in the first-optical scale-scale mechanism group, the lifter, the day, the Duo, and the fisherman, the first 70 pieces. Linking, causing the first squad, "and the monthly adjustment of the distance of the first optical element." The second transparent optical optical panel is coupled between the second display panel and adjacent to the first optical panel, and the optical component is disposed on the first and the open Du + first lifting mechanism group. Under the component and with the second optical two lifting mechanism assembly, the second optical element W' can be made to make the first distance between the display panels and the display panel by the appropriate selection of the first optical component. Type, properly adjust the -optical S-piece and the::-piece and the appropriate adjustment of the second optical element (four) U & between the raft 4攸η 4 dry /, the younger one between the panels After the distance, ^- lifting mechanism assembly and the second elevator component and the second optical component are raised, the light from the lion's first 兀 Μ Μ — — 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部 局部The first optical component is formed to form a composite image. /, First, π Ο The advantages and spirit of the present invention can be further understood by the following drawings. -' and the [Embodiment] Please refer to Figure 2 and Figure 2. Fig. 2 is a side view of a folding electronic device 2 according to the present invention, in accordance with an embodiment of the present invention. As shown in FIG. 2A, the folding electronic device 2 includes 20, a second housing 21, a - display system, and a second display system. The display system includes a first display panel 24, a first a light transmissive optical element 22 and a first elevating mechanism assembly 26; the second display system includes a second display panel 25, a second light transmissive optical element 23 and a second elevating mechanism assembly 27. The first housing 20 and the second housing 21 are pivotally connected together by the rotating shaft device 29. In practical applications, the first display panel 24 and the second display panel 25 can be a liquid crystal display panel. In addition, the first optical component 22 and the second The optical element 〇 23 can be a lens. Functionally, the first display panel 24 and the second display panel 25 can each display a complete and independent image. Or, as shown in FIG. 1B, the first display panel 24 and the first display panel 25 can display images across two display panels, that is, the first display panel 24 is used to display the first partial image, and the second display panel 25 is used to display the second partial image. It should be noted that the practical folding Electronic device 2 is not in the picture The a housing has a plurality of housings and is not limited to having two display panels. The first housing 20 has a first receiving space therein for receiving the first display panel 24, The second component 21 is coupled to the first housing 2 and has a second receiving space for receiving the second display panel 25 and the second optical component 23 And a second lifting mechanism assembly - 2, wherein the first lifting mechanism assembly 26 is disposed between the first housing 2 and the optical member 22 and the second lifting mechanism assembly 27 is disposed at the second housing 21 and the second optical Between the elements 23, the optical, optical, and optical elements 22 are placed on the first display panel 24 and lightly coupled to the first display panel 24. The first lifting mechanism assembly 26 is disposed under the optical 228 member 22. And being coupled to the first optical element 22, such that the first liter 7 201035937 descending mechanism assembly 26 can adjust the distance between the first optical element 22 and the first display panel 24. The transparent second optical element 23 is disposed on the second display On the panel 25, optically coupled to the second display panel 25 and adjacent to the first optical element 22. The second lifting mechanism assembly 27 is disposed on the second optical component 23 and coupled to the second optical component 23, such that the second lifting mechanism assembly 27 can adjust the distance between the second optical component 23 and the second display panel 25. The second lift mechanism assembly 26 and the second lift mechanism assembly 27 preferably have four sets.
分別配置在第-光學元件22與第二光學元件23之四個套 接近角落處，藉以穩定地支撐第—光學树22 *第風一 件23上下移動。但本發明不以此為限，也可以僅^ = 二組升降機構組件’只要可以穩固地讀光學元件、、、或 圖三緣示於-範例中圖二A之折疊式 示面板透過鮮元件錢之示意圖。要朗之顯 =學==_23係__=)Arranged in the vicinity of the four sets of the first optical element 22 and the second optical element 23, respectively, thereby stably supporting the first optical tree 22 * the first wind member 23 to move up and down. However, the present invention is not limited thereto, and only the two sets of lifting mechanism components can be used as long as the optical components can be read stably, or the folded display panels of the second embodiment shown in FIG. Schematic diagram of money. To be wise = learning ==_23 is __=)
Fresnel透鏡有如圖 第二光學元件23之結構特徵。^學元件22與 是-片平板上刻畫了許多同心圓形的刻痕二_丨透鏡就 切面形狀則近似一個凸透鏡的局部 2 母圈刻痕的 透鏡的效果。 k樣整片就類似一個凸 第-光學元件22與第二光學元件23 =構組件27分別將 影像之光線L1可在第—光學元件a j ’發自第-局部 間隙中行進，射向第一光學元杜^ 弟—顯示面板24間之 且破第-光學元件22折 8 201035937 射’發自第二局部影像之光線L2可在第二光學元件23與第 f顯示面板25間之中行進’射向第二光學元件23 i被 第二光學元件23折射。如圖三所示，折射後之 可較靠近彼此’亦即拉近第一局部影像與第二局部影像。 藉由適當地調整第-光學元件22與第一顯示面板24之 間的距離及適當地調整第二光學元件23與第二顯示面板25 之間的距離，發自第一顯示面板24上之第一局部影像之光線 L1 ”第一顯示面板25上之第二局部影像之光線L2分別可穿 料-光學元件22與第二光學元件23以構成一合成的 (o>mp〇slte)影像。於一較佳具體實施例中，透過本發明之顯 不系統可調整如圖- B所示之影像以遮蔽兩片顯示面板間 相連的邊框，如圖四所示。需注意的是，第一光學元件22 與第二光學元件23可讀際的雜需麵擇其 鏡，例如凸透鏡及凹透鏡等。 、 /此’本發明讀4式電子裝置所具狀有益效果在於 ❹ 使橫跨多片顯示面板的影像有效地呈現無縫式(seamless) 顯示。換句話說，本發明之折疊式電子裝置能夠克服多片式 顯示面板交接處有無效顯示區存在的問題，有效除去橫跨 多片顯示面板的影像呈現不連續斷面之現象。 再者，上述之第一光學元件22與第二光學元件23於未 使用時可藉由第-升降機構組件％與第二升降機構組件27 分別收納於第一殼體20以及第二殼體21中，故可使電子裝 置，特別是可攜式電子裝置，保有輕薄短小的優點。 、 另外需注意的是，本發明揭露之顯示系統不限於應用在 9 201035937 折疊式電子裝晉。與+ 面式之顯㈣介^說，本發日狀顯示純可應用在平 等，且顯祕人如液晶縣、平面電視及平板電腦 六、顧-碰1、，丨可具有至少一個顯示面板。另外，此種平面 成陣物成，例如電視牆，且在‘ 至上述折晶之光學凡件係共平面。相較之下，於應用 l置時’顯料、統巾之光學元件可為共平 \裝置打開時)或不共平面(電子裝置折疊時）。藉由本發 明之顯示系統可變彳卜显 xThe Fresnel lens has the structural features of the second optical element 23. The element 22 and the slab are engraved with a number of concentric circular nicks. The tangential shape approximates the effect of a partial lens of a convex lens. The k-like whole piece is similar to a convex first optical element 22 and a second optical element 23 = structural component 27 respectively, the image light L1 can be traveled from the first-partial gap in the first optical element aj', and is directed to the first The optical element Du-di-the display panel 24 breaks the first-optical element 22 fold 8 201035937 The light L2 emitted from the second partial image can travel between the second optical element 23 and the f-th display panel 25 The second optical element 23 i directed toward the second optical element 23 is refracted. As shown in Fig. 3, the refracted ones may be closer to each other', that is, the first partial image and the second partial image may be drawn closer. The first display panel 24 is provided by appropriately adjusting the distance between the first optical element 22 and the first display panel 24 and appropriately adjusting the distance between the second optical element 23 and the second display panel 25. The light L1 of a partial image "the light L2 of the second partial image on the first display panel 25 can be respectively fed-optical element 22 and the second optical element 23 to form a composite (o> mp 〇 slte) image. In a preferred embodiment, the image shown in FIG. B can be adjusted by the display system of the present invention to shield the frame connected between the two display panels, as shown in FIG. 4. It should be noted that the first optical The component 22 and the second optical component 23 are readable by a mirror, such as a convex lens and a concave lens. The present invention has the beneficial effect of the read-type electronic device in that it traverses a plurality of display panels. The image effectively presents a seamless display. In other words, the folding electronic device of the present invention overcomes the problem of having an invalid display area at the intersection of the multi-piece display panel, effectively removing the across the plurality of display panels. image The phenomenon that the first optical component 22 and the second optical component 23 are respectively accommodated in the first shell by the first lifting mechanism component % and the second lifting mechanism component 27 when not in use. In the body 20 and the second casing 21, the electronic device, especially the portable electronic device, can be kept light, thin and short. It should be noted that the display system disclosed in the present invention is not limited to the application in the folding of 9 201035937. The electronic decoration Jin. With the + face display (four) introduction ^ said, the hair date display can be applied to equality, and the secret person such as LCD County, flat-screen TV and tablet computer six, Gu-Touch 1, Having at least one display panel. In addition, such a plane is formed into a matrix, such as a video wall, and the optical components in the above-mentioned crystal are coplanar. In contrast, when the application is set, the material is displayed. The optical element of the towel may be when the device is open/when the device is turned on or when it is not coplanar (when the electronic device is folded). The display system of the present invention is variable.
上的影像放大。 ^的成像性f ’例如將顯示面板 明參閱圖五A至圖九B。圖五A至圖九B绛 ^發明之折疊式電子裝置中之第-升降機構組件於^種具體 之^、圖°關於第二升降機構組件之架構參閱第一 升降機構組件即可。 請參閱圖五A及圖五B所示。於此實施例中，第一 降機構組件包含馬達施、齒輪261及螺紋件262。螺紋件 262的上端可具有一平台263。齒輪261與螺紋件262嚙合並 與馬達260耦合’致使齒輪261可透過馬達26〇之 動螺紋件262上下移動，進而帶動平台263支撐第—光學元 件22上下移動。藉此，第一升降機構組件能夠調整第一光學 元件22與第—顯示面板24之間的距離。 此外’顯示系統進-步可包含-遮蔽板28。遮蔽板28 設置於第一光學元件22及平台263之間並位於第—光學元件 22之邊緣。遮蔽板28分別與第一光學元件22及平台263固 疋用以界疋第一顯不面板24·之顯不區域。於實際應用中， 201035937 融触轉娜糾鄕—光學树22及平 ;將第-7 B係分別繪示第-升降機構組 ms!:〗讀於不同高度位置，使第—光學元件 Ίΐτκ面板24之間的距離不同。 请參閱圖六Α及圖六Β所示。於此實施例中，第一升The image on the image is enlarged. The imaging property f' is, for example, the display panel as shown in Figs. 5A to 9B. Figure 5A to Figure IXB. The first lifting mechanism assembly of the inventive folding electronic device can be referred to the first lifting mechanism assembly for the structure of the second lifting mechanism assembly. Please refer to Figure 5A and Figure 5B. In this embodiment, the first down mechanism assembly includes a motor, a gear 261, and a threaded member 262. The upper end of the threaded member 262 can have a platform 263. The gear 261 is engaged with the screw member 262 and coupled to the motor 260, so that the gear 261 can be moved up and down by the movable screw 262 of the motor 26, thereby driving the platform 263 to support the first optical member 22 to move up and down. Thereby, the first elevating mechanism assembly can adjust the distance between the first optical element 22 and the first display panel 24. Further, the display system advancement may include a shielding plate 28. The shielding plate 28 is disposed between the first optical element 22 and the platform 263 and located at the edge of the first optical element 22. The shielding plate 28 is fixed to the first optical element 22 and the platform 263 to define a display area of the first display panel 24·. In practical application, 201035937 melts into the entanglement - optical tree 22 and flat; the -7B series respectively shows the first-lifting mechanism group ms!: 〗 read at different height positions, so that the first optical component Ίΐτκ panel The distance between 24 is different. Please refer to Figure 6 and Figure 6Β. In this embodiment, the first liter
==。轉動件施設置於第一殼體2〇之外。齒輪洲與 累'、文件265喷合並可藉由轴桿與轉動件施 _透過轉動件266之轉動以帶動螺紋件265上下二1 機構組件進—步包含一限位件267，其可成形 :+、、、’ 5可穿過之-中空的柱狀體’使螺紋件265能保 持垂直地上下移動。 請參閱圖七A及圖七B所示。於此實施例中，第 降機構組件包含傳動件269、彈簧⑽及—對可互相扣合之 卡勾27〇。傳動件簾的上端可具有一平台π3。傳動件口綱 〇 部份地穿過彈簧268，且彈簣娜之兩端分別固定至平台263 與第-殼體2〇。該對卡勾27〇分別可設置於平台2幻的下表 面及第-殼體20上。操作上，使用者可在第一光學元件u 上按塵以使該對卡勾27〇脫離，藉由彈簧細 第一光學元件22向上升，如圖七B所示。料收納 學讀22，使用者可將第-光學元件a向下壓，直到 卡勾270互相扣住，如圖七a所示。 人 請參閱圖八A及圖八B所示。於此實施例中，第一升 降機構組件包含傾斜件271、傳動件272、彈篑273、馬達 11 201035937 278、螺桿279及一對可互相扣合 端分別固定至第一殼體2〇與傾 ： 桿Μ朗達278連結。透過馬達说 =^71之斜面以相對傾‘ ，j作上’使用者可在第—光學元件η上按壓以使該==. The rotating member is disposed outside the first housing 2〇. The combination of the gear and the accumulating file 265 can be rotated by the shaft and the rotating member to drive the screw member 265 up and down. The mechanism assembly further includes a limiting member 267, which can be formed: +, ,, '5 can pass through - hollow columnar body' enables the threaded member 265 to remain vertically moving up and down. Please refer to Figure 7A and Figure 7B. In this embodiment, the descending mechanism assembly includes a transmission member 269, a spring (10), and a pair of hooks 27 that are engageable with each other. The upper end of the transmission curtain may have a platform π3. The transmission member 〇 partially passes through the spring 268, and the ends of the spring are fixed to the platform 263 and the first housing 2, respectively. The pair of hooks 27 can be respectively disposed on the lower surface of the platform 2 and the first housing 20. In operation, the user can press the first optical element u to remove the pair of hooks 27, and the spring-like first optical element 22 is raised upward, as shown in Fig. 7B. Material Storage 22, the user can press the first optical element a down until the hooks 270 are fastened to each other, as shown in Figure 7a. Please refer to Figure 8A and Figure 8B for details. In this embodiment, the first lifting mechanism assembly includes a tilting member 271, a transmission member 272, a magazine 273, a motor 11 201035937 278, a screw 279, and a pair of mutually engageable ends respectively fixed to the first housing 2 and tilted : Rod Ronda 278 link. By the motor, the slope of the ^^71 is oppositely tilted, and the user can press on the first optical element η to make the
Ϊ達27^丨麟祕㈣π處麵雜態，因此可藉由 ;=7斜件Π崎簧273機並使之收縮，並在 =件W義至蚊錄後賴 = 普273有緩衝傾斜件271移動的功能。U疋住又彈 在傾斜件271飾至献位置 順著傾斜件271之斜面向上移動:::動會 22，以_帛1&#222料推料—光學元件 雜^^件與苐—顯示面板24之間的距 =’如圖人Β所示。若魏_ —光學元件22，可藉由 :斜件271拉回以使彈簧273回到伸張的狀 ^件^71被拉回的過程中’働件272會順著傾斜件271之 3ΓΓ。待傾斜件271完全被拉回後，使用者可將第 轉22向下壓，直到該對卡勾274互相扣住，如圖八 Α所不，以完成收納第一光學元件22。 請參閱圖九A及圖九B所示。於此實施例中 組件包含傳動件277、凸輪m及馬達w。凸輪= Z件277及馬達275耦合。結構上，Λ輪276為—個呈 有曲面或曲槽之機件其擺動或迴轉，可以提供另一；、 件—從動子(即傳動件277)預先設定的職。從動子^路^ 部限制在一個滑槽内，以獲得往覆運動。 二 12 201035937 _九Α中之凸輪276具有擴圓形曲面，其轉軸並 隹在中心點而是偏移至橢_紐之 J過馬物而轉動，致使傳動件277可沿二= 廊運動。當傳動#t 僂動侏？77叮脸墙 移動到離凸輪轉軸較遠的曲面上時， 光學元件22完全升起㈣九b所示）； 田 277移動到離凸輪轉轴較近的曲面上時專 至最低以將第一光學元件22收回(如圖九二件 Ο ❹ 的轉動，傳動件277可沿著凸輪276的曲面而 上下趣義，並使第-光學元件22升起及下降。 猎由以上較佳具體實施例之詳述 述本發明之特徵與精神，而並非以上述所揭 關來對本發明之範噚加以限制。相反地，其 :盍各種改變及具相等性的安排於本發明： 圍的範如。因此，本㈣财請之專種圍的範 據上述的賴作最寬廣的解釋，以致使其涵蓋 ^根 變以及具相等性的安排。 另的改 13 201035937 【圖式簡單說明】 側視ΐ。A繪不先前技術中一種折疊式電子裝置折疊後之 圖一 B繪示圖—Δ 意圖 。 之電子裝置於打開後顯示影像之示 〇 裝置轉日狀—頻實施例之折 疊式電子 圖二Β繪示圖二 八之折疊式電子裝置之側視圖。 圖三緣示於—範例 意圖。 面板透過光學元件成像之示圖一 Α之折疊式電子裝置之顯示 置於打開後顯示影像Ϊ达27^丨麟秘(4) π surface heterogeneity, so it can be used; =7 oblique piece Π崎弹簧273 machine and make it shrink, and in the = piece W meaning to the mosquito record 赖 = Pu 273 has a buffer tilting piece 271 mobile function. U 疋 又 弹 弹 弹 弹 弹 弹 弹 弹 弹 弹 弹 : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : The distance between the panels 24 = ' as shown in the figure. If the optical member 22 is pulled back by the oblique member 271 to return the spring 273 to the extended state, the member 272 will follow the tilting member 271. After the tilting member 271 is completely pulled back, the user can press the first turn 22 until the pair of hooks 274 are engaged with each other, as shown in Fig. 8 to complete the storage of the first optical component 22. Please refer to Figure 9A and Figure 9B. The assembly in this embodiment includes a transmission member 277, a cam m, and a motor w. Cam = Z piece 277 and motor 275 are coupled. Structurally, the wheel 276 is oscillated or swung by a member having a curved surface or a curved groove, and another member can be provided; the member-slave (i.e., the transmission member 277) is pre-set. The slave rotor ^ section is limited to a chute to obtain a creeping motion. II 12 201035937 _ The nine-inch cam 276 has an enlarged circular curved surface, and its rotating shaft is twisted at the center point but is rotated to the ellipse, so that the transmission member 277 can move along the second gallery. When the transmission #t is moving? When the face wall moves to a surface farther from the cam shaft, the optical element 22 is fully raised (four) nine b); when the field 277 moves to a surface closer to the cam shaft, it is the lowest to be the first The optical element 22 is retracted (as shown in Figure 9.2, the transmission member 277 can be up and down along the curved surface of the cam 276, and the first optical element 22 is raised and lowered. The details and spirit of the present invention are not to be construed as limiting the scope of the present invention. Instead, various modifications and equivalents are set forth in the present invention. Therefore, this (4) financial model of the special category is based on the broadest interpretation of the above, so that it covers the roots and the arrangement of equality. Another change 13 201035937 [Simplified illustration] Side view ΐ A drawing is not shown in the prior art. A folding electronic device is folded. Figure 1B is a diagram showing the Δ intention. The electronic device is displayed after the electronic device is turned on. ΒDraw a picture of Figure 28 Side view of the subassembly shown in FIG three edges - are intended to show examples of the folding electronic device shown in FIG panel through an imaging optical element of a display image after the Α placed in the open.
圖四緣示圖二A a之折疊式電子裴 之示意圖。 〇 之升B缘示根據本發明之折4式電子裂置中 之升降機構組件於多種具體實施例中之示意圖。 罝甲 【主要元件符號說明】 1 :折疊式電子裝置 1() ' 12 :殼體 13 :殼體邊框 14 ' 16 ·顯示面板 15 :轉軸裝置 2:折疊式電子裝置 2G ' 21 :殼體 14 201035937 22、23 :光學元件 24、25 :顯示面板 26、27 :升降機構組件 29 :轉軸裝置 28 :遮蔽板 260、275 :馬達 261、264 :齒輪 262、265 :螺紋件 263 :平台 ^ 266 :轉動件 〇 267 :限位件 268、273 :彈簧 269、272、277 :傳動件 270、274 :卡勾 U、L2 :光線 271 :傾斜件 〇 15Figure 4 is a schematic view of the folding electronic 图 of Figure 2A. The rim B edge shows a schematic diagram of the elevating mechanism assembly of the Folded Type 4 electronic split in accordance with the present invention in various embodiments. Armor [Main component symbol description] 1 : Folding electronic device 1 () ' 12 : Housing 13 : Housing frame 14 ' 16 · Display panel 15 : Rotary shaft device 2 : Folding electronic device 2G ' 21 : Housing 14 201035937 22, 23: optical elements 24, 25: display panels 26, 27: lifting mechanism assembly 29: shaft device 28: shielding plates 260, 275: motors 261, 264: gears 262, 265: screw 263: platform ^ 266: Rotating member 〇 267 : stoppers 268 , 273 : springs 269 , 272 , 277 : transmission members 270 , 274 : hooks U , L2 : light 271 : inclined members 〇 15