450009 五、發明說明（1) 發明之背景 ，發明關於敘述於中請專利範圍第一項之前言之系統。 A1 484 5 7 1專利揭π 一供電視顯示之光學前投影系 丁U中之光學系統亦作為轉移紅外線信冑，該信號提供 旧號資訊至包含紅外㈣測器陣列之 ，#測器陣 =立：投影影像之外部。該參考亦提議經由空間分布之輸 送頻道發射RGB信號成份。 本發明人認為此種投影系統之逐漸 =有連續增加之可用轉移頻帶寬1此之：==造 4 Λ機二電Λ干擾效應日增關切，此點與被縮寫成為 及電磁相谷性相符。此一問題可 以減少至某一程度，但此種對策非常昂音3加連接之數目 之空間亦非常稀少投影機中 顯示器面板間之連接》 電子組件及 發明之概述 因此，在其他事中，本發明之一目的 顯示器面板之頻帶寬，同時避免不正當:二』投影機構至 計師自由將接收機零件置於投影機結構:祜=擾，使設 仍須避免接線問題。因此，根據本發明 2用空間，但 為根據申請專利範圍第丨項之特徵部份。、性，其特徵 …接收機陣列與一或多個顯示器面板共同統合 減設計師由E MC需求所加之負擔。事實 ， 、1 ' 量不同轉換方向之光學元件可以被結合，* '，.涉及光能 統光軸目前已能實質上組合一致。一相同之光學系 相似之裝置係關於後450009 V. Description of the invention (1) Background of the invention. The invention is described in the first preface of the scope of the patent application. A1 484 5 7 1 Patent Unveiled An optical front projection system for TV display. The optical system in Ding U also serves as a transfer infrared signal. This signal provides old information to the array containing infrared detectors. # 测 器 阵 = Standing: the outside of the projected image. The reference also proposes transmitting RGB signal components via spatially distributed transmission channels. The inventor believes that the gradual = continuous increase of the available transfer frequency bandwidth of this projection system1 === 4 4 Λ machine two electric Λ interference effect is increasing, this point is consistent with the abbreviation and electromagnetic phase valley . This problem can be reduced to a certain degree, but this countermeasure is very vocal 3 plus the number of connections is very scarce. The connection between the display panels in the projector. Overview of electronic components and inventions. Therefore, among other things, this One purpose of the invention is to reduce the frequency bandwidth of the display panel, and at the same time to avoid improper: Second, the projection mechanism to the engineer to freely place the receiver parts in the projector structure: 祜 = interference, so the installation must still avoid wiring problems. Therefore, according to the present invention, a space is used, but it is a characteristic part according to the scope of the patent application. , Characteristics, characteristics ... The receiver array is integrated with one or more display panels to reduce the burden imposed by the designer on the needs of E MC. In fact, optical elements with different conversion directions of 1 and 1 'can be combined. *' ,. The optical axis of the light energy system can be substantially combined and matched at present. An identical optical system
第5頁 450 00 9Page 5 450 00 9
五，發明說明（2) 投影系統° 本發明亦關於在此系 之其他優異特性欽迷於 圖式之簡略說明 統中產生光束 附屬申請專利 之投影裝置 範圍中。 本發明 本發明此等優點其特性將稍後 予以詳述； 參考較佳具體實例及附 圖 圖1為本發明之實施； 圖2為光閥面板中之接收機之位置； 圖3為具有三輸送面板之新穎具體實 圖4為有二反射面板之新穎具體實例； 圖5為一機械内聯之具體實例· 圖6為偵測螢幕上變化之CCD陣列。 較佳具體實例之詳細說明 时圖1顯示實施本發明之一透視影像，為清晰起見，僅以 單一頻道代表。此系統可為一黑白顯示器。或經由多彩色 顯示面板以彩色顯示器實施。左方為投影機之外殼及投影 透鏡及影像區。後者之光閥可由LCD顯示器，一LED面板， 一可變形鏡裝置構成’其可選擇性改變反射方向，或其 它，及功能而作為物體。此物體被成影像並在右方之6 〇 ,, 之二腳支架螢幕上放大。作為聲頻_視頻資訊之源，一να 及一PC ’如圖所示。影像之下方，四個發射機陣列在 光系統中作為物體作業’其在左方之光閥區之上立即 成像。除Λ之外，投影機可有一或多個第二資料發^入鏡 元以自發射機-接收機陣列反方向轉移信號，如'_機單V. Description of the invention (2) Projection system ° The present invention is also fascinated by the brief description of the drawings about other excellent characteristics of this system. It generates light beams in the system. The advantages and characteristics of the present invention will be described in detail later; Figure 1 is an implementation of the present invention with reference to the preferred specific examples and the drawings; Figure 2 is the position of the receiver in the light valve panel; Novel and concrete implementation of the conveying panel Figure 4 is a novel and specific example with two reflective panels; Figure 5 is a specific example of a mechanical inline · Figure 6 is a CCD array that detects changes on the screen. Detailed description of the preferred embodiment. Fig. 1 shows a perspective image embodying the present invention. For clarity, it is represented by a single channel. This system can be a black and white display. Alternatively, it can be implemented as a color display via a multi-color display panel. On the left is the housing of the projector, the projection lens and the image area. The latter light valve can be constituted by an LCD display, an LED panel, and a deformable mirror device, which can selectively change the reflection direction, or other, and function as an object. This object is imaged and magnified on the screen of the right foot bracket. As the source of audio_video information, a vα and a PC 'are shown in the figure. Below the image, the four transmitter arrays are operating as objects in the light system 'and they are immediately imaged above the light valve area on the left. In addition to Λ, the projector can send one or more second data to the mirror to transfer signals from the transmitter-receiver array in the opposite direction, such as' _machine list
第6頁 45000 9 五、發明說明（3) 此等第二發射 合。以此方式 話組織。 圖2顯示在^ 區2 0之中央清 顯示。在陣列 及行驅動器26 接收顯示信號 項目3 2為一 應面板，俾面 項目2 8代表供 改正及消除雜 部被構型為一 分佈至二或多 片上内聯圖案 考慮之非顯示 與圖1成對ti 具體實例。投 鏡及透鏡4 2。 鏡48 ， 50將光 5 2 ’ 5 4，5 6 投 有另一透鏡。 6 6，以大箭頭 顯示螢幕上作 機單元可將與螢幕下方之對應之接收機結 1非顯示資料可雙向傳送，如一控制信號對 匕閥面板中一可能之接收機位置。光閥矩陣 楚顯示其單元22之一部份，該部份並以放大 之邊緣，顯示出光閥矩陣區2 0之列驅動器2 4 °項目3 4為三個源信號偵測器，其可為面板 及不同之控制信號。 太陽電池區，以經由接收附近或離散之光供 板之控制部份可與主電源或電池分別作業。 信號調整之電子组件，以調整如箝位，珈瑪 机等。面板之電力調整經由項目3〇。圖2全 單一積體電路面板。以其LCD及偵測器功能 個面板係可行的.為簡單起見，圖中消去晶 。全部構型為前圖之構型。為簡潔計，圖1 資料輸送，此處未加考慮。 二’圖3顯示本發明具有三個輸送顯示面板之 影裝置由劃線顯示並包括光源4〇及其拋物面 鏡44將白光束”摺疊"以得較佳之壓縮。分色 束分成三單色光束R ’G及B，其再由摺鏡 影至個別輪送顯示面板5 8，6 0，6 2，其各備 經由二色向稜鏡6 4，三光束被融成白色光束 表不。此舉使投影機經由投影透鏡系統6 8在 隨後之投影。影像資料源如VCR及代連接至 4 50 00 9 五、發明說明（4) 備有-内部發射機陣歹…之電子板。發 機子系統，每一供一彩色，俾每一顯示面板可接射 之影像及/或控制資科，而不需易受電干 朽、自已 石夕裘置：此發射機可為雷射基準，或Η投影二至其 之影像資料源之連接，可為一光源，如圖！所示。' Μ外 下，投影可自-經由全光聚焦系統之擴散光源 情况 貫及窄束立即光源，如自影相透鏡系統以外之泰2為一迷 料光束之插入機構外，圖3之元件為傳統者。田/除資 自螢幕子系統至投影裝置之反向資料傳送未示於：叶’ 圖4顯示有三反射面板之新穎具體實例。光源μ，。 透鏡68，發射機陣列70及影像資料源與同i投影 離器72與菲利浦稜鏡之結合先將白光束：為相三门。光束分 :別撞擊各別顯示面板74，76，78。此稜鏡接收^，其 陣列之光束以便在與顯示面板共同統合之接 X射機 俾其中之資料可用來調變顯示面板反射。由於，影， 器表面上，光極化之狀態隨圖像資訊而$在顯示 可使用對角線平面，如光自下方進入時作因而 反射光自右側返回之半反射平面。锋广鏡子，及當 稜鏡融合，並在投影透鏡系統68上 ^ :影像_貧料由 像資料源之連接可與圖3所討論 接如圖3所示：： ΐη 各元件均為傳統式。 圖5顯不供反射用之顯示器面板 … 體實例。積體電路本身由較暗段噸1 械連接之此機 陣列共同統合。自電路之電=不，其與右方之接收= 源連接，及由螺釘之機械内聯Page 6 45000 9 V. Description of the invention (3) These second launches are combined. Organize in this way. Figure 2 shows the clear display in the center of area 20. Receive the display signal at the array and line driver 26. Item 3 2 is a response panel, and surface item 2 8 represents non-display and figure 1 for correction and elimination of miscellaneous parts. Paired ti specific examples. Casting mirror and lens 4 2. Mirrors 48, 50 cast light 5 2 '5 4, 5 6 into another lens. 6 6. With a large arrow, the operating unit on the display screen can send the corresponding receiver to the bottom of the screen. Non-display data can be transmitted in both directions, such as a control signal to a possible receiver position in the dagger valve panel. The light valve matrix shows a part of its unit 22, and the part with the enlarged edge shows the column driver 20 of the light valve matrix area 2 4 ° Item 3 4 is three source signal detectors, which can be Panel and different control signals. The solar battery area can be operated separately from the main power supply or the battery by receiving the nearby or discrete light supply board. Signal adjustment electronics for adjustments such as clamps, gamma machines, etc. The power adjustment of the panel passed Item 30. Figure 2 All single integrated circuit panel. With its LCD and detector functions, a panel is possible. For simplicity, the crystal is eliminated in the figure. All configurations are the configurations of the previous figure. For simplicity, the data transfer in Figure 1 is not considered here. Fig. 3 shows that the shadow device of the present invention with three conveying display panels is displayed by scribing and includes a light source 40 and its parabolic mirror 44 to "fold" the white light beam for better compression. The color separation beam is divided into three monochrome colors. The light beams R 'G and B are reflected from the folding mirror to the individual rotating display panels 5 8, 6 0, 6 2, each of which passes through the two-color direction to the light beam 6 4, and the three light beams are fused into a white light beam. This allows the projector to be projected through the projection lens system 6 8 later. The image data sources such as VCR and generation are connected to 4 50 00 9 V. Description of the invention (4) Electronic board with internal transmitter array ... Machine subsystem, each for one color, each display panel can receive the image and / or control resources, without the need to be easily dried, self-exposed: this transmitter can be a laser reference, Or, the connection of projection image 2 to its image data source can be a light source, as shown in the picture! 'Outside, the projection can be from the diffuse light source through the all-light focusing system to a narrow beam of immediate light, such as The Tai 2 other than the self-photographic lens system is outside the insertion mechanism of a material beam. The components are traditional. The reverse data transmission from the screen subsystem to the projection device is not shown in: Ye 'Figure 4 shows a novel specific example of a three-reflective panel. Light source μ, lens 68, transmitter array 70 and The combination of the image data source and the same projector 72 and Phillips will first separate the white light beams into three gates. Beam points: Do n’t hit the respective display panels 74, 76, 78. This frame receives ^, its The light beam of the array can be used to adjust the reflection of the display panel in the X-ray projector integrated with the display panel. Because the surface of the device, the state of light polarization can be used in the display with the image information. Diagonal planes, such as the semi-reflective plane when the light enters from below and the reflected light returns from the right side. The front and wide mirrors, and when fused, are on the projection lens system 68 ^: The connection can be discussed with Figure 3 as shown in Figure 3: ΐη All components are traditional. Figure 5 shows the display panel for reflection ... Examples of integrated circuits. The integrated circuit itself is mechanically connected by the darker section This machine array is unified. = Not the circuit, its source connected to the receiver = right, and the machine by a screw inline
第8頁 4 50 00 9 五 '發明說明（5) 亦示於圖中。光輸送平板8 6形成防漏之密封。如圖所示， 接故機陣列位於防漏保護密封之外。一特別優異之結Z使 接收機陣列位於較中央處並在保護密封之内。以此f 可以更為緊密形狀及降低成本，如圖2之構 " 為簡略起見’圖2令顯示之其他電路特性均未 5 。 不。其可位於保護密封内。 T ^ 像”圖^示1測榮幕之改變之CCD陣列，其位於圖S中之"影 Ϊ之改變二用全螢幕為一或多個控制-，以控制影 器：3;:變或其他。可於⑽之位置放 以上之揭示在二=或類似機構般地操，。通常， 簡潔化。 零件本身可被認為-般技藝常識而予以Page 8 4 50 00 9 Five 'Explanation (5) of the invention is also shown in the figure. The light-transporting plate 86 forms a leak-proof seal. As shown in the figure, the relay array is located outside the leakproof protection seal. A particularly excellent knot Z places the receiver array more centrally and within a protective seal. With this f, the shape can be more compact and the cost can be reduced, as shown in the structure of Figure 2 " For the sake of brevity ' Do not. It can be located inside a protective seal. T ^ "Image" shows the change of the CCD array for measuring the glory screen, which is located in Figure S. "The change of the shadow screen" uses the full screen as one or more controls to control the projector: 3 ;: Or other. You can put the above disclosure in the position of ⑽ to operate in the same way as two or similar institutions. Generally, simplification. The part itself can be considered as general technical knowledge.