1339311 ____- 099年12月23日核正替換頁 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明涉及一種色輪，尤其涉及一種可優化色彩表現效 果之色輪。 【先前技術】 [0002] 目前，投影儀主要分為LCD式和DLP式（Digital Light Processing)兩種，其令DLP投影儀採用DMD(Digital Micromirror Device)微鏡片反射技術，並採用色輪（ Color Wheel)以完成對色彩之分離和處理。 [0003] 於DMD投影系統中，光源發出之白光藉由聚焦透鏡聚焦於 色輪上，色輪主要係由紅、綠、藍等彩色濾光片之組合 ，藉由高速馬達使彩色濾光片轉·動，以將白光進行分色 ，然後將特定顏色之光束發射到DMD表面上。DMD表面由 與像素數量對應之小反射鏡組成，這些小反射鏡根據視 頻訊號之控制而轉動，當小反射鏡轉動到其反射光束經 過投影儀之透鏡時，表示該像素點打開，當小反射鏡轉 動到其反射光束偏離投影儀之透鏡，時，表示該像素點關 閉，打開和關閉之時間比表示該像素之亮度。當紅光射 到DMD表面上時，DMD上之鏡片按照紅色視頻訊號將這些 小鏡子旋轉到開或關，使得需要顯示之反射光束經過投 影儀之透鏡投影到大螢幕上，綠色和藍色光及視頻訊號 亦係如此工作，人體視覺系統集中投影出來之紅、綠、 藍畫面便看到了一全彩色圖像。 [0004] 請參閱圖1，其為先前之一種色輪100。該色輪100包括濾 光片組10、支撐件20、馬達26以及粘貼於支撐件20側壁 096137482 表單編號A0101 第5頁/共17頁 0993457635-0 1339311 「099年lz月23曰修正替换食j 23之時標24 ( Timing Mark )、感測器30及處理器25。 濾光片組10包括有紅色濾光片12、綠色濾光片14和藍色 濾光片16，三者都為扇形並構成一個圓盤。濾光片組10 固設於支撐件20上，馬達26帶動支撐件20轉動，從而驅 動三色濾光片組10轉動。時標24用於幫助投影儀系統識 別當前三色濾光片組10中紅色濾光片12、綠色濾光片14 和藍色遽光片1 6之位置。 [〇〇〇5] 當時標24設置於支撐件20之側壁23且對應濾光片組1〇為 紅色濾光片12段時，感測器30之感測器晶片34不間斷地 發射光束17至支撐件20之側壁23上，光束17剛好射到時 標24上時，該光束1 7被時標科吸^，與刻，光束17不會 反射至感測器30之感測器晶波3峯if，固进測器30便知 · ： -V . . . .-.· · ;··-、： .. .· · · 道所述色輪圓盤之傳動到紅色濾光片12位置，即此刻投 影出來之視頻圖像為紅色，並將當前色輪圓盤之位置情 況傳達至處理器25，處理器25根據色輪圓盤之轉動情況 控制DMD上之鏡片旋轉到開或關，經過投影鏡頭將各色彩 合成後將影像投射至螢幕。由於，色輪1〇〇之濾光片組1〇 之各色濾光片之間之位置事先已分佈好，處理器25知道 一單色濾光片之位置便可推斷出整個濾光片組之轉動 位置’以便處理器25精準地切換各顏色之時機。可見， 於高速旋轉之濾光片組1〇中’投影儀對色輪1〇〇當前顏色 之識別直接影響著顯像之色彩品質。 [0006]惟’投影機係高亮度產品，會於機殼内部產生許多雜散 光束18，先前技術之感測器3〇用於發射光束17並感測反 射回來之光束1 7之感測器晶片34直接裸露於外界。雜散 096137482 表單編號A0101 第6頁/共17頁 0993457635-0 1339311 __ 099年12月23日核正替换頁 光束18會直接射入至感測器30之感測器晶片34上，如此 將影響感測器晶片34之靈敏度，容易出現處理器25與濾 光片組1 0之間時序不同步之問題，進一步影響處理器2 5 進行後續之色彩合成處理，從而造成畫質不清晰，色彩 不鮮明。 【發明内容】 [0007] 有鑒於此，有必要提供一種避免雜散光干擾感測器，改 善處理器與濾光片之間時序同步問題之色輪。 [0008] —種色輪，其包括多色濾光片組、馬達、支撐件、感測 器及處理器。所述多色濾光片組包括複數個不同顏色之 . · ',： 扇形濾光片。所述支撐件包括第一表面、與第一表面相 對之第二表面及位於第一表面與第二表面之:間之側壁。 所述多色濾光片組固定於所述固定件之第二表面上。所 述馬達設置於所述固定件之第一表面側，用於帶動固定 件旋轉以驅動多色濾光片組旋轉。所述感測器具有一殼 體及一感測器晶片，所述殼體包括一與所述支撐件之側 壁相對之第一側面，所述感測器晶片設於所述第一側面 上且正對支撐件之側壁設置。該感測器晶片用於感測多 色濾光片組之位置並把當前多色濾光片組之位置情況傳 達至所述處理器。所述處理器根據多色濾光片組之位置 情況控制色彩合成處理。所述色輪還包括一設置於感測 器殼體上之擋光元件，該擋光元件以環繞所述感測器晶 片之方式設置於感測器之殼體之第一側面上，用於阻擋 雜散光射至所述感測器晶片。 [0009] 相對於先前技術，所述色輪之感測器之殼體上設有擋光 096137482 表單編號A0101 第7頁/共17頁 0993457635-0 1339311 |GS3年12月23日孩頁 元件，該擋光元件用於阻擋雜散光射至所述感測器之感 測β曰曰片’ k局了感測35晶片之靈敏度，使成測器更準 確地把當前多色慮光片組之位置傳達至處理器，以便處 理器精準地切換各顏色之時機，從而可有效避免畫質不 清晰，優化了色彩表現效果。 【實施方式】 [0010] 以下將結合附圖對本發明作進一步之詳細說明。 [0011] 請參閱圖2 ’為本發明實施例之色輪2 0 〇，其包括濾光片 組5 0、支撐件9 0、馬達7 0、感測器6 0及處理器5 5。 [0012] 本實施例中，所述濾光片組50包括複數個不同顏色之扇 形濾光片有紅色濾光片52、缚色渡光:片54^¾色濾光片 ?、'..· .v. .u •方:τ 56 ,實際應用中，所述濾夫亦色濾光片 RGB+W ’其中W表示白色；六色濾光片rGBRGB等，並不限 於本實施例。 [0013] 所述支撐件90為一中空之筒狀結構，其包括第一表面91 、與第一表面91相對之第二表面92及設於第一表面91與 第二表面之間之側壁93。所述濾光片組50可以藉由膠合 之方式固設於支撐件90之第二表面92上，亦可以藉由螺 合之方式固定於支撐件90之第二表面92上。所述支撐件 9G之側壁93上貼有一時標94，本實施例中，所述時標94 之位置對應於紅色濾光片52段位置，實際應用中，該時 標94之位置亦可對應於綠色濾光片54段或藍色濾光片56 段位置，並不限於本實施例。 [0014] 所述馬達70設置於支撐件90之第一表面91方向上且遠離 096137482 表單編號A0101 第8頁/共17頁 0993457635-0 1339311 _ 099年12月23日梭正替換頁 濾光片組50。所述馬達70用於帶動支撐件90旋轉以驅動 濾光片組50旋轉。 [0015] 所述感測器60具有一殼體63及一感測器晶片64，所述感 測器晶片64包括一發射裝置（圖未示）及一訊號處理裝 置（圖未示）。本實施例中，所述殼體63為一四邊框形 結構，其包括一與所述支撐件90之側壁93相對之第一側 面62。所述感測器晶片64設置於所述第一側面62上。本 實施例中，所述第一側面62開設有一開口 61，該開口 61 正對所述支撐件90之側壁設置，所述感測器晶片64收容 於所述殼體63内且穿出於該開口61，亦即，所述感測器 晶片64正對支撐件90之側壁康3設置。 • / : [0016] 所述感測器晶片6 4之發射裝ΐ用於垂直地發射光束3 7到 支撐件90之側壁93上，該感測器晶片64之訊號處理裝置 接收反射回來之光束37。所述光束37可以為紅外光、紫 外光或雷射中之一種。優選地，所述光束3 7為一紅外線 e 光。所述光束37之直徑小於所述時標94之尺寸，所述感 測器晶片6 4之發射裝置不間斷地發射光束3 7至支撐件9 0 之側壁93上，光束37剛好射到時標94上時，該光束37被 時標94吸收，此刻，光束37不會反射至感測器晶片64之 訊號處理裝置，因此感測器晶片64之訊號處理裝置便知 道所述濾光片組50之傳動到紅色濾光片52位置，即此刻 投影出來之視頻圖像為紅色，並將當前色輪200之濾光片 組50之轉動位置情況傳達至處理器55進行後續之色彩合 成處理。 [0017] 所述處理器55與所述感測器60電性連接，用於接收感測 096137482 表單編號A0101 第9頁/共17頁 0993457635-0 13393111339311 ____- December 23, 099, the replacement page of the invention. VI. Description of the invention: [Technical field of the invention] [0001] The present invention relates to a color wheel, and more particularly to a color wheel which can optimize the color performance effect. [Prior Art] [0002] At present, projectors are mainly divided into LCD type and DLP type (Digital Light Processing), which make DLP projector adopt DMD (Digital Micromirror Device) microlens reflection technology and adopt color wheel (Color Wheel) to complete the separation and processing of colors. [0003] In the DMD projection system, the white light emitted by the light source is focused on the color wheel by a focusing lens, and the color wheel is mainly composed of a combination of color filters such as red, green, and blue, and the color filter is driven by a high speed motor. Turn and move to separate the white light, and then emit a specific color beam onto the DMD surface. The DMD surface consists of small mirrors corresponding to the number of pixels. These small mirrors rotate according to the control of the video signal. When the small mirror rotates to its reflected beam through the lens of the projector, it indicates that the pixel is turned on when small reflection When the mirror is rotated until its reflected beam is off the lens of the projector, it indicates that the pixel is off, and the time of opening and closing is greater than the brightness of the pixel. When red light hits the surface of the DMD, the lens on the DMD rotates the small mirrors on or off according to the red video signal, so that the reflected beam that needs to be displayed is projected onto the large screen through the lens of the projector, green and blue light and video. The signal is also working like this, and the red, green and blue images that are collectively projected by the human visual system see a full-color image. Please refer to FIG. 1 , which is a color wheel 100 of the prior art. The color wheel 100 includes a filter set 10, a support member 20, a motor 26, and a side wall 096137482 attached to the support member 20. Form No. A0101 Page 5 / Total 17 Page 0993457635-0 1339311 "099 year lz month 23 曰 correction replacement food j 23 Timing Mark, sensor 30, and processor 25. The filter set 10 includes a red filter 12, a green filter 14, and a blue filter 16, all of which are fan-shaped. And forming a disc. The filter group 10 is fixed on the support member 20, and the motor 26 drives the support member 20 to rotate, thereby driving the tri-color filter group 10 to rotate. The time scale 24 is used to help the projector system recognize the current three. The position of the red filter 12, the green filter 14 and the blue phosphor film 16 in the color filter group 10. [〇〇〇5] The time stamp 24 is disposed on the side wall 23 of the support member 20 and correspondingly filtered. When the slice group 1 is a red filter 12 segment, the sensor wafer 34 of the sensor 30 uninterruptedly emits the light beam 17 onto the sidewall 23 of the support member 20, and when the light beam 17 is just incident on the time stamp 24, The beam 17 is sucked by the time stamper, and the beam 17 is not reflected to the sensor crystal 3 peak if of the sensor 30, and the solid detector 30 knows · : -V . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Red, and convey the position of the current color wheel disc to the processor 25, the processor 25 controls the lens on the DMD to rotate to on or off according to the rotation of the color wheel disc, and combines the colors through the projection lens to combine the images Projected to the screen. Since the position between the color filters of the filter group 1 of the color wheel 1 is distributed beforehand, the processor 25 knows the position of a monochromatic filter to infer the entire filter. The rotational position of the light film group 'so that the processor 25 can accurately switch the timing of each color. It can be seen that in the high-speed rotating filter group 1 ' 'the recognition of the current color of the color wheel 1 投影 by the projector directly affects the imaging Color quality. [0006] Only the projector is a high-brightness product that produces a lot of stray light beams 18 inside the casing. The prior art sensor 3 is used to emit the light beam 17 and sense the reflected light beam. The sensor wafer 34 is directly exposed to the outside world. Spurious 096137482 form No. A0101 Page 6 of 17 0993457635-0 1339311 __ December 23, 1999, the replacement page beam 18 will be directly incident on the sensor wafer 34 of the sensor 30, thus affecting the sensor chip The sensitivity of 34 is prone to the problem that the timing between the processor 25 and the filter group 10 is not synchronized, which further affects the subsequent color synthesis processing of the processor 25, thereby causing unclear picture quality and unclear color. SUMMARY OF THE INVENTION [0007] In view of the above, it is necessary to provide a color wheel that avoids stray light interference sensors and improves timing synchronization between the processor and the filter. A color wheel comprising a multi-color filter set, a motor, a support, a sensor, and a processor. The multi-color filter set includes a plurality of different colors. · ',: a fan-shaped filter. The support member includes a first surface, a second surface opposite the first surface, and a sidewall between the first surface and the second surface. The multi-color filter set is fixed on the second surface of the fixing member. The motor is disposed on the first surface side of the fixing member for driving the fixing member to rotate to drive the multi-color filter group to rotate. The sensor has a housing and a sensor wafer, the housing includes a first side opposite to a sidewall of the support member, and the sensor wafer is disposed on the first side and is positive Set to the side wall of the support. The sensor die is used to sense the position of the multicolor filter set and communicate the position of the current multicolor filter set to the processor. The processor controls the color synthesis process in accordance with the position of the multi-color filter set. The color wheel further includes a light blocking component disposed on the sensor housing, the light blocking component is disposed on the first side of the housing of the sensor for surrounding the sensor chip, for Blocking stray light from the sensor wafer. [0009] Compared with the prior art, the sensor of the color wheel is provided with a light blocking 096137482, a form number A0101, a seventh page, a total of 17 pages, 0993457635-0 1339311, a December 23, GS3 child page component, The light blocking element is configured to block the sensitivity of the sensing light to the sensing device of the sensor, and to sense the sensitivity of the 35 chip, so that the detector more accurately sets the current multicolor coloring film group. The position is communicated to the processor, so that the processor can accurately switch the timing of each color, thereby effectively preventing the image quality from being unclear and optimizing the color performance. [Embodiment] [0010] The present invention will be further described in detail below with reference to the accompanying drawings. 2 is a color wheel 20 〇 according to an embodiment of the present invention, which includes a filter set 50, a support 90, a motor 70, a sensor 60, and a processor 55. [0012] In the embodiment, the filter set 50 includes a plurality of fan filters of different colors, a red filter 52, and a color-shifting light: a 54^3⁄4 color filter?, '.. · v. .u • square: τ 56 , in practical applications, the filter color filter RGB+W 'where W represents white; the six color filter rGBRGB, etc., is not limited to this embodiment. [0013] The support member 90 is a hollow cylindrical structure including a first surface 91, a second surface 92 opposite to the first surface 91, and a sidewall 93 disposed between the first surface 91 and the second surface. . The filter set 50 can be fixed to the second surface 92 of the support member 90 by gluing, or can be fixed to the second surface 92 of the support member 90 by screwing. A time stamp 94 is attached to the side wall 93 of the supporting member 9G. In this embodiment, the position of the time stamp 94 corresponds to the position of the red filter 52. In actual application, the position of the time stamp 94 can also correspond. The position of the green filter 54 or the blue filter 56 is not limited to this embodiment. [0014] The motor 70 is disposed in the direction of the first surface 91 of the support member 90 and away from 096137482. Form No. A0101 Page 8 / Total 17 Pages 0993457635-0 1339311 _ December 23, 2017 Shuttle replacement page filter Group 50. The motor 70 is used to drive the support member 90 to rotate to drive the filter set 50 to rotate. [0015] The sensor 60 has a housing 63 and a sensor wafer 64. The sensor wafer 64 includes a transmitting device (not shown) and a signal processing device (not shown). In this embodiment, the housing 63 is a four-frame structure including a first side surface 62 opposite the side wall 93 of the support member 90. The sensor wafer 64 is disposed on the first side 62. In this embodiment, the first side surface 62 defines an opening 61. The opening 61 is disposed opposite the sidewall of the support member 90. The sensor wafer 64 is received in the housing 63 and penetrates the same. The opening 61, that is, the sensor wafer 64 is disposed opposite the side wall of the support member 90. • / : [0016] The emission device of the sensor wafer 64 is used to vertically emit the light beam 37 to the side wall 93 of the support member 90, and the signal processing device of the sensor wafer 64 receives the reflected light beam. 37. The light beam 37 can be one of infrared light, ultraviolet light or laser light. Preferably, the light beam 37 is an infrared light. The diameter of the light beam 37 is smaller than the size of the time stamp 94. The emitting device of the sensor wafer 64 uninterruptedly emits the light beam 37 to the side wall 93 of the support member 90, and the light beam 37 just hits the time scale. At time 94, the beam 37 is absorbed by the time stamp 94. At this point, the beam 37 is not reflected to the signal processing device of the sensor wafer 64, so the signal processing device of the sensor wafer 64 knows the filter set 50. The transmission is to the position of the red filter 52, that is, the video image projected at this moment is red, and the rotational position of the filter set 50 of the current color wheel 200 is transmitted to the processor 55 for subsequent color synthesis processing. [0017] The processor 55 is electrically connected to the sensor 60 for receiving sensing. 096137482 Form No. A0101 Page 9 of 17 0993457635-0 1339311
1099年ί2月da修正替接亩I 器晶片64之訊號處理裝置傳達過來之濾光片組50之轉動 位置情況。由於，色輪200之濾光片組50之各色濾光片之 間之位置事先已分佈好，處理器55知道一單色濾光片之 位置便可推斷出整個濾光片組50之轉動位置，如此，處 理器55精準地切換各顏色之時機。使得處理器55與濾光 片組50之間時序同步。 [0018] 所述色輪200還進一步包括一擋光元件80，所述擋光元件 80之尺寸及形狀與所述感測器60殼體63之尺寸及形狀對 應。本實施例中，該擋光元件80對應為一中空結構，具 有與所述感測器60之殼體63相膠合之結合部81及對應於 所述感測器晶片64之通孔82&談轎光:充#饳以環繞所述 :‘_Λ... 感測器晶片64之方式膠合於側面62上 。該擋光元件80之結合部81具有相互鄰接之四個側壁83 ，分別用於阻擋雜散光射至所述感測器晶片64。所述感 測器晶片64之發射裝置射出之光束37經過所述通孔82照 射至所述支撐件90之側壁93。該擋光元件80之通孔82尺 寸以不遮蔽感測器晶片64之發射裝置射出光束37至支撐 件90之側壁9.3且光束37能不被遮蔽地反射至感測器晶片 64之訊號處理裝置為宜。所述擋光元件80之材質可以為 不透光塑膠，優選地，所述擋光元件80之顏色可以為黑 色或者表面塗成黑色，以便吸收雜散光。 [0019] 實際應用中，所述擋光元件80亦可以螺合之方式固設於 所述殼體63之第一側面62上，或者該擋光元件80與所述 殼體63 —體成型。當然，所述擋光元件80亦可以為四個 擋光片，該四個擋光片之寬度與感測器60之殼體63之寬 096137482 表單編號A0101 第10頁/共17頁 0993457635-0 1339311 ι___ 099年12月23日核正替換頁 度相等。該四個擋光片分別設置於感測器60殼體63之邊 框相對應位置。當感測器60之殼體63為圓形結構時，所 述擋光元件80相應地做成圓環形，所述擋光元件80之形 狀隨感測器60之結構形狀變化而相應變化，並不限於本 實施例。 [0020] 下面結合上述結構以詳細敍述本發明之工作原理：馬達 70轉動時帶動所述支撐件90及設置於支撐件90第二表面 92上之濾光片組50同步旋轉，同時，所述感測器60之感 測器晶片64之發射裝置不間斷地發射光束37，感測器晶 片64之訊號處理模組接收反射回來之光束37，當支撐件 • 90之位置轉到所述時標94對準光束37夺位置時，時標94 . 吸收該反射光束37，使得感測器晶，片64.之訊號處理裝置 感應不到反射光訊號。本實施例中，所述時標94之位置 對應於紅色濾光片52段位置，因此，感測器晶片之訊號 處理裝置便知道此時多色濾光片.組50轉動位置。所述濾 光片組50之各色濾光片之間之位置事先已分佈好，處理 器55知道一單色濾光片之位置便可推斷出整個濾光片組 50之轉動位置。所述擋光元件80設置於感測器60之殼體 63上，遮蔽雜散光射至感測器晶片64，使得感測器晶片 64之訊號處理裝置之靈敏度得到提高，更精準地把多色 濾光片組50之轉動位置情況傳達至處理器55，並以此作 為控制多色濾光片組50與DMD (圖未示）進行同步以及光 調製之依據，從而達到準確之彩色光合成。 [0021] 所述色輪之感測器之殼體上設有擋光元件，該擋光元件 用於阻擋雜散光射至所述感測器之感測器晶片，提高了 096137482 表單編號A0101 第11頁/共17頁 0993457635-0 1339311In 1099, ί2 month corrected the rotational position of the filter set 50 communicated by the signal processing device of the mu-chip 160. Since the position between the color filters of the filter set 50 of the color wheel 200 has been previously distributed, the processor 55 knows the position of a monochromatic filter to infer the rotational position of the entire filter set 50. Thus, the processor 55 precisely switches the timing of each color. The timing between the processor 55 and the filter set 50 is synchronized. [0018] The color wheel 200 further includes a light blocking member 80, and the size and shape of the light blocking member 80 correspond to the size and shape of the housing 63 of the sensor 60. In this embodiment, the light blocking member 80 corresponds to a hollow structure, and has a joint portion 81 glued to the casing 63 of the sensor 60 and a through hole 82 corresponding to the sensor wafer 64. Car light: Charging #饳 is glued to side 62 in a manner that surrounds the said: '_Λ... sensor wafer 64. The joint portion 81 of the light blocking member 80 has four side walls 83 adjacent to each other for blocking stray light from being incident on the sensor wafer 64. The light beam 37 emitted by the emitting device of the sensor wafer 64 is illuminated through the through hole 82 to the side wall 93 of the support member 90. The through hole 82 of the light blocking member 80 is sized to shield the signal processing device from the light emitting device 37 of the sensor wafer 64 to the side wall 9.3 of the support member 90 and the light beam 37 can be reflected to the sensor wafer 64 without being shielded. It is appropriate. The material of the light blocking member 80 may be an opaque plastic. Preferably, the color of the light blocking member 80 may be black or the surface is black to absorb stray light. In a practical application, the light blocking member 80 may be fixed to the first side 62 of the casing 63 in a screwing manner, or the light blocking member 80 may be integrally formed with the casing 63. Of course, the light blocking member 80 can also be four light blocking sheets. The width of the four light blocking sheets is wider than the width of the housing 63 of the sensor 60. 096137482 Form No. A0101 Page 10 / Total 17 Page 0993457635-0 1339311 ι___ On December 23, 099, the replacement page is equal. The four light blocking sheets are respectively disposed at corresponding positions of the side frames of the housing 63 of the sensor 60. When the housing 63 of the sensor 60 has a circular structure, the light blocking member 80 is correspondingly formed into a circular shape, and the shape of the light blocking member 80 changes correspondingly according to the structural shape of the sensor 60, and It is not limited to this embodiment. [0020] The working principle of the present invention will be described in detail below in conjunction with the above structure: when the motor 70 rotates, the support member 90 and the filter set 50 disposed on the second surface 92 of the support member 90 are synchronously rotated, and at the same time, The transmitting device of the sensor chip 64 of the sensor 60 continuously emits the light beam 37, and the signal processing module of the sensor chip 64 receives the reflected beam 37, and when the position of the support member 90 is turned to the time mark When the alignment beam 37 is positioned, the time stamp 94 absorbs the reflected beam 37, so that the sensor crystal, the signal processing device of the chip 64. does not sense the reflected light signal. In this embodiment, the position of the time stamp 94 corresponds to the position of the red filter 52 segment. Therefore, the signal processing device of the sensor chip knows the rotational position of the multicolor filter. The position between the color filters of the filter set 50 is previously distributed, and the processor 55 knows the position of a monochromatic filter to infer the rotational position of the entire filter set 50. The light blocking component 80 is disposed on the housing 63 of the sensor 60 to shield the stray light from the sensor wafer 64, so that the sensitivity of the signal processing device of the sensor chip 64 is improved, and the multi-color is more accurately The rotational position of the filter set 50 is communicated to the processor 55 and serves as a basis for controlling the multi-color filter set 50 to be synchronized with the DMD (not shown) and to modulate the light to achieve accurate color light synthesis. [0021] The housing of the sensor of the color wheel is provided with a light blocking element for blocking stray light from hitting the sensor chip of the sensor, and the 096137482 form number A0101 is improved. 11 pages / total 17 pages 0993457635-0 1339311
I 099年1Z月Z3曰修正替换灰I 感測器晶片之靈敏度，使感測器更準確地把當前多色濾 光片組之位置傳達至處理器，以便處理器精準地切換各 顏色之時機，從而可有效避免晝質不清晰，優化了色彩 表現效果。 [0022] 綜上所述，本發明符合發明專利要件，爰依法提出專利 申請。惟，以上所述者僅為本發明之較佳實施方式，本 發明之範圍並不以上述實施方式為限，舉凡熟悉本案技 藝之人士援依本發明之精神所作之等效修飾或變化，皆 應涵蓋於以下申請專利範圍内。 【圖式簡單說明】 [0023] 圖1係一種先前之色輪結構:?: 一 ·ν···Ά .. 5' · ·Χ-·. ,I 099 1Z month Z3曰 correction replaces the sensitivity of the gray I sensor chip, enabling the sensor to more accurately convey the position of the current multi-color filter set to the processor, so that the processor can accurately switch the timing of each color Therefore, it can effectively avoid the unclear enamel and optimize the color performance. [0022] In summary, the present invention complies with the requirements of the invention patent, and submits a patent application according to law. However, the above description is only the preferred embodiment of the present invention, and the scope of the present invention is not limited to the above-described embodiments, and equivalent modifications or variations made by those skilled in the art in light of the spirit of the present invention are It should be covered by the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS [0023] FIG. 1 is a prior color wheel structure: ?: a · ν ··· Ά .. 5' · · Χ-·.
KK
[0024] 圖2係本發明實施例之色輪圖^ 【主要元件符號說明】 [0025] 色輪：100，200 [0026] 光束：17，37 [0027] 濾光片組：10，50 [0028] 紅色濾光片：12，52 [0029] 綠色濾光片：14，54 [0030] 藍色濾光：16，56 [0031] 處理器：25，55 [0032] 支撐件：20，90 [0033] 第一表面：9 1 096137482 表單編號A0101 第12頁/共17頁 0993457635-0 1339311 __ 099年12月23日修正替换頁 [0034] 第二 表面： 92 [0035] 側壁 :23， 93 [0036] 馬達 :26， 70 [0037] 時標 :24， 94 [0038] 感測 器：30 "60 [0039] 開口 ：61 [0040] 第一 側面： 62 [0041] 殼體 :40， 63 [0042] 感測 器晶片 :34 ， 64 [0043] 擋光元件： 80 [0044] 結合部：81 [0045] 通孔 ：82 [0046] 擋光元件側壁：83 [0047] 雜散光束： 18 096137482 表單編號A0101 第13頁/共17頁 0993457635-02 is a color wheel diagram of an embodiment of the present invention. [Description of main component symbols] [0025] Color wheel: 100, 200 [0026] Light beam: 17, 37 [0027] Filter set: 10, 50 [ 0028] Red Filter: 12, 52 [0029] Green Filter: 14, 54 [0030] Blue Filter: 16, 56 [0031] Processor: 25, 55 [0032] Support: 20, 90 [0033] First surface: 9 1 096137482 Form number A0101 Page 12 / Total 17 pages 0993457635-0 1339311 __ December 23, 2017 Revision replacement page [0034] Second surface: 92 [0035] Side wall: 23, 93 [0036] Motor: 26, 70 [0037] Time scale: 24, 94 [0038] Sensor: 30 " 60 [0039] Opening: 61 [0040] First side: 62 [0041] Housing: 40, 63 [0042] Sensor Wafer: 34, 64 [0043] Light Blocking Element: 80 [0044] Bonding: 81 [0045] Through Hole: 82 [0046] Light Blocking Element Sidewall: 83 [0047] Stray Beam: 18 096137482 Form No. A0101 Page 13 of 17 0993457635-0