M398128 五、新型說明： 【新型所屬之技術領域】 _ ]纟創作係有關於-種具#選擇軌協定魏之3 D系統及 其方法，特別是有關於一種具有自動搜尋通訊協定功能 之通用型3D系統，可快速的搜尋出對應的3D通訊協定規 格，可經由同一副3D眼鏡，即可觀看不同廠牌之31)顯示 器。 【先前技術】 φ [〇〇〇2]近年來由於3D(3維/Three Dimensional：)電影盛行，人 們對於3D影片的需求曰趨增多，特別是31)產品亦從電影 轉至3D顯示器（例如：3D LCD TV)產業乂首先，人類 為什麼能透過視覺看出深度、並感.覺到立體威，最主要 的一點就是，人眼的視覺是可以感覺出深度的，也就是 「深度知覺（depth perception)」；而有了深度的資 訊後，才能判斷出立體空間中的相對位置β由於人的兩 個眼睛的位置不一樣，一般人兩眼間距約5到7公分，所 鲁 以看到的東西會有兩眼視差（binocular paral lax}， 而人腦會再將這兩個影像做融合（C0nvergenCe)，而產 生出立體的感覺；而這就是所謂的厂binocular cues」 。另外，人類亦可從眼睛對遠近焦距的調適 (accommodation)、動態視差（motion parallax)、 透視（perspective)或光影等來判斷物體的遠近，亦即 使人類只有單眼亦可判斷遠近。 [0003] 因此’為了使在2D(2維/Two Dimensional)平面的影片 變成3D立體感的影片，必須使人類左、右的眼睛分別看 表單編號A0101 第3頁/共17頁 M398128 到不同的彩像（即是一般視物的兩眼視差），在經由大腦 融合，2D影/即可變為栩栩如生的3D影片。 [0004] 在現有技術中’是運用快門眼鏡（shutter glasses) ’ 此種技術的基本原理就是，在螢幕上以兩倍的頻率交互 地顯示左眼和右眼·的影像’而眼鏡則會去動態地屏蔽使 用者的左眼和右眼’在螢幕顯示左眼影像時遮住右眼、 在螢幕顯示右眼影像時遮住左眼，以此達到讓兩眼看到 各ό不同的髟像。雖然在這種狀況下，沒有兩隻眼睛是 同時看到彩像的’但是由於人眼的視覺暫留等機制的效 果’還是能威覺到兩眼都有看到各自不同的影像，進而 產生立體感。 ：::/’ :·- [0005] 市售3D顯示器即是使用此項以特定之通 訊協定編碼後，經由3D顯示器上的發射器傳送至3D眼鏡 之接收器，再經過3D眼鏡之接收器解碼後，⑽眼鏡即可 依據3D顯示器發射器傳送的3D影像訊號，控制快門眼鏡 的開"才1。然而市售3D顯示器其礙牌眾多，且各自〜一 用自家廠牌之快Η眼鏡，以配合本身内建於纖示器中 的通訊狀及3D影像訊號發射器。如此—來，當需要觀 看3D影像時’只能使用相同廠牌的快門眼鏡才能完成解 碼’否則無法才能完成解碼時，快門眼鏡是看不到3D影 像的。因此，當添購別的廠牌的3D顯示器時，則必須還 要再賜人對應廠牌㈣門眼鏡，才能完成解碼。這樣不 只增加使用者的開銷’且新構入快門眼鏡也易佔空間。 又例如，«人觀相科，當使用不同 廠牌的快門眼鏡觀看時，由於快門眼鏡與抑顯示 表單編號A0101 第4頁/共17頁 [0006] 通訊協定編碼不同，而導致無法覲賞，亦造成許多麻煩 〇 因此’本創作提供一種通用型3D眼鏡（Universal 3D Glasses)，可以將各廠牌規格之通訊協定寫入本創作之 3D眼鏡中之記憶體中’然後利用3D眼鏡上的控制器來自 動搜尋適當的3D顯示器之通訊協定。因此，本創作之3D 眼鏡除具有以同一快門眼鏡觀看不同廠牌之31)顯示器之 功能外，且還可以進一步經由内建的暫存記憶體，更可 快速搜尋出對應的廠牌，使觀看更佳方便。 【新型内容】 [0007] [0008] [0009] 依據上述之狀況，本創作之一主要目的在於提供一種通 用型3D眼鏡，利用此眼鏡可將顯示器所顯示之2D畫面， 經由配戴快門眼鏡將其轉換為31)畫面。 本創作之另一主要目的在於提供一種具有自動搜尋及對 頻功能之3D系統及其方法，利用通用型3D眼鏡内建之各 廠牌通訊協定，自動搜尋各廠牌之3D顯示器之通訊規格 ，因此可用來觀看全部廠牌之3D顯示器。 本創作之又一主要目的在於提供一種具有自動搜尋及對 頻功能之3D系統及其方法，利用通用型3D眼鏡内建之暫 存記憶體，可更快速自動搜尋各廠牌之3D顯示器之通訊 規格，減少拽尋各廠牌通訊協定之時間。 本創作之又另一主要目的在於提供一種通用型3D眼鏡， J用此通用型3D眼鏡上之USB插座，可將新増加之廢牌通 訊協定寫入内建於通用型3D眼鏡中之記憶體，因此對於 第5頁/共17頁 表單編St A0101 [0010] M398128 未來新增之廠牌仍可對應到其通訊協定。 [0011] 依據上述目的，本創作提供一種具有自動搜尋及對頻功 能之3D系統及其方法，其中通用型3D眼鏡，包括：一鏡 架，具有一對鏡框，且在對鏡框中間形成一鼻樑架，一 對鏡腳，係由對鏡架兩側往後延伸，並在末端形成一耳 架，一訊號接收器，係内建於鏡架中，一對快門鏡片， 係安裝於對鏡框中，並與訊號接收器電性連接，一記憶 體，係内建於鏡架中，並與訊號接收器及對快門鏡片電 性連接，一暫存記憶體，係内建於鏡架中，並與訊號接 收器、對快門鏡片及記憶體電性連接，一訊號搜尋鍵， 係形成於鏡架上，並與記憶_沒％#^：隐體電性連接， ' .. :·…< ‘ 一USB插座係形成於鏡架上性連接。其中 ，自動搜尋及對頻功能之3D系統之方法，包括：提供一 具有第一通訊協定之3D影像，提供一記憶體，該記憶體 中儲存有至少一個通訊協定，提供一訊號接收器，用以 接收該具有第一通訊協定之3D影像，啟動通訊協定搜尋 ，係壓按一通訊協定搜尋鍵；比對該第一通訊協定，係 將該訊號接收器所接收到之該第一通訊協定與該記憶體 中所儲存之至少一個通訊協定進行比對，儲存該第一通 訊協定，當該記憶體中所儲存之至少一個通訊協定為該 第一通訊協定時，將該第一通訊協定儲存至一暫存記憶 體中。 [0012] 經由本創作所提供之設計，可將各廠牌規格之通訊協定 寫入通用型3D眼鏡中之記憶體。不只可以以同一快門眼 鏡觀看不同廠牌之3D顯示器，且經由内建的暫存記憶體 表單編號Α0101 第6頁/共17頁 M398128 ’更可快速自動搜尋出對應的祕，使觀看更佳方便。 【實施•方式】 [㈤13] &於本創作係揭露—㊣纟有自動搜尋通訊協定之3D系統 及其方法’特別是包含—種内建有多種3D通訊協定之規 格的眼鏡。在本創作之實施例中所利用到的一些關於快 門眼鏡•憶體、暫存記憶體、腿插槽，係利用現有 技術來達成，故在下述說明中，並不作完整描述。此外 ’於下述内文中之圖式，亦並未依據實際之相關尺寸完 整繪製’其作用僅在表達與本創作特徵有關之示意圖。 [0014]首先’請參閱第1圖，係為本創作之通用型3D眼鏡示意圖 。如第1圖所示，通用型31)眼鏡丨包括：一鏡架1〇，其具 有一對鏡框π ’且在每—鏡枢η中配置一左鏡1U與一又 鏡11 3，並於此對鏡框〗丨中間形成一鼻樑架丨3;一對鏡腳 15，其一端係與鏡架10兩側連接，並在另一端形成一耳 架151 ; —訊號接收器2〇，係配置於鏡架1〇中，用以控制M398128 V. New description: [New technical field] _ ]纟There is a general-purpose type of system that has the function of automatically searching for communication protocols. The 3D system can quickly search for the corresponding 3D communication protocol specifications, and can view 31) displays of different brands through the same pair of 3D glasses. [Prior Art] φ [〇〇〇2] In recent years, due to the popularity of 3D (3D/Three Dimensional:) movies, the demand for 3D movies has increased, especially 31) products have also been transferred from movies to 3D displays (for example) :3D LCD TV) Industry First, why can humans see the depth and sense through the visual sense? The most important point is that the human eye can feel the depth, that is, "depth perception" Perception)"; With deep information, it can be judged that the relative position in the three-dimensional space is different because the position of the two eyes of the person is different. The distance between the eyes of the average person is about 5 to 7 cm. There will be binocular paral lax, and the human brain will merge the two images (C0nvergenCe) to create a three-dimensional feeling; this is the so-called factory binocular cues. In addition, humans can also The eye's adaptation to the near and far focal lengths, motion parallax, perspective, or light and shadow to determine the distance of the object, even if the human eye has only one eye [0003] Therefore, in order to make a 2D (Two Dimensional) plane film into a 3D stereoscopic film, it is necessary to make the human left and right eyes look at the form number A0101, page 3/17 pages, M398128, respectively. Different color images (that is, the binocular parallax of general vision), in the fusion through the brain, 2D shadow / can become a lifelike 3D film. [0004] In the prior art 'is the use of shutter glasses' The basic principle of this technique is to interactively display the images of the left and right eyes on the screen at twice the frequency 'and the glasses will dynamically shield the left and right eyes of the user' on the screen. Cover the right eye when the image is displayed, and cover the left eye when the right eye image is displayed on the screen, so as to let the two eyes see different images. Although in this case, no two eyes see the color image at the same time. 'But the effect of the mechanism such as the visual persistence of the human eye' can still be seen in both eyes to see different images, and then create a three-dimensional sense. :::/' :·- [0005] Commercial 3D The display is used to specific After the protocol code is transmitted to the receiver of the 3D glasses via the transmitter on the 3D display, and then decoded by the receiver of the 3D glasses, the (10) glasses can control the opening of the shutter glasses according to the 3D image signal transmitted by the 3D display transmitter. However, the commercially available 3D display has a large number of placards, and each of them uses a self-branded quick-drying glasses to match the communication and 3D video signal transmitters built into the display. In this way, when you need to view 3D images, you can only use the same brand of shutter glasses to complete the decoding. Otherwise, the shutter glasses can not see the 3D image. Therefore, when adding a 3D display of another label, you must also give the corresponding label (four) door glasses to complete the decoding. This not only increases the user's overhead, but also makes it easier to take up space. For another example, when viewing a pair of shutter glasses with different brands, the shutter glasses are different from the display form number A0101, page 4 of 17 [0006], and cannot be rewarded. It also caused a lot of trouble. Therefore, this creation provides a universal 3D glasses, which can be used to write the communication protocol of each brand specification into the memory of the 3D glasses of the creation. Then, the control on the 3D glasses is used. To automatically search for the appropriate 3D display protocol. Therefore, the 3D glasses of the present invention have the function of viewing the display of different brands of the same shutter glasses, and can further search for the corresponding label through the built-in temporary storage memory, so as to enable viewing. More convenient. [New content] [0007] [0009] [0009] According to the above situation, one of the main purposes of the present invention is to provide a general-purpose 3D glasses, which can be used to display the 2D picture displayed by the display via wearing shutter glasses. It is converted to 31) pictures. Another main purpose of this creation is to provide a 3D system with automatic search and frequency function and a method thereof, which automatically search for communication specifications of 3D displays of various brands by using various brand communication protocols built in general-purpose 3D glasses. It can therefore be used to view 3D displays of all brands. Another main purpose of this creation is to provide a 3D system with automatic search and frequency function and a method thereof, which can quickly and automatically search for communication of 3D display of each brand by using the built-in temporary memory of the universal 3D glasses. Specifications, reduce the time to find the agreement agreement of each brand. Another main purpose of this creation is to provide a general-purpose 3D glasses. J uses the USB socket on the universal 3D glasses to write the new and added waste communication protocol into the memory built into the general-purpose 3D glasses. Therefore, for the 5th/17th page form, St A0101 [0010] M398128 The new brand added in the future can still correspond to its communication agreement. [0011] According to the above object, the present invention provides a 3D system with an automatic search and frequency function, and a method thereof, wherein the universal 3D glasses include: a frame having a pair of frames and forming a bridge between the frames a pair of temples extending from the sides of the frame and forming an ear frame at the end, a signal receiver built in the frame, and a pair of shutter lenses mounted in the frame And electrically connected to the signal receiver, a memory body is built in the frame, and is electrically connected to the signal receiver and the shutter lens, and a temporary storage memory is built in the frame, and The signal receiver, the shutter lens and the memory are electrically connected, and a signal search button is formed on the frame and electrically connected with the memory _ %%#^: hidden body, ' .. :·...< ' A USB socket is formed on the frame. The method for automatically searching for a 3D system with a frequency function includes: providing a 3D image having a first communication protocol, providing a memory, the memory storing at least one communication protocol, providing a signal receiver, Receiving the 3D image with the first communication protocol, initiating the protocol search, pressing a communication protocol search key; comparing the first communication protocol, the first communication protocol received by the signal receiver Aligning at least one communication protocol stored in the memory, storing the first communication protocol, storing the first communication protocol when at least one communication protocol stored in the memory is the first communication protocol A temporary memory. [0012] Through the design provided by the present creation, the communication protocol of each brand specification can be written into the memory of the general-purpose 3D glasses. Not only can you view 3D monitors of different brands with the same shutter glasses, but also can automatically and quickly search for the corresponding secrets through the built-in temporary memory form number Α0101 6th page/17 pages of M398128. . [Implementation and Method] [(5)13] & This section of the creative department reveals that there is a 3D system and method for automatically searching for a communication protocol. In particular, it includes glasses with specifications for various 3D communication protocols. Some of the shutter glasses, the memory, the temporary memory, and the leg slots used in the embodiments of the present invention are achieved by the prior art, and therefore are not fully described in the following description. In addition, the drawings in the following texts are not completely drawn according to the actual relevant dimensions. The effect is only to express the schematic diagram related to the present creative features. [0014] First, please refer to Fig. 1, which is a schematic diagram of the general-purpose 3D glasses of the present invention. As shown in FIG. 1 , the universal type 31) eyeglass lens includes: a frame 1 〇 having a pair of frames π ′ and a left mirror 1 U and a mirror 11 3 disposed in each mirror η A pair of temples 15 are formed in the middle of the frame frame; a pair of temples 15 are connected at one end to the two sides of the frame 10, and form an ear frame 151 at the other end; - the signal receiver 2 is configured In the frame 1 to control
I 右鏡111及左鏡113的開啟或關闇：一搜尋模組3〇，係配 ί'· 置於鏡架10中’其包括—控制器32’其輸人端與一訊號 搜尋鍵40連接，而其另一端與一記憶體34及一暫存記憶 體36連接，其中訊號搜尋鍵40係形成於鏡架1〇上。另外 ，訊號接收器2〇的位置除了可以配置於鏡框11中間外， 其還可以選擇其他位置，例如：將訊號接收器20配置於 通用型3D眼鏡1的左側或是右侧位置，對此本創作並不加 以限制。 [_接著’請參考第2圖，係本創作之搜尋模組之功能方塊所 示圖。如第2圖所示 表單編號Α0101 當3D顯示器已經在播放3D影像時 第7頁/共17頁 #598128 吏用者便钱上通用獅眼㈣且心電源開關鍵職 ’搜4組30中的控制器32即會對3D顯示器所送出之⑽ 影像訊號進行通訊協定之解碼；當通用型⑽眼鏡1可以對 _示器所送出之3D影像訊號進行解瑪後即訊號接故 益20接收3D顯示ϋ所送出之31)影像訊n使用者可以 看觀看到3D顯示H已經在播㈣影像。若❹者戴上通 用型3D眼鏡丨並且按下電源開關鍵7()後，使用者仍無法觀 看到3D顯⑽已經在聽3Df彡料，表讀尋模組财 的控制θ 32無法對3D齡ϋ所送出之31)影像訊號進行通 Λ協疋之解碼，故無法觀相3_示器已經在播放卿 像。此時’在本創作之實施例中，即可壓按訊號搜尋鍵 4〇後’搜尋模組3。中的控補2_3D.示器之通訊 協定與記憶體34令内建之通著協·，以找出適 當的通訊協定。當控制器32已在記憶體34中找到相對於 3D顯示器之通訊協定後，即會以此一找到的通訊協定進 行通訊協定之解碼：當控制器32可以進行通訊協定之解 碼後，訊號接收器20便能夠接收3D顯示器所送出之扑影 像訊並且依據所接收到的3D影像訊來驅動右鏡丨丨丨與左鏡 113的開啟或關閉，以形成完整的3 D影像。I Turn on or off the right mirror 111 and the left mirror 113: a search module 3〇, equipped with ί'· placed in the frame 10 'which includes the controller 32' and its input terminal and a signal search button 40 The other end is connected to a memory 34 and a temporary memory 36, wherein the signal search key 40 is formed on the frame 1A. In addition, the position of the signal receiver 2〇 can be arranged in the middle of the frame 11, and other positions can be selected, for example, the signal receiver 20 is disposed on the left or right side of the universal 3D glasses 1. Creation is not limited. [_Next] Please refer to Figure 2, which is a diagram of the function block of the search module of this creation. As shown in Figure 2, the form number Α0101 when the 3D display is already playing 3D images, page 7 of 17 pages #598128 吏用便便钱上通用狮眼(4) and the heart power supply key job 'search 4 group 30 The controller 32 decodes the communication protocol of the (10) video signal sent by the 3D display; when the universal (10) glasses 1 can decode the 3D video signal sent by the _ display, the signal is connected to the receiver 20 to receive the 3D display. The 31) video message sent by the user can see that the 3D display H is already broadcasting (4) video. If the wearer wears the universal 3D glasses and presses the power switch key 7 (), the user still can't watch the 3D display (10) is already listening to the 3Df data, the table reading module control θ 32 can not be 3D The 31) video signal sent by the age group is decoded by the communication protocol, so it is impossible to see the 3_ display device already playing the image. At this time, in the embodiment of the present creation, the signal search button 4 can be pressed to search for the module 3. The control of the 2_3D. indicator communication protocol and memory 34 make the built-in agreement to find the appropriate communication protocol. When the controller 32 has found a communication protocol with respect to the 3D display in the memory 34, the communication protocol is decoded by the communication protocol found: when the controller 32 can decode the communication protocol, the signal receiver 20 can receive the image information sent by the 3D display and drive the right mirror 丨丨丨 and the left mirror 113 to turn on or off according to the received 3D image signal to form a complete 3D image.
[0016] 再接著，說明本創作之另一較佳實施例，請參考第2圖 由於，3D顯示器的廠牌眾多，因此内建在記憶體34中之 通訊協定，可能有上百種之多，故當使用者壓按訊號搜 尋鍵40後’搜尋模組30中的控制器32便會將3D顯示器 通訊協定與記憶體34中内建之通訊協定進行比對，若每 一次比對需要3秒鐘時’若比對到第1〇〇次才找到適♦之 表單編號A0101 第8頁/共17頁 M398128 通訊協定時，使用者已經等待約300秒鐘。故在本創作之 實施例中，進一步配置一暫存記憶體36，此暫存記憶體 36與控制器32及記憶體34連接：在前述之過程中，當控 制器32已在記憶體34中找到適當之通訊協定後，控制器 32即進行解碼外，也會將此一通訊協定之内容儲存至暫 存記憶體36中；或是於暫存記憶體36中内建常用的通訊 協定（例如前1 0大廠牌之通訊協定）。因此，在本實施例 中，當使用者壓按訊號搜尋鍵40後，搜尋模組30中的控 制器32會先由暫存記憶體36中所儲存之通訊協定進行搜 尋，藉此減短搜尋時間；若控制器32無法在暫存記憶體 36中找到適當之通訊協定後，即會再至記憶體34中搜尋 適當之通訊協定。[0016] Next, another preferred embodiment of the present invention will be described. Please refer to FIG. 2. Since there are many brands of 3D displays, there may be hundreds of protocols built into the memory 34. Therefore, when the user presses the signal search button 40, the controller 32 in the search module 30 compares the 3D display protocol with the communication protocol built in the memory 34, if each comparison requires 3 In the second case, the user has waited for about 300 seconds if it finds the form number A0101 on page 8 of the M398128 communication protocol. Therefore, in the embodiment of the present invention, a temporary storage memory 36 is further disposed. The temporary storage memory 36 is connected to the controller 32 and the memory 34. In the foregoing process, when the controller 32 is already in the memory 34. After the appropriate communication protocol is found, the controller 32 decodes the contents of the communication protocol into the temporary memory 36, or creates a common communication protocol in the temporary memory 36 (for example). The communication agreement of the top 10 major brands). Therefore, in this embodiment, after the user presses the signal search key 40, the controller 32 in the search module 30 searches for the communication protocol stored in the temporary storage memory 36, thereby shortening the search. Time; if the controller 32 is unable to find an appropriate communication protocol in the temporary memory 36, it will search the memory 34 for the appropriate communication protocol.
[0017] 接著，請參閱第3圖，係為本創作另一實施例之通用型3D 眼鏡傳輸資料示意圖。如第3圖所示，在通用型3D眼鏡1 上，配置一USB插槽17，此USB插槽17可藉由一連接線 503連接至電腦（個人電腦、資料庫等…）50之電腦插槽 501，故可以直接將新的通訊協定直接寫入至記憶體34或 是暫存記憶體36中。而加上此一USB插槽17之目的，即在 解決3D顯示器日新月異，在未來廠商之廠牌及通訊規格 會越來越多，因此可藉由此方式將新的通訊協定可以經 由連接線501寫入並儲存至通用型3D眼鏡1之記憶體34或 是暫存記憶體36中；此外，亦可將不需要之通訊協定刪 除，以節省記憶體34内之記憶空間。 [0018] 再接著，請參閱第4圖，係為本創作之自動搜尋及對頻功 能之3D系統之方法流程示意圖。如第4圖所示，當顯示器 表單編號A0101 第9頁/共17頁 M398128 之發射器已經在發射出包括有通訊協定的3D影像訊號後 :首先，請參考步驟601，在一開始，通用型3D眼鏡1必 須先執行系統初始化，由壓按訊號搜尋鍵40使系統執行 搜尋功能，同時，通用型3D眼鏡1會由訊號接收器20接收 發射器所送出之3D影像訊號。接著進入步驟602，通用型 3D眼鏡1會先進入暫存記憶體36中搜尋資料，由於在初始 階段，暫存記憶體36中並無任何資料；此時，即會進入 步驟6031，通用型3D眼鏡1會進入記憶體34中搜尋對應 的通訊協定；由於，記憶體34中已經存入許多廠牌的通 訊協定；如果通用型3D眼鏡1沒有搜尋到可以解碼的通訊 協定時，那表示記憶體3 4中沒有對應:談廠牌的通訊協定 時，因此，必須可藉由上述#:3圖所方式，以USB傳 輸方式連接外接電腦50，將為'的通訊協是給入記憶體34 中；若當通用型3D眼鏡1在記憶體34中搜尋到對應的通訊 協定時，便進入步驟604，此時，即可逐一測試此每一個 通訊協定是否正確，假如是錯誤的（因此，使用者看不 到顯示器所播放的3D影像訊號），因此通用型3D眼鏡1便 會回到步驟602，並經由步驟6031，再次搜尋儲存在記憶 體30中之其他通訊協定。如果經過通用型3D眼鏡1測試後 ，目前所搜尋到的通訊協定是正確的（因此，使用者可 以看到顯示器所播放的3D影像訊號），便進入步驟605， 通用型3D眼鏡1會判斷此通訊協定是否已經存在於暫存記 憶體36中；如果暫存記憶體36中無此通訊協定時，便進 入步驟606，將新的通訊協定存入暫存記憶體36中，然後 進入步驟607完成設定。如此，通訊協定已在暫存記憶體 36中時，則直接進入步驟607完成設定。 表單編號A0101 第10頁/共17頁 M398128[0017] Next, please refer to FIG. 3, which is a schematic diagram of a general-purpose 3D glasses transmission data according to another embodiment of the present invention. As shown in FIG. 3, on the universal 3D glasses 1, a USB slot 17 is disposed. The USB slot 17 can be connected to a computer (a personal computer, a database, etc.) by a connection line 503. The slot 501 can directly write a new communication protocol directly into the memory 34 or the temporary memory 36. With the purpose of this USB slot 17, that is, the 3D display is changing with each passing day, and the manufacturer's brand and communication specifications will be more and more in the future. Therefore, the new communication protocol can be connected via the connection line 501 in this way. It is written and stored in the memory 34 of the general-purpose 3D glasses 1 or in the temporary memory 36. In addition, unnecessary communication protocols can be deleted to save the memory space in the memory 34. [0018] Next, please refer to FIG. 4, which is a schematic diagram of the method of the automatic search and the 3D system for the frequency function. As shown in Figure 4, when the transmitter of the display form number A0101 page 9/17 M398128 has already transmitted the 3D video signal including the communication protocol: First, please refer to step 601, at the beginning, the universal type The 3D glasses 1 must first perform system initialization, and press the signal search key 40 to cause the system to perform the search function. At the same time, the universal 3D glasses 1 receive the 3D video signals sent by the transmitter by the signal receiver 20. Then, proceeding to step 602, the general-purpose 3D glasses 1 first enters the temporary memory 36 to search for data. Since there is no data in the temporary storage memory 36 in the initial stage, at this time, the process proceeds to step 6031, the general-purpose 3D. The glasses 1 will enter the memory 34 to search for the corresponding communication protocol; since the communication protocol of many brands has been stored in the memory 34; if the general-purpose 3D glasses 1 does not find a communication protocol that can be decoded, then the memory is represented. There is no correspondence in 3 4: When talking about the communication agreement of the brand, therefore, it is necessary to connect the external computer 50 by USB transmission by means of the above #:3 diagram, and the communication protocol of the ' is given to the memory 34. If the general-purpose 3D glasses 1 search for the corresponding communication protocol in the memory 34, the process proceeds to step 604. At this time, it is possible to test whether each communication protocol is correct one by one, if it is wrong (thus, the user The 3D video signal played by the display is not visible, so the general-purpose 3D glasses 1 will return to step 602, and through step 6031, search for other communication protocols stored in the memory 30 again. If the communication protocol currently found is correct after the universal 3D glasses 1 is tested (so the user can see the 3D video signal played by the display), the process proceeds to step 605, and the general-purpose 3D glasses 1 judges this. Whether the communication protocol already exists in the temporary storage memory 36; if there is no such communication protocol in the temporary storage memory 36, the process proceeds to step 606, the new communication protocol is stored in the temporary storage memory 36, and then the process proceeds to step 607. set up. Thus, when the communication protocol is already in the temporary memory 36, the process proceeds directly to step 607 to complete the setting. Form No. A0101 Page 10 of 17 M398128
[0019] 上述為第一次系統搜尋時的步驟，而在第二次系統搜尋 時，同樣由步驟601開始，由壓按訊號搜尋鍵40使系統執 行搜尋功能。接著進入步驟602，通用型3D眼鏡1會先進 入暫存記憶體36中搜尋資料，由於是第二次搜尋，因此 暫存記憶體3 6内已先存入常用之通訊協定，因此不必再 經由記憶體34 ;於是進入步驟6032，通用型3D眼鏡1直 接由暫存記憶體36中去逐一搜尋通訊協定；當通用型3D 眼鏡1在暫存記憶體36已搜尋到通訊協定時，便進入步驟 604，即測試此一搜尋到的通訊協定是否正確，假如是錯 誤的，那表示對應錯誤（因此，使用者看不到顯示器所 播放的3D影像訊號），通用型3D眼鏡1便會回到步驟602 ，並經由步驟6031，由通用型3D眼鏡Γ在記憶體32中去 搜尋其他通訊協定。如果通用型3D眼鏡1目前所搜尋到的 通訊協定是正確的（因此，使用者可以看到顯示器所播 放的3D影像訊號），便進入步驟605，通用型3D眼鏡1會 判斷此通訊協定是否已經存在於暫存記憶體36中；如果 暫存記憶體36中無此通訊協定時，便進入步驟606，將新 的通訊協定存入暫存記憶體36中，然後進入步驟607完成 設定。如此，通訊協定已在暫存記憶體36中時，則直接 進入步驟607完成設定。[0019] The above is the step of the first system search, and in the second system search, also starting from step 601, the system performs the search function by pressing the signal search key 40. Then, proceeding to step 602, the general-purpose 3D glasses 1 first enters the temporary memory 36 to search for data. Since the second search is performed, the temporary storage memory 36 has been stored in the common communication protocol, so that it is not necessary to The memory 34; then proceeds to step 6032, the general-purpose 3D glasses 1 directly search for the communication protocol by the temporary memory 36; when the general-purpose 3D glasses 1 has searched the communication protocol in the temporary memory 36, the steps are entered. 604, that is, testing whether the search protocol is correct, if it is wrong, it means that the corresponding error (so, the user can not see the 3D video signal played by the display), the universal 3D glasses 1 will return to the step 602, and through step 6031, the general-purpose 3D glasses are searched in the memory 32 to search for other communication protocols. If the communication protocol currently searched by the universal 3D glasses 1 is correct (so the user can see the 3D video signal played by the display), the process proceeds to step 605, and the general-purpose 3D glasses 1 determine whether the communication protocol has been If there is no such communication protocol in the temporary storage memory 36, the process proceeds to step 606, the new communication protocol is stored in the temporary storage memory 36, and then the process proceeds to step 607 to complete the setting. Thus, when the communication protocol is already in the temporary memory 36, the process proceeds directly to step 607 to complete the setting.
[0020] 在此要強調，當觀看顯示器為同一廠牌時，除了第一次 設定外需壓按訊號搜尋鍵40外，當第二次觀看時，通用 型3D眼鏡1會由前次之通訊協定開始，因此不必再次壓按 訊號搜尋鍵40。但當換觀看不同廠牌或型號之顯示器時 ，可能因此通訊協定不同，故看不到顯示器所播放的3D 表單編號A0101 第11頁/共丨7頁 M398128 [0021] [0022] [0023] [0024] [0025] [0026] [0027] [0028] [0029] [0030] [0031] 表單編號Α0101 影像訊號，此時，則必須要壓按訊號搜尋鍵4 0來再次配 對。因此，經由配戴此通用型3D眼鏡1，則免去不同廠牌 或型號之顯示器，需配戴不同3D眼鏡，只需搜尋記憶體 34中的通訊協定來配對即可。 * 雖然本創作以前述之較佳實施例揭露如上，然其並非用 以限定本創作，任何熟習相像技藝者，在不脫離本創作 之精神和範圍内，當可作些許之更動與潤飾，因此本創 作之專利保護範圍須視本說明書所附之申請專剌範圍所 界定者為準。 【圖式簡單說明】 j' · 第1圖係為本創作之通用型^)膝鏡:f囊啯。. 第2圖係為本創作之搜尋模組之餐能方¥所示圖 第3圖係為本創作之通用型3D眼鏡傳輸資料示意圖。 第4圖係為本創作之自動搜尋及對頻功能之3D系統之方 法流程示意圖。 【主要元件符號說明】 1通用型3D眼鏡 10鏡架 11鏡框 111右鏡 113左鏡 13鼻樑架 第12頁/共17頁 M398128 [0032] 15 鏡腳 [0033] 151 耳架 [0034] 17 USB插槽 [0035] 20 訊號接收器 [0036] 30 搜索模組 [0037] 32 控制器 [0038] 34 記憶體 [0039] 36 暫存記憶體 [0040] 40 訊號搜尋鍵 [0041] 50 電腦 [0042] 501 .電腦插槽 [0043] 503連接線 [0044] 70 電源開關鍵[0020] It should be emphasized here that when viewing the display is the same brand, in addition to pressing the signal search button 40 for the first time, when the second viewing, the universal 3D glasses 1 will be the previous communication protocol. Start, so there is no need to press the signal search button 40 again. However, when changing the display of different brands or models, the communication protocol may be different, so the 3D form number A0101 played by the display cannot be seen. Page 11/Total 7 pages M398128 [0021] [0022] [0023] [ [0025] [0030] [0030] [0031] Form number Α 0101 image signal, at this time, you must press the signal search button 40 to pair again. Therefore, by wearing this universal 3D glasses 1, the display of different brands or models is eliminated, and different 3D glasses are required, and only the communication protocol in the memory 34 is searched for pairing. * Although the present invention is disclosed above in the above preferred embodiments, it is not intended to limit the present invention, and any skilled person can make some changes and refinements without departing from the spirit and scope of the present invention. The scope of patent protection of this creation is subject to the definition of the scope of the application attached to this specification. [Simple description of the diagram] j' · The first picture is the general type of the creation ^) knee lens: f capsule. Fig. 2 is a diagram showing the food of the search module of the creation. Fig. 3 is a schematic diagram of the general-purpose 3D glasses transmission data of the creation. Figure 4 is a schematic diagram of the process flow of the 3D system for automatic search and frequency function of the creation. [Main component symbol description] 1 general-purpose 3D glasses 10 frame 11 frame 111 right mirror 113 left mirror 13 nose beam page 12 / total 17 pages M398128 [0032] 15 temples [0033] 151 ear frame [0034] 17 USB Slot [0035] 20 Signal Receiver [0036] 30 Search Module [0037] 32 Controller [0038] 34 Memory [0039] 36 Temporary Memory [0040] 40 Signal Search Key [0041] 50 Computer [0042 ] 501 . Computer Slot [0043] 503 Cable [0044] 70 Power Switch Key
表單编號A0101 第13頁/共17頁Form No. A0101 Page 13 of 17