五、新型說明： 【新型所屬之技術領域】 本案係一種用以訓練及檢測視力的技術，尤指 使用於一般電腦上的視力檢測裝置。 【先前技術】 近年來’國人因為閱讀習慣不佳以及視力使用 過度’導致各種不同的.視力問題，一般常見的有近 視、遠視、斜視、散光及斜視等，而眼睛是人類的 靈魂之窗’作為人類最重要的視覺器官，透過眼睛 能讓人類便於進行各種活動，如何保持視力的健康 就顯的更加重要。 視力的健康須透過一般常見的視力測試儀器進 行檢測後，而獲得一確定的標準，方可藉由視力矯 正措施進行補救，以避免視力更加惡化。該種視力 測試儀器冑常透㉟-具有圖t或字m的投影片或是 字板等構& |足夠的光線下，供受測者進行辨識 方向、顏色或是字體大小等測試，以確認受測者的 視力H然’該投影片或字板的字樣都有一定順 序的排列方式，受測者經過反覆的檢測後，可能或 多或少能預知或猜測到這些字樣，因而無法確實達 到測試之目的’加上這些測試都必須經過專業人員 (如：驗光師）推你？丨·控 ' a 弓丨導，而無法獨自進行測試。 疋故’本創作人有鑑於上述缺失，特別設計了 3 M375489 一種視力檢測裝置，能便一般使用者在家中或工作 間暇之餘，快速進行視力的訓練及檢測，以有效預 防視力問題的產生，而能夠確保視力的健康。 【新型内容】 本創作之一目的，旨在提供一種方便操作的視 力檢測裝置，俾有多種視力訓練檢測功能，而能夠 預防更多種視力問題的產生，以確保視力的健康。 本創作之次一目的，旨在提供一種能廣泛使用 於一般豕庭或是工作場所的視力檢測裝置，俾能大 幅提昇應用時的方便性。 為達上述目的，本創作之視力檢測裝置，結合 於一般電腦設備使用，可提供使用者訓練及檢測視 力的功效，該視力檢測裝置係包括：一輸入模組， 用以輸入一選擇冑式信號及一時間控制信冑；一處 理模組’包含-時序㈣器，依㈣選擇模式信號， 用以呼叫一訓練檢測模式，依據該時間控制信號， 控制該訓練檢測模式的展示時間，該處理模組更具 有調整控制器’調整該訓練檢測模式的畫素至固 定比例；以及一顯示模·组，顯示該訓練檢測模式。 於一實施例中’該時序控制器更提供一终止模 組’以中斷該訓練檢測模式而跳回選擇模式的畫 面。該訓練檢測模式係包括了遠近訓練模式、左右 平移訓練模式、顏色對比訓練模式、視力檢測模式、 4 M375489 色盲檢測模式、散光檢測模式、黃斑部退化檢測模 式以及眼睛疾病檢測模式等。另外，該輸入模組係 選自一鍵盤、一滑鼠及一遙控器其中之一者。 是故，將本創作係提供了多種不同的視力訓練 檢測功能，達到訓練及檢測使用者視力的功效，進 而此夠預防更多種視力問題的產生，以確保視力的 健康，且本創作能夠廣泛使用於一般家庭中或是工 作場所，而大幅提昇了應用時的方便性。 【實施方式】 為使貴審查委員能清楚了解本創作之内容，謹 以下列說明搭配圖式，敬請參閱。 請參閱第1、2圓，係為本創作較佳實施例的硬 體方塊圓以及操作流程圓。如圖中所示，本創作之 視力檢測裝置係包括一輸入模組11、一處理模 組1 2以及一顯示模組1 3。 其中’該輸入模組11係選自一鍵盤、一滑鼠及 一遙控器其中之一者，使用者透過該輸入模組丨丨輸 入選擇模式信號及一時間控制信號，以便選擇使 用何種訓練檢測模式1 2卜以及該訓練檢測模式j 2 i 的展示時間。 該處理模組12係用來處理該選擇模式信號及該 時間控制信號，該處理模組丨2中更包含了一時序控 制器1 22 ’用以處理該時間控制信號。是故，該處 5 :組12可依據該時間控制信號，控制該調練檢測 :式⑵的展示時間’以便增加控制該訓練檢測模 ，121的運作時間之彈性。另外，該時序控制器122 更提供-终止模組123,以便使用者隨時令斷該訓 練檢測模式121而跳回選擇模式的畫面，而增加使 用者操作時的彈性。再者’該處理模.组12根據使用 選擇的Di|練檢測模 < 丨2丨，而進行呼叫該訓練檢 '弋1 21的工作，本創作所提供的訓練檢測模式 係匕括了遠近訓練模式、左右平移訓練模式、 顏色對比訓練模式、視力檢測模式、色盲檢測模式、 散光檢測模式及黃斑部退化檢測模式等，是故，使 用者可透過不同的訓練檢測模式121，達到訓練檢 Μ視力的目的，該處理模組12更具有一調整控制器 U4’用來調整該訓練檢測模式121的畫素至固定比 例。 該顯示模組13係為一般顯示器，可根據該處理 模組12所呼叫的訓練檢測模式121，經過該調整控 制器1 24後，以將經過比例調整的該訓練檢測模式 121顯示於該顯示模組13上。 據此，使用者係藉由本創作進行多種不同的視 力訓練檢測功㉟，以彡到訓練及檢測4吏用者視力的 功效，且其操作相當方便、簡單，適合使用者於一 般家庭或是工作場所中使用，而能夠有效維持視力 健康。 請參閱第3、4圖，係為本創作使用遠近訓練模 式時的狀態示意圖。如圖中所示，本創作係於該顯 不模組13的畫面中央，設有一類似棒球形狀的圓球 圊形20，以擊球（圖形逐漸變小）及接球（圖形逐 漸變大）的方式，進行遠近訓練模式，藉以訓練使 用者對焦的距離感及快速對焦。 請參閲第5、6圓，係為本創作使用左右平移訓 練模式的狀態示意圖。如第4圖中所示，係為類似 折返跑運動的左右平移訓練模式，於該顯示模組13 的晝面上設有一白色圓球圖形3〇,而可於該晝面的 上段、中段及下段的位置進行往復的水平移動，使 用者的眼球可隨之往復水平移動；再如第5圖所 不，係為視覺擴張的左右平移訓練模式，於該顯示 模組13的畫面上設有一紅色圓球圖形4〇及二白色 圓球圖形41，該紅色圓球圖形4〇位於晝面中央， 一白色圓球圖形41則於該紅色圓球圖形4〇二側分 別進行對稱的往復水平移動，以帶動使用者的二個 眼球分別跟著白色圓球圖形41而移動；據此，以上 一種訓練模式係供帶動眼球進行水平移動，故能有 效達到眼球周圍肌肉的訓練效果。 4 % $ 7 @ ’係為本創作使用顏色對比訓練 模式的狀態不意圖。如圖中所示，該顯示模組以的 畫面被等分為二個矩形區域50,且二個矩形區域50 會有顏色改變的效果，並使該二矩形區域的顏色 逐漸變接近，藉以訓練使用去认βρ被 α ± 4 W1文用者的眼睛，快速感受顏 色的深淺變化以及顏色的對比變化。 / 請參閱第8圖，係為本創作使用視力檢測模式 的狀態示意圖。如圖中所示，係於該顯示模組以的 畫面中央設有會不斷變換大小及缺口方向的c字形 60，使用者可藉由確認缺口位置，且不同大小的匸 字形60代表不同的視力狀態，以便了解使用者的視 力狀態。 請參閱第9圖，係為本創作使用色盲檢測模式 的狀態示意圖。如圖中所示，係於該顯示模組13的 畫面中央，設有以不同顏色及大小的圓球圖形7〇所 拼接而成的數字圖形71，以便了解使用者對於顏色 的分辨能力’及有無色盲病症的產生。 請參閱第10圖，係為本創作使用散光檢測模式 的狀態示意圖。如圖中所示’係於該顯示模組13的 畫面中央設有一圓形圖形80且於該圓形圖形80周 圍向外輻射設有複數個直線圖形81，當使用者凝視 該圓形圖形80時，對應各個直線圖形81是否有變 形或模糊的現象，而能了解使用者是否有散光（亂 視）的病症產生。 請參閱第11圖，係為本創作使用黃斑部退化檢 測模式的狀態示意圖。如圖中所示，係於該顯示模 組1 3的畫面交錯縱橫設有複數條直線圖形90，而 形成一棋盤格圖形91，當使用者凝視該棋盤格圖形 91的中央時，是否有變形或是變黃的現象，如有， 即表示使用者的眼球產生了黃斑部退化的現象，而 必須儘早就醫以免視力惡化。另外，本創作更提供 了—種眼睛疾病檢測模式，透過回答預設的問題， 來檢測使用者是否有眼睛方面的疾病，操作起來相 當地方便、簡單。 如上所述’如第1〜；Π圖所示，本創作在實施 時’將具有下列優點： 1.本創作透過輸入模組1 1進行控制，經過該處 理模組12的運算後，以在該顯示模組13顯 示各種不同的訓練檢測模式i 21的畫面，其 操作起來相當方便，而能夠預防更多種視力 問題的產生。 2.再者，本創作係為能廣泛使用於一般家庭或 是工作場所的視力檢測裝置1 〇，俾能大幅提 昇應用時的方便性。 3.另外，本創作所提供的各種訓練檢測模式 121，對於使用者的視力有著相當大的幫助， 而能確保使用者的視力健康。 唯’以上所述者，僅 已，並非用以限定本創作 形或是顏色的轉變方式， 故此等熟習此技術所作出 不脫離本創作之精神與範 為本創作之較佳實施例而 實施之範圍，其他如：圖 亦皆在本案的範疇之中； 等效或輕易的變化者，在 圍下所作之均等變化與修 M375489 飾，皆應涵蓋於本創作之專利範圍内。 综上所述，本創作之視力檢測裝置， 利之創作性，及對產業的利用價值；申請 利法之規定，向 鈞局提起新型專利之申 係具有專 人爰依專 請0 M375489 【圖式簡單說明】 第1圖’為本創作較佳實施例的硬體方塊圖。 第2圖’為本創作較佳實施例的操作流程圖。 第3圖’為本創作使用遠迹訓練模式時的狀態示意 圖（一）。 第4圖’為本創作使用遠近訓練模式時的狀態示意 圖（二）。 第5圖’為本創作使用左右平移訓練模式的狀態示 意圖（一）。 第6圖’為本創作使用左右平移訓練模式的狀態示 意圖（二）。 第7 .圖’為本創作使用顏色對比訓練模式的狀態示 意圖。 第 第9 第 !圖’為本創作使用視力檢測模式的狀態示意圖。 1圖’為本創作使用色盲檢測模式的狀態示意圖。 1 〇圖’為本創作使用散光檢測模式的狀態示意 圖。 第11圖’為本創作使用黃斑部退化檢測模式的狀態 示意圖。 【主· 10 11 要元件符號說明】 視力檢測裝置 輸入模組 處理模組 11 12 M375489 121 訓 練檢測 模 式 122 時序 控 制 器 123 終 止 模 組 124 調 整 控 制 器 13 顯 示 模 組 20 圓 球 圖 形 30 白 色 圓 球 圖 形 40 紅 色 圓 球 圖 形 41 白 色 圓 球 圖 形 50 矩 形 區 域 60 C字: 形 70 圓 球 圖 形 71 數 字 圖 形 80 圓 形 圖 形 81 直 線 圖 形 90 直 線 圖 形 91 棋 盤 格 圖 形V. New description: [New technical field] This case is a technique for training and detecting vision, especially for vision detection devices used on general computers. [Prior Art] In recent years, 'Chinese people have poor reading habits and excessive use of vision', resulting in a variety of different vision problems, commonly seen are myopia, hyperopia, strabismus, astigmatism and strabismus, and the eyes are the window of human soul' As the most important visual organ of human beings, it is easier for human beings to carry out various activities through the eyes. How to maintain the health of vision is even more important. The health of vision must be tested by a common eyesight test instrument and a certain standard is obtained before remediation can be achieved by vision correction measures to avoid worsening vision. The vision testing instrument is usually permeable to a 35-tray or a picture of a t-picture or a letter board, and is provided with sufficient light for the subject to identify the direction, color or font size. Confirm the visual acuity of the subject. The words of the slide or the word board are arranged in a certain order. After repeated tests, the subject may be more or less predictive or guessed, and thus cannot be confirmed. To achieve the purpose of the test 'plus these tests must be pushed by a professional (such as: optometrist)?丨 · Control ' a bow guide, and can not test alone. In view of the above-mentioned shortcomings, this creator specially designed 3 M375489 visual acuity detection device, which can make the visual training and detection of the visual function in the home or work room, so as to effectively prevent the occurrence of vision problems. And can ensure the health of vision. [New content] One of the aims of this creation is to provide a convenient visual inspection device that can prevent a variety of vision problems from being detected by a variety of vision training functions to ensure vision health. The second objective of this creation is to provide a vision inspection device that can be widely used in general courts or workplaces, and to greatly enhance the convenience of the application. In order to achieve the above purpose, the visual acuity detecting device of the present invention is combined with a general computer device to provide the user with the function of training and detecting vision. The visual acuity detecting device comprises: an input module for inputting a selective 胄 signal And a time control signal; a processing module 'including-timer (four) device, according to (4) selecting a mode signal for calling a training detection mode, according to the time control signal, controlling the display time of the training detection mode, the processing mode The group further has an adjustment controller 'adjusting the pixel of the training detection mode to a fixed ratio; and a display mode group to display the training detection mode. In an embodiment, the timing controller further provides a termination module to interrupt the training detection mode and jump back to the selection mode screen. The training detection mode includes a near-far training mode, a left-right translation training mode, a color contrast training mode, a vision detection mode, a 4 M375489 color blind detection mode, an astigmatism detection mode, a macular degeneration detection mode, and an eye disease detection mode. In addition, the input module is selected from one of a keyboard, a mouse and a remote control. Therefore, this creative department provides a variety of different vision training detection functions to achieve the effect of training and detecting the user's vision, which can prevent more kinds of vision problems, to ensure the health of vision, and the creation can be widely used. Used in general households or in the workplace, it greatly enhances the convenience of the application. [Embodiment] In order to make your reviewer understand the content of this creation, please refer to the following description. Please refer to the first and second circles, which are the hardware block circle and the operation flow circle of the preferred embodiment. As shown in the figure, the visual acuity detecting device of the present invention comprises an input module 11, a processing module 12 and a display module 13. The input module 11 is selected from one of a keyboard, a mouse and a remote controller. The user inputs a selection mode signal and a time control signal through the input module to select which training to use. The detection mode 1 2 and the presentation time of the training detection mode j 2 i are detected. The processing module 12 is configured to process the selection mode signal and the time control signal. The processing module 丨2 further includes a timing controller 1 22 ′ for processing the time control signal. Therefore, the group 5: the group 12 can control the training detection according to the time control signal: the display time of the formula (2) to increase the flexibility of controlling the operation time of the training detection mode, 121. In addition, the timing controller 122 further provides a termination module 123 for the user to jump off the training detection mode 121 and jump back to the screen of the selection mode at any time, thereby increasing the flexibility of the user during operation. Furthermore, the processing mode group 12 performs the call of the training test '弋1 21 according to the selected Di|practice detection mode < 丨2丨, and the training detection mode provided by the present application includes the near and far Training mode, left and right panning training mode, color contrast training mode, visual acuity detection mode, color blind detection mode, astigmatism detection mode, and macular degeneration detection mode, etc., so that users can achieve training check through different training detection modes 121. For the purpose of vision, the processing module 12 further has an adjustment controller U4' for adjusting the pixel of the training detection mode 121 to a fixed ratio. The display module 13 is a general display, and the training detection mode 121 is called by the processing module 12, and after the adjustment controller 14 is used, the scaled training detection mode 121 is displayed on the display mode. Group 13 on. Accordingly, the user performs a variety of different vision training tests 35 by the present invention to achieve the effect of training and detecting the visual acuity of the user, and the operation is quite convenient and simple, and is suitable for the user in the general family or work. Used in the place to effectively maintain vision health. Please refer to Figures 3 and 4 for a schematic diagram of the state when the author uses the distance training mode. As shown in the figure, the creation is in the center of the screen of the display module 13, and a ball-shaped dome 20 resembling a baseball shape is provided to hit the ball (the figure gradually becomes smaller) and catch the ball (the figure gradually becomes larger). The way to perform the far and near training mode is to train the user to focus on the distance and focus quickly. Please refer to the 5th and 6th rounds, which is a schematic diagram of the state of using the left and right translation training mode for this creation. As shown in FIG. 4, it is a left-right translation training mode similar to the folding back movement. A white ball pattern 3〇 is provided on the surface of the display module 13, and the upper and middle sections of the kneading surface can be The position of the lower section is reciprocating horizontally, and the user's eyeball can be moved horizontally and reciprocally; and as shown in FIG. 5, it is a visually expanded left and right translation training mode, and a red color is displayed on the screen of the display module 13. a spherical ball pattern 4〇 and a two white ball pattern 41, the red ball pattern 4〇 is located at the center of the kneading surface, and a white ball pattern 41 is symmetrically reciprocated horizontally moved on the two sides of the red ball pattern, respectively. The two eyeballs that drive the user are respectively moved along with the white ball pattern 41; accordingly, the above training mode is for moving the eyeball to move horizontally, so that the training effect of the muscles around the eyeball can be effectively achieved. 4 % $ 7 @ ’ is the state in which the color contrast training mode is used for the creation. As shown in the figure, the screen of the display module is equally divided into two rectangular regions 50, and the two rectangular regions 50 have the effect of color change, and the colors of the two rectangular regions are gradually brought closer to each other for training. Use the eye of the person who recognizes βρ by α ± 4 W1 to quickly feel the change in color and the contrast of color. / Please refer to Figure 8 for a schematic diagram of the state in which the vision detection mode is used for this creation. As shown in the figure, in the center of the screen of the display module, there is a c-shaped shape 60 which constantly changes the size and the direction of the notch, and the user can confirm the position of the notch, and the different shapes of the U-shape 60 represent different visions. Status to understand the user's vision status. Please refer to Figure 9, which is a schematic diagram of the state of using color blind detection mode for this creation. As shown in the figure, in the center of the screen of the display module 13, a digital graphic 71 is formed by splicing a spherical pattern 7 of different colors and sizes to understand the user's ability to distinguish colors' and There is no color blindness. Please refer to Figure 10 for a schematic diagram of the state of the astigmatism detection mode for this creation. As shown in the figure, a circular pattern 80 is disposed in the center of the screen of the display module 13 and a plurality of straight lines 81 are radiated outwardly around the circular pattern 80. When the user gazes at the circular pattern 80, In the case of whether or not the respective straight line patterns 81 are deformed or blurred, it is possible to know whether or not the user has a astigmatism (chaotic view). Please refer to Figure 11 for a schematic diagram of the state of the macular degeneration detection mode for this creation. As shown in the figure, a plurality of straight line patterns 90 are formed on the screen of the display module 13 in a staggered manner, and a checkerboard pattern 91 is formed. When the user gaze at the center of the checkerboard pattern 91, is there a deformation? Or the phenomenon of yellowing, if any, means that the user's eyeball has a phenomenon of macular degeneration, and it is necessary to seek medical treatment as soon as possible to avoid deterioration of vision. In addition, this creation provides an eye disease detection mode to detect whether a user has an eye disease by answering a preset question, which is convenient and simple to operate. As described above, the first advantage is as follows: 1. The present invention will have the following advantages when implemented: 1. The creation is controlled by the input module 1 1 and after the operation of the processing module 12, The display module 13 displays screens of various training detection modes i 21, which are quite convenient to operate, and can prevent the occurrence of more kinds of vision problems. 2. Furthermore, this creation is a vision inspection device that can be widely used in general households or workplaces, and can greatly enhance the convenience of application. 3. In addition, the various training detection modes 121 provided by the present invention are quite helpful for the user's vision, and can ensure the user's vision health. </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; Scope, other such as: drawings are also in the scope of this case; equivalent or easy change, the equivalent changes made under the cover and repair M375489 decoration, should be covered by the scope of this creation patent. In summary, the visual inspection device of this creation, the creative nature of the creation, and the value of the use of the industry; the application for the application of the law, the application of the new patent to the bureau has a special person to apply for the special 0 M375489 [simple figure Description] Fig. 1 is a hardware block diagram of a preferred embodiment of the present invention. Figure 2 is a flow chart showing the operation of the preferred embodiment of the present invention. Fig. 3' is a schematic diagram (1) of the state when the remote training mode is used for the creation. Fig. 4' is a state diagram (2) when the author uses the distance training mode. Fig. 5' is a state diagram (1) for the use of the left and right panning training mode for the creation. Fig. 6' is a state diagram (2) for the use of the left and right panning training mode for the creation. Figure 7. Figure is a state diagram of the use of the color contrast training mode for the author. The fifth ninth figure is a schematic diagram of the state in which the vision detection mode is used for the creation. 1 Figure' is a schematic diagram of the state in which the color blind detection mode is used for the creation. 1 〇图' is a state diagram of the astigmatism detection mode used for this creation. Figure 11 is a schematic diagram showing the state of the use of the macular degeneration detection mode. [Main · 10 11 Element Symbol Description] Vision Detection Device Input Module Processing Module 11 12 M375489 121 Training Detection Mode 122 Timing Controller 123 Termination Module 124 Adjustment Controller 13 Display Module 20 Ball Graphic 30 White Ball Graphics 40 Red Ball Graphic 41 White Ball Graphic 50 Rectangular Area 60 C Word: Shape 70 Ball Graphic 71 Digital Graphic 80 Circular Graphic 81 Linear Graphic 90 Linear Graphic 91 Checkerboard Graphics
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