TWM512394U - Vision protection system - Google Patents

Vision protection system Download PDF

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Publication number
TWM512394U
TWM512394U TW104208636U TW104208636U TWM512394U TW M512394 U TWM512394 U TW M512394U TW 104208636 U TW104208636 U TW 104208636U TW 104208636 U TW104208636 U TW 104208636U TW M512394 U TWM512394 U TW M512394U
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Taiwan
Prior art keywords
viewer
eye
electronic device
working
rest
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TW104208636U
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Chinese (zh)
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Li-Chung Roger Wu
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Li-Chung Roger Wu
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Priority claimed from US14/300,206 external-priority patent/US10278579B2/en
Application filed by Li-Chung Roger Wu filed Critical Li-Chung Roger Wu
Publication of TWM512394U publication Critical patent/TWM512394U/en

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    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B3/00—Apparatus for testing the eyes; Instruments for examining the eyes
    • A61B3/10—Objective types, i.e. instruments for examining the eyes independent of the patients' perceptions or reactions
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B3/00—Apparatus for testing the eyes; Instruments for examining the eyes
    • A61B3/10—Objective types, i.e. instruments for examining the eyes independent of the patients' perceptions or reactions
    • A61B3/11—Objective types, i.e. instruments for examining the eyes independent of the patients' perceptions or reactions for measuring interpupillary distance or diameter of pupils
    • A61B3/112—Objective types, i.e. instruments for examining the eyes independent of the patients' perceptions or reactions for measuring interpupillary distance or diameter of pupils for measuring diameter of pupils
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B3/00—Apparatus for testing the eyes; Instruments for examining the eyes
    • A61B3/10—Objective types, i.e. instruments for examining the eyes independent of the patients' perceptions or reactions
    • A61B3/113—Objective types, i.e. instruments for examining the eyes independent of the patients' perceptions or reactions for determining or recording eye movement
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/011—Arrangements for interaction with the human body, e.g. for user immersion in virtual reality
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/011—Arrangements for interaction with the human body, e.g. for user immersion in virtual reality
    • G06F3/013—Eye tracking input arrangements
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0481—Interaction techniques based on graphical user interfaces [GUI] based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
    • G06V40/00—Recognition of biometric, human-related or animal-related patterns in image or video data
    • G06V40/10—Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
    • G06V40/18—Eye characteristics, e.g. of the iris
    • G06V40/19—Sensors therefor
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F2203/00—Indexing scheme relating to G06F3/00 - G06F3/048
    • G06F2203/01—Indexing scheme relating to G06F3/01
    • G06F2203/011—Emotion or mood input determined on the basis of sensed human body parameters such as pulse, heart rate or beat, temperature of skin, facial expressions, iris, voice pitch, brain activity patterns

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  • Engineering & Computer Science (AREA)
  • Health & Medical Sciences (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Physics & Mathematics (AREA)
  • Theoretical Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Human Computer Interaction (AREA)
  • General Physics & Mathematics (AREA)
  • General Health & Medical Sciences (AREA)
  • Ophthalmology & Optometry (AREA)
  • Medical Informatics (AREA)
  • Public Health (AREA)
  • Biomedical Technology (AREA)
  • Molecular Biology (AREA)
  • Surgery (AREA)
  • Animal Behavior & Ethology (AREA)
  • Biophysics (AREA)
  • Heart & Thoracic Surgery (AREA)
  • Veterinary Medicine (AREA)
  • Multimedia (AREA)
  • Controls And Circuits For Display Device (AREA)
  • User Interface Of Digital Computer (AREA)
  • Two-Way Televisions, Distribution Of Moving Picture Or The Like (AREA)
  • Eye Examination Apparatus (AREA)

Description

視力保護系統Vision protection system

本創作係有關一限制觀看者觀看時間以保護觀看者視力的方法；進一步來說是一控制電子裝置顯示以確保觀看者在每隔一段事先設定的時間後獲得眼部休息的方法。This creation is directed to a method of limiting viewer viewing time to protect viewers' vision; further a method of controlling the display of an electronic device to ensure that the viewer obtains an eye rest after every predetermined time period.

電子裝置對我們的生活而言是不可或缺的人們使用電腦工作，並在休閒時間玩電視遊樂器及觀看電視等等。因為許多人將大量日常生活集中花在不同電子裝置的顯示幕上，避免觀看者使用過多視力在任何電子裝置並防止眼睛疲勞成了目前的一個重大議題。Electronic devices are indispensable for our lives. People use computers to work, play TV games and watch TV during leisure time. Because many people concentrate a large amount of daily life on the display screen of different electronic devices, it is a major issue to prevent viewers from using too much vision on any electronic device and preventing eye fatigue.

保護電子裝置觀看者視力最重要的因素之一就是要他們的眼睛按照一定的使用時間有個間歇性的休息。為避免觀看者之眼睛被過度使用，其應休息及/或進行一些眼部運動以幫助放鬆眼球的肌肉群。例如，兒童花了大量時間專注在觀看電子裝置的顯示器上，例如為了玩永遠有越來越多可以玩的遊戲的電腦。得到的回報就是眼球被認為會變長，以使用較少的力氣來對焦近距離的電腦顯示器上。當這發生時，被拉長的眼睛將不再能聚焦在遠處的物體上。在這眼球的肌肉被拉太長之後，該肌肉將鬆弛其用以調整對應遠處物體焦距的彈性，以致可能發生眼部疲勞及像是近視等視力問 題。One of the most important factors in protecting the viewer's vision is to have their eyes rest intermittently for a certain period of time. To avoid the viewer's eyes being overused, they should rest and/or perform some eye movements to help relax the muscle groups of the eye. For example, children spend a lot of time focusing on the display of an electronic device, for example, to play a computer that has more and more games to play. The reward is that the eyeball is thought to grow longer, using less effort to focus on a close-up computer monitor. When this happens, the elongated eye will no longer be able to focus on distant objects. After the muscles of the eyeball are pulled too long, the muscles will relax and adjust the elasticity corresponding to the focal length of the distant objects, so that eye fatigue and visual acuity such as myopia may occur. question.

即使人們知道即使放鬆眼球肌肉是何等重要，人們還是傾向在觀看顯示器一段時間後忘記休息和放鬆他們的眼睛。當人們投入工作或沉迷於影音遊戲時，要中斷工作或影音遊戲以放鬆眼睛並不容易。需要一個強制功能以提醒這些觀看者不要過度使用他們寶貴的眼睛。關鍵的是此強制功能可以中斷該觀看者當下像是在一電子遊戲裝置玩影音遊戲、在電腦編輯檔案、或看電視等的作業，使該觀看者不致繼續使用這些裝置而過度使用其雙眼。Even if people know how important it is to relax the eye muscles, people tend to forget to rest and relax their eyes after watching the monitor for a while. When people are working or indulging in video games, it is not easy to interrupt work or video games to relax their eyes. A mandatory feature is needed to remind these viewers not to overuse their precious eyes. The key point is that this forcing function can interrupt the viewer's current work like playing video games on an electronic game device, editing files on a computer, or watching TV, so that the viewer does not continue to use the devices and overuse their eyes. .

介於觀看者和該電子裝置顯示器的距離也是另一個重要因子。保持一定的工作距離也可以幫助避免視力問題快速惡化。一個用來偵測工作距離的方法或系統對保護視力來說具有很大的需求。更何況較年輕的少年，特別是那些具有家族近視病史者，更可能傾向在更年輕時發展出這些視力問題。他們的父母目前變得更難監督他們在這些電子裝置上的用量模式。因此，如果我們想要延緩所有使用者視力問題的發展，一個在這些電子裝置上可以同時監督該觀看者用量及工作距離的專屬功能確實是必要且關鍵的。The distance between the viewer and the display of the electronic device is another important factor. Maintaining a certain working distance can also help to avoid rapid deterioration of vision problems. A method or system for detecting working distance has a great need for protecting vision. Moreover, younger teenagers, especially those with a family history of myopia, are more likely to develop these vision problems at a younger age. Their parents are now more difficult to monitor their usage patterns on these electronic devices. Therefore, if we want to delay the development of all users' vision problems, a proprietary function that can simultaneously monitor the viewer's usage and working distance on these electronic devices is indeed necessary and critical.

本創作的一個目的是為提供一視力保護系統以保護電子裝置觀看者免於過度使用電子裝置並避免眼睛過勞。One purpose of this creation is to provide a vision protection system to protect electronic device viewers from overuse of electronic devices and to avoid eye strain.

本創作的一個目的是為提供一視力保護系統給電子裝置觀看者，使該觀看者將被迫在使用一段時間後放鬆他/她的眼睛以保護其眼睛免於被過度使用。One purpose of this creation is to provide a vision protection system to an electronic device viewer such that the viewer will be forced to relax his/her eyes after a period of use to protect their eyes from overuse.

本創作的一個目的是為提供一視力保護系統藉由確保電子裝置觀看者的眼睛依照一為電子裝置顯示器而事先設定的使用週期在一定時間有間歇休息以保護該觀看者。One object of the present invention is to provide a vision protection system that protects the viewer by ensuring that the eyes of the viewer of the electronic device have intermittent breaks at a certain time in accordance with a predetermined period of use for the display of the electronic device.

本創作的一個目的是為提供電子裝置觀看者一視力保護系統，其電子裝置被在一定的休息時間中由一個現正工作模式切換至另一個暫時休息模式，俾在各事先設定的時間週期後停止觀看者觀看其正在使用中的顯示器。其中，休息模式會持續作用到該事先設定的休息時間結束為止，且在該事先設定的休息時間結束後，該系統會恢復該使用者之前正在使用的該電子裝置的工作模式的運作。One object of the present invention is to provide an electronic device viewer-vision protection system whose electronic device is switched from one active working mode to another temporary rest mode during a certain rest time, after each predetermined time period. Stop the viewer from watching the display they are using. Wherein, the rest mode continues to act until the end of the preset rest time, and after the preset rest time is over, the system resumes the operation mode of the electronic device that the user is using before.

本創作的一個目的是為提供電子裝置觀看者一視力保護系統，其觀看者正在使用之電子裝置的工作模式的顯示器被事先設定為像螢幕凍結般暫時空白或被以特定休息模式的圖片置換。One purpose of the present invention is to provide an electronic device viewer-vision protection system in which the display of the operating mode of the electronic device that the viewer is using is previously set to be temporarily blank like a screen freeze or replaced by a picture in a specific rest mode.

本創作的一個目的是為提供電子裝置觀看者一視力保護系統，其螢幕在系統的休息模式下顯示適用於保護視力的圖樣或舒緩眼睛的圖片。One purpose of the present creation is to provide an electronic device viewer-vision protection system whose screen displays a pattern suitable for protecting vision or a picture for soothing eyes in a rest mode of the system.

本創作的一個目的是為提供電子裝置觀看者一視力保護系統，其系統的休息模式的顯示可以是設計來放鬆眼球肌肉群的視力治療活動、程式或遊戲。One purpose of the present creation is to provide an electronic device viewer-vision protection system whose display of the rest mode of the system can be a vision treatment activity, program or game designed to relax the eye muscle group.

本創作的一個目的是為提供電子裝置觀看者一視力保護系統，其用來保護視力系統的休息模式的顯示是一種伸展運動教學，使觀看者在這些強制休息時間當中不僅達成其眼部休息也放鬆其腕、手、背及頸部的肌肉群。One purpose of the present invention is to provide an electronic device viewer-vision protection system, which is used to protect the rest mode display of the vision system as a stretching exercise teaching, so that the viewer not only achieves their eye rest during these forced rest periods. Relax the muscles of your wrists, hands, back and neck.

本創作的一個目的是為提供電子裝置觀看者一視力保護系統，其系統將儲存所有觀看者在系統切換至休息模式前正在使用的所有資訊以確保在恢復到工作模式時沒有遺失資訊、檔案或數據。One purpose of this creation is to provide an electronic device viewer-vision protection system that will store all information that all viewers are using before the system switches to rest mode to ensure that no information, files, or files are lost when reverting to work mode. data.

本創作的一個目的是為提供電子裝置觀看者一視力保護方法及其系統，其中包括一設定功能讓使用者可自行設定該電子裝置以設置其希望工作及休息的時間，其設定功能更具一輸入諸如年齡等個人資訊的功能，使該電子裝置之休息畫面可顯示適合各該年齡層之簡易遊戲或眼部運動。One purpose of the present invention is to provide an electronic device viewer-vision protection method and system thereof, including a setting function for allowing a user to set the electronic device to set a time for which he wishes to work and rest, and the setting function is further improved. The function of inputting personal information such as age enables the rest screen of the electronic device to display a simple game or eye movement suitable for each age group.

本創作之另一目的是提供一視力保護系統，其設有一距離偵測器以判定該觀看者和該電子裝置顯示器間的適當工作距離。該距離偵測器係用於與該系統連接以確保該觀看者與該電子裝置顯示器間保持適當距離。且當違反這個距離的情況發生時，該電子裝置的螢幕上會出現一個訊號或警告訊息，且若該訊息在一個事先設定的時間內持續被忽略，該電子裝置將自動切換至休息模式。Another object of the present invention is to provide a vision protection system that is provided with a distance detector to determine the proper working distance between the viewer and the display of the electronic device. The distance detector is for connection to the system to ensure that the viewer is at an appropriate distance from the display of the electronic device. And when the violation of this distance occurs, a signal or warning message will appear on the screen of the electronic device, and if the message is continuously ignored for a predetermined time, the electronic device will automatically switch to the rest mode.

據此，為達成前述目標，本創作提供一個保護電子裝置觀看者視力的方法，其至少包括以下步驟：當一觀看者開始操作一電子裝置時，啟動一計時器，到達一事先設定的工作時間後，將該電子裝置由當前工作模式切換至休息模式以強制該觀看者別聚焦在該電子裝置之顯示器上，及到達一事先設定的休息時間後，將該電子裝置由當前休息模式切換回工作模式，使該觀看者能再繼續他/她先前的工作，其形成一迴圈以藉由提供間歇休息確保該觀看者放鬆他/她的眼睛。該迴圈只 有在該電子裝置被關閉時才會被中止。Accordingly, in order to achieve the foregoing objectives, the present invention provides a method for protecting the viewer's vision of an electronic device, which includes at least the following steps: when a viewer starts operating an electronic device, a timer is started to reach a predetermined working time. Afterwards, the electronic device is switched from the current working mode to the rest mode to force the viewer to focus on the display of the electronic device, and after reaching a preset rest time, the electronic device is switched from the current rest mode to the working mode. The mode allows the viewer to resume his/her previous work, which forms a loop to ensure that the viewer relaxes his/her eyes by providing an intermittent break. The loop only It will be suspended when the electronic device is turned off.

另外，本創作之系統配備一距離偵測器，也就是一個被設計來偵測該顯示器和觀看者之間的工作距離的裝置，其當該工作距離低於一個限度時該電子裝置的螢幕就會顯示一警告訊息。若該觀看者持續忽略該信號或該警告訊息超過一事先設定的時間，該系統將立即凍結該電子裝置達另一事先設定的時間然後該系統才能再繼續操作。In addition, the system of the present invention is equipped with a distance detector, that is, a device designed to detect the working distance between the display and the viewer, when the working distance is below a limit, the screen of the electronic device is A warning message will be displayed. If the viewer continues to ignore the signal or the warning message exceeds a predetermined time, the system will immediately freeze the electronic device for another predetermined time before the system can resume operation.

本創作的其他優點和特徵將由下方的敘述浮現，並可藉由在附加的權利要求項中特別指出的工具手段和組合中被理解。Other advantages and features of the present invention will be apparent from the following description, and may be understood by the means and combinations particularly pointed out in the appended claims.

更進一步的目的和優點也將由接下來的描述及圖式的深入思考變得容易理解。Further objects and advantages will also be readily understood from the following description and drawings.

此處及其他本創作的目的、特徵及優點將自以下的細部描述、附帶圖式、及所附加的權利要求項而變得容易理解。The objects, features, and advantages of the present invention will be readily understood from the following detailed description, appended claims and appended claims.

1‧‧‧電子裝置1‧‧‧Electronic device

2‧‧‧控制模組2‧‧‧Control Module

21‧‧‧工作狀態偵測器21‧‧‧Working Status Detector

22‧‧‧訊號產生器22‧‧‧Signal Generator

3‧‧‧記憶模組3‧‧‧Memory Module

4‧‧‧強制休息模組4‧‧‧forced rest module

5‧‧‧計時模組5‧‧‧Timekeeping Module

6‧‧‧觀看者資料庫6‧‧‧ Viewer Database

7‧‧‧偵測裝置7‧‧‧Detection device

8‧‧‧通訊連結8‧‧‧Communication links

10‧‧‧分析中心10‧‧‧ Analysis Center

第一圖係一根據本創作的一個較佳實施例用來保護一電子裝置觀看者視力的方法的流程圖。The first figure is a flow diagram of a method for protecting an electronic device viewer's vision in accordance with a preferred embodiment of the present invention.

第二圖係一根據本創作的一個較佳實施例的一個視力保護系統的方塊圖。The second figure is a block diagram of a vision protection system in accordance with a preferred embodiment of the present invention.

第三圖係一根據本創作的一個較佳實施例用來保護一電子裝置觀看者視力的方法的流程圖，闡明了該方法的一種變更。The third figure is a flow chart of a method for protecting the viewer's vision of an electronic device in accordance with a preferred embodiment of the present invention, illustrating a variation of the method.

第四圖係一根據本創作的一個較佳實施例的變更版視力保護系統的方塊圖。The fourth figure is a block diagram of a modified version of the vision protection system in accordance with a preferred embodiment of the present invention.

第五圖係一根據本創作的一個較佳實施例用來保護一電子裝置觀看者視力的方法的流程圖，闡明了該方法的一種第二種變更。The fifth figure is a flow chart of a method for protecting the viewer's vision of an electronic device in accordance with a preferred embodiment of the present invention, illustrating a second variation of the method.

第六圖係一根據本創作的一個較佳實施例的第二種變更版視力保護系統的方塊圖。Figure 6 is a block diagram of a second modified version of the vision protection system in accordance with a preferred embodiment of the present invention.

第七圖顯示以根據本創作的一個較佳實施例的視力保護系統作為外接裝置。The seventh figure shows a vision protection system in accordance with a preferred embodiment of the present invention as an external device.

第八圖顯示根據本創作的一個較佳實施例的視力保護系統的使用者界面。The eighth diagram shows the user interface of the vision protection system in accordance with a preferred embodiment of the present invention.

為使以下敘述係被揭露以使任何熟習此技藝之人士能製造及使用本創作。在以下敘述中提供較佳實施例僅為範例且對熟習此技藝之人士而言變更版顯而易見。在以下敘述中界定的一般原則將不違反本創作之精神與範圍而及於其他實施例、替代方案、變更、等效實施、及應用等。The following description is presented to enable any person skilled in the art to make and use the invention. The preferred embodiments are provided by way of example only and the variations are obvious to those skilled in the art. The general principles defined in the following description will not be inconsistent with the spirit and scope of the present invention, and other embodiments, alternatives, modifications, equivalents, and applications.

參照圖式之第一圖，闡明了一用來保護一電子裝置觀看者視力的方法的流程圖，其方法包括一至少包括以下步驟的系統：(a)先計算一事先設定在該電子裝置之一工作模式之工作時間；(b)到達該事先設定的工作時間後，在一事先設定的休息時間內切換該電子裝置之工作模式為休息模式；(c)經過該事先設定的休息時間後，自該休息模式恢復該電子裝置之操作至工作模式；(d)重複上述(a)到(c)之步驟以持續形成一迴圈直到該觀看者關閉或停止操作該電子裝置，俾確保該觀看者在一定的使用期間後有機 會休息其雙眼。Referring to the first figure of the drawings, a flow chart illustrating a method for protecting the viewer's vision of an electronic device is illustrated. The method includes a system including at least the following steps: (a) first calculating a predetermined setting in the electronic device (b) after reaching the preset working time, switching the working mode of the electronic device to the rest mode within a preset rest time; (c) after the preset rest time, Recovering the operation of the electronic device to the working mode from the rest mode; (d) repeating the steps (a) to (c) above to continue forming a loop until the viewer turns off or stops operating the electronic device, ensuring the viewing Organic after a certain period of use Will rest their eyes.

該事先設定的工作時間係一被允許在該電子裝置上使用的一段時間，例如包括但不限於用來觀看電視、編輯電腦中的檔案、玩影音遊戲或類似事物，而該事先設定的休息時間係一供給該休息模式的一段時間。例如，該事先設定的工作和休息時間可以被分別在該電子裝置預先設定為一小時及十分鐘，使在該電子裝置上工作一小時後，該電子裝置將自動自工作模式切換至休息模式十分鐘。The pre-set working time is a period of time allowed to be used on the electronic device, for example, but not limited to, for watching a television, editing a file in a computer, playing a video game or the like, and the preset rest time A period of time during which the rest mode is supplied. For example, the pre-set work and rest time may be preset to one hour and ten minutes respectively on the electronic device, so that after the electronic device operates for one hour, the electronic device will automatically switch from the working mode to the rest mode ten. minute.

換言之，該當前工作，如以該電子裝置編輯檔案、玩遊戲、看電視將會被該休息模式停頓以確保該觀看者在該十分鐘休息時間內休息其雙眼。在達到該事先選定的十分鐘休息模式後，該電子裝置之該工作模式將會恢復。該系統將接著重新啟動另一個一小時的計時(該事先設定的工作時間)，而該觀看者將在該一小時計時到達後再度休息十分鐘。In other words, the current job, such as editing the file with the electronic device, playing the game, watching the TV, will be paused by the rest mode to ensure that the viewer rests their eyes during the ten minute break. After the pre-selected ten minute rest mode is reached, the mode of operation of the electronic device will resume. The system will then restart another one hour of time (the pre-set working time), and the viewer will rest for another ten minutes after the one hour time arrives.

該電子裝置可以是一部電腦、一台手機、一台PDA、一部筆記型電腦、一台平板、一個手持式遊戲裝置、一台電視機、一台電視遊樂裝置和其他等等。當此電子裝置是個可編輯程式的裝置，例如電腦時，此本創作之視力保護方法可以被像軟體一般植入，並可被從網路上下載或從零售商店購買，被寫入該電子裝置以執行上述及下列基於本創作之步驟。該使用者/觀看者可用幾個簡單的步驟將其安裝於該電子裝置。若該觀看者通常使用公共電子裝置，只要該特定裝置有網路連線能力，則該觀看者亦可將其姓名註冊於該官方網站並透過在網頁上選擇遠端監控功能，無須下載或安裝該軟體 至該電子裝置便可啟動使用之。The electronic device can be a computer, a mobile phone, a PDA, a notebook computer, a tablet, a handheld game device, a television set, a television amusement device, and the like. When the electronic device is an editable device, such as a computer, the visual protection method of the present invention can be implanted like a software, and can be downloaded from the Internet or purchased from a retail store, and written to the electronic device. Perform the above and below steps based on this creation. The user/viewer can install it on the electronic device in a few simple steps. If the viewer usually uses a public electronic device, as long as the specific device has the network connection capability, the viewer can also register his name on the official website and select the remote monitoring function on the webpage without downloading or installing. The software The electronic device can be used up and down.

此處的一個好例子就是在公共圖書館的電腦。若有個人常態性到圖書館並經常使用那邊的電腦，只要該特定電腦擁有網路連線能力且該觀看者不關閉該上面有視力/視覺保護的網頁視窗，他或她仍可藉由使用這個本創作的特殊功能保護其視力。若該部電腦被關閉或者藉由簡單地在其網頁上的一個按鈕作點選或同時按下鍵盤上的兩或更多個不同的按鍵，該視力/視覺保護步驟可中止執行，此時該有網頁的視窗會被關閉而非最小化。A good example here is the computer in the public library. If you have a personal normality to the library and often use the computer there, as long as the specific computer has the ability to connect to the Internet and the viewer does not close the visual/visual protected web window, he or she can still Use this special feature of this creation to protect its vision. If the computer is turned off or by simply clicking on a button on its web page or simultaneously pressing two or more different buttons on the keyboard, the vision/visual protection step can be aborted. A window with a web page will be closed instead of being minimized.

根據本創作之較佳實施例，該休息模式是用以在一事先設定的工作時間後，暫時凍結當前工作模式達一段事先設定且介於5到15分鐘的休息時間。該使用者如果想要的話甚至可選擇最新的20/20/20推薦設定(20/20/20指使用該電子裝置20分鐘後，該使用者應休息20秒並注視距離至少20英呎遠的物體)。該事先設定的休息時間結束後，該電子裝置會由休息模式恢復到工作模式，使觀看者們可以繼續作他們之前的工作。據此確保該電子裝置的觀看者們依據一事先設定的該電子產品的使用時間，他們的眼睛擁有一定時間的間歇休息。According to a preferred embodiment of the present invention, the rest mode is for temporarily freezing the current working mode for a predetermined period of time and between 5 and 15 minutes of rest time after a preset working time. The user can even select the latest 20/20/20 recommended setting if desired (20/20/20 means that after 20 minutes of using the electronic device, the user should rest for 20 seconds and watch the distance at least 20 miles away. object). After the pre-set break time, the electronic device will be restored from the rest mode to the work mode, so that the viewers can continue their previous work. Accordingly, it is ensured that the viewers of the electronic device have a certain amount of intermittent rest for a certain period of time according to a predetermined time of use of the electronic product.

在這段事先設定的休息模式的休息時間內，該電子裝置被事先設定或由程式控制而暫時凍結當前工作模式，例如暫時屏蔽該電子裝置的螢幕顯示，俾在每次經過事先設定的工作時間後，停止該觀看者觀看該其正在使用之電子裝置之顯示。During the rest period of the preset rest mode, the electronic device is preset or controlled by the program to temporarily freeze the current working mode, for example, temporarily shielding the screen display of the electronic device, and each time a predetermined working time is passed. Thereafter, the viewer is stopped to view the display of the electronic device that it is using.

根據該本創作之較佳實施例，在休息模式當中，該電子裝置 之螢幕顯示在該事先設定的休息時間中為保護該觀看者之視力，亦可將該工作螢幕置換為一舒緩眼睛之特殊圖樣或相片。另外，在該事先設定的休息模式的休息時間內，該電子裝置亦可播放令人放鬆的音樂、顯示令人舒緩的相片、或執行特殊程式，例如一些簡單的視覺治療遊戲以放鬆眼球的肌肉群。According to a preferred embodiment of the present invention, in the rest mode, the electronic device The screen displays the protection of the viewer's vision during the predetermined rest time, and the work screen can be replaced with a special pattern or photo that soothes the eyes. In addition, during the rest time of the preset rest mode, the electronic device can also play relaxing music, display a soothing photo, or execute a special program, such as some simple visual therapy games to relax the eye muscles. group.

該休息模式也可藉由在當前工作上的「凍結架構」在該電子裝置上「凍結」當前工作、顯示數個放鬆雙眼的舒緩性圖片、一些眼部活動練習的簡單遊戲、或伸展練習的教學，俾迫使該觀看者休息其雙眼。換言之，該休息模式係設計用以在該觀看者使用該電子裝置一事先設定的時間後，打斷該觀看者的當前工作。該休息模式作為一強制提醒者使該觀看者休息其雙眼，甚且當他們邊使用該電子裝置邊等待該「休息時間」到達時，提供一些休閒活動或視覺強化練習給該觀看者。The rest mode can also "freeze" the current work on the electronic device by using the "freeze architecture" in the current work, display several soothing pictures of relaxing eyes, simple games for some eye activity exercises, or stretching exercises. The teaching, forcing the viewer to rest their eyes. In other words, the rest mode is designed to interrupt the current work of the viewer after the viewer has used the electronic device for a predetermined time. The rest mode acts as a mandatory reminder for the viewer to rest their eyes, even when they use the electronic device while waiting for the "break time" to arrive, providing some leisure activity or visual enhancement exercises to the viewer.

在由工作模式切換至休息模式前，該電子裝置被程式設定為自動儲存觀看者在該工作模式中累積的當前檔案、數據、或工作資訊，故使該電子裝置在該休息間達到後恢復正常運作，且該觀看者能剛好從他們在該休息模式被啟動前停下的地方繼續。該觀看者得以在短暫的休息後，藉這個完整關鍵特性繼續他們先前的工作。Before switching from the working mode to the rest mode, the electronic device is programmed to automatically store the current file, data, or work information accumulated by the viewer in the working mode, so that the electronic device returns to normal after the rest room is reached. It works, and the viewer can continue from where they stopped before the break mode was activated. The viewer was able to continue their previous work with this complete key feature after a short break.

本創作進一步包含一收集該使用者(觀看者)個人資訊的步驟以進一步個人化這個本創作的方法與系統，其在初始設定期間該觀看者或未成年觀看者之父母可輸入該觀看者之姓名、年齡並選擇他們的偏好、用量設定，如根據該觀看者的需求想要的工作時間及 想要的休息時間等。其亦儲存多組個人資訊設定，故可容許同一部電子裝置有多位不同觀看者。該觀看者亦可在休息模式期間由一顯示選項清單中選擇像是一「凍結架構」顯示、圖片、遊戲、視覺放鬆教學或伸展練習教學。該在初始設定期間輸入之年齡資訊將被使用，以便在休息模式期間本創作之方法與系統選擇適合其年齡層之適當遊戲或教學。The present application further includes a method of collecting personal information of the user (viewer) to further personalize the present authoring method, wherein the viewer or the parent of the minor viewer can enter the viewer during initial setup Name, age and choose their preferences, usage settings, such as the working hours required by the viewer's needs and Wanted rest time, etc. It also stores multiple sets of personal information settings, so it can allow multiple viewers of the same electronic device. The viewer may also select a "frozen architecture" display, picture, game, visual relaxation teaching or stretching practice instruction from a list of display options during the rest mode. The age information entered during the initial setup will be used to select the appropriate game or instruction appropriate for the age layer of the present method and system during the rest mode.

本創作之視力保護方法進一步包括一使用一事先設定的密碼的迴避功能，諸如父母之類的人可以基於緊急因素進入。舉例而言，若時間已經確實很晚了，而觀看者的工作絕對必須做完，透過輸入該密碼，該休息模式可被立即停用。The visual protection method of the present invention further includes an avoidance function using a pre-set password, and a person such as a parent can enter based on an emergency factor. For example, if the time is really late, and the viewer's work must be done, the break mode can be immediately disabled by entering the password.

如在圖式中的第二圖所示，本創作之視力保護方法可被植入，由該電子裝置配備的一個系統執行。該電子裝置1之觀看者之視力保護系統至少包括一控制模組2以調控該裝置或模組、一記憶模組3以儲存該觀看者當下正在作業之工作資訊、數據、或檔案、一休息模式強制模組4其中存有數個休息模式活動、一計時模組同時倒數該事先設定之工作時間與休息時間、及一觀看者資料庫6以儲存觀看者之偏好設定及資訊。As shown in the second figure in the drawings, the visual protection method of the present invention can be implanted and executed by a system equipped with the electronic device. The viewer's vision protection system of the electronic device 1 includes at least one control module 2 for regulating the device or module, a memory module 3 for storing the work information, data, or files of the current work of the viewer, and a rest. The mode forcing module 4 stores a plurality of rest mode activities, a timekeeping module simultaneously counts the pre-set working time and rest time, and a viewer database 6 to store the viewer's preference settings and information.

根據本創作之較佳實施例，該事先設定的工作時間係介於30分鐘至1小時，而該事先設定的休息時間係介於5到15分鐘，或係前述之20/20/20，均係儲存於該計時模組5之中。一旦該觀看者打開該電子裝置，該計時模組5即開始倒數該事先設定的工作時間。而當倒數計時到達0時，該計時模組5將透過該控制模組2送出一訊號至 記憶模組3，在該系統暫時凍結該工作模式並切換至該強制休息模組4中的休息模式前，使該記憶模組3儲存所有該觀看者正在作業的工作資訊、數據或檔案。According to a preferred embodiment of the present invention, the predetermined working time is between 30 minutes and 1 hour, and the predetermined resting time is between 5 and 15 minutes, or 20/20/20 of the foregoing. It is stored in the timing module 5. Once the viewer opens the electronic device, the timing module 5 begins to count down the predetermined set working time. When the countdown reaches 0, the timing module 5 sends a signal to the control module 2 to The memory module 3 causes the memory module 3 to store all the work information, data or files that the viewer is working on before the system temporarily freezes the working mode and switches to the rest mode in the forced rest module 4.

一旦啟動該休息模式，該計時模組5即開始為該事先設定的休息時間進行另一個新的倒數計時。該事先設定的休息時間結束後，該系統便將該電子裝置由休息模式切換回工作模式並恢復強制休息前的所有作業。該觀看者被指示在大約每使用該電子裝置1小時要休息其雙眼5到15分鐘。該計時模組5將在切換回該工作模是後重複該倒數計時，並且最終形成一個迴圈和強制執行間歇性的休息時間。Once the rest mode is activated, the timing module 5 begins to perform another new countdown for the pre-set rest time. After the pre-set break time is over, the system switches the electronic device from the rest mode back to the work mode and resumes all operations prior to the forced break. The viewer is instructed to rest their eyes for approximately 5 to 15 minutes per approximately one hour of use of the electronic device. The timing module 5 will repeat the countdown after switching back to the working mode and eventually form a loop and enforce intermittent rest periods.

該強制休息模組4進一步包括數種休息模式用的顯示型態選項，其中這些選項被用來「凍結」當前工作顯示或以一全然不同、視覺放鬆用的程式「取代」當前工作顯示。該休息模式可以有下列任一選項：一暫時凍結當前工作模式的顯示的「凍結模式」；一張放鬆眼部的圖；一個為放鬆視覺或眼部運動設計的簡單遊戲；一眼部運動或伸展運動的教學，及其他等等。The forced rest module 4 further includes a plurality of display mode options for the rest mode, wherein the options are used to "freeze" the current work display or "replace" the current work display with a completely different, visually relaxing program. The rest mode can have any of the following options: a "freeze mode" that temporarily freezes the display of the current working mode; a picture that relaxes the eye; a simple game designed to relax the visual or eye movement; an eye movement or Teaching of stretching exercises, and more.

該觀看者資料庫6包括兼具該觀看者資訊及該觀看者偏好的儲藏，其資料庫具一有輸入界面之設定功能，給該觀看者鍵入他們的個人資訊，像是姓名、年齡，及選擇他們想要的工作時間、休息時間、和休息模式期間執行的活動等的偏好。此客製化設定實質上幫助該系統在強制休息模組4的休息模式期間選擇對該年齡層適當的遊戲或圖片。換言之，提供了該系統之觀看者資料庫6使程式可 以容許該特定電子裝置1有多位使用者(觀看者)。當開啟該電子裝置1時，本創作之視力保護系統即依程序設定要求該觀看者從觀看者先前儲存的清單中選擇他/她的姓名，使系統在該電子裝置之一般操作能開始前可據以上傳該使用者之設定。The viewer database 6 includes a storage that combines the viewer information with the viewer's preferences, and the database has an input interface setting function for the viewer to input their personal information, such as name, age, and Choose preferences such as the time of work they want, the time of rest, and the activities performed during the break mode. This customization setting essentially assists the system in selecting a suitable game or picture for that age layer during the rest mode of the forced rest module 4. In other words, the viewer database 6 of the system is provided to enable the program To allow the specific electronic device 1 to have multiple users (viewers). When the electronic device 1 is turned on, the visual protection system of the present invention requires the viewer to select his/her name from the list previously stored by the viewer according to the program setting, so that the system can be started before the general operation of the electronic device can begin. According to the upload of the user's settings.

值得一提的是當該電子裝置被開啟時，該計時模組5即自動開始倒數該事先設定的工作時間。該觀看者可安裝該視力保護系統至該電子裝置1，故使該觀看者開啟該電子裝置1時，該計時模組5即自動開始倒數該事先設定的工作時間，俾啟動該視力保護系統。It is worth mentioning that when the electronic device is turned on, the timing module 5 automatically starts counting down the preset working time. The viewer can install the vision protection system to the electronic device 1. When the viewer turns on the electronic device 1, the timer module 5 automatically starts counting down the preset working time to start the vision protection system.

該視力保護系統進一步包括一偵測裝置7，以供測量介於該觀看者和該電子裝置1顯示器間的工作距離，其中當該電子裝置1被開啟時，該控制模組2即同步啟動該偵測裝置7以判定適當工作距離。該偵測裝置7可被植入以使用一個諸如紅外線、電磁波、雷射、聲納、微波、光感應器、光學測距感應器、雷達或其他替代物的感應器，以偵測該工作距離。該偵測裝置7可被製造在或嵌在該電子裝置1的顯示器上且朝向該觀看者，使當該偵測裝置7測量出介於該觀看者與該電子裝置1顯示器間的距離降到低於一事先設定的範圍時，該系統將自動在螢幕上產生一警告訊息或信號以指引該觀看者後退以維持該介於該顯示器與該觀看者間的距離。甚至若該觀看者持續忽略該訊息超過一事先設定的警告時間，該系統將暫時凍結該電子裝置1，並立即在其可恢復作業前切換至休息模式。The vision protection system further includes a detecting device 7 for measuring a working distance between the viewer and the display of the electronic device 1, wherein when the electronic device 1 is turned on, the control module 2 synchronously activates the The device 7 is detected to determine an appropriate working distance. The detecting device 7 can be implanted to detect an operating distance using an inductor such as infrared, electromagnetic waves, lasers, sonar, microwaves, light sensors, optical ranging sensors, radar or other alternatives. . The detecting device 7 can be fabricated on or embedded on the display of the electronic device 1 and facing the viewer, so that when the detecting device 7 measures the distance between the viewer and the display of the electronic device 1 is reduced to Below a predetermined range, the system will automatically generate a warning message or signal on the screen to direct the viewer to retreat to maintain the distance between the display and the viewer. Even if the viewer continues to ignore the message for more than a predetermined warning time, the system will temporarily freeze the electronic device 1 and immediately switch to the rest mode before it can resume the job.

換言之，該本創作系統啟動後，同步開始了收集觀看者資訊的步驟及偵測該工作距離的步驟。以一部17吋電腦螢幕顯示器為 例，啟動該工作距離偵測器7後，它將持續監控該實際工作距離以確保隨時保持該適當距離。當該工作距離下降低於例如45公分時，該系統將於顯示器上產生一警告訊息以建議該觀看者退後。舉例而言若該觀看者持續忽略該訊息超過10秒，該系統將立即暫時凍結該電子裝置5分鐘，然後才能恢復作業。In other words, after the creation system is started, the synchronization starts the steps of collecting the viewer information and the steps of detecting the working distance. Take a 17-inch computer screen display for For example, after the working distance detector 7 is activated, it will continuously monitor the actual working distance to ensure that the appropriate distance is maintained at any time. When the working distance drops below, for example, 45 cm, the system will generate a warning message on the display to advise the viewer to retreat. For example, if the viewer continues to ignore the message for more than 10 seconds, the system will temporarily freeze the electronic device for 5 minutes immediately before the job can be resumed.

該視力保護系統可進一步被以一眼科醫師的服務和支援所強化，其將分配給該醫師一個人識別號碼，使若該程式或系統係直接透過該觀看者之眼科醫師購買時，他或她可在初始設定期間輸入那個個人識別號碼。如此一來該系統之管理者就可以據以追蹤和支付傭金給該醫師，且大約在該系統到期前30天，將會在每次該電子裝置被開啟時出現一個提醒訊息，不但告訴該觀看者是時候要更新系統了，也是時候前往檢查其眼睛了，並在旁邊附上該醫師之聯絡資料。The vision protection system can be further enhanced by an ophthalmologist's service and support, which will be assigned to the physician's personal identification number so that if the program or system is purchased directly through the viewer's ophthalmologist, he or she can Enter that PIN during the initial setup. In this way, the administrator of the system can track and pay the commission to the physician, and approximately 30 days before the expiration of the system, an alert message will appear each time the electronic device is turned on, not only to tell the It is time for the viewer to update the system, and it is time to check his eyes and attach the doctor's contact information to the side.

如同前面提到的，該視力保護系統可透過一事先設定的密碼而迴避，讓諸如父母之類的人可以基於緊急因素進入。例如若一兒童必須完成其功課且時間已經確實到晚上很晚了，父母可簡單地藉由輸入該密碼選擇迴避該系統。另一個例子會是兩個人輪流使用該電子裝置。該觀看者們可藉由密碼迴避該休息模式，使他們可以略過不必要的休息時間。As mentioned earlier, the vision protection system can be circumvented through a pre-set password so that people such as parents can enter based on an emergency factor. For example, if a child has to complete his homework and the time is indeed late at night, the parent can simply evade the system by entering the password. Another example would be two people taking turns using the electronic device. The viewer can evade the rest mode by password so that they can skip unnecessary rest periods.

還有一點很重要的是該視力/視覺保護系統對於強制休息模組4、計時模組5、及偵測裝置7將具備一預設值。這些預設值係設計作為安全保障以免使用者未能適當設定該程式/系統或不確定對 他們來說最理想的工作時間、休息時間、或工作距離為何。It is also important that the vision/visual protection system have a preset value for the forced rest module 4, the timing module 5, and the detection device 7. These preset values are designed as security to prevent users from failing to properly set up the program/system or uncertain What is the best working time, rest time, or working distance for them?

如第三圖所示，本創作更提供一供電子裝置觀看者保護視力的方法的修改版，且其至少包括以下步驟。As shown in the third figure, the present invention further provides a modified version of the method for protecting the vision of the viewer of the electronic device, and at least includes the following steps.

(1)偵測數個該觀看者的工作參數之一以在該觀看者正在進行由該電子裝置1顯示的當前工作時，回應一事先設定在該電子裝置1工作模式的工作限度。(1) detecting one of a plurality of operating parameters of the viewer to respond to a working limit set in advance in the operating mode of the electronic device 1 when the viewer is performing the current work displayed by the electronic device 1.

(2)當該工作參數超過該工作限度時，切換該電子裝置1之該工作模式至一休息模式，以藉由停止該當前工作之螢幕顯示而保護該觀看者免於過度使用該電子裝置1，俾確保該觀看者因此放鬆雙眼達一事先設定之休息時間。(2) when the working parameter exceeds the working limit, switching the working mode of the electronic device 1 to a rest mode to protect the viewer from overuse of the electronic device 1 by stopping the screen display of the current work , to ensure that the viewer thus relaxes the eyes for a predetermined rest time.

(3)經過該事先設定的休息時間後，將該電子裝置1自該休息模式切換回該工作模式以恢復該電子裝置1之當前工作之顯示。(3) After the preset rest time, the electronic device 1 is switched back from the rest mode to the working mode to resume the display of the current work of the electronic device 1.

(4)重複上述(1)到(3)之步驟以持續形成一迴圈直到該觀看者停止操作該電子裝置，俾確保該觀看者因而在每經過該事先設定的工作時間後都有機會有眼部的間歇休息。(4) repeating the steps (1) to (3) above to continue forming a loop until the viewer stops operating the electronic device, ensuring that the viewer thus has a chance to have a chance after each predetermined working time Intermittent rest of the eyes.

如上所述，本創作之視力保護方法可被植入而被該電子裝置1配備的一個系統執行。該電子裝置1觀看者之視力保護系統至少包括一控制模組2以調控該裝置或模組、一記憶模組3以儲存該觀看者當下正在作業之工作資訊、數據、或檔案、一休息模式強制模組4其中存有數個休息模式活動、一計時模組5同時倒數該事先設定之工作時間與休息時間、及一觀看者資料庫6以儲存觀看者之偏好設定及資訊。As described above, the visual protection method of the present invention can be implanted and executed by a system equipped with the electronic device 1. The viewer's vision protection system includes at least one control module 2 for regulating the device or module, a memory module 3 for storing the work information, data, or files of the viewer's current work, and a rest mode. The forcing module 4 stores a plurality of rest mode activities, a timing module 5 simultaneously counts the pre-set working time and rest time, and a viewer database 6 to store the viewer's preference settings and information.

該控制模組2具一預先設定的工作限度並包括一工作狀態偵測器21以在該觀看者正在進行由該電子裝置1顯示的當前工作時，偵測數個觀看者在該電子裝置1的一個工作模式的工作參數之一。據此，該工作狀態偵測器21可以係如前述之該偵測裝置7而測量介於該觀看者和該電子裝置1顯示器間的工作距離。The control module 2 has a preset working limit and includes a working state detector 21 to detect a plurality of viewers in the electronic device 1 when the viewer is performing the current work displayed by the electronic device 1. One of the working parameters of a working mode. Accordingly, the working state detector 21 can measure the working distance between the viewer and the display of the electronic device 1 as the detecting device 7 described above.

此外，該控制模組2進一步包括一***作性連結至該休息模式強制模組4之訊號產生器22以在該電子裝置1被切換至休息模式時產生一訊息於該顯示幕上。In addition, the control module 2 further includes a signal generator 22 operatively coupled to the rest mode forcing module 4 to generate a message on the display screen when the electronic device 1 is switched to the rest mode.

在這個修改版當中，該工作狀態偵測器21至少包括一***作性連結至該休息模式強制模組4之圖像擷取器以偵測該觀看者之工作狀態，含該觀看者之坐姿、該觀看者之眨眼比率、常見之虹膜異常、該觀看者之瞳孔大小、該觀看者之視網膜紅反射、及該螢幕顯示之定向。特別是該工作狀態偵測器21之圖像擷取器至少包括一適於安裝進該電子裝置1且具有臉部辨識模組之高解析度相機模組，以偵測該觀看者之工作狀態。該高解析度相機模組可被嵌在該顯示幕上或由該顯示幕內建以在該顯示幕前方捕捉該觀看者之圖像。該臉部辨識模組可像安裝軟體一樣植入該電子裝置1，以便與該高解析度相機模組操作性連結。In this modified version, the working condition detector 21 includes at least an image picker operatively coupled to the rest mode forcing module 4 to detect the working state of the viewer, including the sitting posture of the viewer. The viewer's blink ratio, the common iris anomaly, the viewer's pupil size, the viewer's retinal red reflection, and the orientation of the screen display. In particular, the image capture device of the working state detector 21 includes at least one high-resolution camera module adapted to be mounted in the electronic device 1 and having a face recognition module to detect the working state of the viewer. . The high resolution camera module can be embedded on the display screen or built into the display screen to capture an image of the viewer in front of the display screen. The face recognition module can be implanted into the electronic device 1 like a software package to be operatively coupled to the high-resolution camera module.

在該步驟(1)當中，該工作狀態偵測器21被安排用來偵測係該觀看者工作參數之一之該觀看者之坐姿，其中當該觀看者不當之座位高度被偵測到時，該電子裝置1即被由工作模式切換至休息模式。據此，該工作狀態偵測器21將監控該觀看者之就座位置，若偵 測到不當之座位高度，則將需要改正以確保該顯示幕被正確使用。在這種情況下，該訊號產生器22將在顯示幕上產生一坐姿訊息以告知該觀看者改正該坐姿。In the step (1), the working state detector 21 is arranged to detect the sitting posture of the viewer which is one of the viewer's working parameters, wherein when the viewer's improper seat height is detected The electronic device 1 is switched from the operating mode to the rest mode. According to this, the working state detector 21 will monitor the seated position of the viewer, if the detective If an improper seat height is detected, it will need to be corrected to ensure that the display is properly used. In this case, the signal generator 22 will generate a sitting position message on the display to inform the viewer to correct the sitting position.

該工作狀態偵測器21也被安排以監控係該觀看者工作參數之一之該觀看者之眨眼比率。據此，當該觀看者之眨眼比率低於該工作限度時，該該電子裝置1即被由工作模式切換至休息模式。因該眨眼比率下降即該眼部正盯著一個物體，如該顯示幕，這是許多電子裝置相關的乾眼症問題的一個主要原因。該控制模組2將會計算每次眨眼，而若其比率落至極低，該訊號產生器22將會提供一警告訊息。The operational status detector 21 is also arranged to monitor the blink ratio of the viewer that is one of the viewer's operating parameters. Accordingly, when the viewer's blink ratio is lower than the working limit, the electronic device 1 is switched from the work mode to the rest mode. As the blink rate decreases, the eye is staring at an object, such as the display screen, which is a major cause of many dry eye problems associated with electronic devices. The control module 2 will calculate each blink, and if the ratio falls to a very low level, the signal generator 22 will provide a warning message.

該工作狀態偵測器21也被安排用來掌握係該觀看者工作參數之一之常見虹膜異常，其中當該常見虹膜異常被偵測到時，該訊號產生器22將在顯示幕上產生一建議訊息以建議該觀看者尋求專業意見。The working condition detector 21 is also arranged to grasp a common iris anomaly that is one of the viewer's operating parameters, wherein the signal generator 22 will generate a display on the display screen when the common iris anomaly is detected. Suggest a message to suggest that the viewer seek professional advice.

該工作狀態偵測器21也被安排以監控該觀看者之瞳孔大小以防止假性近視。據此，該觀看者，特別對年輕使用者，可能過度使用該電子裝置以致其細小之眼部肌肉群(稱之為睫狀肌)緊繃。由此其瞳孔大小將比一般要小。該控制模組2藉由偵測該年輕使用者過小之瞳孔大小得以據此調整休息時間。The working condition detector 21 is also arranged to monitor the pupil size of the viewer to prevent false myopia. Accordingly, the viewer, particularly for younger users, may overuse the electronic device such that its tiny eye muscle group (referred to as the ciliary muscle) is tight. Thus its pupil size will be smaller than usual. The control module 2 adjusts the rest time accordingly by detecting the size of the pupil of the young user.

該工作狀態偵測器21也被安排以監控對兒童而言健康視網膜之紅反射。眼部腫瘤，如眼癌，係造成幼年失明最嚴重的原因之一。換言之，眼部腫瘤(眼癌)係一快速發展的癌症，其由不成熟 的視網膜細胞發展而來，且係兒童間最常見的眼部惡性腫瘤。罹患者在光源照至其雙眼時，從其視網膜中將失去紅反射。眼癌的死亡率高達70%，但透過早期診斷，則可顯著降低。該工作狀態偵測器21備有光源之相機模組將捕捉一基準線照片，而該控制模組2將接著分析其紅反射。若發現異常紅反射，該訊號產生器22將在顯示幕上產生一建議訊息，而將使監護人或父母得到通報。據此，透過紅外線光源及/或該工作狀態偵測器21之相機模組便可偵測到眼部腫瘤(眼癌)。The working condition detector 21 is also arranged to monitor the red reflection of the healthy retina for children. Ocular tumors, such as eye cancer, are one of the most serious causes of childhood blindness. In other words, ocular tumors (eye cancer) are a rapidly developing cancer that is immature. The retinal cells develop and are the most common ocular malignancies among children. A paralyzed patient will lose red reflection from its retina as it illuminates its eyes. The mortality rate of eye cancer is as high as 70%, but it can be significantly reduced by early diagnosis. The working state detector 21 camera module with the light source will capture a baseline photo, and the control module 2 will then analyze its red reflection. If an abnormal red reflection is found, the signal generator 22 will generate a suggestion message on the display screen that will alert the guardian or parent. Accordingly, an ocular tumor (eye cancer) can be detected by the infrared light source and/or the camera module of the working state detector 21.

該工作狀態偵測器21進一步包括一與該顯示幕操作性結合之定向監測器，其定向監測器可以是一個陀螺儀或一個振盪監測器以確保在過多移動可能潛在更加緊繃其雙眼的情況下，該電子裝置1使用者非係躺下或在一移動中的交通工具中使用該裝置。The operational status detector 21 further includes an directional monitor operatively coupled to the display screen, the directional monitor can be a gyroscope or an oscillating monitor to ensure that the excessive movement may potentially tighten the eyes thereof. In this case, the user of the electronic device 1 is not lying down or using the device in a moving vehicle.

如上所述，在休息模式期間該休息模式強制模組4將選擇性地提供一個或更多個休息模式活動，包括：(i)於該事先設定的休息時間閒置該電子裝置1、(ii)暫時凍結該電子裝置1之當前工作、(iii)於該事先設定的休息時間暫時屏蔽該電子裝置的螢幕顯示，俾停止該觀看者觀看該電子裝置之顯示、(iv)於該事先設定的休息時間將該電子裝置1當前工作之螢幕顯示置換為一放鬆觀看者眼部之圖片顯示、(v)播放令人放鬆的錄音、及(vi)執行一程式，其選自一個由一放鬆觀看者眼部肌肉之視覺治療 遊戲、一供眼部活動練習之遊戲、及一伸展練習教學組成之群體。據此，將提供一虹膜診斷學程式作為娛樂用。As described above, during the rest mode, the rest mode forcing module 4 will selectively provide one or more rest mode activities, including: (i) idle the electronic device 1 during the predetermined rest time, (ii) Temporarily freezing the current operation of the electronic device 1, (iii) temporarily shielding the screen display of the electronic device during the preset rest time, stopping the viewer from viewing the display of the electronic device, and (iv) restoring the predetermined setting Time to replace the current display screen of the electronic device 1 with a picture display for relaxing the viewer's eyes, (v) playing a relaxing recording, and (vi) executing a program selected from a relaxed viewer Visual treatment of eye muscles A group of games, a game for eye activity exercises, and a stretch exercise instruction. Accordingly, an iris diagnostic program will be provided for entertainment.

值得一題的是該休息模式活動可以是由該觀看者事先選擇，或可以是該休息模式強制模組4預先設定而將隨機啟動其中一個休息模式活動。此外，當該電子裝置1被切換在休息模式時，其當前工作資訊及工作模式之數據將會自動被儲存。一旦該電子裝置1被啟動回到工作模式，該電子裝置1會恢復所有其當前工作資訊及數據，且該觀看者可以剛好從其在休息模式被重新啟動前停下的地方繼續使用。It is worthwhile to note that the rest mode activity may be selected by the viewer in advance, or may be preset by the rest mode forcing module 4 to randomly initiate one of the rest mode activities. In addition, when the electronic device 1 is switched to the rest mode, the data of its current working information and working mode will be automatically stored. Once the electronic device 1 is activated to return to the operational mode, the electronic device 1 will resume all of its current work information and data, and the viewer can continue to use it just before it is stopped before the rest mode is restarted.

該本創作之系統可進一步包括一***作性連結至該控制模組2之通訊連結8，其透過該通訊連結8使該控制模組2可被遠端控制。因此，父母可遠距離監控和管理其作為觀看者的小孩。據此，該通訊連結8最好係一網際網路連線連結，或一電話線連線連結，則該訊號產生器22可透過該通訊連結8連結至父母之行動電話，使得當該電子裝置1被切換至休息模式時，該訊號產生器22不僅產生在該螢幕顯示上的訊息，也透過該通訊連結8產生諸如送至其父母行動電話之簡訊之訊息。The system of the present invention can further include a communication link 8 operatively coupled to the control module 2, through which the control module 2 can be remotely controlled. Therefore, parents can remotely monitor and manage their children as viewers. Accordingly, the communication link 8 is preferably an internet connection or a telephone line connection, and the signal generator 22 can be connected to the parent's mobile phone through the communication link 8 so that the electronic device When the switch 1 is switched to the rest mode, the signal generator 22 not only generates a message on the screen display, but also generates a message such as a short message sent to its parent mobile phone through the communication link 8.

此外，觀看者資料庫該6可透過該通訊連結8被連至該眼科醫師之資料庫，使該眼科醫師可立即通報該觀看者之眼部問題，特別是該工作狀態偵測器21偵測到常見之虹膜異常、斜視、及/或例如眼癌等眼部腫瘤之症狀時。據此，控制模組之活動歷程紀錄將被儲存在該觀看者資料庫6中供分析之用。In addition, the viewer database 6 can be connected to the ophthalmologist's database through the communication link 8, so that the ophthalmologist can immediately notify the viewer's eye problem, in particular, the work status detector 21 detects When it comes to common iris abnormalities, strabismus, and/or symptoms of eye tumors such as eye cancer. Accordingly, the activity history record of the control module will be stored in the viewer database 6 for analysis.

如第五圖所示，本創作為一電子裝置之一觀看者之視力保健提供一供觀看者保護視力的方法和視覺監控方法。換言之，本創作提供一視覺保健方法予該電子裝置觀看者，且係一上述方法及系統之修改版。因此，如第五、六圖中所顯示，該本創作之修改版將包含所有上述提到的特徵和下列新增特徵。As shown in the fifth figure, the present invention provides a method and visual monitoring method for the viewer to protect vision for one of the electronic devices. In other words, the present application provides a visual health care method to the electronic device viewer and is a modified version of the above method and system. Therefore, as shown in Figures 5 and 6, the modified version of this creation will contain all of the above mentioned features and the following new features.

本創作提供一用以安裝於電子裝置之視覺保健軟體。最好一旦該電子裝置被開啟，便會執行該視覺保健軟體。本創作可包含一外接相機以操作性連結至該電子裝置，或可透過該視覺保健軟體控制該電子裝置之內建相機。本創作將在該觀看者正在以該電子裝置進行當前工作顯示時，透過與該電子裝置操作性連結之工作狀態偵測器21偵測至少一種觀看者眼部活動及該電子裝置在工作模式之工作參數。當偵測到一該觀看者之異常眼部活動，該電子裝置之工作模式即由該視覺保健軟體自動切換至休息模式以保護該電子裝置觀看者免於過度使用該電子裝置。尤其是停止該當前工作之螢幕顯示以確保該觀看者因此放鬆雙眼達一事先設定之休息時間。然後經過該事先設定的休息時間後，該電子裝置將由該視覺保健軟體自該休息模式切換回該工作模式以恢復該電子裝置之當前工作之顯示。值得一提的是上述迴圈將持續形成直到該觀看者停止操作該電子裝置，俾確保該觀看者因而在每經過該事先設定的工作時間後都有機會有眼部的間歇休息。The present invention provides a visual health care software for mounting on an electronic device. Preferably, the visual health care software is executed once the electronic device is turned on. The creation may include an external camera for operatively connecting to the electronic device, or the built-in camera of the electronic device may be controlled by the visual health care software. The present invention will detect at least one viewer's eye activity and the electronic device in the working mode through the working state detector 21 operatively coupled to the electronic device while the viewer is performing the current working display of the electronic device. Working parameters. When an abnormal eye activity of the viewer is detected, the working mode of the electronic device is automatically switched to the rest mode by the visual health care software to protect the electronic device viewer from excessive use of the electronic device. In particular, the screen display of the current job is stopped to ensure that the viewer thus relaxes the eyes for a predetermined rest time. Then, after the preset rest time, the electronic device will switch from the rest mode to the working mode by the visual health care software to resume the display of the current work of the electronic device. It is worth mentioning that the above loop will continue to be formed until the viewer stops operating the electronic device, ensuring that the viewer thus has the opportunity to have an intermittent break of the eye after each predetermined working time has elapsed.

本創作之系統被安排用來追蹤至少一種其電子裝置觀看者之眼部活動，以基於瞳孔光反射與反應發現及偵測可能的眼部狀 態，並基於該電子裝置觀看者在該電子裝置之工作模式時之眼部活動以判定眼部疲勞，例如照明狀況。相應地，該工作狀態偵測器21可偵測可由外表觀察出的眼部疾病，如眼癌、先天性白內障、虹膜異色症、及輕度眼球偏差(斜視)等。其系統將產生一觀看者眼部結果以對應其眼部活動和可能之眼部狀況。The system of the present invention is arranged to track the eye activity of at least one of its electronic device viewers to detect and detect possible eye shapes based on pupil light reflection and response And based on the eye activity of the electronic device viewer in the working mode of the electronic device to determine eye fatigue, such as lighting conditions. Correspondingly, the working condition detector 21 can detect eye diseases that can be observed from the outside, such as eye cancer, congenital cataract, heterochromia, and mild eye deviation (strabismus). Its system will produce a viewer eye result to correspond to its eye activity and possible eye condition.

如第七圖所示，該工作狀態偵測器21至少包括一圖像感應器211以追蹤眼部區域、一能量發光二極體指示器212，如一紅外線發光二極體、一三維深度感應器213、一麥克風214，其最好係一雙陣列麥克風、及一陀螺儀215以偵測顯示幕之螢幕傾斜。一***作性連接於所述圖像感應器211、發光二極體指示器212、三維深度感應器213、及麥克風214間之處理器，其處理器將產生觀看者眼部結果以對應其眼部活動和可能之眼部狀況。該工作狀態偵測器21可係內建於所述電子裝置或可係一活動式附著至所述電子裝置之外接裝置。為作為外接裝置之用，該工作狀態偵測器21進一步包括一附著座216以活動式附著至該電子裝置之顯示幕。據此，本創作之系統被安排以監控介於該顯示器與該觀看者間的適當距離、以偵測視覺敏銳度、以偵測姿勢、以使用眨眼比率偵測眼部疲勞度、及/或偵測眼部狀態。特別是該系統使用非侵入性、應用光學、紅外線、聲納、及/或雷射科技的遠距感應器，其工作狀態偵測器21作為該使用者工作距離監視器、眼部疲勞度指示器、座位高度偵測器、眼部異常偵測器、瞳孔大小監視器、斜視偵測器、及/或眨眼計數器。最好可藉由該三維深度感應器偵測該使用者距離、可藉由 該相機模組偵測眼部疲勞度、並可藉由該陀螺儀偵測座位高度。藉由其相機模組及/或紅外線光源可偵測眼部腫瘤、瞳孔大小及斜視。因此，其使用者可透過本創作之平台與他們的醫師們互動。第八圖顯示一種本創作的平台的使用者界面，其平台上呈現出其觀看者之眼部區域A及頭部姿勢B。特別是平台上也將顯示出一種眼部影像C。As shown in the seventh figure, the working state detector 21 includes at least an image sensor 211 to track the eye area, an energy LED indicator 212, such as an infrared light emitting diode and a three-dimensional depth sensor. 213. A microphone 214, preferably a dual array microphone, and a gyroscope 215 to detect the screen tilt of the display screen. a processor operatively coupled between the image sensor 211, the light-emitting diode indicator 212, the three-dimensional depth sensor 213, and the microphone 214, the processor of which produces a viewer eye result to correspond to the eye Department activities and possible eye conditions. The working condition detector 21 can be built in the electronic device or can be attached to the electronic device external device in a movable manner. For use as an external device, the working condition detector 21 further includes an attachment seat 216 for movably attaching to the display screen of the electronic device. Accordingly, the system of the present invention is arranged to monitor an appropriate distance between the display and the viewer to detect visual acuity, to detect a gesture, to detect eye fatigue using a blink ratio, and/or Detect eye condition. In particular, the system uses a remote sensor that is non-invasive, applied optical, infrared, sonar, and/or laser technology, and its working state detector 21 serves as the user's working distance monitor and eye fatigue indicator. , seat height detector, eye anomaly detector, pupil size monitor, squint detector, and/or blink counter. Preferably, the user distance can be detected by the three-dimensional depth sensor. The camera module detects eye fatigue and can detect the seat height by the gyroscope. Eye tumors, pupil size and strabismus can be detected by their camera module and/or infrared light source. Therefore, their users can interact with their physicians through this creative platform. The eighth figure shows a user interface of the platform of the present creation, on which the eye area A and the head posture B of the viewer are presented. In particular, an eye image C will also be displayed on the platform.

為作為使用者遠距監視器之用，該工作狀態偵測器21被安排用來偵測其顯示幕前方觀看者之頭部姿勢。該工作狀態偵測器21將監控觀看者頭部與該顯示幕間之工作距離及與之對應之該顯示幕之螢幕尺寸。透過三維深度感應器213、紅外線感應器、聲納裝置、及雷射裝置等其中之一即可判斷該工作距離。若該工作距離短於該事先設定之使用者距離限度，亦即該觀看者之頭部太靠近該顯示幕，則該訊號產生器22將提供一警告訊息。如此一來本創作之系統將保持與確保該觀看者維持與顯示幕之適當距離以減少眼部疲勞度和肌肉緊繃度。For use as a remote monitor for the user, the operational status detector 21 is arranged to detect the head posture of the viewer in front of the display screen. The working state detector 21 monitors the working distance between the viewer's head and the display screen and the screen size of the display screen corresponding thereto. The working distance can be judged by one of the three-dimensional depth sensor 213, the infrared sensor, the sonar device, and the laser device. If the working distance is shorter than the preset user distance limit, that is, the viewer's head is too close to the display screen, the signal generator 22 will provide a warning message. As a result, the system of the creation will maintain and ensure that the viewer maintains an appropriate distance from the display to reduce eye fatigue and muscle tightness.

同樣地，當該工作狀態偵測器21作為該座位高度偵測器時，該工作狀態偵測器21將判斷該觀看者是否以相對其顯示幕的適當高度就座。根據由該工作狀態偵測器21之陀螺儀測量的該工作距離、頭部追蹤定位、及螢幕傾斜度，該系統將判斷該觀看距離，亦即介於該觀看者眼部與該顯示幕之間的距離、該觀看角度，亦即該介於該觀看者眼部與該顯示幕之間的角度、及該處於該顯示幕之螢幕區域內的頭部姿勢。值得一提的是該觀看者之頭部姿勢將被至於 該顯示幕之螢幕區域的中心，也就是該顯示幕的可觀看區域的中心。如此一來本創作之系統將保持與確保該觀看者維持與顯示幕之適當坐姿。Similarly, when the operational status detector 21 acts as the seat height detector, the operational status detector 21 will determine if the viewer is seated at an appropriate height relative to its display. Based on the working distance, head tracking position, and screen tilt measured by the gyroscope of the working state detector 21, the system will determine the viewing distance, that is, between the viewer's eyes and the display screen. The distance between the viewing angle, that is, the angle between the viewer's eye and the display screen, and the head posture in the screen area of the display screen. It is worth mentioning that the viewer’s head posture will be The center of the screen area of the display screen, which is the center of the viewable area of the display screen. As a result, the system of creation will maintain and maintain the proper sitting posture of the viewer.

如同之前提到的，該工作狀態偵測器21被安排以監控一視為該觀看者之眼部活動之一之該觀看者之眨眼比率。數位裝置與眼部疲勞度有關，因為盯著顯示幕時，人們更少眨眼。相應地，一般人傾向每分鐘眨眼12至18次，使雙眼自然地恢復精力。。因此，取一每分鐘眨眼15次的平均值。值得一提的是當該觀看者盯著該電子裝置1顯示器時，該觀看者每分鐘將眨眼少於12次。研究指出當人們使用電腦或其他數位裝置時眨眼頻率只有平時的一半。如此可導致眼部乾、累、癢及感到灼燒。As previously mentioned, the operational status detector 21 is arranged to monitor the blink ratio of the viewer as one of the viewer's eye activities. Digital devices are associated with eye fatigue because people are less blinking when staring at the display. Correspondingly, the average person tends to blink 12 to 18 times per minute, so that both eyes naturally restore their energy. . Therefore, take the average of 15 times per minute. It is worth mentioning that when the viewer stares at the display of the electronic device 1, the viewer will blink less than 12 times per minute. Studies have shown that when people use computers or other digital devices, the blinking frequency is only half the usual. This can cause the eyes to dry, tired, itchy and feel burning.

為判定該觀看者之眨眼數，該工作狀態偵測器21將測定該觀看者之鞏膜。相應地，鞏膜被認為是眼睛的白色部份，而且是不透明的。該工作狀態偵測器21之高解析度相機模組會持續捕捉觀看者之眼部影像。特別是該工作狀態偵測器21可藉由其相機模組有效率地追蹤眼部區域及偵測眨眼。當該觀看者之眼睛睜開時，每個由該工作狀態偵測器21捕捉到的眼部影像將顯示白色像素與非白色像素。該眼部影像之白色像素係該觀看者之鞏膜之影像，而該眼部影像之非白色像素即該觀看者之虹膜。當該觀看者眨其眼部時，該觀看者之鞏膜會被其眼瞼蓋住。因此當由該工作狀態偵測器21捕捉到的眼部影像確實沒有顯示任何白色像素時，該工作狀態偵測器21將判定係該觀看者眨眼。經過一事先設定的捕捉時間與一已知的捕 捉比率，例如每秒10張眼部影像，該工作狀態偵測器21將判斷多少張眼部影像沒有該白色像素，俾判定該觀看者眨眼多少次。換言之，一旦該白色像素被中斷，該工作狀態偵測器21將算作該觀看者眨眼一次。值得一提的是該工作狀態偵測器21將僅聚焦於該觀看者的雙眼之一，因為該觀看者兩隻眼睛會同時眨眼。值得一提的是該相機模組可以是一***作性連結至該工作狀態偵測器21之外接相機，或可是該電子裝置1之內建相機以受控於該工作狀態偵測器21。To determine the number of blinks of the viewer, the working condition detector 21 will determine the sclera of the viewer. Correspondingly, the sclera is considered to be the white part of the eye and is opaque. The high-resolution camera module of the working state detector 21 continuously captures the viewer's eye image. In particular, the working condition detector 21 can efficiently track the eye area and detect the blink by its camera module. When the viewer's eyes are open, each eye image captured by the working state detector 21 will display white pixels and non-white pixels. The white pixel of the eye image is the image of the viewer's sclera, and the non-white pixel of the eye image is the viewer's iris. When the viewer licks his or her eyes, the viewer's sclera is covered by his eyelids. Therefore, when the eye image captured by the working state detector 21 does not display any white pixels, the working state detector 21 determines that the viewer blinks. After a pre-set capture time with a known catch The capture ratio, for example, 10 eye images per second, the work state detector 21 will determine how many eye images do not have the white pixels, and determine how many times the viewer blinks. In other words, once the white pixel is interrupted, the working state detector 21 will count as the viewer blinking once. It is worth mentioning that the working condition detector 21 will focus only on one of the viewer's eyes because the viewer's eyes will blink at the same time. It is worth mentioning that the camera module can be operatively connected to the working state detector 21 to connect to the camera, or the built-in camera of the electronic device 1 can be controlled by the working state detector 21.

當偵測到該觀看者之眨眼比率低於該眨眼限度時，該電子裝置1即被由工作模式切換至休息模式。因該眨眼比率下降即該眼部正盯著一個物體，如該顯示幕，這是許多電子裝置相關的乾眼症問題的一個主要原因。該控制模組2將會計算每次眨眼，而若其比率落至極低，該訊號產生器22將會提供一警告訊息。When it is detected that the viewer's blink ratio is lower than the blink limit, the electronic device 1 is switched from the work mode to the rest mode. As the blink rate decreases, the eye is staring at an object, such as the display screen, which is a major cause of many dry eye problems associated with electronic devices. The control module 2 will calculate each blink, and if the ratio falls to a very low level, the signal generator 22 will provide a warning message.

該工作狀態偵測器21也被安排以監控係該觀看者工作參數之一之該觀看者之結膜血管。該工作狀態偵測器21之高解析度相機模組會持續捕捉該觀看者之眼部影像以確認其結膜血管。若發現不只一條結膜血管，該工作狀態偵測器21將找出在該眼部影像中直徑最大的血管作為參考。據此，該工作狀態偵測器21將頻繁捕捉該眼部影像以比對在最初的眼部影像中該眼部的同一條血管的直徑/口徑與最新的眼部影像中該眼部的同一條血管。例如，該工作狀態偵測器21將在捕捉該第一個眼部影像後，捕捉該眼部影像30分鐘至1小時。若該眼部血管變粗，該工作狀態偵測器21將測定該眼部之血管直徑之百分比變化。當該觀看者眼部血管之直徑之百分比變化高 於該工作限度時，該該電子裝置1即被由工作模式切換至休息模式。因該眼部之結膜血管充血係當該眼部持續盯著一個物體，如該顯示幕，而受到刺激，這是許多電子裝置導致的乾眼症問題的一個主要指標。一旦該眼部血管之百分比變化高於該事先設定的直徑變化限度時，該訊號產生器22將給予一警告訊息。據此，當該工作狀態偵測器21比先前的影像捕捉到更多該觀看者眼部血管時，該訊號產生器22也將給予一警告訊息。換言之，該工作狀態偵測器21不僅比對該結膜血管之直徑變化，也透過兩個隨後的眼部影像判定該血管數量增加。The operational status detector 21 is also arranged to monitor the conjunctival blood vessels of the viewer that is one of the viewer's operating parameters. The high-resolution camera module of the working state detector 21 continuously captures the viewer's eye image to confirm the conjunctival blood vessels. If more than one conjunctival blood vessel is found, the working condition detector 21 will find the blood vessel having the largest diameter in the eye image as a reference. Accordingly, the working state detector 21 will frequently capture the eye image to compare the diameter/caliber of the same blood vessel of the eye in the original eye image with the eye of the latest eye image. a blood vessel. For example, the working condition detector 21 will capture the eye image for 30 minutes to 1 hour after capturing the first eye image. If the blood vessel of the eye becomes thick, the working state detector 21 will measure the percentage change of the diameter of the blood vessel of the eye. When the percentage of the diameter of the blood vessel of the viewer's eye changes is high At the working limit, the electronic device 1 is switched from the operating mode to the rest mode. Because the conjunctival vascular congestion of the eye is stimulated when the eye continues to stare at an object, such as the display, this is a major indicator of dry eye problems caused by many electronic devices. The signal generator 22 will give a warning message once the percentage change of the ocular blood vessel is above the predetermined diameter change limit. Accordingly, when the working state detector 21 captures more of the viewer's eye blood vessels than the previous image, the signal generator 22 will also give a warning message. In other words, the working condition detector 21 determines not only an increase in the diameter of the conjunctival blood vessel but also an increase in the number of blood vessels through the two subsequent eye images.

如前述，該工作狀態偵測器21也被安排透過紅外線發光二極體及相機模組以監控該觀看者之瞳孔大小。藉由比較偵測到該觀看者之瞳孔大小與資料庫中一標準瞳孔大小，本創作之系統將判斷任何有關瞳孔大小的潛在眼部問題。或者，該系統將持續儲存該觀看者之瞳孔大小之數據一段時間，使每當該觀看者使用該電子裝置，也就是在工作模式時，該系統將比對所記錄之瞳孔大小與當下偵測到的瞳孔大小以判斷該觀看者瞳孔大小的任何改變。As described above, the working state detector 21 is also arranged to transmit the pupil size of the viewer through the infrared light emitting diode and the camera module. By comparing the pupil size of the viewer to a standard pupil size in the database, the system of the creation will determine any potential eye problems related to pupil size. Alternatively, the system will continue to store the data of the viewer's pupil size for a period of time, so that whenever the viewer uses the electronic device, that is, in the working mode, the system will compare the recorded pupil size with the current detection. The pupil size is reached to determine any change in the size of the viewer's pupil.

相應地，不同情況皆可影響瞳孔大小。虹膜炎：輕微放大的瞳孔可能係虹膜炎之徵兆。動脈瘤：推擠在腦部特定血管的動脈瘤可能導致瞳孔放大及其他症候。肺癌：影響肺部頂部的肺癌可能會擠入更多纖維到瞳孔中。腦瘤：若一腫瘤或腫塊靠近瞳孔神經纖維開端，將可在瞳孔中引起問題。消遣性藥物的使用：特定藥物可能會導致瞳孔異常放大或收縮。藥物：青光眼、抗組織胺劑、及特定 處方藥物有時可能會導致瞳孔放大。頭部外傷：頭部受傷或腦震盪可能會導致瞳孔不對稱。叢集性頭痛：叢集性頭痛可導致一邊瞳孔縮小。中風：有時中風可導致其瞳孔大小變化。梅毒：梅毒可導致一阿羅氏瞳孔。阿羅氏瞳孔係縮小到接近聚焦但對光無正常反應的小、不對稱、而畸形的瞳孔。Correspondingly, the pupil size can be affected in different situations. Iris: A slightly enlarged pupil may be a sign of iritis. Aneurysm: An aneurysm that pushes a specific blood vessel in the brain may cause pupil dilation and other symptoms. Lung cancer: Lung cancer affecting the top of the lungs may squeeze more fibers into the pupil. Brain tumor: If a tumor or mass is near the beginning of the pupillary nerve fiber, it can cause problems in the pupil. Use of recreational drugs: Certain drugs may cause abnormal enlargement or contraction of the pupil. Drugs: glaucoma, antihistamines, and specific Prescription drugs can sometimes cause pupil dilation. Head trauma: Head injury or concussion may cause pupil asymmetry. Cluster headaches: Cluster headaches can cause a reduction in one side of the pupil. Stroke: Sometimes a stroke can cause a change in pupil size. Syphilis: Syphilis can cause an Aro's pupil. The Aro's pupil system shrinks to a small, asymmetrical, deformed pupil that is close to focus but does not respond normally to light.

甚至該工作狀態偵測器21也被安排以監控係該觀看者工作參數之一之環境光強度。因此，該工作狀態偵測器21至少包括一***作性連結至該電子裝置之環境光感應器，以偵測該環境光強度。當該環境光強度被偵測到低於一預先設定的環境光限度時，該訊號產生器22將在顯示幕上產生一建議訊息，而將使監護人或父母得到通報，且該電子裝置1即被由工作模式切換至休息模式。該訊號產生器22也將在該環境光強度被偵測到且低於該預先設定限度後的一事先設定的時間後，提供一警告訊息。值得一提的是當該環境光強度被偵測為高於該環境光限度時，將恢復該電子裝置1回該工作模式。Even the operational status detector 21 is arranged to monitor the ambient light intensity that is one of the viewer's operating parameters. Therefore, the working condition detector 21 includes at least one ambient light sensor operatively coupled to the electronic device to detect the ambient light intensity. When the ambient light intensity is detected to be below a predetermined ambient light limit, the signal generator 22 will generate a suggestion message on the display screen, and the guardian or parent will be notified, and the electronic device 1 Switched from work mode to rest mode. The signal generator 22 will also provide a warning message after a predetermined time after the ambient light intensity is detected and below the predetermined limit. It is worth mentioning that when the ambient light intensity is detected to be higher than the ambient light limit, the electronic device 1 will be restored to the working mode.

特別是該工作狀態偵測器21也被安排以監控係該觀看者工作參數之一之藍光強度。相應地，藍光係由液晶或發光二極體顯示幕作為其背光產生，其藍光確實有不利於眼部健康的影響。當藍光波長係接近紫外線波長時，可看出其對於水晶體和視網膜和紫外線一樣危險。尤其藍光會刺激視網膜中的藍色敏感細胞。值得一提的是一日光燈內的塗層可產生較少的藍光。即使液晶或發光二極體光源比日光燈效率更高，液晶或發光二極體光源會產生巨量落在藍色 光譜中的光線。In particular, the operational status detector 21 is also arranged to monitor the intensity of the blue light that is one of the viewer's operating parameters. Correspondingly, the blue light is produced by the liquid crystal or the light-emitting diode display screen as its backlight, and the blue light does have an adverse effect on eye health. When the blue wavelength is close to the ultraviolet wavelength, it can be seen that it is as dangerous as the crystal and the retina and ultraviolet light. In particular, blue light stimulates blue sensitive cells in the retina. It is worth mentioning that the coating in a fluorescent lamp produces less blue light. Even if the liquid crystal or LED source is more efficient than the fluorescent lamp, the liquid crystal or LED source will produce a huge amount of blue. Light in the spectrum.

該工作狀態偵測器21至少包括一***作性連結至該電子裝置之藍光感應器，以偵測該藍光強度。當該藍光強度被測到超過一預先設定的藍光限度達一事先設定的時間時，該電子裝置1即被切換至休息模式，且訊號產生器22將在顯示幕上產生一建議訊息而將使監護人或父母得到通報。該訊號產生器22也將在該藍光強度被偵測到超過該預先設定限度後的一事先設定的時間後，提供一警告訊息。該訊號產生器22在持續使用該電子裝置一段時間後，產生其建議訊息及/或警告訊息。The working condition detector 21 includes at least one blue sensor operatively coupled to the electronic device to detect the blue light intensity. When the blue light intensity is measured to exceed a preset blue light limit for a predetermined time, the electronic device 1 is switched to the rest mode, and the signal generator 22 will generate a suggestion message on the display screen to cause The guardian or parent is notified. The signal generator 22 will also provide a warning message after the predetermined time after the blue light intensity is detected to exceed the predetermined limit. The signal generator 22 generates its suggestion message and/or warning message after continuously using the electronic device for a period of time.

最好該藍光感應器係該電子裝置內建以直接測定該電子裝置之液晶或發光二極體顯示幕產生之藍光。值得一提的是該電子裝置之製造商涵蓋了一個該液晶或發光二極體顯示幕之詳細說明書，其包括該藍光強度。因此，該工作狀態偵測器21可直接獲得該藍光強度之數據以控制該電子裝置之使用時間。因為不同的電子裝置會產生不同藍光強度，該強制休息模組4將在對應不同電子裝置的液晶或發光二極體顯示幕的不同時期被啟動。Preferably, the blue light sensor is built in the electronic device to directly measure the blue light generated by the liquid crystal or the LED display screen of the electronic device. It is worth mentioning that the manufacturer of the electronic device covers a detailed description of the liquid crystal or light emitting diode display screen, which includes the blue light intensity. Therefore, the working state detector 21 can directly obtain the data of the blue light intensity to control the use time of the electronic device. Since different electronic devices produce different blue light intensities, the forced rest module 4 will be activated at different times corresponding to the liquid crystal or LED display of different electronic devices.

該工作狀態偵測器21也被安排以監控係該觀看者工作參數之一之該觀看者之斜視。相應地，斜視，又名鬥雞眼，係一該觀看者雙眼彼此並未適當對齊的狀態。其牽涉眼外肌肉群的協調性缺乏，使各眼無法注視空間中的同一個點而因此阻礙了適當的雙眼視覺，並可能戕害深度感知能力，甚且導致弱視。一經常性地單邊斜視導致的經常性壓抑係一觀看者弱視的風險。為判定該觀看者之斜 視，該工作狀態偵測器21將測定該觀看者角膜之光反射。該工作狀態偵測器21之相機模組將捕捉該觀看者之眼部影像以測定該觀看者之左右眼角膜之光反射。然後該工作狀態偵測器21將比對該觀看者之左右眼角膜光反射之相對位置與其瞳孔及/或鞏膜。若該觀看者之左右眼角膜光反射係未適當對齊，將判定為疑似斜視。(醫學上來說，這被稱為角膜映光法)結果，該電子裝置1可切換至休息模式且該訊號產生器22將產生其建議訊息及/或警告訊息。並且，將根據該疑似斜視提供醫囑。The operational status detector 21 is also arranged to monitor the viewer's squint that is one of the viewer's operating parameters. Correspondingly, strabismus, also known as the cross-eyed eye, is a state in which the viewer's eyes are not properly aligned with each other. It involves the lack of coordination of the extraocular muscles, making it impossible for the eyes to look at the same point in space and thus hindering proper binocular vision, and may impair deep perception and even cause amblyopia. A frequent repression caused by unilateral strabismus is a risk of a viewer's amblyopia. To determine the viewer's slant The working state detector 21 will measure the light reflection of the viewer's cornea. The camera module of the working state detector 21 will capture the viewer's eye image to determine the light reflection of the left and right eye corneas of the viewer. The working condition detector 21 then reflects the relative position of the left and right cornea light reflections to the pupil and/or the sclera. If the left and right corneal light reflections of the viewer are not properly aligned, it is determined to be suspected strabismus. (Medically, this is called corneal mapping), the electronic device 1 can switch to the rest mode and the signal generator 22 will generate its suggestion message and/or warning message. Also, medical advice will be provided based on the suspected strabismus.

該工作狀態偵測器21也被安排用來偵測係該觀看者工作參數之一之該觀看者之白內障，其中當該疑似白內障被測定到時，該電子裝置1即被切換至休息模式。該觀看者雙眼之水晶體係顯示於該眼部影像中。據此，白內障係一眼部內水晶體之雲霧混濁導致視力降低，也是失明最常見的成因。尤其因為水晶體的混濁化妨礙光線通過並聚焦於眼部之視網膜上而出現視力喪失。該工作狀態偵測器21之相機模組將捕捉該觀看者之眼部影像，透過其紅反射以判定該觀看者之白內障。該工作狀態偵測器21將測定該眼部影像中該觀看者各眼部水晶體的顏色變化以偵測是否發現疑似白內障。尤其該工作狀態偵測器21將透過一個例如發光二極體燈的光線產生器產生一光線，使得當該觀看者聚焦在該光線時，該工作狀態偵測器21將捕捉該觀看者眼部影像中的紅反射。正常而言，一個正常觀看者眼部影像中將會顯示紅色，如同多數白內障具一黃色調一般。值得一提的是當該觀看者的眼部影像顯現一橘(紅+黃)色時，即判定 為白內障的最初階段。當該觀看者的眼部影像顯現一淺黃色時，即判定為白內障的最後階段。The operational status detector 21 is also arranged to detect the cataract of the viewer who is one of the viewer's operating parameters, wherein the electronic device 1 is switched to the rest mode when the suspected cataract is detected. The crystal system of the viewer's eyes is displayed in the eye image. According to this, the cloud opacity of the cataract in the eye of one eye leads to a decrease in vision, which is also the most common cause of blindness. Loss of vision occurs especially because the opacity of the crystals prevents light from passing through and focusing on the retina of the eye. The camera module of the working state detector 21 will capture the viewer's eye image and reflect the cataract of the viewer through its red reflection. The working condition detector 21 will determine the color change of the crystal of each eye of the viewer in the eye image to detect whether a suspected cataract is found. In particular, the operational status detector 21 will generate a light through a light generator such as a light-emitting diode lamp such that when the viewer is focused on the light, the operational status detector 21 will capture the viewer's eye. Red reflection in the image. Normally, a normal viewer's eye image will show red, as most cataracts have a yellow tone. It is worth mentioning that when the viewer’s eye image shows an orange (red + yellow) color, it is determined For the initial stages of cataract. When the viewer's eye image appears a pale yellow color, it is determined as the final stage of the cataract.

該強制休息模組被組態為具一儲存在該記憶模組3之20/20/20休息模式活動以指導該觀看者之雙眼放鬆。該20/20/20休息模式係定義為每使用該電子裝置20分鐘，花20秒休息時間看著位於至少20英呎外的物體。為啟動該20/20/20休息模式，當該電子裝置一被使用，該計時模組5即開始倒數廿分鐘。一旦廿分鐘結束，即啟動該強制休息模組4。該電子裝置可被閒置廿秒。該工作狀態偵測器21將藉由偵測該觀看者之瞳孔大小變化以檢測該觀看者是否看著遠方物體。特別是當看向遠處時該眼部瞳孔大小將會變大，且在看向近處物體後變小。據此，該工作狀態偵測器21將頻繁捕捉該數個在休息模式時該觀看者之眼部影像並比對該觀看者當下眼部影像中該觀看者之瞳孔大小與之前的眼部影像中該觀看者之瞳孔大小。The forced rest module is configured to have a 20/20/20 rest mode activity stored in the memory module 3 to direct the viewer's eyes to relax. The 20/20/20 rest mode is defined as an object that is located at least 20 feet away for 20 minutes of rest using the electronic device for 20 minutes. To activate the 20/20/20 rest mode, the timing module 5 begins to count down for a few minutes as soon as the electronic device is used. Once the minute has elapsed, the forced rest module 4 is activated. The electronic device can be idle for a leap second. The working condition detector 21 will detect whether the viewer is looking at a distant object by detecting a change in the pupil size of the viewer. Especially when looking far away, the pupil size of the eye will become larger and become smaller after looking at the near object. Accordingly, the working state detector 21 will frequently capture the eye images of the viewer in the rest mode and compare the pupil size and the previous eye image of the viewer in the current eye image of the viewer. The size of the pupil in the viewer.

因此，該工作狀態偵測器21將偵測並比對看著該顯示幕時該觀看者之瞳孔大小與在20秒休息時間中該觀看者之瞳孔大小。若該觀看者之瞳孔大小在該20秒休息時間中保持不變或沒有顯著變化，該訊號產生器22將產生其建議訊息及/或警告訊息。20秒休息時間過後，該電子裝置將恢復至工作模式。Therefore, the working condition detector 21 will detect and compare the pupil size of the viewer when looking at the display screen with the pupil size of the viewer during the 20 second rest time. If the viewer's pupil size remains the same or does not change significantly during the 20 second rest period, the signal generator 22 will generate its suggestion message and/or warning message. After the 20 second break time, the electronic device will return to the working mode.

本創作進一步提供一適於該觀看者眼部之初步視覺敏銳度檢驗。據此，該訊號產生器22將產生其建議訊息以判定介於該觀看者眼部與該顯示幕間之距離。同樣地，該偵測裝置7將測量介於該 觀看者眼部與該電子裝置顯示幕間之工作距離以確保該適當之眼部檢驗距離。本創作之系統可使用來自該工作狀態偵測器21之工作距離資訊以執行簡單的視覺敏銳度測試以偵測視力下降的徵兆。該控制模組2將於該電子裝置之顯示幕上顯示一視覺敏銳度測驗影像作為視覺敏銳度檢驗。例如，於該電子裝置之顯示幕上顯示一史耐倫視力檢查表(Snellen chart)作為視覺敏銳度檢驗。該眼部檢驗結果將被顯示於該電子裝置1之顯示幕上並儲存於該記憶模組3中。因為該觀看者資料庫6被透過該通訊連結8連結到該眼科醫師之資料庫，該眼部檢驗結果可被立即傳給該眼科醫師以立即通報該觀看者之任何眼部問題。最好將根據該觀看者之眼部檢驗結果提供醫囑。The present application further provides a preliminary visual acuity test suitable for the viewer's eye. Accordingly, the signal generator 22 will generate its suggestion message to determine the distance between the viewer's eye and the display screen. Similarly, the detecting device 7 will measure between The working distance between the viewer's eyes and the electronic device is displayed to ensure the proper eye inspection distance. The system of the present author can use the working distance information from the working condition detector 21 to perform a simple visual acuity test to detect signs of decreased vision. The control module 2 displays a visual acuity test image on the display screen of the electronic device as a visual acuity test. For example, a Snellen chart is displayed on the display screen of the electronic device as a visual acuity test. The result of the eye examination will be displayed on the display screen of the electronic device 1 and stored in the memory module 3. Because the viewer database 6 is linked to the ophthalmologist's database via the communication link 8, the eye test results can be immediately passed to the ophthalmologist to immediately notify the viewer of any eye problems. It is best to provide medical advice based on the viewer's eye test results.

本創作進一步提供一可能眼部問題或疾病之偵測。據此，該工作狀態偵測器21也被安排用來偵測對應無虹膜症、先天性虹膜缺損、乾眼症、及/或隱形眼鏡問題等之虹膜缺損或疾病。例如，該工作狀態偵測器21將捕捉該觀看者之眼部影像以指出可能的隱形眼鏡問題。換言之，該工作狀態偵測器21將有能力偵測任何在隱形鏡片上的「迷濛」或鏡片上的白點，其顯示隱形眼鏡之髒汙或乾燥及蛋白質沉積物。此外，該工作狀態偵測器21也被安排用來偵測睫毛問題如睫毛脫落、拔毛癖、瞼緣炎、及/或虱病，眼瞼問題如瞼板腺功能障礙(MGD)，及水晶體異位等。例如該工作狀態偵測器21將捕捉該觀看者之眼部影像並比對該觀看者之眼部影像與儲存在記憶模組3當中在正常虹膜狀態下之眼部影像。若發現任何異常症狀，該訊號產生器22將產生其建議訊息及/或警告訊息。This creation further provides a possible detection of eye problems or diseases. Accordingly, the operational status detector 21 is also arranged to detect iris defects or diseases corresponding to aniris-free, congenital iris defects, dry eye syndrome, and/or contact lens problems. For example, the operational status detector 21 will capture the viewer's eye image to indicate possible contact lens problems. In other words, the operational status detector 21 will be capable of detecting any "miracle" or white spots on the lens on the contact lens that reveal the dirt or dryness of the contact lens and protein deposits. In addition, the working condition detector 21 is also arranged to detect eyelash problems such as eyelashes, plucking, blepharitis, and/or rickets, eyelid problems such as meibomian gland dysfunction (MGD), and crystals. Ectopic and so on. For example, the working condition detector 21 captures the viewer's eye image and compares the viewer's eye image with the eye image stored in the memory module 3 in the normal iris state. If any abnormal symptoms are found, the signal generator 22 will generate its suggestion message and/or warning message.

相應地，該工作狀態偵測器21也被安排為該觀看者提供一眼鏡鏡片檢驗。該工作狀態偵測器21將捕捉該眼鏡之鏡片影像以判斷該鏡片是否有任何刮傷或靜片塗層剝落。該鏡片影像藉由光反射將現出鏡片的細微及/或深度刮傷。該訊號產生器22將產生其建議訊息及/或警告訊息。而且，當戴上眼鏡時，該工作狀態偵測器21也會捕捉該觀看者之眼部影像。一旦該工作狀態偵測器21發現該眼鏡鏡片異常反射或該觀看者眼部偏斜，該訊號產生器22將產生其建議訊息及/或警告訊息以通報該眼鏡問題予該觀看者。當發現一可能的眼鏡問題時將提供醫囑。Accordingly, the operational status detector 21 is also arranged to provide the spectacle lens inspection to the viewer. The working condition detector 21 will capture the lens image of the eyeglass to determine if the lens has any scratches or peeling of the static film coating. The lens image scratches the subtle and/or deep depth of the emerging lens by light reflection. The signal generator 22 will generate its suggestion message and/or warning message. Moreover, the working condition detector 21 also captures the viewer's eye image when the glasses are worn. Once the working condition detector 21 finds that the spectacle lens is abnormally reflected or the viewer's eye is deflected, the signal generator 22 will generate its suggestion message and/or warning message to notify the viewer of the eyeglass problem. A medical order will be provided when a possible eye problem is discovered.

該工作狀態偵測器21也被安排為該觀看者偵測可能的甲狀腺眼疾。甲狀腺失調已確知可能導致甲狀腺眼疾。據此，由於甲狀腺疾病脹大的眼部組織在眼窩中可能將眼球推擠向前而產生單或雙眼的變化性突起或***，也就是知名的眼球外凸。眼球外凸可延伸及/或壓縮其視神經而潛在導致視覺模糊、視覺受損及永久性視力喪失。該脹大可能影響眼球週圍肌肉導致對眼睛在不同方向自由移動的能力被下降。可導致眼部疲勞、眼睛痠痛及最顯著的複視。據此，該工作狀態偵測器21將藉由結合三維相機模組捕捉該觀看者之眼部影像並比對該觀看者之眼部影像與儲存在記憶模組3當中在正常眼球狀態下之眼部影像。若發現任何異常症狀，該訊號產生器22將產生其建議訊息及/或警告訊息。The working condition detector 21 is also arranged to detect possible thyroid eye problems by the viewer. Thyroid disorders are known to cause thyroid eye disease. Accordingly, the ocular tissue that is swollen due to thyroid disease may push the eyeball forward in the eye socket to produce a variant protrusion or bulge of one or both eyes, that is, a well-known eyeball protrusion. The ocular protrusion can extend and/or compress its optic nerve, potentially causing blurred vision, visual impairment, and permanent loss of vision. This swelling may affect the ability of the muscles surrounding the eye to move freely in different directions. Can cause eye fatigue, eye pain and the most significant double vision. Accordingly, the working state detector 21 captures the viewer's eye image by combining the three-dimensional camera module and stores the eye image of the viewer in the memory module 3 in a normal eye state. Eye image. If any abnormal symptoms are found, the signal generator 22 will generate its suggestion message and/or warning message.

根據該較佳實施例，該觀看者資料庫6及該記憶模組3可被上傳及存放在一遠距網路上，如「雲端伺服器」以計算及儲存所有其 觀看者資料及數據，俾最小化其電子裝置的儲存空間以存放相關使用者資訊及數據。該雲端平台利用透過本創作之系統收集之數據可提供合格認證之醫療建議。此將特別有助於居住在無法輕易獲得優良醫療檢驗地區的人們。由本創作之系統隨著時間收集之一系列近距觀察，可顯現難以自單次醫師看診觀察到的變化。藉由該使用者社群產生之資料庫對更進一步的醫療研究而言可屬無價。According to the preferred embodiment, the viewer database 6 and the memory module 3 can be uploaded and stored on a remote network, such as a "cloud server" to calculate and store all of them. Viewer data and data, minimizing the storage space of its electronic devices to store relevant user information and data. The cloud platform utilizes data collected through this authored system to provide qualified medical advice. This will be especially helpful for people living in areas where access to good medical care is not readily available. A series of close-up observations collected by the system of this creation over time can reveal changes that are difficult to observe from a single physician visit. The database generated by the user community can be invaluable for further medical research.

因此，該遠端網路可被控制以服務數以千計不同的觀看者以提供其眼部照護系統。一分析中心10可被提供於該電子裝置中及/或該遠端網路中以分析在工作模式及休息模式中該觀看者之數據及其眼部活動，使該觀看者及/或其醫師可檢視及分析該觀看者之狀態。Thus, the remote network can be controlled to serve thousands of different viewers to provide their eye care system. An analysis center 10 can be provided in the electronic device and/or in the remote network to analyze the viewer's data and its eye activity in the working mode and the rest mode, so that the viewer and/or his or her physician The status of the viewer can be viewed and analyzed.

該系統的所有函數都以開放原始碼之電腦視覺(OpenCV)執行。該系統支援所有最少擁有640x320解析度的隨插即用(UVC)相機，最好係達720p之相機模組。該觀看者之距離資訊可使用專用距離感應器、立體視差、或紅外線投射獲得。紅外線光源(850-920nm)對某些功能而言亦屬必須。所有函數都可利用「英特爾的感知計算庫(Intel's Perceptual Computing Library)」執行。當目前該計算庫為其臉部分析(Facial Analysis)函數支援所有隨插即用(UVC)相機模組時，這並不限制硬體模組之使用。當使用除Creative Senz3D以外的模組時，將需要另外的中介軟體(middleware)以提供來自硬體的距離資訊。All functions of the system are executed with open source computer vision (OpenCV). The system supports all plug-and-play (UVC) cameras with a minimum of 640x320 resolution, preferably up to 720p camera modules. The viewer's distance information can be obtained using a dedicated distance sensor, stereo disparity, or infrared projection. Infrared sources (850-920 nm) are also necessary for certain functions. All functions can be executed using Intel's Perceptual Computing Library. This is not a limitation of the use of hardware modules when the computing library currently supports all plug-and-play (UVC) camera modules for its Facial Analysis function. When using modules other than Creative Senz3D, additional mediation software (middleware) will be required to provide distance information from the hardware.

一熟悉此技藝之人士將明白如上述圖式及描述所示之本創 作之實施例僅係可仿效之範例，並非用以設限。A person familiar with the art will understand the present invention as shown in the above figures and descriptions. The embodiments are merely examples that can be emulated, and are not intended to be limiting.

本創作之目的也因此將被視為已被完全且有效實現。顯示及描述這些實施例是為了說明本創作之功能與結構原理，且在不背離這些原理的情況下是可以被改變的。因此本創作包括了所有包含在下列權利要求的精神及範圍內的修改。The purpose of this creation is therefore also considered to have been fully and effectively implemented. The embodiments are shown and described to illustrate the functional and structural principles of the present invention and may be modified without departing from the principles. Accordingly, the present invention includes all modifications that come within the spirit and scope of the following claims.

1‧‧‧電子裝置1‧‧‧Electronic device

2‧‧‧控制模組2‧‧‧Control Module

21‧‧‧工作狀態偵測器21‧‧‧Working Status Detector

22‧‧‧訊號產生器22‧‧‧Signal Generator

3‧‧‧記憶模組3‧‧‧Memory Module

4‧‧‧強制休息模組4‧‧‧forced rest module

5‧‧‧計時模組5‧‧‧Timekeeping Module

6‧‧‧觀看者資料庫6‧‧‧ Viewer Database

7‧‧‧偵測裝置7‧‧‧Detection device

8‧‧‧通訊連結8‧‧‧Communication links

10‧‧‧分析中心10‧‧‧ Analysis Center

Claims (9)

一種具顯示幕之電子裝置之觀看者之視力保護用之視覺保健系統，包括：一用以追蹤該電子裝置觀看者之至少一眼部活動之圖像感應器；一連至該圖像感應器之相機模組以基於瞳孔光反射與反應偵測可能眼部狀態並基於該電子裝置觀看者在該電子裝置之一工作模式時之該眼部活動以判定眼部疲勞；及一***作性連結至該圖像感應器與該相機模組以產生一用以回應該眼部運動與可能眼部狀態之觀看者眼部結果之處理器。A visual health care system for visual protection of a viewer with an electronic device for displaying a screen, comprising: an image sensor for tracking at least one eye activity of a viewer of the electronic device; connected to the image sensor The camera module detects the possible eye condition based on the pupil light reflection and reaction and determines the eye fatigue based on the eye activity of the electronic device viewer in one of the working modes of the electronic device; and is operatively linked to The image sensor and the camera module generate a processor for responding to eye effects of eye movements and possible eye conditions. 如申請專利範圍第1項所述的視覺保健系統，進一步包括一結合該相機模組之紅外線光源以偵測該觀看者之瞳孔大小。The visual health care system of claim 1, further comprising an infrared light source coupled to the camera module to detect a pupil size of the viewer. 如申請專利範圍第1項所述的視覺保健系統，其該可能眼部狀態係自由眼癌、先天性白內障、虹膜異色症、及輕度眼球偏差(斜視)組成之群組中選出。The visual health care system according to claim 1, wherein the possible ocular state is selected from the group consisting of free eye cancer, congenital cataract, iris heterochromia, and mild eye deviation (strabismus). 如申請專利範圍第1項所述的視覺保健系統，其中該相機模組進一步包括一連至該處理器之紅外線感應器以監控觀看者頭部與顯示幕間之一工作距離與對應之該顯示幕之一螢幕尺寸以提醒該觀看者與該顯示幕保持適當距離以減少眼部疲勞度及肌肉緊繃度。The visual health care system of claim 1, wherein the camera module further comprises an infrared sensor connected to the processor to monitor a working distance between the viewer's head and the display screen and corresponding to the display screen. A screen size is used to remind the viewer to maintain an appropriate distance from the display to reduce eye fatigue and muscle tightness. 如申請專利範圍第1項所述的視覺保健系統，其中該相機模組進一步包括一連至該處理器之三維深度感應器以判定該觀看者之座位高度與對應之該顯示幕以判定該觀看者是否坐在對應該顯示幕之適當高度。The visual health care system of claim 1, wherein the camera module further comprises a three-dimensional depth sensor connected to the processor to determine the seat height of the viewer and the corresponding display screen to determine the viewer. Whether to sit at the appropriate height corresponding to the display. 如申請專利範圍第1項所述的視覺保健系統，進一步包括一控制模組以藉 由結合一該觀看者頭部與顯示幕間之工作距離為該觀看者提供一視覺敏銳度測試。The visual health care system of claim 1, further comprising a control module to borrow The viewer is provided with a visual acuity test by combining the working distance between the viewer's head and the display screen. 如申請專利範圍第1項所述的視覺保健系統，進一步包括一***作性連結至該處理器之陀螺儀以偵測該顯示幕之螢幕傾斜度。The visual health care system of claim 1, further comprising a gyroscope operatively coupled to the processor to detect a screen tilt of the display screen. 如申請專利範圍第1項所述的視覺保健系統，其中該眼部疲勞度係以一藉該相機模組偵測之眨眼比率判定。The visual health care system of claim 1, wherein the eye fatigue is determined by a blink ratio detected by the camera module. 如申請專利範圍第1項所述的視覺保健系統，進一步包括一雲端平台，其中該觀看者眼部結果係被上傳至該雲端平台，其使認證醫療建議可被取得。The visual health care system of claim 1, further comprising a cloud platform, wherein the viewer's eye results are uploaded to the cloud platform, which enables the certified medical advice to be obtained.
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Families Citing this family (14)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP3205259A1 (en) * 2016-02-15 2017-08-16 Universidad Complutense De Madrid Detector and method for detecting the level of aversion of the ocular system to light source
CN107273071A (en) * 2016-04-06 2017-10-20 富泰华工业（深圳）有限公司 Electronic installation, screen adjustment system and method
CN107544667A (en) * 2016-06-28 2018-01-05 广东欧珀移动通信有限公司 Control method, device and the mobile terminal of mobile terminal
AU2017293323B2 (en) 2016-07-04 2021-08-12 Plano Pte. Ltd. Apparatus and method for monitoring use of a device
CN106445112B (en) * 2016-08-31 2020-04-21 上海斐讯数据通信技术有限公司 Mobile terminal and method for controlling mobile terminal to be used
CN106344033A (en) * 2016-09-13 2017-01-25 中山大学中山眼科中心 Instant eye monitor
KR102469720B1 (en) * 2017-10-31 2022-11-23 삼성전자주식회사 Electronic device and method for determining hyperemia grade of eye using the same
CN108805856B (en) * 2018-02-28 2019-03-12 怀淑芹 Near-sighted degree on-site verification system
CN108334438A (en) * 2018-03-04 2018-07-27 王昆 The method that intelligence prevents eye injury
CN110613590A (en) * 2018-06-19 2019-12-27 刘葳 Eye training device and method
CN111951332B (en) * 2020-07-20 2022-07-19 燕山大学 Glasses design method based on sight estimation and binocular depth estimation and glasses thereof
TWI824683B (en) * 2021-09-07 2023-12-01 仁寶電腦工業股份有限公司 Screen unit management method, electronic apparatus, and non-transitory computer-readable storage medium
CN113835665A (en) * 2021-09-27 2021-12-24 深圳Tcl新技术有限公司 Display control method, display control device, computer equipment and storage medium
WO2023224803A1 (en) * 2022-05-18 2023-11-23 Apple Inc. Eye characteristic determination

Family Cites Families (20)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB2183333B (en) * 1985-10-25 1989-10-25 Gold Star Co Circuit for eyesight protection in a television set
US5502520A (en) * 1993-12-03 1996-03-26 Cibis; Gerhard W. Method and apparatus for detecting eye disorders
US6542081B2 (en) * 1996-08-19 2003-04-01 William C. Torch System and method for monitoring eye movement
US6052119A (en) * 1997-10-16 2000-04-18 Acer Peripherals. Inc. Image displaying device with time control function
US6270467B1 (en) * 1998-04-14 2001-08-07 Richard W. Yee Apparatus, system, and method for preventing computer vision syndrome
US6075525A (en) * 1998-05-05 2000-06-13 Hsieh; Kuan-Hong Method for preventing the injury of eyesight during operating a device with a display
US7256881B2 (en) * 2002-02-15 2007-08-14 Coopervision, Inc. Systems and methods for inspection of ophthalmic lenses
WO2003087755A1 (en) * 2002-04-12 2003-10-23 Menicon Co., Ltd. Contact lens user support system and support method
US6927696B2 (en) * 2003-05-30 2005-08-09 Ann D. Wasson Coley Viewing distance safety system
US7744216B1 (en) * 2006-01-06 2010-06-29 Lockheed Martin Corporation Display system intensity adjustment based on pupil dilation
US7976162B2 (en) * 2006-09-29 2011-07-12 Daniel Ian Flitcroft Eye examining system and method
JP4970122B2 (en) * 2007-04-20 2012-07-04 株式会社ニデック Vision test device
US7594047B2 (en) * 2007-07-09 2009-09-22 Hewlett-Packard Development Company, L.P. Buffer circuit
WO2009064911A2 (en) * 2007-11-13 2009-05-22 The Regents Of The University Of Michigan Method and apparatus for detecting diseases associated with the eye
US8884735B2 (en) * 2008-11-17 2014-11-11 Roger Li-Chung Vision protection method and system thereof
WO2011066546A1 (en) * 2009-11-30 2011-06-03 The Board Of Trustees Of The University Of Illinois Assessment of microvascular circulation
CN102237073A (en) * 2010-04-27 2011-11-09 吴立中 Method and system for protecting vision
ES2387782B1 (en) * 2011-03-04 2013-05-24 Davalor Consultoria Estrategica Y Tecnologica S.L. EQUIPMENT AND PROCEDURE FOR EXPLORATION, DIAGNOSIS OR HELP TO DIAGNOSIS AND THERAPY OF FUNCTIONAL VISION PROBLEMS
JP5594208B2 (en) * 2011-03-28 2014-09-24 カシオ計算機株式会社 Display device, display auxiliary device, and display system
CA2848206A1 (en) * 2011-09-08 2013-03-14 Icheck Health Connection, Inc. System and methods for documenting and recording of the pupillary red reflex test and corneal light reflex screening of the eye in infants and young children

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