201236662 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種喚醒裝置，胜 ..^ 罝特別關於一種應用於短 暫睡眠喚醒之眼罩、應用程式與手機。 【先前技術】 民、I疋人類重要的仃為之―，睡眠可以幫助恢 復體力，並缺緩壓力，增拉憶力，從㈣射體健康。 然而’由於社會的快速發展’現代人對於睡眠的質與 々主，人們若欠缺適量的睡眠，將有可能導致― 午精神很好’下午則昏昏欲睡、情緒不 心 失去應是爿b力、工作效率下降等。 其中，午睡有助於恢復精神和體力。每天上午工 2 ’到了中午’多半會感覺疲倦無力，若能小睡片刻，下 午就能恢復活力。但是，過長的午睡時間，反而會讓頭腦 不太清醒，也會影響當晚的睡眠，·相反的， 不足，則效果不佳。 η野間 因此，如何提供-種短暫睡眠喚醒之眼罩、應 與手機’能夠將使用者在—適當時間錢，'^ 1 的短暫_，已成為重要課題之―。 違i间效率 【發明内容】 有鑑於上述課題，本發明 唤醒之眼罩、應用程式與手機 之目的為提供一種短暫睡眼 ，能夠在使用者進入睡眠狀 201236662 態後之i當時間將其喚醒，以賴高效率的短暫睡眠。 經過研究證實，在睡眠狀態第二期（sleep stage 2)後 將使用者喚醒時，可讓使用者休息後的精神狀態最好。因 此本發明係在使用者進人睡眠狀態第二期時將其喚醒。 為達上述目的，本發明提出一種短暫睡眠喚醒之眼 罩，應用於一使用者，使其在一短暫睡眠之後被喚醒。短 暫睡眠喚醒之眼罩包含一罩體、一眼動感測器、—處_ 組以及-喚醒模組。眼動感測器嵌設於罩體，並感測使用 者而輪出-眼動訊號。處理模組嵌設於罩體，並與眼動感 測器_，接收並處理眼動訊號，若判斷使用者處於睡眠 第二期則傳送一喚醒訊號。唤醒模組與處理模組搞接，接 收唤醒訊號並依據喚醒訊號將使用者喚醒。 ' 巾，錢模減設於罩體。或者，喚醒模 _組可不嵌設於罩體而與罩體連接。或者，唤醒模組可藉由 無線傳輸而與處理模組粞接。 在-實施例中，喚醒模組包含一耳機、或一 幕、或一震動器或其組合。 在-實施例中，處理模組更包括了一遽波放大單元、 單元、一運算單元或—計時單元。濾波放 大早兀與眼動❹⑼_，並㈣眼動職作®波及肺 放大。類比數位轉換單元與眼動❹!器_，並依據眼動 «進仃-類比數位轉換。運算單元與眼動感測 ， 並依據眼動簡進行職分析，以_使用者是否處於睡 眠第二期。料單元與運算單域接，#使时處於睡眠 201236662 第二期時，開始計時一時間。 、。 貫施例中，運异單元依據眼動訊號擷取其頻率、 週期、振幅或波形，並依據眼動訊號與一特定訊號之頻 率、、週期、振幅或波形進行比較，其中，特定訊號為一纺 錘波（sleepSpindles)或一慢波（或^波）。 在一實施例中，計時單元所計時之時間超過-特定時 則運算單元產生唤醒訊號，特料間例如為5至b ^達上述目的，本發明提出—種應用於 ^其係手機與一眼罩配合使用’並應用於一使用者用: 出眠之後被唤醒’其㈣係感測使用者而輸 眼動訊號係傳送至手機，而應用程式係分 斤艮動汛唬，且若判斷使用者處於睡眠第 ’、 醒訊號用以唤醒使用者。 在一實施例中，應用程式更包含一操取單 t元。擷取單元依據眼動訊號擷取其頻率、週期、：二 ΓΓ元依據眼動訊號與一特定訊號之頻率、： 期、振幅或波形進行比較，其 貝手迥 -慢波（或a波）。 特疋蝴-纺錘波或 為達上述目的，本發明接屮一 者之手機，幻U 種可喚醒短暫睡眠使用 κ于板，其係與—眼罩配合使用 輸出-眼動訊號，1手機自A㈣罩感測使用者而 ，、于祛包含一傳輸模組、— 及-唤醒模組。傳輸模組接收眼動 &模、、且以 m 儿。處理模組處理眼 動^虎右韻使用者處於睡眠第二期則傳送—喚醒訊 201236662 號。喚醒模組與處理槎έ無 ^^ ι 接收_訊號並依據喚醒 心虎將该使用者喚醒。喚醒模組與處理模組輕接，接收喚 醒訊號並依據喚醒訊號將使用者唤醒。 、 用程ί。實把例令’處理模組係包含—從網路上下載之應 在-實施例中，處理模組依據眼動訊號擷取其頻率、 :期、振幅或波形’並依據眼動訊號與一特定訊號之頻 =週期、振幅或波形進行比較，其中，特定訊號為一纺 ，波（sleepspmdles)或一慢波（或 〇1波）。 貫施例中’當使用者處於睡眠第二期時，處理模 、，且物-時間。當處理模組所計時之時 、 時，處理模組傳送喚醒訊號。 特騎間 承上所述，依本發明之一種短暫睡眠喚醒之眼罩、鹿 用程式與手機可以讓使用者在睡眠時藉由 測眼動訊號，並將眼動訊號進行訊號分析斷= 是否處於睡眠第二期。當使用者進入睡眠第二期=3 生=訊號以倾使时。可魏时相高效 短暫睡眠。 【實施方式】 以下將參照相關圖式，說明依本發明較佳實施例之一 種紐暫睡眠喚醒之眼罩、應用程式與手機，其中 件將以相同的參照符號加以說明。 、兀201236662 VI. Description of the Invention: [Technical Field] The present invention relates to a wake-up device, which is particularly useful for a blindfold, an application, and a mobile phone that are applied to short-term sleep awakening. [Prior Art] People, I 疋 human beings are important for it, sleep can help restore physical strength, and delay stress, increase the memory, from (four) the health of the body. However, 'due to the rapid development of society', modern people's quality and sleep for the sleep, if people lack the right amount of sleep, it may lead to "good spirits in the afternoon", sleepy in the afternoon, loss of emotions should be 爿b Force, work efficiency, etc. Among them, a nap helps restore mental and physical strength. Every morning, when I work at noon, I feel tired and weak. If I can take a nap, I can regain my energy in the afternoon. However, the long nap time will make the mind less clear and affect the sleep of the night. On the contrary, if it is insufficient, the effect will be poor. η野间 Therefore, how to provide a kind of short-sleep wake-up eye mask, should be able to put the user in the appropriate time, the short-term _ 1 has become an important topic. In contrast to the above problems, the purpose of the eye mask, application and mobile phone of the present invention is to provide a short-term sleepy eye, which can wake up the user after entering the sleep state 201236662 state. Lai high efficiency short sleep. Studies have confirmed that when the user wakes up after the sleep stage 2, the user can have the best mental state after taking a break. Thus, the present invention wakes up the user when they enter the second phase of sleep. To achieve the above object, the present invention proposes a short sleep awakening eye mask that is applied to a user to wake up after a short sleep. The eye mask for short sleep awakening includes a cover, an eye sensor, a _ group, and a wake-up module. The eye movement sensor is embedded in the cover and senses the user to take the eye-eye motion signal. The processing module is embedded in the cover body and is connected to the eye movement sensor _, receives and processes the eye movement signal, and transmits a wake-up signal if it is determined that the user is in the second phase of sleep. The wake-up module is connected to the processing module, receives the wake-up signal and wakes up the user according to the wake-up signal. 'The towel, the money model is reduced to the cover. Alternatively, the awake module may be attached to the cover without being embedded in the cover. Alternatively, the wake-up module can be connected to the processing module by wireless transmission. In an embodiment, the wake-up module includes a headset, or a scene, or a vibrator or a combination thereof. In an embodiment, the processing module further includes a chopper amplification unit, a unit, an arithmetic unit, or a timing unit. The filter is placed on the early morning and the eye movement (9) _, and (4) the eye movements are applied to the lungs to enlarge. The analog digital conversion unit and the eye movement 器 _, and according to the eye movement « 仃 仃 - analog digital conversion. The arithmetic unit and the eye movement sense are analyzed according to the eye movement, so that the user is in the second period of sleep. The material unit is connected to the operation single field, and the time is in sleep. In the second period of 201236662, the time is started. ,. In the embodiment, the transport unit compares the frequency, period, amplitude or waveform according to the eye movement signal, and compares the eye movement signal with the frequency, period, amplitude or waveform of a specific signal, wherein the specific signal is one. Spindle waves (sleepSpindles) or a slow wave (or ^ wave). In an embodiment, when the time counted by the timing unit exceeds - the specific time, the arithmetic unit generates a wake-up signal, for example, 5 to b ^ for the above purpose, and the present invention proposes to apply to the mobile phone and a blindfold. Use in conjunction with 'and for a user: wake up after sleep' (the fourth) is to sense the user and the eye movement signal is transmitted to the mobile phone, and the application is smashed, and if the user is judged Sleeping, the wake-up number is used to wake up the user. In one embodiment, the application further includes a fetch unit t element. The capture unit captures its frequency and period according to the eye movement signal: the binary unit compares the frequency of the eye movement signal with a specific signal, period, amplitude or waveform, and the bellows-slow wave (or a wave) . The special butterfly-spindle wave or the above-mentioned purpose, the mobile phone of the present invention, the U-type can wake up a short sleep and use the κ-on board, and the system uses the output-eye movement signal together with the eye mask, 1 mobile phone The A (4) cover senses the user, and the cover includes a transmission module, and - a wake-up module. The transmission module receives the eye movement & mode, and is m. The processing module handles the eye movement ^ The user of the right rhyme is in the second phase of sleep and transmits - wake up 201236662. Wake-up module and processing 槎έ no ^^ ι Receive _ signal and wake up the user according to the wake-up. The wake-up module is connected to the processing module, receives the wake-up signal and wakes up the user according to the wake-up signal. , use process ί. The example of the processing module includes - downloading from the network should be - in the embodiment, the processing module captures its frequency, period, amplitude or waveform according to the eye movement signal and according to the eye movement signal and a specific The frequency of the signal = period, amplitude or waveform is compared, wherein the specific signal is a spinning, a sleepspmdles or a slow wave (or a 波1 wave). In the example, when the user is in the second phase of sleep, the mode, and the object-time are processed. When the processing module is timing, the processing module transmits a wake-up signal. According to the present invention, the eye mask, the deer program and the mobile phone for a short sleep awakening according to the present invention allow the user to measure the eye movement signal during sleep and analyze the eye movement signal. The second phase of sleep. When the user enters the second phase of sleep = 3 birth = signal to tilt. It can be effective in Wei time and short sleep. [Embodiment] Hereinafter, an eye mask, an application, and a mobile phone, which are awakened by a temporary sleep, according to a preferred embodiment of the present invention will be described with reference to the accompanying drawings, wherein the same reference numerals will be used.兀
圖1為本發明較佳實施例之短暫睡眠喚醒之眼罩U 201236662 的方塊示意圖。請參照圖】所示，在本實施例中，短暫睡 眠喚知之眼罩12 ’應用於—使用者η，使其在-短暫睡 眠之後被喚醒。短暫睡眠喚醒之眼I 12 &含 15 未顯示）、-眼動感測器13、一處理模組14以及一唤_ 眼動感測器13嵌設於罩體，並感測使用者η而輸出 一，動喊。處理馳14嵌設料體，並與眼動感测器 減，接收並處理眼動訊號，若判斷使用者處於睡眠第 二期則傳送—唤醒訊號"奐醒模組15與處理模組14麵 接，接收喚醒訊號並依據喚醒訊號將使用者丨丨喚醒。 唤醒模組！5可嵌設於罩體、或是不嵌設於罩體而盘 罩體連接、或是*與罩體連接㈣由麵傳輸技術與處理 模組14搞接。喚醒模組15可包含一耳機、或一顯示榮幕、 或一震動器或其組合，配合唤醒方式可為一音效、或一震 動、或一閃光或其他方式以喚醒使用者u，在此不限制以 何種方式喚醒使用者u，本實施例以音效為例。 圖2為本實施例之短暫睡眠喚醒之眼罩η進一步的 方塊示意圖。請參照圖2所示，處理模組14更包括了一 濾波放大單元141、一類比數位轉換單元142、一運算單 元143以及一計時單元144。濾波放大單元i4i與眼動感 測器13耦接，並依據眼動訊號作濾波及訊號放大。類比 數位轉換單元142與眼動感測器13耦接，並依據眼動訊 號進行一類比數位轉換。運算單元143與眼動感測器13 耦接，並依據眼動訊號進行訊號分析，以判斷使用者η 201236662 是否處於睡眠第二期。計時單元m ㈣使用者u處於睡眠第二期時，開；早：㈣ 當使用進入睡眠第二期紋 時-時間。 元⑷傳送-喚醒訊號。特定時間例如可^夺^至=運算單 於此+特定時間僅為舉例，而非對其限制15分鐘， 品注意者’上述元件如濾。_ 轉換單元142以及計時單-二 早兀I41、類比數位 略不用。例如，若不，求或貫際情況而省 本實施例二;Γ:不Γ置計時單元⑷。 述。運管果H 作動情況可例如下面所 这運-早7G 143依據眼動訊號 或波形’並依據眼動訊號與一特定訊二週= 幅或波形進行比較，其中 週d、振 或一慢波、或α法，·U例如可為一纺錘波、1 is a block diagram of an eye mask U 201236662 for a short sleep awakening in accordance with a preferred embodiment of the present invention. Referring to the figure, in the present embodiment, the short-sleeping eye mask 12' is applied to the user η to wake up after a short sleep. The short-sleeping awakening eye I 12 & 15 is not shown), the eye movement sensor 13, a processing module 14 and a _ eye movement sensor 13 are embedded in the cover body, and sense the user η and output First, shouting. The processing 14 is embedded and the eye sensor is reduced, and the eye movement signal is received and processed. If the user is in the second phase of the sleep, the transmission-wake signal " wake-up module 15 and the processing module 14 are processed. Connect, receive the wake-up signal and wake up the user according to the wake-up signal. Wake up the module! 5 can be embedded in the cover body, or not embedded in the cover body and connected to the cover body, or * connected to the cover body (4) by the surface transfer technology and the processing module 14. The wake-up module 15 can include a headset, or a display screen, or a vibrator or a combination thereof, and the wake-up mode can be a sound effect, or a vibration, or a flash or other means to wake up the user u, Limiting how to wake up the user u, this embodiment takes the sound effect as an example. FIG. 2 is a further block diagram of the eye mask η of the short sleep awakening of the present embodiment. Referring to FIG. 2, the processing module 14 further includes a filter amplifying unit 141, an analog digit converting unit 142, an arithmetic unit 143, and a timing unit 144. The filter amplifying unit i4i is coupled to the eye movement sensor 13 and performs filtering and signal amplification according to the eye movement signal. The analog digital conversion unit 142 is coupled to the eye movement sensor 13 and performs an analog-to-digital conversion according to the eye movement signal. The operation unit 143 is coupled to the eye movement sensor 13 and performs signal analysis according to the eye movement signal to determine whether the user η 201236662 is in the second phase of sleep. Timing unit m (4) User u is in the second phase of sleep, open; early: (4) When using the second period of sleep into time - time. Element (4) transmits - wakes up the signal. For example, the specific time can be obtained from the operation of the operation unit. For example, the specific time is only an example, and the limit is not limited to 15 minutes. _ Conversion unit 142 and chronograph-two early 兀I41, analog numerals are not used. For example, if not, the second embodiment is saved in the case of a continuation or a continuation; Γ: the timing unit (4) is not disposed. Said. The operation of the operation H can be, for example, the following operation - early 7G 143 according to the eye movement signal or waveform ' and according to the eye movement signal and a specific two weeks = amplitude or waveform, wherein the circumference d, vibration or a slow wave Or α method, · U can be, for example, a spindle wave,
訊號進行比較，本實施例且^在此並不限定與何種特定 目 =«波進行比較則可判斷使用者是否清醒或進J 發明錄實施狀—種應用於手機之應用程 式之方塊不“。請參照圖3所示，應用程式Μ 於—手機（圖未顯示）内’手機係與-眼罩22配合使用， f應用於—使用者21，使其在—蹄睡眠讀被喚醒，其 /眼罩22係感測使用者21而輸出一眼動訊號，眼動訊號 係傳送至手機’而制程式係分析眼動訊號，且若判斷使 者 處於睡眠第一期則傳送一喚醒訊號用以喚醒使用 201236662 其中，應用程式包含一彌取單元231以及 一 况》擷取單元231依據眼動訊號齒取其频率 依據眼動訊號與一特定訊號之頻 m:或波形進行比較，其中，特定訊號為一纺 錘波、或-k波、或α波，或其組合，在此並不 種特定訊號進行比較，本實施例以與紡錘波進行比較^ 例。 巧 請參考圖4所*，其為本發日月較佳實施例之—種 醒短暫睡眠❹者之手機33之方塊示意圖，其係與一眼 罩32配合使用，眼罩32係感測使用者3ι而輸出一眼動 訊號。手機33包含-傳輸模組33卜一處理模組说以及 -喚醒模組333。傳輸模組331接收眼動訊號。處理模植 332處理眼動訊號’若判斷使用者”處於睡眠第二期則傳 送-喚醒訊號。喚醒模組333與處理模組332搞接，接收 唤醒訊號並鋪倾喊將該使料31倾。喚醒模組 333與處理核組332輕接，接收喚醒訊號並依據喚醒訊號 肢用者3〗倾。倾方式可為—音效、或—震動、或 一閃光或其他方式以喚醒使时31，在此秘制以何種方 式喚醒使用者31，本實施例以音效為例。 處理模組332可包含-從網路上下載之應用程式，且 依據及眼動訊號擷取其頻率、週期、振幅或波形，並依據 該眼動訊號與-特定訊號之鮮、週期、振幅或波形進行 比較’其中’特定訊號為-紡錘波、或—慢波、或α波， 或其組合，在此並不限定與何種特定訊號進行比較，本實 201236662 施:列=錘波進行比較為例。 二期時，處理模組332開始 "处㈣眠第 人睡眠第二期經過一特定時間間。當使用者31進 醒訊號。特定時間例如可為^ =組332傳送―喚 _為舉例，而非對其限制。至15 於此，特定時 另夕卜，本實施例之手機33亦可包含如上述Μ 大早=⑷或類比數位轉換單元142之功能。〜 用浐弋盘2依本♦明之—種短暫睡眠唤醒之眼罩、瘅 、…“ 便用者在睡眠時藉由眼動❹j哭片 =訊號’並將眼動訊號進行訊號分析 •短暫睡眠。 I㈣可讓使用者達到高效率的 .本發為:例性，而非為限制性者。任何未脫離 應包含於 【圖式簡單說明】 之方發明較佳實施例之-種短暫睡眠唤醒之眼罩 —方發明較佳實施例之短暫睡眠喚醒之眼罩的另 式之===實施例之一種應用於手機之應用程 201236662 圖4為本發明較佳實施例之一種可喚醒短暫睡眠使用 者之手機之方塊示意圖。 【主要元件符號說明】 11、 21、31 :使用者 12、 22、32 :目艮罩 13 :眼動感測器 14、 332 :處理模組 141 :濾波放大單元 142 :類比數位轉換單元 143 :運算單元 144 :計時單元 15、 333 :喚醒模組 23 :應用程式 231 :擷取單元 232 :比較單元 33 :手機 331 :傳輸模組 12The signal is compared, and the present embodiment does not limit the specific object=«wave comparison to determine whether the user is awake or enters the J invention record--the application block applied to the mobile phone does not " Please refer to FIG. 3, the application is used in the mobile phone (not shown), the mobile phone system is used in conjunction with the eye mask 22, and the f is applied to the user 21 to wake up in the hoof sleep reading, The eye mask 22 senses the user 21 and outputs an eye movement signal, and the eye movement signal is transmitted to the mobile phone', and the programming system analyzes the eye movement signal, and if it is determined that the messenger is in the first stage of sleep, transmits a wake-up signal for awakening to use 201236662 The application includes a dimming unit 231 and a state capturing unit 231 for comparing the frequency of the eye movement signal with the frequency m: or waveform of the specific signal according to the eye movement signal, wherein the specific signal is a spinning Hammer wave, or -k wave, or alpha wave, or a combination thereof, is not compared with a specific signal, and this embodiment compares with a spindle wave. For example, please refer to FIG. Better sun and moon The embodiment of the present invention is a block diagram of a mobile phone 33 for waking up a short sleep, which is used in conjunction with an eyecup 32. The eyecup 32 senses the user 3 and outputs a blinking signal. The mobile phone 33 includes a transmission module 33. The processing module says and the wake-up module 333. The transmission module 331 receives the eye movement signal. The processing module 332 processes the eye movement signal 'If the user is judged to be in the second phase of sleep, the transmission-awake signal. The wake-up module 333 is connected to the processing module 332, receives the wake-up signal, and pours the tilting of the material 31. The wake-up module 333 is connected to the processing core group 332 to receive the wake-up signal and is tilted according to the wake-up signal. The tilting mode may be - sound effect, or - vibration, or a flash or other means to wake up the time 31, in which manner the user is awake in the manner of the secret 31, this embodiment takes the sound effect as an example. The processing module 332 can include an application downloaded from the network and capture its frequency, period, amplitude or waveform according to the eye movement signal, and according to the eye movement signal and the specific signal, the freshness, the period, the amplitude or the waveform Comparing 'where' the specific signal is - spindle wave, or - slow wave, or alpha wave, or a combination thereof, here is not limited to which specific signal is compared, this real 201236662 application: column = hammer wave is compared example. In the second phase, the processing module 332 starts " at the end of the fourth period of sleep. When the user 31 wakes up the signal. The specific time may be, for example, ^^ group 332 transmitting "call" as an example, rather than limiting it. To this point, in particular, the mobile phone 33 of the present embodiment may also include the functions of the above-mentioned early morning (4) or analog digital conversion unit 142. ~ Use the 浐弋 2 2 according to this ♦ Ming - a short sleep to wake up the eye mask, 瘅, ... "When the user sleeps by eye movement 哭 j crying = signal ' and signal analysis of the eye movement signal • short sleep. I(d) allows the user to achieve high efficiency. This is an example, not a limitation. Any short-sleeved wake-up that is not included in the preferred embodiment of the invention. Eye mask - another form of eye mask for short sleep awakening in the preferred embodiment of the invention === one embodiment of the application for mobile phone 201236662 FIG. 4 is a wake-up sleepy user according to a preferred embodiment of the present invention. Schematic diagram of the mobile phone. [Main component symbol description] 11, 21, 31: User 12, 22, 32: eyelid cover 13: eye movement sensor 14, 332: processing module 141: filter amplification unit 142: analog digital Conversion unit 143: operation unit 144: timing unit 15, 333: wake-up module 23: application program 231: capture unit 232: comparison unit 33: mobile phone 331: transmission module 12