TW201237575A - Intelligent awakening device and method using the same - Google Patents
Intelligent awakening device and method using the same Download PDFInfo
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201237575ϋ2 36688twf.doc/I 六、發明說明: 【發明所屬之技術領域】 本發明是有關於-種智慧型喚醒裝置及其方法 =是有關於一種關閉喚醒動作的智慧型喚醒裝置及其方 【先前技術】 過去在單純的鬧鐘喚醒方法,使用者藉由自 入’設定鬧鐘何時喚醒’直至所設定時間,鬧鐘便别 而使用者按下關閉按鍵使鬧鐘4 亭止。在更進一步的^貪睡 機制,根據使用者原先所設定的喚醒時間,每隔—段短週 期,鬧鐘會發出持續地發出間歇性的聲響,來 ° 而使用者錢按下线傾㈣殊賴,m鐘^會 停止這樣短週期地發出聲響。 在此喚醒機制之下,使用者都必須透過主動按下鬧 知,來關閉鬧鈴之喚醒。但在這樣的情況下,若是使用者 在預设的時間前趋醒,鬧鐘則是按照之前所預設的時間響 起’使用者此時可能已不在鬧鐘身旁,無法按下鬧鐘,鬧 鐘便會持續作響,因而影響到其他還在睡眠中的家人或鄰 居’此噪音可能造成他人困擾。因此,若能有唤醒機制自 動偵測使用者是否已甦醒或仍然在睡眠中,此種智慧型判 斷方法’將是一值得探討之議題。201237575ϋ2 36688twf.doc/I VI. Description of the Invention: [Technical Field] The present invention relates to a smart wake-up device and a method thereof, relating to a smart wake-up device for turning off a wake-up action and its Technology] In the past, in the simple alarm clock wake-up method, the user enters the alarm clock by setting the time when the user sets 'set the alarm to wake up' until the set time, and the user presses the close button. In the further ^ snooze mechanism, according to the user's original set wake-up time, every other short period of time, the alarm will emit intermittent intermittent sounds, and the user's money will press the line (four). , m clock ^ will stop sounding in such a short period. Under this wake-up mechanism, the user must turn off the wake-up of the alarm by actively pressing the alarm. However, in this case, if the user wakes up before the preset time, the alarm sounds according to the preset time. 'The user may not be next to the alarm clock at this time, and the alarm clock cannot be pressed. Continued to make a sound, thus affecting other family members or neighbors who are still asleep. 'This noise may cause trouble to others. Therefore, if there is a wake-up mechanism to automatically detect whether the user has awakened or is still asleep, this intelligent judgment method will be an issue worthy of discussion.
201237575 .......36688twf.doc/I 【發明内容】 笪古ί解問題’本發明提供—種智慧型喚醒裝置及 ’已甦醒式1::型喚醒裝置及其方法’將偵測使用者此時 ㈣如1 #眠之中,根據侧結果,決定是否關閉喚 醒機制’以減低喚醒機制對他人的困擾。 根據本發明的—示範實施例,本發明提供一種智慧型 喚醒裝置。上述的智慧型倾衫包括_模組及控制模 組’此_模組用以偵測使用者的穿戴狀態及身體活動程 度’而此控繼_根據此使用者的穿餘§及身體活動 程度來決定是否關閉喚醒動作。 在本發明的一示範實施例中,上述的智慧型喚醒裝置 更包括喚醒模組。此喚醒模組用以執行上述之喚醒動作, 喚醒使用者,此喚醒動作包括利用聽覺、視覺、觸覺之感 知。 在本發明的一示範實施例中,上述的偵測模組包括穿 戴偵測單元及動作偵測單元。此穿戴偵測單元偵測使用者 的穿戴狀態,並產生穿戴訊號。此穿戴訊號為判斷使用者 是否維持穿戴偵測模組,此穿戴訊號若為正訊號,則為該 使用者維持穿戴此偵測模組,此穿戴訊號若為反訊號,則 為此使用者無穿戴此偵測模組。而此動作偵測單元,用以 偵測使用者之身體活動程度,並產生動作程度值。 在本發明的一示範實施例中,上述的控制模組包括處 理單元以及輸入單元。此處理單元,接收上述的穿戴訊號 及動作程度值,若此穿戴訊號為反訊號,送出關閉訊號來 4 1201237575 .......36688twf.doc/I [Summary of the Invention] 笪古ί解问题' The present invention provides a smart wake-up device and a 'awake type 1:: wake-up device and its method' will detect At this time (4), if the user sleeps, according to the side result, decide whether to turn off the wake-up mechanism to reduce the trouble of the wake-up mechanism to others. In accordance with an exemplary embodiment of the present invention, the present invention provides a smart wake-up device. The smart flipper includes a module and a control module. The module is used to detect the wearing state and physical activity of the user. This control is based on the wearer's § and physical activity. To decide whether to turn off the wakeup action. In an exemplary embodiment of the invention, the smart wake-up device further includes a wake-up module. The wake-up module is configured to perform the above-mentioned wake-up action to wake up the user, and the wake-up action includes utilizing the senses of hearing, sight, and touch. In an exemplary embodiment of the invention, the detection module includes a wear detecting unit and a motion detecting unit. The wear detection unit detects the wearing state of the user and generates a wear signal. The wear signal is used to determine whether the user maintains the wear detection module. If the wear signal is a positive signal, the user is required to wear the detection module. If the wear signal is an anti-signal, the user has no Wear this detection module. The motion detecting unit is configured to detect the degree of physical activity of the user and generate an action level value. In an exemplary embodiment of the invention, the control module includes a processing unit and an input unit. The processing unit receives the above-mentioned wear signal and the action level value, and if the wear signal is an anti-signal signal, sends a close signal to the 4 1
36688twf.doc/I 201237575 關,上述的喚醒動作,或動作程度值大於喚醒 运出關閉訊號來關閉上述的喚醒動作。此_ 1=亦 使用者設定上述的智慧㈣# ^ =供 及喚醒臨界值。 罝之奐醒時間、喚醒動作 在本發明的一示範實施例中, 理單元㈣統職值或為使用麵設、孤界值為處 在本發明的-示關t,上述㈣娜组盘36688twf.doc/I 201237575 Off, the above wake-up action, or the action level value is greater than the wake-up load-off signal to turn off the above wake-up action. This _ 1 = user also sets the above wisdom (four) # ^ = supply and wake threshold. In the exemplary embodiment of the present invention, the unit (4) or the value of the unit is used in the present invention, and the value of the boundary is in the present invention.
模組與喚醒模組之間_接關係,、為實 體傳輸或無線通訊傳輸。 M 根據本發明的-示範實施例,本發明提供 適用於上述的智慧型喚醒裳置。此方法的S 的穿戴狀態及身體活動程度,並根據此使 作者的穿戴“及身體活動程度來決定是否關喚醒動 根據本發明的—示範實施例’本發明提供一種智慧型 ,醒裝置。上述的智慧型喚醒裝置包㈣峨組及控制模 、、且’此偵測模組用以_使用者的穿戴狀態,而此控制模 級則根據此使崎的穿戴狀態來決定是否關閉倾動作。、 根據本發明的一示範實施例,本發明提供一種智慧型 喚醒方法,適用於上述的智慧型喚醒裝置。此方法的步驟 包括偵測使用者的穿戴狀態,並根據此使用者的穿戴狀態 來決定是否關閉喚醒動作。 根據本發明的另一示範實施例,本發明提供一種智慧 t奐醒裝置。此智慧型喚醒裝置包括俄測模組及控制模 201237575The connection between the module and the wake-up module, for physical transmission or wireless communication. M In accordance with an exemplary embodiment of the present invention, the present invention provides a smart wake-up suit suitable for use in the above. The wearing state of S and the degree of physical activity of the method, and according to the author's wearing "and the degree of physical activity to determine whether to turn off the wake-up according to the present invention - an exemplary embodiment" provides a smart, wake-up device. The smart wake-up device package (4) sets and controls the mode, and the 'detection module is used for the wear state of the user, and the control mode determines whether to close the tilting motion according to the wear state of the state. According to an exemplary embodiment of the present invention, the present invention provides a smart wake-up method, which is applicable to the smart wake-up device described above. The method includes the steps of detecting a wear state of the user and according to the wear state of the user. Determining whether to turn off the wake-up action. According to another exemplary embodiment of the present invention, the present invention provides a smart wake-up device. The smart wake-up device includes a Russian test module and a control module 201237575
…*02 36688twf.doc/I 組’此偵測模組用以偵測使用者的身體活動程度,而此押 制模組則根據此使用者的身體活動程度來決定是否關閉^ 醒動作。 、 根據本發明的另一示範實施例’本發明提供一種智慧 型喚醒方法,適用於上述的智慧型喚醒裝置。此方法二步 驟包括偵測使用者的身體活動程度,並根據此使用者的^ 體活動程度來決定是否關閉喚醒動作。 基於上述,本發明之示範實施例提出一種智慧型喚醒 裝置及其方法。此智慧型喚醒裝置藉由偵測使用者的穿戴 狀態及身體活動程度,判斷使用者此時已甦醒或仍在睡眠 之中,並根據使用者的穿戴狀態及身體活動程度來決定是 否關閉喚醒動作。如此一來,即使使用者在原設定時間之 前已甦醒,而此刻使用者並不在唤醒裝置身旁,無法手動 關閉喚醒裝置時,此智慧型喚醒裝置仍可自動關閉唤醒動 作。 、 為讓本發明之上述特徵和優點能更明顯易懂,下文特 舉實施例,並配合所附圖式作詳細說明如下。 、 【實施方式】 圖1是根據本發明之一示範實施例所繪示的 型喚醒裝置100的功能方塊圖。請參照圖i,智慧型喚醒 裝置⑽包括偵測模組110、控制模組m、唤醒模缸⑽ 以及顯示模組140。其中债測模組110包括穿戴偵測單元 201237575...*02 36688twf.doc/I Group 'This detection module is used to detect the degree of physical activity of the user, and the tamper module determines whether to close the waking action according to the degree of physical activity of the user. According to another exemplary embodiment of the present invention, the present invention provides a smart wake-up method suitable for the above-described smart wake-up device. The second step of the method includes detecting the degree of physical activity of the user, and determining whether to turn off the wake-up action according to the degree of activity of the user. Based on the above, an exemplary embodiment of the present invention provides a smart wake-up device and method thereof. The smart wake-up device determines whether the user has awakened or is still asleep by detecting the wearing state and the degree of physical activity of the user, and determines whether to turn off the wake-up action according to the wearing state and the degree of physical activity of the user. . In this way, the smart wake-up device can automatically turn off the wake-up action even if the user has awake before the original set time, and the user is not waking up to the device and cannot manually turn off the wake-up device. The above described features and advantages of the present invention will become more apparent from the description of the appended claims. [Embodiment] FIG. 1 is a functional block diagram of a wake-up device 100 according to an exemplary embodiment of the present invention. Referring to FIG. 1, the smart wake-up device (10) includes a detection module 110, a control module m, a wake-up mold cylinder (10), and a display module 140. The debt testing module 110 includes a wear detecting unit 201237575
36688twf.doc/I ----02 測單元114。控制模組120包括處理單元 單& 124、儲存單元126以及震盪電路元件128。 測照^ ^ _模組UG中的穿戴侧單元U2谓 用者θ3;㈣戴狀g、’並產生穿戴訊號,此穿戴訊號為使 維持穿戴債測模組110。穿戴訊號若為正訊號, =用者維持穿戴制模組UG,雜減若為反訊號, 沾f使用者無穿戴偵測模組110。並利用_模組110中 說作偵測單it 1Η來偵測使用者的身體活動程度,產生 雷1知度值。其中穿戴偵測單元112可為皮膚導電元件、 ,各感測器、機械式電路開關以及紅外線感測器等任何形 i的^戴感測元件,來侧是否穿戴制模組110。動作 翻測早兀114可為三軸感測器、震動感測器等任何形式的 動作感測器,根據重力加速度及位移,制使用者的身體 活動程度。 控制模組120耦接於偵測模組110,控制模組120根 據使,者的穿戴狀態及身體活動程度,來決定是否關閉喚 模、、且130中所執行的喚醒動作。處理單元122接收並處 理上述的穿戴訊號及動作程度值。若穿戴訊號為反訊號(意 P使用者無穿戴j貞測模組1 1 〇) ’表示使用者已經趋醒,並 ,下^測模組110,則處理單元122送出關閉訊號來關閉 #醒核紐· 130所執行的喚醒動作,若穿戴訊號為正訊號(意 =使用者維持穿戴偵測模組110),但動作程度值大於喚醒 臨界值(意即使用者的身體活動程度大於預設標準值),此 20123757536688twf.doc/I ----02 Test unit 114. The control module 120 includes a processing unit single & 124, a storage unit 126, and an oscillating circuit component 128. The wear side unit U2 in the module ^ _ module UG is the user θ3; (4) the wear form g, 'and produces a wear signal, which is to maintain the wear debt test module 110. If the wear signal is a positive signal, the user maintains the wearable module UG, and if the noise reduction is an anti-signal, the user does not wear the wear detection module 110. The _ module 110 is used as a detection unit 1 to detect the degree of physical activity of the user, and generates a Thunder 1 value. The wear detecting unit 112 can be any type of sensing element, such as a skin conductive element, each sensor, a mechanical circuit switch, and an infrared sensor, to wear the module 110 on the side. Action Flip test early 114 can be any type of motion sensor such as three-axis sensor, vibration sensor, etc., according to the acceleration and displacement of gravity, the degree of physical activity of the user. The control module 120 is coupled to the detection module 110. The control module 120 determines whether to close the module and perform the wake-up action performed in 130 according to the wearing state and the physical activity level of the person. Processing unit 122 receives and processes the wear signal and action level values described above. If the wear signal is a reverse signal (meaning the user does not wear the test module 1 1 〇) ' indicates that the user has woken up, and the test module 110 is down, the processing unit 122 sends a close signal to turn off the # wake up The wake-up action performed by the core button 130, if the wear signal is a positive signal (meaning = the user maintains the wear detection module 110), but the action level value is greater than the wake-up threshold (ie, the user's physical activity is greater than the preset) Standard value), this 201237575
----U2 36688twf.doc/I 上返之噢醒模組 im ,, 、让利棋、、且120,唤醒模细 之調!器、以及震動器等等能喚醒睡眠 之裝置。而喚醒動作即為鬧鈴之響鈴 = =暗變化、以及振動器之振動力等;能=^ =制模組no中之震盈電路元件128,產生時間計數。 124,提供使用者設定智慧型喚醒裝置刚的喚 =間、倾動作以及喚醒臨界值,其中喚醒臨界值亦可 之預設值。儲存單71126則儲存使用者的 穿戴汛唬、動作程度值以及喚醒臨界值。 顯不模、組140’輕接於该測模組11〇及控制模組12〇, ,示當前時間、穿戴訊號、動作程度值以及喚醒臨界值, 2提醒使用者此刻這些訊息之狀態。顯示模組14〇可為 手持裝置、手錶螢幕、液晶螢幕或為多媒體顯示器。 制模組110與控制模組12〇、控制模組120盥喚醒 ^ 130、顯示模組14〇與制模组u〇以及顯示模組14〇 =控制模組12G之間的搞接義,為—有線實體傳輸或一 *,、、線 訊值 。 ,圖2是根據本發明之一示範實施例所緣示的一種智慧 型喚醒方法的流程圖。智慧型倾方法細適用於智慧型 喚醒裝置100上’根據使用者的穿戴狀態及動作程度值, 來決定是否關閉喚醒動作。----U2 36688twf.doc/I The wake-up module im,,, let, and 120, wake up the mode! Devices such as vibrators and vibrators can wake up sleep. The wake-up action is the bell ringing of the alarm == dark change, and the vibration force of the vibrator; etc.; can == = the vibration circuit component 128 in the module no, generating the time count. 124, providing a user to set the smart wake-up device just the call, the tilting action, and the wake-up threshold, wherein the wake-up threshold can also be a preset value. The storage unit 71126 stores the wearer's wear level, the action level value, and the wake-up threshold. The display module 140' is lightly connected to the test module 11 and the control module 12A, and displays the current time, the wear signal, the action level value, and the wake-up threshold. 2 reminds the user of the status of the message at the moment. The display module 14A can be a handheld device, a watch screen, a liquid crystal screen, or a multimedia display. The module 110 and the control module 12, the control module 120, the wakeup 130, the display module 14 and the module u〇, and the display module 14〇=the control module 12G are - Wired entity transmission or a *,,, line signal value. 2 is a flow chart of a smart wake-up method according to an exemplary embodiment of the present invention. The smart tilting method is applied to the smart wake-up device 100. Depending on the wearing state and the degree of motion of the user, it is determined whether or not the wake-up action is turned off.
201237575 -.......Ό2 36688twf.doc/I 能及及圖2 °首先,_使用者的穿戴狀 =身體活動程度(步驟S2G2) ’接著智慧型喚醒方法200 =根據制者之穿戴㈣,_使时此日枝否穿戴偵 110 (步驟S204) ’若辨別結果為否,表示使用者此 寺…、穿戴侧模組11 〇,則送出_訊號關閉倾模組】3 〇 之喚醒動作(步驟S2G8) ’若是,_始鑛動作程度值是 否大於喚縣界值(步驟讓)。若動作贿值是大於喚醒 臨界值(步驟S206) ’則送出關閉訊號關閉喚醒模組13〇之 喚醒動作(步驟咖)。若動作程度值从於喚賊界值(步 驟S206),則__使用者穿戴狀態及身體活動程 驟S202) ’更新穿戴訊號及動作程度值。 圖3是根據本發明之另一示範實施例所緣示的一種智 慧型喚醒裝置300的功能方塊圖。本示範實施例在偵測& 組310巾’實施方式與圖i之示範實施例大致相同。偵測 模組310中,利用動作偵測單元314偵測使用者的身體活 動程度,另在控制模組320的處理單元322,則直接判斷 動作程度值是否大於喚醒臨界值(意即使用者的身體活動 程度大於預設標準值)’根據使用者的身體活動程度,判斷 使用者已經趋醒,因而關閉喚醒模組330所執行^喚醒動 作。 、 圖4是根據本發明之另一示範實施例所繪示的一種知 慧型喚醒方法的流程圖。智慧型喚醒方法4 〇 〇適用於知二 型喚醒裝置300上,根據使用者的動作程度值,來決 否關閉喚醒動作。 疋201237575 -.......Ό2 36688twf.doc/I Can and Fig. 2 ° First, _user wearable = physical activity level (step S2G2) 'Next smart wake-up method 200 = according to the wearer's wear (4), _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ (Step S2G8) 'If yes, the value of the _ ore mining action level is greater than the call county boundary value (step let). If the action bribe value is greater than the wake-up threshold (step S206), then the shutdown signal is sent to close the wake-up module 13's wake-up action (step coffee). If the action level value is from the thief limit value (step S206), the __user wear state and the physical activity process S202) 'update the wear signal and the action level value. FIG. 3 is a functional block diagram of a smart wake-up device 300 in accordance with another exemplary embodiment of the present invention. The exemplary embodiment of the present invention is substantially the same as the exemplary embodiment of the detection & group 310. In the detecting module 310, the motion detecting unit 314 is used to detect the physical activity level of the user, and in the processing unit 322 of the control module 320, it is directly determined whether the motion level value is greater than the wake threshold (ie, the user's The degree of physical activity is greater than a preset standard value. 'According to the degree of physical activity of the user, it is determined that the user has woken up, and thus the wake-up action performed by the wake-up module 330 is turned off. 4 is a flow chart of a cognitive awake method according to another exemplary embodiment of the present invention. The smart wake-up method 4 〇 〇 is applied to the wake-up device 300, and the wake-up action is turned off according to the value of the user's motion level.疋
36688twf.doc/I 201237575, v2 請同時參照圖3及圖4。首先,谓測使用者的身體活 動程度(步驟S402),接著智慧型喚醒方法㈣判斷動 作程度值是否大於喚醒臨界值(步驟S4〇6)。若動作程产值 是大於倾臨界值(步驟S條),則送出關訊細閉=醒 模組330之喚醒動作(步驟S4〇8),若動作程度值不大於唤 醒臨界值(步驟S4G6),龍續侧制者雜活動程度步 驟S402) ’更新動作程度值。 圖5是根據本發明之另一示範實施例所矣會示的一種智 慧型唤醒裝置500的功能方塊圖。本示範實施例在偵測模 組510中,實施方式與圖丨之示範實施例大致相同。制 模組510中,利用穿戴偵測單元512偵測使用者的穿戴狀 態’另在控制模組520的處理單元522,則根據穿戴訊號 若為反訊號(意即使用者無穿戴偵測模組),判斷使用者已 經甦醒,因而關閉喚醒模組33〇所執行的喚醒動作。 圖6是根據本發明之另一示範實施例所綠示的一種智 慧型喚醒方法的流程圖方法_適用於智慧 型唤醒裝置獅上,根據使用者的穿戴訊號,來決定是否 關閉喚醒動作。 ▲請同時參照圖5及圖6。首先M貞測使用者的穿戴狀 態(步驟S602) ’接著智慧型喚醒方法開始判斷使用者 是否穿戴偵測模組(步驟S6G4)。若使用者無穿鋪測模組 (步驟S604),則送出關閉訊號關閉喚醒模組53〇之喚醒動 作(步驟S608) ’若使用者有穿戴债測模組(步驟S6〇4),則 繼續偵測使用者穿戴狀態(步驟S 6 〇 2 ),更新穿戴訊號。36688twf.doc/I 201237575, v2 Please refer to Figure 3 and Figure 4. First, the degree of physical activity of the user is measured (step S402), and then the smart wake-up method (4) determines whether the degree of motion value is greater than the wake-up threshold (step S4 - 6). If the process output value is greater than the threshold value (step S), the wake-up action of the close-up switch = wake-up module 330 is sent (step S4〇8), and if the action level value is not greater than the wake-up threshold (step S4G6), Step S402) 'Update the action level value. Figure 5 is a functional block diagram of a smart wake-up device 500, shown in accordance with another exemplary embodiment of the present invention. The exemplary embodiment is in the detection module 510, and the embodiment is substantially the same as the exemplary embodiment of the figure. In the module 510, the wear detection unit 512 is used to detect the wearing state of the user. In addition, the processing unit 522 of the control module 520 is an anti-signal according to the wear signal (ie, the user does not wear the detection module). ), it is determined that the user has awake, and thus the wake-up action performed by the wake-up module 33 is turned off. FIG. 6 is a flowchart diagram of a smart wake-up method according to another exemplary embodiment of the present invention. The method is applicable to a smart wake-up device lion, and determines whether to turn off the wake-up action according to the wearable signal of the user. ▲ Please also refer to Figure 5 and Figure 6. First, M measures the wear status of the user (step S602). Then, the smart wake-up method starts to determine whether the user wears the detection module (step S6G4). If the user does not wear the test module (step S604), the wake-up action of the wake-up module 53 is sent off (step S608). 'If the user wears the debt test module (step S6〇4), continue The wear state of the user is detected (step S 6 〇 2 ), and the wear signal is updated.
201237575 36688twf.doc/I 為使本發明更淺顯易懂,下述將提出多組示範實施例 來說明此智慧型喚醒裝置及其方法的實際運作方式。 圖7是根據本發明之一示範實施例所繪示的—種智慧 型嗔醒裝置700的操作示意圖。在手錶705中,偵測模組 710包括穿戴感測元件712及動作感測器714。穿戴感測元 件912將彳貞測穿戴狀態,產生穿戴訊號以代表偵測模組7川 是否穿戴在使用者身上,在此實施例中,即代表使用者此 時是否穿戴手錶705。若穿戴感測元件712偵測結果是使 用者無穿戴此手錶705 ’穿戴感測元件712將送出反訊號 給微處理器720,微處理器720接收到此反訊號,便會得 知使用者已無穿戴偵測模組710,判斷使用者已經甦醒, 因而把手錶705脫下。此時微處理器72〇將會送出關閉訊 號給電子鬧鈴730,關閉電子鬧鈴730在原先預設喚醒時 間所欲執行的喚醒動作。 另一方面,若穿戴感測元件712偵測結果是使用者維 持穿戴此手錶7〇5,穿戴感測树712將送出正訊號給微 處理器72G。而動作感測器714所彳貞測刺動作程度值也 將送給微處理器720。此時,若動作程度值大於原先設定 之喚醒臨界值,微處理g 72G關斷此時使用者已賴, 所以才月t*有大幅度的身體活動程度,微處理器72〇因而送 出關閉訊號給電子鬧鈐730,關閉電子_ 73〇在原先預 設喚醒時間所欲執行的喚_作。上述的喚醒臨界值為微 處理器720系統内建或由使用者自行輸入。 11201237575 36688twf.doc/I In order to make the present invention easier to understand, a plurality of sets of exemplary embodiments will be presented below to illustrate the actual operation of the smart wake-up device and its method. FIG. 7 is a schematic diagram of the operation of a smart wake device 700 according to an exemplary embodiment of the invention. In the watch 705, the detection module 710 includes a wear sensing component 712 and a motion sensor 714. The wear sensing component 912 will detect the wear state and generate a wear signal to indicate whether the detection module 7 is worn on the user. In this embodiment, the user is wearing the watch 705 at this time. If the wear sensing component 712 detects that the user is not wearing the watch 705, the wear sensing component 712 will send a signal to the microprocessor 720. When the microprocessor 720 receives the echo, it will know that the user has The wear-free detection module 710 determines that the user has awake, thereby taking off the watch 705. At this time, the microprocessor 72 will send a shutdown signal to the electronic alarm 730 to turn off the wake-up action that the electronic alarm 730 is intended to perform at the original preset wake-up time. On the other hand, if the wear sensing component 712 detects that the user is wearing the watch 7〇5, the wear sensing tree 712 will send a positive signal to the microprocessor 72G. The value of the spur action level of the motion sensor 714 is also sent to the microprocessor 720. At this time, if the action level value is greater than the previously set wake-up threshold, the microprocessor g 72G is turned off at this time, and the user has relied on the user, so that the monthly t* has a large degree of physical activity, and the microprocessor 72 sends a shutdown signal. To the electronic alarm 730, turn off the electronic _ 73 〇 in the original preset wake-up time to perform the call. The above-mentioned wake-up threshold is built into the microprocessor 720 system or input by the user. 11
201237575 02 36688twf· doc/I 螢幕740則會顯示當前時間、 以及喚醒臨界值,能讓使用去巧心戴 動作私度值 你田本“使者思時得知目前狀態,以提醒 °卜’债測模1 且710與微處理器720、微處理器 頂、伽驗71G與螢幕嫩及微處理 路連接1、螢幕之間的耗接關係為手錶705中之實體電 ,8是根據本發明之另—*範實施綱繪示的一種今 =喚醒裝置_的操作示意圖。圖8示範實施例的運子 枝致上與圖7相同’但在喚醒動作的部份,由燈光言) :30來執行。另外在手錶8〇5與燈光調節器㈣之^ =關係可為無線通訊介面_,例如無線保真度(侧 = 介面。如同圖7所實施的運作方式,南 ^測模組81〇之穿戴感測元件812及動作感測器购 ,的穿戴喊及動作程度值,決定是否關燈光調節暑 =〇的唤醒動作。微處理器82GT藉由此無線通訊介面86 /閉為虎傳送給燈光調節器83〇,以利用燈光調節器幻 的燈光明暗變化,來喚醒使用者。 圖9是根據本發明之另一示範實施例所綠示的一種智 慧型喚醒裝置900的操作示意圖。圖9示範實施例的運作 :式大致上與圖7及圖8相同,但在圖9實施例中,喚醒 作的部份,由聲音調節器93〇來執行。此外,由外部的 ^月:920取代圖7的微處理器72〇及圖8的微處理器 820。 =知92〇接收並處理自穿戴感測元件9丨2所偵測的穿戴訊 ^以及自動作感测器914所偵測的動作程度值。電腦92〇201237575 02 36688twf· doc/I Screen 740 will display the current time, as well as the wake-up threshold, which can make you use the value of the action private value of your Tianben "the messenger thinks about the current state, to remind you of the debt test" Mode 1 and 710 and microprocessor 720, microprocessor top, gamma 71G and screen and micro processing connection 1, the consumption relationship between the screen is the physical power in the watch 705, 8 is another according to the present invention A schematic diagram of the operation of a present embodiment of the present invention. The embodiment of the exemplary embodiment of FIG. 8 is the same as that of FIG. 7 but in the part of the wake-up action, executed by the light: 30 In addition, the relationship between the watch 8〇5 and the light regulator (4) can be a wireless communication interface _, such as wireless fidelity (side = interface. As shown in Figure 7, the operation mode, the south test module 81 Wearing the sensing component 812 and the motion sensor purchase, the value of the wearer and the action level determine whether to turn off the wake-up action of the light adjustment. The microprocessor 82GT transmits the wireless communication interface 86/closed to the tiger. Light regulator 83 〇 to take advantage of the light regulator illusion A dark change to wake up the user. Figure 9 is a schematic diagram of the operation of a smart wake-up device 900 according to another exemplary embodiment of the present invention. The operation of the exemplary embodiment of Figure 9 is substantially the same as Figure 7 and Figure 8 is the same, but in the embodiment of Fig. 9, the wake-up portion is executed by the sound adjuster 93. In addition, the external microprocessor: 920 replaces the microprocessor 72 of Fig. 7 and the microprocessor of Fig. 8. The device 820 receives and processes the wear signal detected by the self-wearing sensing element 9丨2 and the action level value detected by the sensor 914. The computer 92〇
S 12 2〇1237.575〇2 根據穿戴訊^及動作程度麵定是科出_訊號,以關 閉聲音調節器930的喚醒動作。 此外,在手錶905與聲音調節器_之___ 可為無線通訊;,面%G,以及手錶则與電腦_之 耦接關係可為無線通訊介面97〇。而在聲音調節器盥 電腦920之間的輕接關係彳為有線實體介面_ ^ 訊介面990。電腦920根據穿戴訊號及動作程度值&定曰 否透過有線倾介面刪或無賴赠面_ 號,關閉聲音s周節為930的喚醒動作,以利立 930的聲音變化,來喚醒使用者。 ㈣曰调" 此外’在圖7、圖8及圖9之微處理器72〇、微處理 820以及電腦920中,有震蘯電路元件(未綠示)來產生時間 計數:產生震盪的方式可為石英震钱是電子震盈。亦有 儲存單元(未綠示)’例如記憶體或硬石茱,用來儲存使用者 的穿戴訊號、動作程度值以及喚醒臨界值。除圖7、圖8 或圖9之外’並有其他的示範實施例能省略制穿戴之部 分,直接利用動作程度值,來判斷是否關閉喚醒動作。同 時也亦有其他的示範實施例能省略偵測身體活動程度之部 分,直接利用穿戴狀態,來判斷是否關閉喚醒動作。而在 此發明中’亦可制其它可穿戴之裝置來_使用者的穿 戴狀態及動作程度值,不限於使用手錶來執行。 綜上所述,本發明之示範實施例提出一種智慧型喚醒 裝置及其方法。此智慧型倾裝置藉㈣鞭用者的穿戴 狀態及身航動程度,躺制者糾已触或仍在睡眠 13 201237575 υ2S 12 2〇1237.575〇2 is based on the wear level and the degree of motion, and is used to turn off the wake-up action of the sound adjuster 930. In addition, the watch 905 and the sound adjuster ___ can be wireless communication; the face %G, and the watch and the computer _ can be a wireless communication interface 97 〇. The light connection between the sound conditioner 电脑 computer 920 is a wired entity interface _ ^ interface 990. The computer 920 sets the wake-up action of the sound s week to 930 according to the value of the wear signal and the action level and whether or not to delete the sound s, and wakes up the user with the sound change of the 930. (4) Adjusting " In addition, in the microprocessor 72〇, the microprocessor 820, and the computer 920 of FIG. 7, FIG. 8 and FIG. 9, there are shock circuit components (not shown) to generate time count: the manner of generating oscillation It can be quartz shock money is electronic shock. There is also a storage unit (not shown), such as a memory or a hard stone, for storing the user's wear signal, action level value, and wake threshold. In addition to Fig. 7, Fig. 8, or Fig. 9, there are other exemplary embodiments that can omit the worn portion and directly use the action level value to determine whether to turn off the wakeup action. At the same time, other exemplary embodiments can omit the detection of the degree of physical activity and directly use the wearing state to determine whether to close the wake-up action. In the present invention, it is also possible to manufacture other wearable devices - the wearing state and the degree of motion of the user, and is not limited to the use of a watch. In summary, the exemplary embodiment of the present invention provides a smart wake-up device and method thereof. This intelligent tilting device borrows (4) the wearer's wearing state and the degree of body movement, and the lying person has touched or is still sleeping 13 201237575 υ2
36688twf.d〇c/I 之中’並根據使用者的穿戴狀態及身體活動程度來決定是 否關閉喚_作。換言之’使用者-旦穿戴此智慧型喚醒 裝置,制模組,此智慧^倾裝置便能根據使用者的穿 戴狀態及活動程度來自動關喚雜作,使时不需再利 用手,執行關閉。如此—來,當使用者已越醒並至其他的 活動範圍,唤醒模組(例如為鬧鈴)此時已不在使用者身 邊’原先可能持續響起並影響到其他家人睡眠的鬧鈴聲, 因為此智慧型喚醒裝置已侧到使用者脫下制模組或是 使用者的身體活動程度已變大,得以自動關倾之鬧铃 聲響’因此’大幅減低鬧鈴聲困擾到他人之可能性。 雖然本發明已以貫施例揭露如上,然其並非用以限定 本發明’任何所屬技術領域巾具有通常知識者,在不脫離 本發明之精神和範圍内,當可作些許之更動與潤飾,故本 發明之保護範圍當紐附之申請專·_界定者為準。 【圖式簡單說明】 圖1是根據本發明之-示範實施例所繪示的一種智慧 型喚醒裝置的功能方塊圖。 圖2是根據本發明之一示範實施例所繪示的一種智慧 型唤醒方法的流程圖。 ’ 圖3是根據本發明之另一示範實施例所繪示的一種智 慧型喚醒裝置的功能方塊圖。 圖4是根據本發明之另-示範實施例所繪示的一種智 慧型喚醒方法的流程圖。In the 36688twf.d〇c/I, and depending on the wear status of the user and the degree of physical activity, it is decided whether to close the call. In other words, 'the user wears the smart wake-up device and the module, and the smart device can automatically call the miscellaneous according to the wear state and the degree of activity of the user, so that the user does not need to use the hand again to perform the shutdown. . In this way, when the user has woken up to other activities, the wake-up module (for example, an alarm) is no longer around the user. 'The original ringtone that may continue to sound and affect the sleep of other family members, because this The smart wake-up device has been turned off to the user's module or the user's physical activity has become larger, and the automatic ringing alarm is sounded, so the possibility of disturbing the ringing tone is greatly reduced. The present invention has been disclosed in the above-described embodiments, and is not intended to limit the invention. Any of the technical fields of the present invention can be modified and modified without departing from the spirit and scope of the present invention. Therefore, the scope of protection of the present invention is subject to the definition of the application. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a functional block diagram of a smart wake-up device in accordance with an exemplary embodiment of the present invention. 2 is a flow chart of a smart wake-up method according to an exemplary embodiment of the invention. FIG. 3 is a functional block diagram of a smart wake-up device according to another exemplary embodiment of the present invention. 4 is a flow chart of a smart wake-up method in accordance with another exemplary embodiment of the present invention.
U2 36688twf.doc/I 201237575 圖5是根據本發明之另一示範實施例所繪示的一種智 慧型喚醒裝置的功能方塊圖。 圖6是根據本發明之另一示範實施例所繪示的一種智 慧型喚醒方法的流程圖。 圖7是根據本發明之一示範實施例所繪示的一種智慧 型喚醒裝置的操作示意圖。 圖8是根據本發明之另一示範實施例所繪示的一種智 慧型喚醒裝置的操作示意圖。 圖9是根據本發明之另一示範實施例所繪示的一種智 慧型喚醒裝置的操作示意圖。 【主要元件符號說明】 100 :智慧型喚醒裝置 110 :偵測模組 112 :穿戴偵測單元 114 :動作偵測單元 120 :控制模組 122 :處理單元 124 :輸入單元 126 :儲存單元 128 :震盪電路元件 130 :喚醒模組 140 :顯示模組 200 :智慧型喚醒方法 15U2 36688 twf.doc/I 201237575 FIG. 5 is a functional block diagram of a smart wake-up device according to another exemplary embodiment of the present invention. FIG. 6 is a flow chart of a smart wake-up method according to another exemplary embodiment of the present invention. FIG. 7 is a schematic diagram of the operation of a smart wake-up device according to an exemplary embodiment of the invention. FIG. 8 is a schematic diagram of the operation of a smart wake-up device according to another exemplary embodiment of the present invention. FIG. 9 is a schematic diagram of the operation of a smart wake-up device according to another exemplary embodiment of the present invention. [Main component symbol description] 100: smart wake-up device 110: detection module 112: wear detection unit 114: motion detection unit 120: control module 122: processing unit 124: input unit 126: storage unit 128: shock Circuit component 130: wake-up module 140: display module 200: smart wake-up method 15
201237575υ2 36688twf.doc/I 300 :智慧型喚醒裝置 310 :偵測模組 314 :動作偵測單元 320 :控制模組 322 :處理單元 324 :輸入單元 326 :儲存單元 328 :震盪電路元件 330 :喚醒模組 340 :顯示模組 400 :智慧型喚醒方法 500 :智慧型喚醒裝置 510 :偵測模組 512 :穿戴偵測單元 514 :動作偵測單元 520 :控制模組 522 :處理單元 524 :輸入單元 526 :儲存單元 528 :震盪電路元件 530 :喚醒模組 540 :顯示模組 600 :智慧型喚醒方法 700 :智慧型喚醒裝置201237575υ2 36688twf.doc/I 300: smart wake-up device 310: detection module 314: motion detection unit 320: control module 322: processing unit 324: input unit 326: storage unit 328: oscillation circuit component 330: wake-up mode Group 340: display module 400: smart wake-up method 500: smart wake-up device 510: detection module 512: wear detection unit 514: motion detection unit 520: control module 522: processing unit 524: input unit 526 : storage unit 528 : oscillating circuit component 530 : wake-up module 540 : display module 600 : smart wake-up method 700 : smart wake-up device
201237575υ2 36688twf.doc/I S 16201237575υ2 36688twf.doc/I S 16
201237575^ 36688twf.doc/I 705 手錶 710 偵測模組 712 穿戴感測元件 714 動作感測器 720 微處理器 730 電子鬧鈴 740 螢幕 800 智慧型喚醒裝置 805 手錶 810 偵測模組 812 穿戴感測元件 814 動作感測器 820 微處理器 830 燈光調節器 840 螢幕 860 無線通訊介面 900 智慧型喚醒裝置 905 手錶 910 偵測模組 912 穿戴感測元件 914 動作感測器 920 電腦 930 聲音調節器 940 螢幕 17201237575^ 36688twf.doc/I 705 Watch 710 Detection Module 712 Wearable Sensing Element 714 Motion Sensor 720 Microprocessor 730 Electronic Alarm 740 Screen 800 Smart Wake Device 805 Watch 810 Detection Module 812 Wear Sensing Element 814 Motion Sensor 820 Microprocessor 830 Light Adjuster 840 Screen 860 Wireless Communication Interface 900 Smart Wake-up Device 905 Watch 910 Detection Module 912 Wearable Sensing Element 914 Motion Sensor 920 Computer 930 Sound Conditioner 940 Screen 17
36688twf.docA 201237575 ; ________υ2 960 :無線通訊介面 970 :無線通訊介面 980 :有線實體介面 990 :無線通訊介面 S202〜S208 :智慧型喚醒方法之流程步驟 S402〜S408 :智慧型喚醒方法之流程步驟 S602〜S608 :智慧型喚醒方法之流程步驟36688twf.docA 201237575 ; ________ υ 2 960 : Wireless communication interface 970 : Wireless communication interface 980 : Wired physical interface 990 : Wireless communication interface S202 ~ S208 : Process steps of intelligent wake-up method S402 ~ S408 : Process step S602 of smart wake-up method S608: Process steps of the smart wake-up method
S 18S 18
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TWI547826B (en) * | 2014-10-14 | 2016-09-01 | 拓連科技股份有限公司 | Methods and systems for notification management between an electronic device and a wearable electronic device, and related computer program products |
US9445726B2 (en) | 2013-03-28 | 2016-09-20 | Rakuten, Inc. | Electronic apparatus, thermometer, body temperature management system, alarm control method, and program |
TWI624738B (en) * | 2013-01-28 | 2018-05-21 | 群邁通訊股份有限公司 | System and method of detecting intelligent alarm clock |
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EP1026559B1 (en) * | 1998-08-31 | 2010-11-24 | Citizen Holdings Co., Ltd. | Electronic watch with generating function |
WO2000023852A1 (en) * | 1998-10-20 | 2000-04-27 | Citizen Watch Co., Ltd. | Power-saving electronic watch and method for operating electronic watch |
JP2002328184A (en) * | 2001-04-27 | 2002-11-15 | Seiko Instruments Inc | Electronic timepiece |
US7573212B2 (en) * | 2003-01-22 | 2009-08-11 | Avis Deborah K | Automatic power control module for battery powered devices |
TWI245979B (en) * | 2004-01-06 | 2005-12-21 | Duteck Ind Co Ltd | Time indicator of method and device |
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TWI624738B (en) * | 2013-01-28 | 2018-05-21 | 群邁通訊股份有限公司 | System and method of detecting intelligent alarm clock |
US9445726B2 (en) | 2013-03-28 | 2016-09-20 | Rakuten, Inc. | Electronic apparatus, thermometer, body temperature management system, alarm control method, and program |
TWI547826B (en) * | 2014-10-14 | 2016-09-01 | 拓連科技股份有限公司 | Methods and systems for notification management between an electronic device and a wearable electronic device, and related computer program products |
US9521545B2 (en) | 2014-10-14 | 2016-12-13 | Noodoe Corporation | Methods and systems for notification management between an electronic device and a wearable electronic device |
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